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event-based pattern is used, mocks based on a custom class that implements the methods to add and remove handlers for the service events are usually preferred. The following code example shows a test for the appropriate behavior on the successful completion of an asynchronous operation notified in the UI thread using mocks for services. In this example, the test code captures the callback supplied by the view model when it makes the asynchronous service call. The test then simulates the completion of that call later in the test by invoking the callback. This approach allows you to test a component that uses an asynchronous service without the complexity of making your tests asynchronous.
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C# questionnaireRepositoryMock .Setup( r => r.SubmitQuestionnaireAsync( It.IsAny<Questionnaire>(), It.IsAny<Action<IOperationResult>>())) .Callback<Questionnaire, Action<IOperationResult>>( (q, a) => callback = a); uiServiceMock .Setup(svc => svc.ShowView(ViewNames.QuestionnaireTemplatesList)) .Callback<string>(viewName => requestedViewName = viewName); submitResultMock .Setup(sr => sr.Error) .Returns<Exception>(null); CompleteQuestionnaire(viewModel); viewModel.Submit(); // Simulate callback posted to the UI thread. callback(submitResultMock.Object); // Check expected behavior request to navigate to the list view. Assert.AreEqual(ViewNames.QuestionnaireTemplatesList, requestedViewName);
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Note: Using this testing approach only exercises the functional capabilities of the objects under test; it does not test that the code is thread safe.
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For more information about the logical tree, see Trees in WPF on MSDN: http://msdn.microsoft.com/en-us/library/ms753391.aspx. For more information about attached properties, see Attached Properties Overview on MSDN: http://msdn.microsoft.com/en-us/library/cc265152(VS.95).aspx. For more information about MEF, see Managed Extensibility Framework Overview on MSDN: http://msdn.microsoft.com/en-us/library/dd460648.aspx. For more information about Unity, see Unity Application Block on MSDN: http://www.msdn.com/unity. For more information about DelegateCommand, see 5, Implementing the MVVM Pattern. For more information about using Microsoft Expression Blend behaviors, see Working with built-in behaviors on MSDN: http://msdn.microsoft.com/en-us/library/ff724013(v=Expression.40).aspx. For more information about creating custom behaviors with Expression Blend, see Creating Custom Behaviors on MSDN: http://msdn.microsoft.com/en-us/library/ff724708(v=Expression.40).aspx. For more information about creating custom triggers and actions with Microsoft Expression Blend, see Creating Custom Triggers and Actions on MSDN: http://msdn.microsoft.com/en-us/library/ff724707(v=Expression.40).aspx. For more information about using the dispatcher in WPF and Silverlight, see Threading Model and The Dispatcher Class on MSDN: http://msdn.microsoft.com/en-us/library/ms741870.aspx. http://msdn.microsoft.com/en-us/library/ms615907(v=VS.95).aspx. For more information about unit testing in Silverlight, see Unit Testing with Silverlight 2 : http://www.jeff.wilcox.name/2008/03/silverlight2-unit-testing. For more information about region navigation, see the section, View-Based Navigation in 8, Navigation. For more information about the Event-based Asynchronous pattern, see Eventbased Asynchronous Pattern Overview on MSDN: http://msdn.microsoft.com/en-us/library/wewwczdw.aspx. For more information about the IAsyncResult design pattern, see Asynchronous Programming Overview on MSDN: http://msdn.microsoft.com/en-us/library/ms228963.aspx. To access web resources more easily, see the online version of the bibliography on MSDN: http://msdn.microsoft.com/en-us/library/gg405487(PandP.40).aspx.
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Composing the User Interface
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An application user interface (UI) can be built by using one of the following paradigms: All required controls for a form are contained in a single Extensible Application Markup Language (XAML) file, composing the form at design time. Logical areas of the form are separated into distinct parts, typically user controls. The parts are referenced by the form, and the form is composed at design time. Logical areas of the form are separated into distinct parts, typically user controls. The parts are unknown to the form and are dynamically added to the form at run time. Applications that use this methodology are known as composite applications. A composite application UI is composed from loosely coupled visual components known as views that are typically contained in the application modules, although they do not need to be. If you divide your application into modules, you need some way to loosely compose the UI, but you might choose a loosely coupled approach even if the views are not in modules. To the user, the application presents a seamless user experience and delivers a fully integrated application. To compose the UI, you need an architecture that allows you to create a layout composed of loosely coupled visual elements generated at run time. Additionally, the architecture should provide strategies for these visual elements to communicate in a loosely coupled fashion. The Stock Trader Reference Implementation (Stock Trader RI) is composed by loading multiple views that come from different modules into regions exposed by the shell, as shown in the following illustration.
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