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ViewData["IsFirstVisit"] = false; return View(); } public virtual HttpCookie IncomingHasVisitedBeforeCookie { get { return Request.Cookies["HasVisitedBefore"]; } } public virtual HttpCookie OutgoingHasVisitedBeforeCookie { get { return Response.Cookies["HasVisitedBefore"]; } set { Response.Cookies.Remove("HasVisitedBefore"); Response.Cookies.Add(value); } } Note that the behavior is unaffected; the previous unit tests will still pass. The difference is that instead of touching Request and Response directly, our action method now accesses context information through virtual properties. You can then write a unit test without a large number of mocks, directly intercepting any calls to IncomingHasVisitedBeforeCookie and OutgoingHasVisitedBeforeCookie. [Test] public void Homepage_Recognizes_New_Visitor_And_Sets_Cookie() { // Arrange var controller = new Moq.Mock<SimpleController> { CallBase = true }; controller.Setup(x => x.IncomingHasVisitedBeforeCookie) .Returns((HttpCookie)null); controller.SetupProperty(x => x.OutgoingHasVisitedBeforeCookie); // Act ViewResult result = controller.Object.Homepage(); // Assert Assert.IsEmpty(result.ViewName); Assert.IsTrue((bool)result.ViewData["IsFirstVisit"]); Assert.AreEqual("True", controller.Object.OutgoingHasVisitedBeforeCookie.Value); } First notice that this time we have actually mocked the controller instance itself, using Moq s CallBase = true option to specify that any methods and properties not specifically overridden should behave as normal and call a real controller instance as they would at runtime. Then, we ve specifically told Moq to override the IncomingHasVisitedBeforeCookie property so that it always returns null, and to treat OutgoingHasVisitedBeforeCookie as a simple property that merely stores and returns any values set to it. Finally, we can make an assertion about the value written to OutgoingHasVisitedBeforeCookie. Moq is able to override these properties because they are both marked as virtual. This technique can significantly reduce the complexity of working with external context objects, because you can choose exactly where it s convenient to draw a boundary between the controller and the other objects it must access. One possible drawback is that if you measure unit test code coverage,

this will come out as less than 100 percent because the mocked properties and methods won t be run during unit tests. So, you should only use the technique if your mocked virtual properties and methods can be kept very simple.

else { event1.EventID = -1; event1.EventName = "Event not found"; event1.EventDescription = ""; } } } return event1; } Note that the method signatures are the important thing to notice for .NET Assembly BDC Models. The actual code to interact with SQL Server you probably would not implement, as that task is done more easily with the SharePoint Designer 2010 method but this is a simple example to show how to accomplish the task. To get the BDCModelEvents project to work in your environment, you would need to replace your SiteUrl for the one in the project as well as your connection string information.

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As you saw in the SportsStore example in 5 (under the heading Giving Each Visitor a Separate Shopping Cart ), it s possible to use the MVC Framework s model binding system to populate action method parameters using arbitrary logic. In the SportsStore example, we used this technique to supply Cart instances from the Session collection. Having done this, it s trivial to write a unit test that invokes an action method, passing a Cart object as a parameter as if the model binder had supplied that object. For example, you could test that CartController s Index action sets ViewData.Model to be the current user s cart: [Test] public void Index_DisplaysCurrentUsersCart() { // Arrange Cart currentUserCart = new Cart(); CartController controller = new CartController(null); // Act ViewResult result = controller.Index(currentUserCart, "someReturnUrl"); // Assert Assert.AreSame(currentUserCart, result.ViewData.Model); } Notice that this unit test doesn t need to mock Request or Response or simulate Session in any way (even though at runtime the Cart would come from Session), because the action method acts only on its parameters. You could take any collection of context information relevant to your application, model it as a .NET class, and then create a custom binder that can supply these instances to any action method requiring a parameter of that type.

Web Deployment Projects can be found on the ASP.NET website (http://www.asp.net). Click the Downloads link at the top and look for the Web Deployment Projects section. That will take you to the page where you can download the installer.

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