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Figure 3-6. The class hierarchy of system types Notice that each of these types ultimately derive from System.Object, which defines a set of methods (e.g., ToString(), Equals(), GetHashCode()) common to all types in the .NET base class libraries (these methods are fully detailed in 6). Also note that many numerical data types derive from a class named System.ValueType. Descendents of ValueType are automatically allocated on the stack and therefore have a very predictable lifetime and are quite efficient. On the other hand, types that do not have System.ValueType in their inheritance chain (such as System.Type, System.String, System.Array, System.Exception, and System.Delegate) are not allocated on the stack, but on the garbage-collected heap.

When we created the Grayscale theme, we added a single CSS file that incorporated all of the styles that we needed to accomplish our design objectives. There may be situations where you need to incorporate more than one style sheet, or you want style sheets based on the device that the site is being viewed on. Both are accomplished by adding style sheets using the following syntax (assuming all of your style sheets are in a subdirectory named css in your theme directory).

Without getting too hung up on the details of System.Object and System.ValueType , just understand that because a C# keyword (such as int) is simply shorthand notation for the corresponding system type (in this case, System.Int32), the following is perfectly legal syntax, given that System.Int32 (the C# int) eventually derives from System.Object and therefore can invoke any of its public members, as illustrated by this additional helper function: static void ObjectFunctionality() { Console.WriteLine("=> System.Object Functionality:"); // A C# int is really a shorthand for System.Int32. // which inherits the following members from System.Object. Console.WriteLine("12.GetHashCode() = {0}", 12.GetHashCode()); Console.WriteLine("12.Equals(23) = {0}", 12.Equals(23)); Console.WriteLine("12.ToString() = {0}", 12.ToString()); Console.WriteLine("12.GetType() = {0}", 12.GetType()); Console.WriteLine(); } If you were to call this method from within Main(), you would find the output shown in Figure 3-7.

When you build a host for a WCF service type, you follow a predictable set of steps some that rely on configuration and some that rely on code: 1. 2. 3. Define the endpoint for the WCF service being hosted within the host s configuration file. Programmatically use the ServiceHost type to expose the service types available from this endpoint. Ensure the host remains running to service incoming client requests. Obviously, this step is not required if you host your service types using a Windows service or IIS.

;// add a style sheet that deals with colors for all mediums stylesheets[all][] = css/colors.css ;// add a style sheet just for printing stylesheets[print][] = css/print.css ;// add a style sheet just for projecting stylesheets[projector][] = css/showtime.css ;// add a style sheet for screen stylesheets[screen][] = css/style.css ;// add a style sheet for screen and projector stylesheets[screen, projector] = css/showit.css

In the world of WCF, the term endpoint represents the address, binding, and contract rolled together in a nice, tidy package. In XML, an endpoint is expressed using the <endpoint> element and the address, binding, and contract elements. Update your *.config file to specify a single endpoint (reachable through port 8080) exposed by this host: < xml version="1.0" encoding="utf-8" > <configuration> <system.serviceModel> <services> <service name="MagicEightBallServiceLib.MagicEightBallService"> <endpoint address ="http://localhost:8080/MagicEightBallService" binding="basicHttpBinding" contract="MagicEightBallServiceLib.IEightBall"/> </service> </services> </system.serviceModel> </configuration> Notice that the <system.serviceModel> element is the root for all of a host s WCF settings. Each service exposed by the host is represented by a <service> element that is wrapped by the <services> base element. Here, your single <service> element uses the (optional) name attribute to specify the friendly name of the service type. The nested <endpoint> element handles the task of defining the address, the binding model (basicHttpBinding, in this example), and the fully qualified name of the interface type defining the WCF service contract (IEightBall). Because you are using an HTTP-based binding, you use the http:// scheme, specifying an arbitrary port ID.