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So what is the difference between Madd() and UMadd() To see this, you need to use the ildasm tool, which disassembles an assembly. Figure 20-1 shows Madd() (what little you see of it) and Figure 20-2 shows UMadd().

Figure 25-5. System.Runtime.Serialization defines a number of attributes used when building WCF data contracts

Once you define and implement a contract (or a set of contracts) in your service library, the next logical step is to build a hosting agent for the WCF service itself. As mentioned previously, you have a variety of possible hosts to choose from, all of which must specify the bindings used by remote callers to gain access to the service type s functionality. Choosing a set of bindings is one area that makes WCF development quite different from .NET remoting and/or XML web service development. WCF ships with many of binding choices, each of which is tailored to a specific need. If none of the out-of-the-box bindings fits the bill, you can create your own by extending the CustomBinding type (something you will not do in this chapter). A WCF binding can specify the following characteristics: The transport layer used to move data (HTTP, MSMQ, named pipes, and TCP) The channels used by the transport (one-way, request-reply, and duplex) The encoding mechanism used to deal with the data itself (e.g., XML and binary) Any supported web service protocols (if permitted by the binding), such as WSSecurity, WS-Transactions, WS-Reliability, and so on

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Consider the following example of boxing and unboxing. In this sample, we take a value type V, box it into an Object, and send it to Console::WriteLine() as an Object. Next, we unbox it explicitly to a V and send it to Console::WriteLine() again, which boxes it implicitly. Therefore, the following example contains both implicit and explicit boxing, as well as explicit unboxing: using namespace System; value struct V {}; ref struct R { static void Main() { V v; Object ^o = v; Console::WriteLine(o); v = (V) o; Console::WriteLine(v); } }; int main() { R::Main(); } The results of this program follow: V V Delving into the IL, we can see the CIL boxing operations: .method public hidebysig static void Main() cil managed { // Code Size: 47 byte(s) .maxstack 1 .locals ( V v1, //this is ldloc.0 object obj1) //this is ldloc.1

Figure 20-1. The disassembled Madd()

The BasicHttpBinding, WSHttpBinding, WSDualHttpBinding, and WSFederationHttpBinding options are geared toward exposing contract types through XML web service protocols. If you require the furthest reach possible for your service (e.g., multiple operating systems and multiple programming architectures), you want to focus on these bindings because all of these binding types encode data based on XML representation and use HTTP on the wire. Table 25-3 shows note how you can represent a WCF binding in code (using class types within the System.ServiceModel namespace) or as XML attributes defined within *.config files. Table 25-3. The HTTP-Centric WCF Bindings

You use this to build a WS-Basic Profile conformant (WS-I Basic Profile 1.1) WCF service. This binding uses HTTP as the transport and Text/XML as the default message encoding. This is similar to BasicHttpBinding, but provides more web service features. This binding adds support for transactions, reliable messaging, and WS-Addressing. This is similar to WSHttpBinding, but intended for use with duplex contracts (e.g., the service and client can send messages back and forth). This binding supports only SOAP security and requires reliable messaging. This is a secure and interoperable binding that supports the WS-Federation protocol, enabling organizations that are in a federation to authenticate and authorize users efficiently.

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