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The three directives that you ll most likely deal with using C++/CLI are the defining, conditional, and include directives. Other than the #using directive, there s no difference between C++/CLI and traditional C++ when it comes to the available processor directives, though the #import and many #pragma directives don t make sense and won t be used with C++/CLI. This is appropriate, given that C++/CLI wasn t designed to change how C++ works; instead, it s supposed to expand C++ so that it works seamlessly with .NET. By convention, preprocessor directives are placed near the top of the source code. In actuality, other than a select few exceptions (the #using preprocessor directive comes to mind as it needs global scope) you can place a preprocessor directive on its own line almost anywhere in the code basically wherever it makes sense. The #define declarative, for instance, just needs to be placed before it is used.

Application assemblies are very version-aware when they re referencing strong-named assemblies within the GAC. Every assembly has a version number. Also, every referencing assembly stores the version number of any assembly that it references. It s not until the referenced assembly is strong named and in the GAC that the referencing assembly automatically checks when executing, via the CLR, that the versions match before it continues to execute. I cover assembly versioning in detail in 18.

Once you have recorded a test, you have various options for configuring, altering, or making comments on specific tests or requests. The options range from altering requests and inserting requests to specifying data sources. To access these options, right-click the root test node (AddItem in this example) or any of the request nodes in the request tree. The options are described in Table 15-4.

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Up until now, you have been looking at the various serialization techniques and data transfer architectures available as part of WCF. In looking at data transfers, it is important to understand the core foundation of WCF the Message class. As stated earlier, the Message class is one of the two pillars of WCF, and serves as a general-purpose container of data for all communication between a service and the consumers of that service. However, you should use it only in a few specific scenarios. For example, you should use it if you need either an alternative way of handling an incoming message or an alternative way of creating the outgoing message (say, saving the message to disk). The Message class is closely aligned with the SOAP protocol and contains a header and body. The Message class is defined in the System.ServiceModel.Channels namespace, and you create a simple message by calling the CreateMessage static method on the factory. Listing 11 13 shows a sample operation contract using Message. Listing 11 13. Message Class in Operations [ServiceContract()] public interface IQuickReturnStock { [OperationContract] System.ServiceModel.Channels.Message GetCurrentTicker(); [OperationContract] void SetTickerSymbol(System.ServiceModel.Channels.Message data); }

A major change that is hidden for the most part under the covers but that you should be aware of as a C++/CLI programmer is that C++/CLI code gets compiled to MSIL and not machine code. MSIL is a CPU-independent set of instructions similar to an assembly language. For example, it contains arithmetic and logical operators and flow control. But, unlike the average assembly language, it also contains higher-level instructions to load, store, initialize, and call class objects. Just for some grins and giggles, here is an example of some MSIL generated from a simple C++/CLI program. See if you can figure out what it does. IL_0000: IL_0001: IL_0002: IL_0003: IL_0004: IL_0009: IL_000b: IL_0010: IL_0012: IL_0017: IL_0019: IL_001e: object, object, object) IL_0023: ldarg.0 ldarg.1 add stloc.0 ldstr "{0} + {1} = {2}" ldarga.s val1 call instance string [mscorlib]System.Int32::ToString() ldarga.s val2 call instance string [mscorlib]System.Int32::ToString() ldloca.s total call instance string [mscorlib]System.Int32::ToString() call void [mscorlib]System.Console::WriteLine(string,

Add/Insert Request Add/Insert Web Service Request Add/Insert Transaction Add/Insert Comment Add/Insert Recording Add Data Source Add Context Parameter

For those of you who are curious, the preceding code adds two numbers together and then writes the result out to the console. MSIL is easily converted to native code. In fact, just prior to the MSIL code running, the CLR rapidly compiled it to native code.

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