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As I hinted at previously, the process of serializing a class is remarkably easy. First off, all the code to handle serialization is found in the mscorlib.dll assembly. This means you don t have to worry about loading any special assemblies. The hardest thing about serialization is that you have to remember that the BinaryFormatter is located in the namespace System::Runtime::Serialization:: Formatters::Binary. You have the option of using the fully qualified version of the formatter every time, but I prefer to add a using statement and save my fingers for typing more important code. using namespace System::Runtime::Serialization::Formatters::Binary;

project to work. Next steps would be a normal step in your solutions to validate the correct interface GUIDs.

use="required" /> </xs:extension> </xs:simpleContent> </xs:complexType> </xs:element> <xs:element name="FixCategories" type="xs:string" /> </xs:sequence> <xs:attribute name="TypeName" type="xs:string" use="required" /> <xs:attribute name="Category" type="xs:string" use="required" /> <xs:attribute name="CheckId" type="xs:string" use="required" /> </xs:complexType> </xs:element> </xs:sequence> <xs:attribute name="FriendlyName" type="xs:string" use="required" /> </xs:complexType> </xs:element> </xs:schema> For this example, add an XML file named Rules.xml to your project. The complete text of this file is shown in Listing 13-11.

Since there are two methods of creating the Interop Assembly, let s look at both of them; that way you can make your own decision on which you want to use. (If you don t have Visual Studio 2005, then the choice has already been made for you.)

Caution The rule filename must match the fully qualified name of the rule as specified in the base rule

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The next steps are to both verify the registration for COM and retrieve the interface ID that is stored in the registry. The best tool for this is OleView.exe, which comes with the Windows SDK. Start OleView.exe and open the top-level node labeled Type Libraries. Scroll down until you find TypedServiceProxy, as shown in Figure 10 18.

Because not everyone who develops with .NET uses Visual Studio 2005, the .NET Framework provides the developer with a command-line tool called the Type Library Importer (tlbimp) to convert a COM type library into an Interop Assembly. In other words, this command line converts your .tlb file into an RCW. The default command to run is quite simple: tlbimp.exe <type_library_name>.tlb An example would be the conversion of the .tlb file created from compiling the COM type library TestCOM shown earlier in Listing 21-8: Tlbimp.exe _TestCom.tlb When you use the default command line you get an assembly called TestCom.dll, which contains all the wrapper classes for the COM type library.

When you compile a COM object using only the /LD option, your .tlb file is named vc80.tlb. Before I run tlbimp on this file, I rename and move it to its own directory so I don t accidentally overwrite the actual COM type library DLL file the default result of running tlbimp is a DLL file with the same name and extension as the originating COM type library.

constructor (in this case, it is OrgNamingRules.Rules, without the xml). While the filename is Rules, the root namespace for the project is OrgNamingRules, so this must prefix the filename in the constructor.

Figure 10 18. TypedServiceProxy registered in COM Next, you need to retrieve the interface ID (the GUID) for the IQuoteService interface. The OleView.exe utility can view the IDL for any COM registered classes. Double-click the item TypedServiceProxy in the list to open the ITypeLib viewer, as shown in Figure 10 19.

If you need more specific information generated within the assembly, tlbimp provides a number of optional parameters. Some of the more commonly used parameters are shown in Table 21-2.

Listing 13-11. The Rules.xml File for the UnderscorePrefixRule <Rules FriendlyName="Organization Naming Rules"> <Rule TypeName="UnderscorePrefixRule" Category="Organization.Naming" CheckId="OR5555"> <Name> UnderscorePrefixRule: Prefix private class scoped variables (fields) with an underscore "_"). </Name> <Description> The [organization name]'s naming standards require an underscore to be prefixed to private fields in all cases. </Description> <LongDescription> The underscore is a visual indication that a variable is a private, class scoped field and is used for ease of reading and to differentiate between class fields and local variables within methods. </LongDescription> <GroupOwner> [organization] Developer Standards Group

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