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The condition for a while loop is a list of one or more commands, and the commands to be executed while the condition remains true are placed between the keywords do and done: while <list> do <list> done By incrementing a variable each time the loop is executed, the commands can be run a specific number of times: n=1 while [ $n -le 10 ] do echo "$n" n=$(( $n + 1 )) done The true command can be used to create an infinite loop: while true ## : can be used in place of true do read x done

At this point, your directory should contain the primary airvehicles.dll module as well as the secondary ufo.netmodule binaries.

Now, using ildasm.exe, open ufo.netmodule. As you can see, *.netmodules contain a module-level manifest; however, its sole purpose is to list each external assembly referenced by the code base. Given that the Ufo class did little more than make a call to Console.WriteLine(), you find the following core information: .assembly extern mscorlib { .publickeytoken = (B7 7A 5C 56 19 34 E0 89 ) .ver 4:0:0:0 } .module ufo.netmodule

Table A-8. authmap (user module)

Next, using ildasm.exe, open the primary airvehicles.dll module and investigate the assembly-level manifest. Notice that the .file token documents the associated modules in the multifile assembly (ufo.netmodule in this case). The .class extern tokens are used to document the names of the external types referenced for use from the secondary module (Ufo). Here is the relevant information: .assembly extern mscorlib { .publickeytoken = (B7 7A 5C 56 19 34 E0 89 ) .ver 4:0:0:0 } .assembly airvehicles { ... .hash algorithm 0x00008004 .ver 0:0:0:0 } .file ufo.netmodule ... .class extern public AirVehicles.Ufo { .file ufo.netmodule .class 0x02000002 } .module airvehicles.dll

Again, realize that the only entity that links together airvehicles.dll and ufo.netmodule is the assembly manifest. These two binary files have not been merged into a single, larger *.dll.

0 '' ''

The consumers of a multifile assembly couldn t care less that the assembly they are referencing is composed of numerous modules. To keep things simple, let s create a new C# client application at the command line. Create a new file named Client.cs with the following module definition. When you are done, save it in the same location as your multifile assembly. using System; using AirVehicles; class Program { static void Main() { Console.WriteLine("***** Multifile Assembly Client *****"); Helicopter h = new Helicopter(); h.TakeOff(); // This will load the *.netmodule on demand. Ufo u = new Ufo(); u.AbductHuman(); Console.ReadLine(); } } To compile this executable assembly at the command line, use the C# command-line compiler, csc.exe, with the following command set: csc /r:airvehicles.dll Client.cs Notice that when you are referencing a multifile assembly, the compiler needs to be supplied only with the name of the primary module (the *.netmodules are loaded on demand by the CLR when used by the client s code base). In and of themselves, *.netmodules do not have an individual version number and can t be directly loaded by the CLR. Individual *.netmodules can be loaded only by the primary module (e.g., the file that contains the assembly manifest).

Note Visual Studio 2010 also allows you to reference a multifile assembly. Simply use the Add References dialog box and select the primary module. Any related *.netmodules are copied during the process.

authname varchar( 28) 1 module varchar( 28) 1

At this point, you should feel comfortable with the process of building both single-file and multifile assemblies. To be completely honest, chances are very good that all of your assemblies will be single-file entities. Nevertheless, multifile assemblies can prove helpful when you wish to break a large physical binary into modular units (which are quite useful for remote download scenarios). Next up, let s formalize the concept of a private assembly.