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Create a new file named CilTypes.il using your editor of choice. The first task a CIL project will require is to list the set of external assemblies used by the current assembly. For this example, you will only make use of types found within mscorlib.dll. To do so, the .assembly directive will be qualified using the external attribute. When you are referencing a strongly named assembly, such as mscorlib.dll, you ll want to specify the .publickeytoken and .ver directives as well:

The current {node_revisions}.vid version identifier The {node_type}.type of this node The {languages}.language of this node The title of this node, always treated as nonmarkup, plain text

.assembly extern mscorlib { .publickeytoken = (B7 7A 5C 56 19 34 E0 89 ) .ver 4:0:0:0 }

Note Strictly speaking, you are not required to explicitly reference mscorlib.dll as an external reference, as ilasm.exe will do so automatically. However, for each external .NET library your CIL project requires, you will need to author a similar .assembly extern directive.

type varchar(32) language varchar(1 title varchar(255) uid int status int created int changed int comment int

The next order of business is to define the assembly you are interested in building using the .assembly directive. At the simplest level, an assembly can be defined by specifying the friendly name of the binary: // Our assembly. .assembly CILTypes { } While this indeed defines a new .NET assembly, you will typically place additional directives within the scope of the assembly declaration. For this example, update your assembly definition to include a version number of 1.0.0.0 using the .ver directive (note that each numerical identifier is separated by colons, not the C#-centric dot notation): // Our assembly. .assembly CILTypes { .ver 1:0:0:0 } Given that the CILTypes assembly is a single-file assembly, you will finish up the assembly -definition using a single .module directive, which marks the official name of your .NET binary, CILTypes.dll: .assembly CILTypes { .ver 1:0:0:0 } // The module of our single-file assembly. .module CILTypes.dll In addition to .assembly and .module are CIL directives that further qualify the overall structure of the .NET binary you are composing. Table 17-2 lists a few of the more common assembly-level directives.

If your assembly makes use of internal resources (such as bitmaps or string tables), this directive is used to identify the name of the file that contains the resources to be embedded. This CIL directive is used to establish the preferred UI that the assembly wishes to execute within. For example, a value of 2 signifies that the assembly should run within a GUI application, whereas a value of 3 denotes a console executable.

0 1 0 0 0

Now that you have defined the look and feel of your assembly (and the required external references), you can create a .NET namespace (MyNamespace) using the .namespace directive: // Our assembly has a single namespace. .namespace MyNamespace {} Like C#, CIL namespace definitions can be nested within further namespaces. There is no need to define a root namespace here; however, for the sake of argument, assume you wish to create a root namespace named MyCompany: .namespace MyCompany { .namespace MyNamespace {} } Like C#, CIL allows you to define a nested namespace as follows: // Defining a nested namespace. .namespace MyCompany.MyNamespace{}

Empty namespaces are not very interesting, so let s now check out the process of defining a class type using CIL. Not surprisingly, the .class directive is used to define a new class. However, this simple directive can be adorned with numerous additional attributes, to further qualify the nature of the type. To illustrate, add a public class to your namespace named MyBaseClass. As in C#, if you do not specify an explicit base class, your type will automatically be derived from System.Object. .namespace MyNamespace { // System.Object base class assumed. .class public MyBaseClass {} }