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Notice that you are issued errors, given that all your types are completely empty. Here is some partial output: Microsoft (R) .NET Framework PE Verifier. Version 4.0.21006.1 Copyright (c) Microsoft Corporation. All rights reserved. [MD]: Error: Value class has neither fields nor size parameter. [token:0x02000005] [MD]: Error: Enum has no instance field. [token:0x02000006] ... To understand how to populate a type with content, you first need to examine the fundamental data types of CIL.

Table 17-4 illustrates how a .NET base class type maps to the corresponding C# keyword, and how each C# keyword maps into raw CIL. As well, Table 17-4 documents the shorthand constant notations used for each CIL type. As you will see in just a moment, these constants are often referenced by numerous CIL opcodes. Table 17-4. Mapping .NET Base Class Types to C# Keywords, and C# Keywords to CIL

Boolean value indicating whether a user with the realm/grant pair can view this node Boolean value indicating whether a user with the realm/grant pair can edit this node Boolean value indicating whether a user with the realm/grant pair can delete this node

System.SByte System.Byte System.Int16 System.UInt16 System.Int32 System.UInt32 System.Int64 System.UInt64 System.Char System.Single System.Double

int8 unsigned int8 int16 unsigned int16 int32 unsigned int32 int64 unsigned int64 char float32 float64

The node_comment_statistics table maintains statistics of nodes and comments posts to show new and updated flags. Table A-63. node_comment_statistics (comment module)

Table 17-4. Mapping .NET Base Class Types to C# Keywords, and C# Keywords to CIL (continued)

Note The System.IntPtr and System.UIntPtr types map to native int and native unsigned int (this is good to know, as many of COM interoperability and P/Invoke scenarios use these extensively).

As you are already aware, .NET types may support various members. Enumerations have some set of name/value pairs. Structures and classes may have constructors, fields, methods, properties, static members, and so on. Over the course of this book s first 16 chapters, you have already seen partial CIL definitions for the items previously mentioned, but nevertheless, here is a quick recap of how various members map to CIL primitives.

The {node}.nid for which the statistics are compiled The {comment}.cid for which the statistics are compiled The Unix timestamp of the last comment that was posted within this node, from {comments}.timestamp The name of the latest author to post a comment on this node, from {comments}.name

Enumerations, structures, and classes can all support field data. In each case, the .field directive will be used. For example, let s breathe some life into the skeleton MyEnum enumeration and define three name/value pairs (note the values are specified within parentheses): .class public sealed enum MyEnum { .field public static literal valuetype MyNamespace.MyEnum A = int32(0) .field public static literal valuetype MyNamespace.MyEnum B = int32(1) .field public static literal valuetype MyNamespace.MyEnum C = int32(2) } Fields that reside within the scope of a .NET System.Enum-derived type are qualified using the static and literal attributes. As you would guess, these attributes set up the field data to be a fixed value accessible from the type itself (e.g., MyEnum.A).

Of course, when you wish to define a point of field data within a class or structure, you are not limited to a point of public static literal data. For example, you could update MyBaseClass to support two points of private, instance-level field data, set to default values: .class public MyBaseClass { .field private string stringField = "hello!" .field private int32 intField = int32(42) } As in C#, class field data will automatically be initialized to an appropriate default value. If you wish to allow the object user to supply custom values at the time of creation for each of these points of private field data, you (of course) need to create custom constructors.

last_comment_name varchar(60)