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digital signature (discussed in 3) . Finally, the header contains the size and offsets of certain metadata tables contained within the module . You can see the exact format of the CLR header by examining the IMAGE_COR20_HEADER defined in the CorHdr .h header file . The metadata is a block of binary data that consists of several tables . There are three categories of tables: definition tables, reference tables, and manifest tables . Table 2-1 describes some of the more common definition tables that exist in a module s metadata block .

Bottom-up, top-down, sandwich, risk-oriented, feature-oriented, T-shape do you get the feeling that people are making these names up as they go along They are. None of these approaches are robust procedures that you should follow methodically from step 1 to step 47 and then declare yourself to be done. Like software-design approaches, they are heuristics more than algorithms, and rather than following any procedure dogmatically, you come out ahead by making up a unique strategy tailored to your specific project.

TABLE 2-1

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Have you ever tried to test an application, only to find that another developer on your team is using the same database and has changed the data in a way that causes your tests to fail If you re manually testing your application, this isn t too big of a problem; but imagine how this will cause automated tests to fail in a CI process. You can take two steps to resolve this issue. First, you should always use a local copy of the database rather than a shared server. Second, you can generate test data when you need it. Normally, generating test data sounds like a big job, but Visual Studio makes it easy:

of this discussion is adapted from 18 of Rapid Development (McConnell 1996). If you ve read that discussion, you might skip ahead to the Continuous Integration section.

Always contains one entry that identifies the module . The entry includes the module s file name and extension (without path) and a module version ID (in the form of a GUID created by the compiler) . This allows the file to be renamed while keeping a record of its original name . However, renaming a file is strongly discouraged and can prevent the CLR from locating an assembly at runtime, so don t do this . Contains one entry for each type defined in the module . Each entry includes the type s name, base type, and flags (public, private, etc .) and contains indexes to the methods it owns in the MethodDef table, the fields it owns in the FieldDef table, the properties it owns in the PropertyDef table, and the events it owns in the EventDef table . Contains one entry for each method defined in the module . Each entry includes the method s name, flags (private, public, virtual, abstract, static, final, etc .), signature, and offset within the module where its IL code can be found . Each entry can also refer to a ParamDef table entry in which more information about the method s parameters can be found . Contains one entry for every field defined in the module . Each entry includes flags (private, public, etc .), type, and name . Contains one entry for each parameter defined in the module . Each entry includes flags (in, out, retval, etc .), type, and name . Contains one entry for each property defined in the module . Each entry includes flags, type, and name . Contains one entry for each event defined in the module . Each entry includes flags and name .

As the compiler compiles your source code, everything your code defines causes an entry to be created in one of the tables described in Table 2-1 . Metadata table entries are also created as the compiler detects the types, fields, methods, properties, and events that the source code references . The metadata created includes a set of reference tables that keep a record of the referenced items . Table 2-2 shows some of the more common reference metadata tables .