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Figure 5-1. The structure of a method The following example shows the form of the method header. I will cover each part in the following pages. int MyMethod ( int intpar1, string strpar1 ) Return Method Parameter type name list

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Methods can also be function members of another user-defined type called a struct, which is covered in 12. Most of what this chapter covers about class methods will also be true for struct methods. For example, the following code shows a simple method called MyMethod, that, in turn, calls the WriteLine method several times: void MyMethod() { Console.WriteLine("First"); Console.WriteLine("Last"); }

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The method body is a block, which (as you will recall from 2) is a sequence of statements between curly braces. A block can contain the following items: Local variables Flow-of-control constructs Method invocations Blocks nested within it Figure 5-2 shows an example of a method body and some of its components.

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Like fields, local variables store data. While fields usually store data about the state of the object, local variables are usually created to store data for local, or transitory, computations. Table 5-1 compares and contrasts local variables and instance fields. The following line of code shows the syntax of local variable declarations. The optional initializer consists of the equals sign followed by a value to be used to initialize the variable. Variable name Type Identifier = Value; Optional initializer The existence of a local variable is limited to the block in which it is created and the blocks nested within it. It comes into existence at the point at which it is declared. It goes out of existence when the block completes execution. You can declare local variables at any position in the method body. The following example shows the declaration and use of two local variables. The first is of type int, and the second is of type SomeClass. static void Main( ) { int myInt = 15; SomeClass sc = new SomeClass(); ... }

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In the preceding examples, you saw the use of the summary XML tag. There are also a number of other tags that C# recognizes. Some of the most important are listed in Table 25-3. Table 25-3. Documentation Code XML Tags

Format the enclosing lines in a font that looks like code. Mark the enclosing lines as an example. Mark a parameter for a method or constructor, and allow a description. Describe a type declaration. Describe a return value. Create a See Also entry in the output document. Describe a type or a type member. Describe a property.

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The following is the same fairly simple interval set as the example of D. Various formats are used in the short code, to demonstrate the flexibility, but, with Desc, any company should set consistency standards.

Types are usually declared directly inside a namespace. You can, however, also declare types inside a class or struct declaration. Types declared inside another type declaration are called nested types. Like all type declarations, nested types are templates for an instance of the type. A nested type is declared like a member of the enclosing type. A nested type can be any type. An enclosing type can be either a class or a struct. For example, the following code shows class MyClass, with a nested class called MyCounter. class MyClass { class MyCounter { ... } ... } // Enclosing class // Nested class

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