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A component name prefix separated by a space, to make less frequent purposes more immediately obvious. One of three values identifying which type of definition the component is (directly) defined in permanent, temporary, or management with p, t, and m, respectively; and one of three other values identifying how the component is used that it s a variable, dynamic string, or incomplete string with v, d, and i, respectively. The two categories can be combined into one preword, with the definition identification first.

Formal parameters are local variables that are declared in the method s parameter list, rather than in the body of the method. The following method header shows the syntax of parameter declarations. It declares two formal parameters one of type int, and the other of type float. public void PrintSum( int x, float y ) { ... } Formal parameter declarations Because formal parameters are variables, they have a data type and a name, and can be written to and read from. Unlike a method s other local variables, the parameters are defined outside the method body and initialized before the method starts, except for one type, which I will cover shortly. The parameter list can have any number of formal parameter declarations, and the declarations must be separated by commas. The formal parameters are used throughout the method body, for the most part, just like other local variables. For example, the following declaration of method PrintSum uses two formal parameters, x and y, and a local variable, Sum, all of type int. public void PrintSum( int x, int y ) { int Sum = x + y; Console.WriteLine("Newsflash: {0} + {1} is {2}", x, y, Sum); }

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Note For information on the Mirror API, visit http://java.sun.com/j2se/1.5.0/docs/guide/

When your code calls a method, the values of the formal parameters must be initialized before the code in the method begins execution. The expressions or variables used to initialize the formal parameters are called the actual parameters. The actual parameters are placed in the parameter list of the method invocation. For example, the following code shows the invocation of method PrintSum, which has two actual parameters of data type int. PrintSum( 5, SomeInt ); Expression Variable of type int When the method is called, the value of each actual parameter is used to initialize the corresponding formal parameter. The method body is then executed. Figure 5-6 illustrates the relationship between the actual parameters and the formal parameters.

A set of multiple occurrences of the same component (or group or other series).

apt/mirror/overview-summary.html. It is now released under a BSD license and available at https://aptmirrorapi.dev.java.net.

Figure 5-6. Actual parameters initialize the corresponding formal parameters. When you call a method, the following must be true: The number of actual parameters must be the same as the number of formal parameters (with one exception, which I will discuss later). Each actual parameter must match the type of the corresponding formal parameter.

In the following code, class MyClass declares two methods one that takes two integers and returns their sum, and another that takes two floats and returns their average. class MyClass Formal parameters { public int Sum(int x, int y) { return x + y; } Formal parameters public float Avg(float Input1, float Input2) { return (Input1 + Input2) / 2.0F; } }

To learn about the language modeling piece, you ll write a short little processor that walks through the classes found in the classpath and generates a list of all methods of all classes found. This doesn t involve writing any new tags, just processing information already made available by the runtime environment. A slightly different form of this example is part of the documentation that comes with the apt tool.

A statement in which either or both of the first two columns have something and the third does also. Part of a compound statement controls the rest of it.

class Class1 { static void Main() { MyClass MyT = new MyClass(); int SomeInt = 6; Console.WriteLine ("Newsflash: Sum: {0} and {1} is {2}", 5, SomeInt, MyT.Sum( 5, SomeInt )); Console.WriteLine Actual parameters ("Newsflash: Avg: {0} and {1} is {2}", 5, SomeInt, MyT.Avg( 5, SomeInt )); Actual parameters

This code produces the following output: Newsflash: Newsflash: Sum: 5 and 6 is 11 Avg: 5 and 6 is 5.5

To get started, you need to create an implementation of the com.sun.mirror.apt. AnnotationProcessorFactory interface. There are three methods to the interface, as follows: AnnotationProcessor getProcessorFor(Set<AnnotationTypeDeclaration> atds,

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