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Figure 5-7 illustrates the following about the values of the actual and formal parameters at various stages in the execution of the method: Before the method call, variables A1 and A2, which will be used as the actual parameters, are already on the stack. By the beginning of the method, the system has allocated space on the stack for the formal parameters and copied the values from the actual parameters. Since A1 is a reference type, the reference is copied, resulting in both the actual and formal parameters referring to the same object in the heap. Since A2 is a value type, the value is copied, producing an independent data item. At the end of the method, both f2 and the field of object f1 have been incremented by 5. After method execution, the formal parameters are popped off the stack. The value of A2, the value type, is unaffected by the activity in the method. The value of A1, the reference type, however, has been changed by the activity in the method.

An access, or a specialized component incrementation or interval reference. Just the incrementation component followed by an arithmetic operator and an incrementation amount, or a reference to an interval that cannot return a component.

The second type of parameter is called a reference parameter. When using a reference parameter, you must use the ref modifier in both the declaration and the invocation of the method. The actual parameter must be a variable, which must be assigned to before being used as the actual parameter. If it is a reference type variable, it can be assigned either a reference or the value null. For example, the following code illustrates the syntax of the declaration and invocation: Include the ref modifier. void MyMethod( ref int val ) { ... } int y = 1; MyMethod ( ref y ); Include the ref modifier. MyMethod ( ref 3+5 ); Must use a variable

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Collection<Declaration> getDeclarationsAnnotatedWith(AnnotationTypeDeclaration a)

// Error!

durability (interaction property)

method allows you to ask for those declarations (methods, classes, and fields) defined with a particular annotation. The Collection<TypeDeclaration> getSpecifiedType Declarations() method essentially allows you to get all of them, giving you access to everything passed from the command line. Lastly, Collection<TypeDeclaration> getTypeDeclarations() doesn t require you to specify everything. For the sample in Listing 10-6, use the getSpecifiedTypeDeclarations() variety. To process each declaration, you need a visitor. The com.sun.mirror.util package offers the DeclarationVisitor interface and SimpleDeclarationVisitor implementation to help. The DeclarationVisitor interface offers a series of visitXXXDeclaration() methods so that you can choose to work with only certain types of declarations, such as all the classes, all the interfaces, or all the methods. For instance, to print out the name of each class, you would override the visitClassDeclaration() method.

Remember that for value parameters, the system allocates memory on the stack for the formal parameters. In contrast, reference parameters have the following characteristics: They do not allocate new memory on the stack for the formal parameters. Instead, a formal parameter name acts as an alias for the actual parameter variable, referring to the same memory location. Since the formal parameter name and the actual parameter name reference the same memory location, clearly any changes made to the formal parameter during method execution will be visible after the method is completed, through the actual parameter variable.

For example, the following code shows method MyMethod again, but this time the parameters are reference parameters rather than value parameters. class MyClass { public int Val = 20; }

A string that has an implicit construction when referenced. Compared to an incomplete string, it doesn t require a component list when referenced.

public void visitClassDeclaration(ClassDeclaration d) { System.out.println(d.getQualifiedName()); }

class Program ref modifier ref modifier { static void MyMethod(ref MyClass f1, ref int f2) { f1.Val = f1.Val + 5; // Add 5 to field of f1 param. f2 = f2 + 5; // Add 5 to second param. } static void Main() { MyClass A1 = new MyClass(); int A2 = 10; MyMethod(ref A1, ref A2); ref modifiers // Call the method.

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