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Figure 5-8 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 names of the formal parameters have been set as aliases for the actual parameters. Variables A1 and f1 refer to the same memory location, and A2 and f2 refer to the same memory location. At the end of the method, both f2 and the field of the object of f1 have been incremented by 5. After method execution, the names of the formal parameters are out of scope, but both the value of A2, which is the value type, and the value of the object pointed at by A1, which is the reference type, have been changed by the activity in the method.

Listing 10-6 puts all the pieces together to define an annotation processor that prints out the specified classes and interfaces, along with the names of their methods (though not the constructors, which requires another visitXXXDeclaration() method implemented).

A string component definition with a single set of angle brackets and a standard string construction.

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Output parameters are used to pass data from inside the method back out to the calling code. They are very similar to reference parameters. Like reference parameters, output parameters have the following requirements: You must use a modifier in both the method declaration and the invocation. With output parameters, the modifier is out, rather than ref. The actual parameter must be a variable it cannot be another type of expression. For example, the following code declares a method called MyMethod, which takes a single output parameter. out modifier void MyMethod( out int val ) { ... } ... int y = 1; MyMethod ( out y ); out modifier

import import import import import com.sun.mirror.apt.*; com.sun.mirror.declaration.*; com.sun.mirror.type.*; com.sun.mirror.util.*; static com.sun.mirror.util.DeclarationVisitors.*;

Like reference parameters, the formal parameters of output parameters act as aliases for the actual parameters. Both the formal parameter and the actual parameter are names for the same memory location. Clearly, any changes made to a formal parameter inside the method will be visible through the actual parameter variable after the method. Unlike reference parameters, output parameters require the following: Inside the method, an output parameter must be assigned to before it can be read from. This means that the initial values of the parameters are irrelevant, and that you don t have to assign values to the actual parameters before the method call. Every output parameter must be assigned to, before the method exits.

Availability Message [] | <> "The room is available on " Target Date ", from " Start Time " to " End Time "."

Since the code inside the method must write to an output variable before it can read from it, it is impossible to send data into a method by using output parameters. In fact, if there is any execution path through the method that attempts to read the value of an output parameter before the method has assigned it a value, the compiler produces an error message. public void Add2( out int outValue ) { int var1 = outValue + 2; // Error! Can't read from an output variable } // before it has been assigned to by the method.

import java.util.*;

For example, the following code again shows method MyMethod, but this time using output parameters. class MyClass { public int Val = 20; } class Program { static void { f1 = new f1.Val = f2 = }

A feature that functionally promotes interval components, specifically to allow using a referenced interval to create components for the referencing interval effectively, a referencing interval inheriting from a referenced interval. Denoted by the left angle bracket preceded by extension or an exclamation mark with no space.

public class DumpFactory implements AnnotationProcessorFactory { // Process all annotations private static final Collection<String> supportedAnnotations = Collections.unmodifiableCollection(Arrays.asList("*")); // No options support private static final Collection<String> supportedOptions = Collections.emptySet(); public Collection<String> supportedAnnotationTypes() { return supportedAnnotations; } public Collection<String> supportedOptions() { return supportedOptions; } public AnnotationProcessor getProcessorFor(Set<AnnotationTypeDeclaration> atds, AnnotationProcessorEnvironment env) { return new DumpProcessor(env); } private static class DumpProcessor implements AnnotationProcessor { private final AnnotationProcessorEnvironment env;

out modifier out modifier MyMethod(out MyClass f1, out int f2) MyClass(); 25; 15; // Create an object of the class. // Assign to the class field. // Assign to the int param.

static void Main() { MyClass A1 = null; int A2; MyMethod(out A1, out A2); out modifiers // Call the method.

DumpProcessor(AnnotationProcessorEnvironment env) { this.env = env; } public void process() { for (TypeDeclaration typeDecl : env.getSpecifiedTypeDeclarations()) { typeDecl.accept(getDeclarationScanner(new DumpVisitor(), NO_OP)); } } private static class DumpVisitor extends SimpleDeclarationVisitor { public void visitMethodDeclaration(MethodDeclaration d) { System.out.println("\t" + d.getSimpleName()); } public void visitClassDeclaration(ClassDeclaration d) { System.out.println(d.getQualifiedName()); } public void visitInterfaceDeclaration(InterfaceDeclaration d) { System.out.println(d.getQualifiedName()); } } } }

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