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Running of the annotation is not done with the java command. This is where apt comes into play. But before you can use apt, you have to package up the factory and processor into a JAR file and install it, like other items that use the service API. Typically, this is done by creating a file in META-INF/services named com.sun.mirror.apt. AnnotationProcessorFactory to point to the processor just defined. However, to avoid this step, you can include extra command-line options to the apt command. And, for a little test, just run the processor on itself.

An interval whose sole purpose is to produce its return component, denoted by the left angle bracket preceded by function or a question mark without a space following it.

The first form of method invocation, where you use separate actual parameters in the invocation, is sometimes called the expanded form. For example, the declaration of method ListInts in the following code matches all the method invocations below it, even though they have different numbers of actual parameters. void ListInts( params int[] inVals ) { ... } ... ListInts( ListInts( ListInts( ListInts( // Method declaration

> apt -cp c:\jdk1.6.0\lib\tools.jar;. -factory DumpFactory DumpFactory.java DumpFactory supportedAnnotationTypes supportedOptions getProcessorFor DumpFactory.DumpProcessor process DumpFactory.DumpProcessor.DumpVisitor visitMethodDeclaration visitClassDeclaration visitInterfaceDeclaration

); 1, 2, 3 ); 4, 5, 6, 7 ); 8, 9, 10, 11, 12 );

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An object defined as one type and initialized as a specialization of that type. Denoted by an ancestor, enclosed in brackets, between the two other entities.

// // // //

Moving to the Java SE 6.0 world changes a few things. The primary difference is the moving of the annotation processing library into a more standard javax package and doing away with the factory. Secondly, the javac command-line tool now offers a -processor option to run a previously created processor. The removal of the factory is actually an interesting twist and makes total sense. All the factory did was return a single processor. So now the AbstractProcessor class forms the basis of all processors and really just is the processor unlike with 5.0, in which you had to create an extra class. Ignoring the imports and a few other things, your basic processor definition is shown here:

0 3 4 5

generic (class)

public class Dump6Processor extends AbstractProcessor { public boolean process(Set< extends TypeElement> annotations, RoundEnvironment roundEnv) { return false; // No annotations claimed } }

When you use an invocation with separate actual parameters for a parameter array, the compiler does the following: It takes the list of actual parameters and uses them to create and initialize an array in the heap. It stores the reference to the array in the formal parameter on the stack. If there are no actual parameters at the position corresponding to the formal parameter array, the compiler creates an array with zero elements and uses that. For example, the following code declares a method called ListInts, which takes a parameter array. Main declares three ints and passes them to the array. class MyClass Parameter array { public void ListInts( params int[] inVals ) { if ( (inVals != null) && (inVals.Length != 0)) for (int i = 0; i < inVals.Length; i++) // Process the array. { inVals[i] = inVals[i] * 10; Console.WriteLine("{0} ", inVals[i]); // Display new value. } } } class Program { static void Main() { int first = 5, second = 6, third = 7;

MyClass mc = new MyClass(); mc.ListInts( first, second, third ); // Call the method. Actual parameters Console.WriteLine("{0}, {1}, {2}", first, second, third); } } This code produces the following output: 50 60 70 5, 6, 7

To demonstrate, Listing 10-7 creates a processor that lists the annotations in the classes specified. This is where new the annotations of the javax.annotation.processing package are used: SupportedSourceVersion, SupportedAnnotationTypes, and SupportedOptions. The source version is specified by one of the constants of the SourceVersion enumeration of the java.lang.model package. The SupportedAnnotationTypes annotation is just like the supportedAnnotationTypes() method of the JDK 5.0 processor factory, and the SupportedOptions annotation mirrors supportedOptions(). When not specified, it defaults to returning an empty set.

A statement with the component group name and the left bracket; followed by the component definition of each group member and a statement with just the right bracket, all of which can be indented.

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