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The annotations found in the javax.annotation.processing package are used by the capabilities added with JSR 269 for annotation processing. There are three annotations there: SupportedAnnotationTypes, SupportedOptions, and SupportedSourceVersion. Each of these will be described later in the chapter, in the Annotation Processing section.

As you well know by now, reference type objects comprise two parts in memory: the reference and the data. Part of the information held by the reference is the type of the data it is pointing at. A reference conversion takes a source reference and returns a reference pointing at the same place in the heap, but labels the reference as a different type. For example, the following code shows two reference variables, myVar1 and myVar2, that point to the same object in memory. The code is illustrated in Figure 18-17. To myVar1, the object it references looks like an object of type B which it is. To myVar2, the same object looks like an object of type A. Even though it is actually pointing at an object of type B, it cannot see the parts of B that extend A, and therefore cannot see Field2. The second WriteLine statement would therefore cause a compile error. Notice that the conversion does not change myVar1. class A { public int Field1; }

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To specifically separate (auxiliary) things like security and logging logic from the (core) business logic. Employs inlets into an interval, and injections from a referencing interval, based on matching the name of the inlet and the injection, causing only these to require a naming standard. Serves as a reverse reference for the server interval, extending a longtime technique passing a service object to the interval level.

class B: A { public int Field2; } class Program { static void Main( ) { B myVar1 = new B(); Return the reference to myVar1 as a reference to a class A. A myVar2 = (A) myVar1; Console.WriteLine("{0}", myVar2.Field1); Console.WriteLine("{0}", myVar2.Field2); myVar2 can t see Field2. // Fine // Compile error!

The two annotations found in the javax.management package are DescriptorKey and MXBean. If you are familiar with the Java Management Extensions, their usage will prove helpful. The DescriptorKey annotation is for describing annotation elements related to a field. For an attribute, operation, or construction, you can add descriptors such that when the resulting descriptor is created, you can configure its values. See the javadoc for the DescriptorKey annotation for more information about auto-conversion of annotation elements, such as rules for how a primitive becomes an object. The MXBean annotation is used to explicitly tag an interface as an MXBean interface or not. If the interface name ends in MXBean, it is an MXBean interface by default. If it doesn t, then the interface isn t an MXBean-related interface. The @MXBean annotation allows you to tag an interface as an MXBean if it doesn t end with MXBean, and allows you to reject the automatic association if you don t want it. For the positive case, the following three declarations in Listing 10-5 are defined to be MXBean interfaces, assuming proper imports.

A local constant is much like a local variable, except that once it s initialized, its value can t be changed. Like a local variable, a local constant must be declared inside a block. The two most important characteristics of a constant are the following: A constant must be initialized at its declaration. A constant cannot be changed after its declaration. The core declaration for a constant is shown following. The syntax is the same as that of a field or variable declaration, except for the following: The addition of the keyword const before the type. The mandatory initializer. The initializer value must be determinable at compile time, and is usually one of the predefined simple types or an expression made up of them. It can also be the null reference, but it cannot be a reference to an object, because references to objects are determined at run time.

// Default naming public interface MyMXBean { } @MXBean public interface MyInterface1 { } @MXBean(true) public interface MyInterface2 { }

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