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In the stack example, with classes MyIntStack and MyFloatStack, the bodies of the declarations of the classes are identical except at the positions dealing with the type of the value held by the stack. In MyIntStack, these positions are occupied by type int. In MyFloatStack, they are occupied by float. You can create a generic class from MyIntStack by doing the following: Take the MyIntStack class declaration, and instead of substituting float for int, substitute the placeholder T. Change the class name to MyStack. Place the string <T> after the class name. The result is the following generic class declaration. The string consisting of the angle brackets with the T means that T is a placeholder for a type. (It doesn t have to be the letter T it can be any identifier.) Everywhere throughout the body of the class declaration where T is located, an actual type will need to be substituted by the compiler. class MyStack <T> { int StackPointer = 0; T [] StackArray; public void Push(T x ) {...} public T Pop() {...} ... }

Note All three print() methods of JTextComponent will block until the print job is queued. If you want

Now that you ve seen a generic class, let s look at generic classes in more detail and see how they are created and used. When you are creating and using your own regular, non-generic classes, there are two steps in the process: declaring the class and creating instances of the class. But generic classes are not actual classes, but templates for classes so you must first construct actual class types from them. You can then create references and instances from these constructed class types. Figure 19-3 illustrates the process at a high level. If it s not all completely clear yet, don t worry we ll cover each part in the following sections. 1. Declare a class, using placeholders for some of the types. 2. Provide actual types to substitute in for the placeholders. This gives you an actual class definition, with all the blanks filled in. 3. Create instances from the filled-in class definition.

interaction mechanisms, which causes function-oriented designing to entail a thorough understanding of characteristics of systems in general and how to best manage them This results in a mental collection of multidimensional patterns A further dimension of designing includes the understanding of how multiple instances of the same class concurrently access the same persistent object collections This applies to mostly instances that are managed by other classes objects But it can also apply to instances that are managed by like objects; these instances are threads (Threads are treated as a fundamental concept in Java) In some situations, an entire collection must be updated exclusively by one object, so multiple concurrent threads are not possible then; these are for deletion, sorting, and backup (because backups are physical, not logical) basically, when a whole-file snapshot is needed.

After cleaning up my desktop machine, I discovered that I ve been writing about dragand-drop support in Java since May 12, 1998. With Mustang, drag-and-drop support has undergone another significant set of changes for the better, it looks like. There are two enhancements in this area with Mustang: Customizable drop modes that don t have to use selection to indicate drop location. Additional information is now available during transferable operations. This added information provides sufficient context to make a more informed decision about whether or not you should be able to perform a drop operation, like locationsensitive drop targets.

Declaring a simple generic class is much like declaring a regular class, with the following differences: Place a matching set of angle brackets after the class name. Between the angle brackets, place a comma-separated list of the placeholder strings that represent the types, to be supplied on demand. These are called type parameters. Use the type parameters throughout the body of the declaration of the generic class to represent the types that should be substituted in. For example, the following code declares a generic class called SomeClass. The type parameters are listed between the angle brackets, and then used throughout the body of the declaration as if they were real types. Type parameters class SomeClass < T1, T2 > { Normally, types would be used in these positions. public T1 SomeVar = new T1(); public T2 OtherVar = new T2(); } Normally, types would be used in these positions. There is no special keyword that flags a generic class declaration. The presence of the type parameter list, demarcated with angle brackets, distinguishes a generic class declaration from a regular class declaration.