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The second half to the new drag-and-drop support in Java 6 is actually demonstrated in this example. It is the TransferHandler.TransferSupport object passed into the importData() method. It defines several properties that you can use when deciding whether to allow data importing. These properties are as follows: Component: The target component of the transfer Data flavors: The supported data formats available Drop actions: The action being performed, the source drop actions, and the user drop action Drop location: The possible location of a drop, or null if not a drop operation Transferable: The actual Transferable object Drop: The current operation type (drop, as opposed to cut and paste) In addition to these properties of TransferSupport, there is a method for checking whether the TransferHandler supports the flavor: isDataFlavorSupported(DataFlavor). It no longer is necessary to loop through all available flavors to see if there is a match. This inner class of TransferHandler should allow developers to enable more informed decision-making when designing drop zones for data transfers.

In the following code, Main starts execution and calls method A, which calls method B. A description and diagram of the process are given after the code and in Figure 11-9. class Program { static void Main() { MyClass MCls = new MyClass(); try { MCls.A(); } catch (DivideByZeroException e) { Console.WriteLine("catch clause in Main()"); } finally { Console.WriteLine("finally clause in Main()"); } Console.WriteLine("After try statement in Main."); Console.WriteLine(" -- Keep running."); } } class MyClass { public void A() { try { B(); } catch (System.NullReferenceException) { Console.WriteLine("catch clause in A()"); } finally { Console.WriteLine("finally clause in A()"); } } void B() { int x = 10, y = 0; try { x /= y; } catch (System.IndexOutOfRangeException) { Console.WriteLine("catch clause in B()"); } finally { Console.WriteLine("finally clause in B()"); } } }

The further derivative of this is inserting a level of indirection, logically attaching a sequence to a directive (or pieces of information, or multiple directives), which the user can specify This can be done directly by the user or by recording keystrokes Finally, a move toward both efficiency and user-friendliness is a form placing (and labeling) several types of information on the screen at the same time It can be interactive or noninteractive with the computer The interactive form is processed one field at a time, as the field is entered; the noninteractive form requires submission of the entire form to interact with the computer A form is the most extensive use of screen coordinates Effectively, it also allows several modes to be addressed at the same time Actually, it enables the equivalent of several directives at the same time, all prompted.

The Swing packages had more big idea changes than little additions here and there. Some smaller-scale changes include the addition of Cursor support to JInternalFrame objects, the addition of fields that can be associated with an Action, and the addition of TableStringConverter, a helper class that lets you convert TableModel cells to an appropriate string representation. There is even a new FileNameExtensionFilter for working with the JFileChooser.

This code produces the following output: finally clause in B() finally clause in A() catch clause in Main() finally clause in Main() After try statement in Main. -- Keep running.

1. Main calls A, which calls B, which encounters a DivideByZeroException exception. 2. The system checks B s catch section for a matching catch clause. Although it has one for IndexOutOfRangeException, it does not have one for DivideByZeroException. 3. The system then moves down the call stack and checks A s catch section, where it finds that A also does not have a matching catch clause. 4. The system continues down the call stack, and checks Main s catch clause section, where it finds that Main does have a DivideByZeroException catch clause. 5. Although the matching catch clause has now been located, it is not executed yet. Instead, the system goes back to the top of the stack, executes B s finally clause, and pops B from the call stack. 6. The system then moves to A, executes its finally clause, and pops A from the call stack. 7. Finally, Main s matching catch clause is executed, followed by its finally clause. Execution then continues after the end of Main s try statement.

Summary

A form has a degree of putting the user in control of the interaction..