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The ability of a person to just type letters, numbers, and punctuation characters into a computer most obviously leads to interacting with it, to get it to do things, by typing sentences of commands, with subjects and (grammatical) objects, and prepositions between them, and complete punctuation. A variation of this is asking it questions. Generically, commands and questions are directives. But that most obvious, most direct approach can easily become much too wordy. And part of any progress is more efficiency. Toward that, the most direct derivative of typing a sentence is skipping much of the punctuation and the prepositions; obviously, this is no longer a sentence. And this easily leads to just a statement of the desired result; many directives are statements. One common example of this is the directive TIME , which states that the user wants a report of the current time. TIME value states that the user wants the time to be set. The next most obvious derivative is abbreviating the words to varying degrees creating codes. Then, it s helpful to leave the full words as options, for clarity, especially for people who haven t used the computer before because, at a glance, this interaction is no longer very person-friendly (user-friendly). What it is, however, is the standard form of interaction that existed for much of the history of computers. Directives in this scheme are typed in response to a generic prompt, which varies by program. The placeholder for all of this interaction the thing that lets the user know where the typing will occur on the screen is the cursor.

The catch clauses section can contain multiple catch clauses. Figure 11-4 shows a summary of the catch clauses section.

return true; } }); JScrollPane pane = new JScrollPane(tree); f.add(pane, BorderLayout.CENTER); JPanel bottom = new JPanel(); JLabel comboLabel = new JLabel("DropMode"); String options[] = {"USE_SELECTION", "ON", "INSERT", "ON_OR_INSERT" }; final DropMode mode[] = {DropMode.USE_SELECTION, DropMode.ON, DropMode.INSERT, DropMode.ON_OR_INSERT}; final JComboBox combo = new JComboBox(options); combo.addActionListener(new ActionListener() { public void actionPerformed(ActionEvent e) { int selectedIndex = combo.getSelectedIndex(); tree.setDropMode(mode[selectedIndex]); } }); bottom.add(comboLabel); bottom.add(combo); f.add(bottom, BorderLayout.SOUTH); f.setSize(300, 400); f.setVisible(true); } }; EventQueue.invokeLater(runner); } }

Figure 11-4. Structure of the catch clauses section of a try statement When an exception is raised, the system searches the list of catch clauses in order, and the first catch clause that matches the type of the exception object is executed. Because of this, there are two important rules in ordering the catch clauses. They are the following: The specific catch clauses must be ordered with the most specific exception types first, progressing to the most general. For example, if you declare an exception class derived from NullReferenceException, the catch clause for your derived exception type should be listed before the catch clause for NullReferenceException. If there is a general catch clause, it must be last, after all specific catch clauses. Using the general catch clause is discouraged. You should use one of the specific catch clauses if at all possible. The general catch clause hides bugs by allowing the program to continue execution, and leaves the program in an unknown state.

Toward user-friendliness, another interaction that became standard is specifically prompting the user for pieces of information that they don t include in their directive. Further along this line is listing available directives, with a code for each, and prompting the user for a code, especially formatting this as a display, using the coordinates of the screen; this is the first version of a menu. From a different direction, providing help text a noninteractive explanation of directive capabilities also became standard. Another move toward userfriendliness, from another different direction, is allowing the user to specify codes to be interpreted as directives, on an ongoing basis; one name for this is aliases. A directive can put the computer into a different interaction mode. This means that the computer will then handle pieces of information in a different way. Actually, sometimes

Note You can override the public boolean shouldIndicate(TransferHandler.TransferSupport support, boolean canImport) method of TransferHandler to say whether the drop location should