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The goto statement unconditionally transfers control to a labeled statement. Its general form is the following, where Identifier is the identifier of a labeled statement: goto Identifier ; For example, the following code shows the simple use of a goto statement: bool thingsAreFine; while (true) { thingsAreFine = MonitorNuclearReactor(); if ( thingsAreFine ) Console.WriteLine("Things are fine."); else goto NotSoGood; } NotSoGood: Console.WriteLine("We have a problem."); The goto statement must be within the scope of the labeled statement. A goto statement can jump to any labeled statement within its own block, or out to any block in which it is nested. A goto statement cannot jump into any blocks nested within its own block.

JButton button = new JButton("Print Selected Rows"); ActionListener listener = new ActionListener() { public void actionPerformed(ActionEvent e) { for (int row: table.getSelectedRows()) { System.out.println("Selected row: " + table.convertRowIndexToModel(row)); } } }; button.addActionListener(listener); frame.add(button, BorderLayout.SOUTH);

As mentioned in the Introduction and covered in Four, interaction algebra is a notation that enables a very structured, very concise technique for analyzing interactions and designing mechanisms. Perhaps the most far-reaching ability of interaction algebra is how it might be able to thoroughly clarify combinations of mechanisms as an integral part of a whole-system design. Just as in standard algebra, the objective is to maintain the algebraic characteristics manipulating variables, not inserting constants. Of course, in both, this type of effort can be cumbersome, but (in both) it s often necessary.

Caution Using the goto statement is strongly discouraged, as it can lead to code that is poorly structured, and difficult to debug and maintain. Edsger Dijkstra s 1968 letter to the Communications of the ACM, entitled Go To Statement Considered Harmful, was an important contribution to computer science; it was one of the first published descriptions of the pitfalls of using the goto statement.

There are also two other forms of the goto statement, for use inside switch statements. These goto statements transfer control to the correspondingly named switch label in the switch statement. goto case ConstantExpression; goto default;

Without the call to table.convertRowIndextoModel(), printing the set of selected rows will print the set of selected rows for the current view of the model, whether sorted or otherwise. Once the conversion call is added, the selected row gets mapped back to the position in the original model. From here, you can print it, manipulate it, and so on. There is also another method, convertRowIndexToView(), which takes a row from the source table model and determines which row in the sorted model it maps to.

Certain types of unmanaged objects are limited in number or expensive with system resources. It is important that when your code is done with them they be released as soon as possible. The using statement helps simplify the process and ensure that these resources are properly disposed of. A resource is a class or struct that implements the System.IDisposable interface. Interfaces are covered in detail in 17 but in short, an interface is a collection of unimplemented function members that classes and structs can choose to implement. The IDisposable interface contains a single method named Dispose. The phases of using a resource are shown in Figure 9-10, and consist of the following: Allocating the resource Using the resource Disposing of the resource If an unexpected runtime error occurs during the portion of the code using the resource, the code disposing of the resource might not get executed.