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While the suspend( ), resume( ), and stop( ) methods defined by Thread seem to be a perfectly reasonable and convenient approach to managing the execution of threads, they must not be used for new Java programs Here's why The suspend( ) method of the Thread class is deprecated in Java 2 This was done because suspend( ) can sometimes cause serious system failures Assume that a thread has obtained locks on critical data structures If that thread is suspended at that point, those locks are not relinquished Other threads that may be waiting for those resources can be deadlocked The resume( ) method is also deprecated It does not cause problems, but cannot be used without the suspend( ) method as its counterpart The stop( ) method of the Thread class, too, is deprecated in Java 2 This was done because this method can sometimes cause serious system failures Assume that a thread is writing to a critically important data structure and has completed only part of its changes If that thread is stopped at that point, that data structure might be left in a corrupted state Because you can't use the suspend( ), resume( ), or stop( ) methods in Java 2 to control a thread, you might be thinking that no way exists to pause, restart, or terminate a thread But, fortunately, this is not true Instead, a thread must be designed so that the run( ) method periodically checks to determine whether that thread should suspend, resume, or stop its own execution Typically, this is accomplished by establishing a flag variable that indicates the execution state of the thread As long as this flag is set to "running," the run( ) method must continue to let the thread execute If this variable is set to "suspend," the thread must pause If it is set to "stop," the thread must terminate Of course, a variety of ways exist in which to write such code, but the central theme will be the same for all programs.

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by two x,y pairs: top x, left y and bottom x, and right y Coordinates are relative to the layer s origin point, 0,0, in its top-left corner

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height This attribute specifies the height of a layer, in pixels or as a percentage value left This attribute specifies, in pixels, the horizontal offset of the layer The offset is relative to its parent layer, if it has one, or to the left page margin if it does not name This attribute assigns to the layer a name that can be referenced by programs in a client-side scripting language The id attribute also can be used pagex This attribute specifies the horizontal position of the layer relative to the browser window pagey This attribute specifies the vertical position of the layer relative to the browser window src This attribute is used to set the URL of a file that contains the content to be loaded into the layer top This attribute specifies, in pixels, the top offset of the layer The offset is relative to its

The following example illustrates how the wait( ) and notify( ) methods that are inherited from Object can be used to control the execution of a thread This example is similar to the program in the previous section However, the deprecated method calls have been removed Let us consider the operation of this program The NewThread class contains a boolean instance variable named suspendFlag, which is used to control the execution of the thread It is initialized to false by the constructor The run( ) method contains a synchronized statement block that checks suspendFlag If that variable is true, the wait( ) method is invoked to suspend the execution of the thread The mysuspend( ) method sets suspendFlag to true The myresume( ) method sets suspendFlag to false and invokes notify( ) to wake up the thread Finally, the main( ) method has been modified to invoke the mysuspend( ) and myresume( ) methods // Suspending and resuming a thread for Java 2 class NewThread implements Runnable { String name; // name of thread Thread t; boolean suspendFlag; NewThread(String threadname) { name = threadname; t = new Thread(this, name); Systemoutprintln("New thread: " + t); suspendFlag = false; tstart(); // Start the thread

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visibility This attribute specifies whether a layer is hidden, shown, or inherits its visibility from the layer that includes it width This attribute specifies a layer s width, in pixels z-index This attribute specifies a layer s stacking order relative to other layers Position is

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