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PriorityQueue extends AbstractQueue and implements the Queue interface It creates a queue that is prioritized based on the queue s comparator PriorityQueue is a generic class that has this declaration: class PriorityQueue<E> Here, E specifies the type of objects stored in the queue PriorityQueues are dynamic, growing as necessary PriorityQueue defines the six constructors shown here: PriorityQueue( ) PriorityQueue(int capacity) PriorityQueue(int capacity, Comparator< super E> comp) PriorityQueue(Collection< extends E> c) PriorityQueue(PriorityQueue< extends E> c) PriorityQueue(SortedSet< extends E> c) The first constructor builds an empty queue Its starting capacity is 11 The second constructor builds a queue that has the specified initial capacity The third constructor builds a queue with the specified capacity and comparator The last three constructors create queues that are initialized with the elements of the collection passed in c In all cases, the capacity grows automatically as elements are added If no comparator is specified when a PriorityQueue is constructed, then the default comparator for the type of data stored in the queue is used The default comparator will order the queue in ascending order Thus, the head of the queue will be the smallest value However, by providing a custom comparator, you can specify a different ordering scheme For example, when storing items that include a time stamp, you could prioritize the queue such that the oldest items are first in the queue You can obtain a reference to the comparator used by a PriorityQueue by calling its comparator( ) method, shown here: Comparator< super E> comparator( ) It returns the comparator If natural ordering is used for the invoking queue, null is returned One word of caution: although you can iterate through a PriorityQueue using an iterator, the order of that iteration is undefined To properly use a PriorityQueue, you must call methods such as offer( ) and poll( ), which are defined by the Queue interface.

FIGURE 10-25

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You also need to specify which users can and which users cannot create at jobs This can be done by editing the following files:

Callme target; Thread t; public Caller(Callme targ, String s) { target = targ; msg = s; t = new Thread(this); tstart(); } // synchronize calls to call() public void run() { synchronized(target) { // synchronized block targetcall(msg); } } } class Synch1 { public static void main(String args[]) { Callme target = new Callme(); Caller ob1 = new Caller(target, "Hello"); Caller ob2 = new Caller(target, "Synchronized"); Caller ob3 = new Caller(target, "World"); // wait for threads to end try { ob1tjoin(); ob2tjoin(); ob3tjoin(); } catch(InterruptedException e) { Systemoutprintln("Interrupted"); } } }

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Here, the call( ) method is not modified by synchronized Instead, the synchronized statement is used inside Caller s run( ) method This causes the same correct output as the preceding example, because each thread waits for the prior one to finish before proceeding

Users listed in this file are allowed to create at jobs Users listed in this file are not allowed to create at jobs

The preceding examples unconditionally blocked other threads from asynchronous access to certain methods This use of the implicit monitors in Java objects is powerful, but you can achieve a more subtle level of control through interprocess communication As you will see, this is especially easy in Java As discussed earlier, multithreading replaces event loop programming by dividing your tasks into discrete, logical units Threads also provide a secondary benefit: they do away with polling Polling is usually implemented by a loop that is used to check some condition repeatedly Once the condition is true, appropriate action is taken This wastes CPU time For example, consider the classic queuing problem, where one thread is producing some data and another is consuming it To make the problem more interesting, suppose that the producer has to wait until the consumer is finished before it generates more data In a polling

To use at to schedule a command to run at a future time, complete the following: 1 At the shell prompt enter at time The at daemon is very flexible as to how you specify the time value in this command Observe the syntax shown in Table 10-2 After entering the at command and a time value from Table 10-2, the at> prompt is displayed, as shown in Figure 10-26 2 At the at> prompt, enter the command(s) that you want at to run for you It s important to note that if your commands display output on the screen from the shell prompt, you won t see the output when the commands are run by at

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system, the consumer would waste many CPU cycles while it waited for the producer to produce Once the producer was finished, it would start polling, wasting more CPU cycles waiting for the consumer to finish, and so on Clearly, this situation is undesirable To avoid polling, Java includes an elegant interprocess communication mechanism via the wait( ), notify( ), and notifyAll( ) methods These methods are implemented as final methods in Object, so all classes have them All three methods can be called only from within a synchronized context Although conceptually advanced from a computer science perspective, the rules for using these methods are actually quite simple:

The RIS Light sensor s configuration panel is shown in Figure 9-7.

TABLE 10-2

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