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wait( ) tells the calling thread to give up the monitor and go to sleep until some other thread enters the same monitor and calls notify( ) notify( ) wakes up a thread that called wait( ) on the same object notifyAll( ) wakes up all the threads that called wait( ) on the same object One of the threads will be granted access

Specifies the exact hour and minute when the commands should be run The at daemon assumes that the hour and minute specified is today unless that time is already past; then it assumes it is tomorrow You can also add am or pm to the value to specify morning or afternoon Specifies that a command be run at 12:00 Specifies that a command be run at 4:00

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These methods are declared within Object, as shown here: final void wait( ) throws InterruptedException final void notify( ) final void notifyAll( ) Additional forms of wait( ) exist that allow you to specify a period of time to wait Before working through an example that illustrates interthread communication, an important point needs to be made Although wait( ) normally waits until notify( ) or notifyAll( ) is called, there is a possibility that in very rare cases the waiting thread could be awakened due to a spurious wakeup In this case, a waiting thread resumes without notify( ) or notifyAll( ) having been called (In essence, the thread resumes for no apparent reason) Because of this remote possibility, Sun recommends that calls to wait( ) should take place within a loop that checks the condition on which the thread is waiting The following example shows this technique Let s now work through an example that uses wait( ) and notify( ) To begin, consider the following sample program that incorrectly implements a simple form of the producer/ consumer problem It consists of four classes: Q, the queue that you re trying to synchronize; Producer, the threaded object that is producing queue entries; Consumer, the threaded object that is consuming queue entries; and PC, the tiny class that creates the single Q, Producer, and Consumer

// An incorrect implementation of a producer and consumer class Q { int n; synchronized int get() { Systemoutprintln("Got: " + n); return n; } synchronized void put(int n) { thisn = n; Systemoutprintln("Put: " + n); } }

Specifies that a command be run at 12:00

Part I:

Java SE 6 added the ArrayDeque class, which extends AbstractCollection and implements the Deque interface It adds no methods of its own ArrayDeque creates a dynamic array and has no capacity restrictions (The Deque interface supports implementations that restrict capacity, but does not require such restrictions) ArrayDeque is a generic class that has this declaration: class ArrayDeque<E> Here, E specifies the type of objects stored in the collection ArrayDeque defines the following constructors: ArrayDeque( ) ArrayDeque(int size) ArrayDeque(Collection< extends E> c) The first constructor builds an empty deque Its starting capacity is 16 The second constructor builds a deque that has the specified initial capacity The third constructor creates a deque that is initialized with the elements of the collection passed in c In all cases, the capacity grows as needed to handle the elements added to the deque The following program demonstrates ArrayDeque by using it to create a stack:

Specifies the exact month, date, and year when a command is to be run Specifies the exact month, date, year, and time when a command is to be run Specifies that the command be run immediately Specifies that the command be run at a certain time in the future For example, you could enter any of the following: now + 5 minutes now + 2 hours now + 3 days Specifies that the command be run today You can mix this value with a fixed value from above, such as 2 pm today Specifies that the command be run tomorrow You can also mix this value with a fixed value, such as 2 pm tomorrow

// Demonstrate ArrayDeque import javautil*; class ArrayDequeDemo { public static void main(String args[]) { // Create a tree set ArrayDeque<String> adq = new ArrayDeque<String>(); // Use an ArrayDeque like a stack adqpush("A"); adqpush("B"); adqpush("D"); adqpush("E"); adqpush("F"); Systemoutprint("Popping the stack: "); while(adqpeek() != null) Systemoutprint(adqpop() + " "); Systemoutprintln(); } }

FIGURE 10-26

Part II:

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