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rom the start, Java has provided built-in support for multithreading and synchronization For example, new threads can be created by implementing Runnable or by extending Thread, synchronization is available by use of the synchronized keyword, and interthread communication is supported by the wait( ) and notify( ) methods that are defined by Object In general, this built-in support for multithreading was one of Java s most important innovations and is still one of its major strengths However, as conceptually pure as Java s original support for multithreading is, it is not ideal for all applications especially those that make extensive use of multiple threads For example, the original multithreading support does not provide several high-level features, such as semaphores, thread pools, and execution managers, that facilitate the creation of intensive concurrent programs It is important to explain at the outset that many Java programs make use of multithreading and are therefore concurrent For example, most applets use multithreading However, as it is used in this chapter, the term concurrent program refers to a program that makes extensive, integral use of concurrently executing threads of execution An example of such a program is one that uses separate threads to simultaneously compute the partial results of a larger computation Another example is a program that coordinates the activities of several threads, each of which seeks access to information in a database In this case, read-only accesses might be handled differently from those that require read/write capabilities To handle the needs of a concurrent program, JDK 5 added the concurrency utilities, also commonly referred to as the concurrent API The concurrency utilities supply many features that had long been wanted by programmers who develop concurrent applications For example, they offer the semaphore, cyclic barriers, countdown latches, thread pools, execution managers, locks, several concurrent collections, and a streamlined way to use threads to obtain computational results The concurrent API is quite large, and many of the issues surrounding its use are quite complex It is beyond the scope of this book to discuss all of its facets Moreover, the alternatives offered by the concurrency utilities are not designed for use by most programs Simply put: Unless you are writing programs with a significant amount of concurrency, in most cases, Java s traditional support for multithreading and synchronization is not only sufficient, but in many cases also is preferable to the capabilities offered by the concurrent API The preceding paragraph notwithstanding, it is important for all programmers to have a general, working knowledge of the concurrent API Furthermore, there are some parts of it,.

Note If you select all three motor ports in the Port section of the configuration panel, the Steering control is

In operating systems, there are two forms of kernels You have a monolithic kernel that provides all the services the user applications need And then you have the micro-kernel, a small core set of services and other modules that perform other functions Linux, for the most, part adopts the monolithic kernel architecture; it handles everything dealing with the hardware and system calls Windows works off a micro-kernel design The kernel provides a small set of services and then interfaces with other executive services that provide process management, input/output (I/O) management, and other services It has yet to be proved which methodology is truly the best way

Part II:

such as its synchronizers, callable threads, and executors, that are applicable to a wide variety of situations For these reasons, this chapter presents an overview of the concurrency utilities and shows several examples of their use

Taking a cue from the Macintosh design concept, Windows developers integrated the GUI with the core operating system One simply does not exist without the other The benefit with this tight coupling of the operating system and user interface is consistency in the appearance of the system Although Microsoft does not impose rules as strict as Apple s with respect to the appearance of applications, most developers tend to stick with a basic look and feel among applications One reason this is dangerous is that the video card driver is now allowed to run at what is known as Ring 0 on a typical x86 architecture Ring 0 is a protection mechanism only privileged processes can run at this level, and typically user processes run at Ring 3 Since the video card is allowed to run at Ring 0, the video card could misbehave (and it does!), which can bring down the whole system On the other hand, Linux (like UNIX in general) has kept the two elements user interface and operating system separate The X Window System interface is run as a user-level application, which makes it more stable If the GUI (which is complex for both Windows and Linux) fails, Linux s core does not go down with it The process simply crashes, and you get a terminal window The X Window System also differs from the

The concurrency utilities are contained in the javautilconcurrent package and in its two subpackages, javautilconcurrentatomic and javautilconcurrentlocks A brief overview of their contents is given here

javautilconcurrent defines the core features that support alternatives to the built-in approaches to synchronization and interthread communication It defines the following key features: Synchronizers Executors Concurrent collections Synchronizers offer high-level ways of synchronizing the interactions between multiple threads The synchronizer classes defined by javautilconcurrent are

1:

Semaphore CountDownLatch CyclicBarrier Exchanger Implements the classic semaphore Waits until a specified number of events have occurred Enables a group of threads to wait at a predefined execution point Exchanges data between two threads