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Beyond the syntax structure, C++ is more complex than Java For example, for some operations, Java uses a descriptive word where C++ uses a symbol Further, Java doesn t allow some often confusing C++ operations C++ is committed to supporting C, a language that is very complex because it is more system oriented than developer oriented; C++ pulled C to function orientation For example, method-name(parameter-list) is an extension of function-name(parameter-list), and class-namemember-name is an extension of structure-namefield-name A structure is a compound data type without the processes (A very basic example of C complexity is that, even though the function-name(parameter-list) syntax is based on the mathematical function syntax, it s actually very different In math, f(x) means that x is the focus, and f serves x; in C, very often f is the focus, and x serves f.

This chapter will focus on one of the common concerns in multithreaded applications shared data. However, you should be aware of many concerns when writing threaded applications. One common pitfall of threaded applications occurs when the application unexpectedly becomes dependent on the timing of the threads' execution. When certain conditions exist, the timing of the threads' access to resources can causes unexpected results. This situation is usually referred to as a race condition. For example, your application may spawn several threads to access the Internet. Nine times out of ten, your application works perfectly because the third thread finishes its task last. However, when thread three finishes first, your application crashes, because you never expected that to happen. A solution can be for each thread to lock all the resources it needs before beginning its task. This is accomplished through the use of mutexes ( mutex is short for mutual exclusion, which means one or the other but not both). Mutexes are used in threading to avoid the simultaneous use of a common resource. Several famous examples of race conditions have caused disastrous effects. One was the near loss of NASA s Mars Exploration Rover, Spirit, shortly after it landed. Another race condition resulted when several faults occurred in an energy management

This is plainly evidenced in the fact that the parentheses can occur without anything in them And the syntax is an example of overextension of a concept) Java, a younger language than C++, was created to be committed to function orientation, then to C++ syntax; Java pulled function orientation to C++ C++ allows extreme control over a system, which also allows the most possible efficiency during program execution, so it is generally thought of as the most powerful language But, in a different way, Java can be thought of as the most powerful language, because it allows the most possible efficiency during program development: Java was designed on how C++ is mostly used This view is supported by all of function orientation.

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system provided by GE Energy and caused an unexpected thread order, which lead to the power blackout in North America in 2003. Another common pitfall in threaded applications occurs when two or more threads are blocked forever, waiting for each other to release a resource they have reserved independently. This is called a deadlock condition. Figure 3-5 shows a deadlock condition occurring when two threads are each waiting for the other to release its database table lock before it can continue. Character 1 s thread locked the score table and then the shield table. Character 2 s thread locked the shield database table and then the score database table. Neither thread will be able to continue, as a deadlock condition has occurred. You will see in our example application how this can occur and how to prevent it.

Function orientation causes the computer to do more during execution than it would have to for a structured program, but the development efficiency is worth the execution inefficiency Further, the increasing speed of computers decreases the impact of inefficiency, and Java is becoming more efficient as it matures (being redesigned on how Java is mostly used) Besides, ultimately, computers are supposed to do as much productive work as possible An example of C++ complexity and extreme confusion is its memory address management, which came from C Java does this implicitly for objects and doesn t allow it otherwise The result is that, in Java, pointers are not directly accessible (and references don t require an identifying character) Table 1-4 is the simplest possible explanation of C++ s memory address management, as it appears in code; this table might not be found in any other books.

Your Application (Process)