实现多线程同步编程： 用软件方法（Peterson算法和Dekker算法）解决临界区问题－兄弟问题。 用同步对象解决临界区问题－兄弟问题。 用互斥量解决生产消费者问题；用信号量解决生产消费者问题。 -Achieve multi-threaded programming Synchronization: Ways to use software [Peterson algorithm and Dekker algorithm] to solve critical quest

使用CriticalSection(临界区)和Mutex(互斥对象)实现的线程同步类。- Uses line regulation synchronization class which CriticalSection (critical zone) and Mutex (incompatible object) realizes.

多线程程序的编写，多线程应用中容易出现的问题。互斥对象的讲解，如何采用互斥对象来实现多线程的同步。如何利用命名互斥对象保证应用程序只有一个实例运行。应用多线程编写网络聊天室程序。-The multi-thread programming, multi-threaded applications written easily appeared problems. Explain how the mutex object, using the mutex object to achieve the

该程序是用c++写的一个生产者消费者问题的程序，使用的是windows下的进程同步，供大家参考和学习-The program is using c++ to write a program to producers and consumers, using a process under windows sync for reference and learning