这是一道经典的线程同步问题――哲学家吃饭问题。这里结合了win32使得这个问题可视化了...

自己写的一个桌面小球程序，每点击一次按钮，就有一个新的线程被建立，每个线程对应于一个运动的小球-Wrote it myself a desktop small ball program, every click of a button, there is a new thread is created, each thread corresponds to a movement of the small ball

socket+线程池,在unix/linux下编译.-socket threads pool, in unix/linux compiler.

设计一个有 N个进程并发运行的进程调度程序，进程调度算法 ：最高优先数优先的调度算法 。本实验模拟在单处理机环境下处理机的调度，帮助了解处理机调度的过程。-design is a complicated process N-running process scheduler, process scheduling algorithm : the highest priority to a few priority scheduling algorithm. The experimental simulation of the single-processor environment processor scheduling, help understand the processor scheduling process.

获得系统进程，个人的小程序。-was systematic process, the individual"s small programs.

用VC写的一个可以关闭系统的程序，直接把电源也关掉了，运行该程序前要小心把未保存的东西先保存！-VC can write a closed system procedures, directly to switch off the power supply is also running the program prior to the careful preservation of not keeping things first!

send windows message to other application

共享DLL中的变量,可以让多个程序共用一个程序.-shared DLL variables, which allows multiple processes to share a procedure.

Win32_Event_Handling.zip事件-Win32_Event_Handling.zip incident

用户自己实现的一种加锁同步算法- User realize one kind locks the synchronized algorithm

《C++ Primer》配套代码,《C++ Primer》配套代码-"C Primer" complementary code, "C Primer" complementary code