自己做的 多线程抽奖 功能比较少做一个示范-Own multi-threading of the draw features to make a model less

十字路口的红绿灯管制问题，实现多进程并发控制。车数，车速可调-crossroads traffic light control, multi-process concurrency control. Several vehicles, adjustable speed

用C++ Builder进行多线程操作的示例-C Builder multithreaded operation example

《抓图程序开发实践》配套源代码-"Previously Development Practice" complementary source code

查看当前正在运行的进程的相关信息，包括倒入的dll信息，加载地址等。-View is currently running processes related information, including information poured into the dll, loading address.

得到当前进程的运行命令行信息-Get the current process run the command-line information

使用 ISAPI Filter 实现的限制 IIS 多线程访问程序。 主要应用在下载系统，或者使用 IIS 做的流媒体点播系统中，稍加修改可以使其具有认证功能。在程序中已经对 用户认证 事件做了直接返回的处理。 使用本 Filter 可以很容易的获得服务器的连接数，从而可以实现多个服务器的负载平衡(可以把请求分发到连接较少的一个服务器上)。 可以对访问的有效控制，可以自定义无限制用户IP，限制用户的IP。 从而可以实现对某个IP的限制数不限制，或者对某个IP的封杀-Restrictions on the use of ISAPI Filter to achieve IIS multi-threaded access to the program. Main application in the download system, or use IIS to do the streaming media on-demand system, slightly modified to give it authentication. In the user authentication process has already done a direct return to processing. Use the Filter can be easily access the server connections, allowing multiple servers to achieve load balancing (which can be distributed to the request to connect to a fewer server). Access can be effectively controlled, you can customize unlimited users IP, restrictions on the user" s IP. Which can be achieved on a certain IP restriction does not limit the number of, or an IP-block

多线程画树,在多线程的同步与异步中，线程互相不干扰出错，画出的树-Multi-threaded draw trees, many at the synchronous and asynchronous threads, the threads do not interfere with each other is wrong and draw the tree

使用信号量对象实现线程的同步的一个实例- The use signal quantity object realizes a line regulation synchronization example

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.