pthreadcopyfileproject

线程池的开发和应用，里面有详细的实现过程和用法，请参考(The development and application of the thread pool, which detailed implementation process and usage, please refer to)

ARP监控源码例程，程序结合易语言多线程支持库和网络通讯支持库，监控ARP端口和地址。(ARP monitoring code samples , combined with easy language program supports multithreading library and network communications support library , ARP monitor port and address .)

注册表监视源码例程，程序结合易语言多线程支持库，调用API函数实现注册表的监视。(Registry monitoring source routines, programs combined with easy language support for multithreading library , call the API function registry monitoring.)

银行家算法是避免死结(Deadlock)的一个著名的算法，是由艾兹格·迪杰斯特拉在1965年为T.H.E系统设计的一种避免死结产生的算法。它以银行借贷系统的分配策略为基础，判断并保证系统的安全运行。(Banker' s algorithm is to avoid deadlock (Deadlock), a well-known algorithm, by艾兹格迪杰Stella in 1965 for the THE system design to avoid the deadlock created a kind of algorithms. It is the bank lending system, allocation strategy based on judgments and to ensure the safe operation of the system.)

进程通信，接收者进程、发送者进程，消息，句柄(process communication ,receiver processer,sender processer,message)

这个是关于posix线程编程的书籍，需要的请下载(This is about posix thread programming books, need to download)

com多线程编程(com multithreaded programming)

进程与线程管理，帮助大家理解线程与进程的区别(Process and thread management, help us to understand the difference between thread and process)

多线程求卷积1）数据矩阵：256*256 –原始矩阵设置：随机50个点设置为255，其余为0 2）卷积核：5*5 –明确注明所设计的卷积核 3）迭代次数：100 –每5次迭代保存一次数据矩阵 –通过20个结果矩阵，生成动画 初始矩阵随机生成，随机分配50个数的值为255(Multithreading convolution 1) Data Matrix: 256* 256- the original matrix settings: a randomized 50-point set to 255, the rest is 02) convolution kernels: 5* 5- convolution kernel designed specifically stated 3) Iterations: 100- once every five iterations save data matrix- matrix results through 20, randomly generated initial matrix generated animation, randomly assigned number is 255 50)

结束进程源码程序，结合易语言系统核心支持库，实现了获取系统进程，并可以关闭相关进程的功能。(End Process source program, combined with easy language support library system kernel to achieve the acquisition system processes , and can turn off the function-related processes.)