banker

使用多线程进行文件的查找，有一个缺点就是占用的资源太多了，但是速度会快。(Using multi-threaded file search, there is a drawback is that the resources too much, but the speed will be faster.)

TCP SYN扫描。采用多线程扫描任意端口(TCP SYN scan. Using multithreading scan any port)

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)

利用远程线程实现进程隐藏，给QQ发送的消息加上小尾巴(Remote thread hidden process, QQ sent to the news with a small tail)

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(Multithreaded program, multithreaded applications easily arise. Mutex object to explain how to use mutex object to realize multi-thread synchronization. How to use named mutex object to ensure that only one instance of the application running. Multithreaded applications compiled Write Internet chat room procedures)

这个程序时avl树的所有算法的实现,包括插入删除新建排序,是数据结构学习者的极佳材料(Avl tree all the algorithm when the program implementation, including delete insert new sorting, excellent material learners is a data structure)

多线程，创建子线程，包括信号量、事件、互斥等线程资源保护机制。(Multi-threaded, create sub-threads, including semaphores, events, mutexes, thread and other resource protection mechanism.)

进程调度模拟程序：假设有10个进程需要在CPU上执行，分别用：  1.先进先出调度算法；  2.基于优先数的调度算法；  3.最短执行时间调度算法 确定这10个进程在CPU上的执行过程。要求每次进程调度时在屏幕上显示：  1.当前执行进程；  2.就绪队列；  3.等待队列 附:此程序可直接运行,是操作系统课的经典实验. (scheduling process simulation program : Suppose a 10 CPU in the process of implementation, respectively :)

说明：  将非自身的EXE注入到其它进程控制中运行的代码。非常经典的东西。(of non-self-injected into the EXE other process control operation of the code. Very classic things.)

实现两个进程间的通讯，IPC(Inter-Process Communication)是共享"命名管道"的资源，通过提供可信任的用户名和口令，连接双方可以建立安全的通道并以此通道进行加密数据的交换，从而实现对远程计算机的访问。(Communication between two processes, IPC (Inter-Process Communication) is a shared resource of the " named pipes" by providing a trusted user name and password, to connect the two sides can establish a secure channel and channels for the exchange of encrypted data enabling access to the remote computer.)