资源列表
ProcessMonitor
- 这是我自己写的进程监控软件,可以用鼠标拖拉快捷方式图标和EXE图标-This is the process of writing my own monitoring software, you can use the mouse to drag the shortcut icon and EXE icon
Java-process
- Java实现进程调度（基于优先级的进程调度算法-Java realization of the process of scheduling (the process of priority-based scheduling algorithm
maislot
- 一个简单利用油槽实现的windows下进程间的通信实例。-Achieved using a simple tank under the inter-process communication windows instance.
FTP
- ftp程序，实现了文件的下载，应用了多线程-ftp program, download a file, the application of multi-threaded
WinsockIOCP_demo
- 用于大量socket连接时使用IOCP捕获连接关闭事件以便释放资源的程序。可以解决winsock的AsyncSelect对句柄个数的限制问题- Uses in when the massive socket connection uses IOCP to catch the connection closure event in order to release resources procedure. May solve the winsock AsyncSelect 瀵瑰彞 handle
pipeline
- 计算机原理大作业 模拟《计算机原理--程序员视角》中与x86相似的y86流水线系统 以二进制文件为输入 实现流水线运作-Principle of operation of computer simulation of large computer Principle- Programmer Perspective in y86 and x86 assembly line system similar to the binary file for input to achieve the op
processschedule
- 模拟进程调度 实现了FCFS,SJF和Priority算法 界面友好，使用C#编写，异常处理严密-Simulate the process of scheduling implements FCFS, SJF, and Priority algorithm is user-friendly, using C# write, exception handling tight
VBActiveXmultithread
- VB 实现多线程 ActiveX 多线程读取网页-use VB to create Active X multi thread loading multi web pages
multithread
- VB写的多线程。整理所得源码，不错！利用线程安全控件VB还是可以多线程的-VB writing process. Collating the source code, it is true!
main
- DLL注入 进程防杀 进程线 程编程-DLL into the process line of defense to kill the process kill process DLL injection process, anti-thread programming
KillMe
- 一款进程防杀的程序，同以往的程序不同，通过给内核打补丁的方式防杀，效果非常明显，在XP下可以防御冰刃等强力工具的删除-Anti-kill procedures for a process, with different procedures in the past, by the way the kernel patch against killing, the effect is very obvious, in XP, can be powerful tools such as defens
sync
- 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