Mailslot进程通讯机制的服务端和客户端实现的封装类

很好的，我朋友花钱买的，希望对java初学者有所帮组-good, I spend money to buy friends, and I hope to have java help beginners group

经典进程同步和互斥另类WINDOWS解法.定义信号量机制在WINDOWS下完成哲学家进餐问题.-classical process synchronization and mutex WINDOWS alternative solution. Volume definition signal mechanism in Windows complete the dining philosophers problem.

定时器使用的注意事项，定时器处理函数的运行时间大于定时时长会造成不响应，KillTimer()可以杀掉消息队列中的多个相同标号的消息。-timer matters to the attention of use, timer handling functions of the running time than regular long time will not respond KillTimer () Message Queue can kill the same number of label information.

读者写者问题实现-readers to write to achieve the problem

一个比较好的多线程例子 用于学习线程的号厘子-a good example of multi-threaded for learning threads of PCT son

显示和杀死系统当前进程_VC-Display and to kill the current process system _VC

一个不错的多线程通讯的例子-a good multi-threaded communication examples

一个进程隐藏的例子-an example of the hidden proce

program VirtualMemory {$APPTYPE CONSOLE} uses SysUtils, Windows const PageSize = 4096 //定义页面大小 var VmAddress, CommitAddress: Pointer //存放虚拟内存基址 Text: Pchar begin //保留二页虚拟内存 VmAddress := VirtualAlloc(nil, PageSize * 2, MEM_RESERVE, PAGE_READWRITE) if not Assigned(VmAddress) then begin WriteLn( 保留虚拟内存失败! ) ExitProcess(0) end else WriteLn(Format( 保留虚拟内存成功, 基址为:[%8.8x]! , [Longint(VmAddress)])) //提交第二页虚拟内存 CommitAddress := Pointer(Longint(VmAddress) + PageSize) CommitAddress := VirtualAlloc(CommitAddress, PageSize, MEM_COMMIT, PAGE_READWRITE) if not Assigne-program VirtualMemory ($ APPTYPE CONSOLE) uses SysUtils, Windows const PageSize = 4096// definition pages size var VmAddress, CommitAddress : Pointer// virtual memory-based storage site Text : Pchar begin// reservations two virtual memory VmAddress : = VirtualAlloc (nil. PageSize* 2, MEM_RESERVE, PAGE_READWRITE) if not Assigned (VmAddress) then begin WriteLn (reservations virtual memory failure!) ExitProcess (0) end else WriteLn (Format

本程序模拟进程管理，类似windows里的进程管理界面，但是只是模拟各种状态的转换以及cpu的分配，有利于在学习os时对进程加深理解-the simulation process management, and similar windows Lane process management interface, but only to simulate a state of the allocation of cpu is conducive to the learning process right when os deepen understanding