资源列表
Exported-DLL-function-mode
- dll函数导出几种方法,VC下,基础学习-Exported DLL function mode
ExternVarDll
- 创建Win32 DLL导出一个全局变量\ExternVarDll\ExternVarDll.rar,很不错的vc源码,有兴趣的朋友可以看看。-Creating a Win32 DLL exported global variable \ ExternVarDll \ ExternVarDll.rar, very good vc source, interested friends can see.
E_Ime_Hook_Main
- E语言IME文件源码 用于输入法注入 需要黑月编译-E language input into the IME file dark moon compilation
facula_boundary
- 提取边界,很好的应用,快速边界提取,能够处理出想要的边界-Extraction of the border, a good application, fast boundary extraction
FakeVariants
- 配合KOL减小程序大小的系统文件,制造超级小程序的配套设施-Fake variants.pas unit for Delphi6/Delphi7. Place it in a directory with your KOL/MCK (or other non-VCL) project, and this will save about 70K of code in the executable. Certainly, do it so, if you actually do not
faxinxi
- 向指定窗口发信息,是一个窗口扩充程序,很好用的程序-Sent messages to the specified window is a window to expand program, easy to use program
FCFS
- CPU调度算法FCFS的效率,首先输入进程数,在输入开始和运行时间,出比较结果-CPU efficiency FCFS scheduling algorithm, the first input of processes, the input start and run time, the comparison result
FCFS101
- FCFS算法每次从就绪队列中选择一个最先进入该队列的进程,为之分配CPU,使之运行。该进程一直运行道完成或被某事件阻塞后,才放弃CPU。本程序模拟了FCFS算法。-FCFS algorithm for each queue ready to a first cohort to enter the process, which the allocation of CPU, to make it run. Run Road, the process has been completed or o
fengshancesu
- 风扇测速显示,这只是一部分的程序,还有后面的速度控制程序,有待完善-Fan speed display, this is only part of the program, as well as behind the speed control program, to be improved
fenshidiaoduxitong
- 分时轮转调度算法是系统把所有就绪进程按先后次序排队,处理机总是优先分配给就绪队列中的第一个就绪进程,并分配它一个固定的时间片(如100毫秒)。当该运行进程用完规定的时间片时,被迫释放处理机给下一个处于就绪队列中的第一个进程,分给这个进程相同的时间片,每个运行完时间片的进程,当未遇到任何阻塞时,就回到就绪队列的尾部,并等待下次转到它时再投入运行。于是,只要是处于就绪队列中的进程,按此种算法迟早总可以分得处理机投入运行。模拟实现这一组进程的工作过程。-err
fenyeguanli
- 模拟存储管理常用的请求分页存储管理技术 深入理解虚拟内存的思想和主要的页面淘汰算法-Commonly used in analog storage management storage management technology demand paging virtual memory depth understanding of the ideas and the main page replacement algorithm
Fhqcpuo
- 简单获取CPU的详细信息及实实时CPU的负荷.可直接使用。-Simple access to the CPU for more information and real-real-time CPU load can be used directly.