计算机组成原理算法实现，简单的些许小程序。

基于C++BUILDER环境，初学者很适用，代码简单易懂，对学习和借鉴有很大好处，可移植很强，我测试的版本是BCB60,ole控制exce源代码-Based on the C++ BUILDER environment is applicable for beginners, easy-to-understand code, and has a lot to learn from the benefits of highly portable, I tested version BCB60, ole control exce source code

GPORT是一个通过调用系统ws2_32.lib实现类似UNIX下系统进程ID的工具，包含源代码。-GPORT is through a system called UNIX ws2_32.lib achieve similar process under ID system tools, including source code.

锁住计算机直到输入正确的口令-computer locked until the correct password

进程调度算法：采用最高优先数优先的调度算法，即把处理机分配给优先数最高的进程。 每个进程由一个进程控制块（PCB）表示。进程控制块可以包含如下信息：进程名、优先数、需要运行的时间、已占用的CPU时间、进程状态等等。 进程的优先数及所需要运行的时间可以事先人为地指定（也可由随机数产生）。 进程的运行时间以时间片为单位进行计算。 每个进程的状态可以是就绪W（Wait），运行R（Run），或完成F（Finish）三种状态之一。 -process Scheduling Algorithm : The highest priority of several priority scheduling algorithm, which is allocated to the processor the highest priority in the process. Every process from a process control block (PCB) said. Process control block may contain the following information : process, and priority number, the need to run time, has taken the CPU time, the process of the state and so on. Several priorities for the process of what needs to run and the time prior to artificially designated (also be random number generator). The process of running time to time-unit calculations. The state of each process can be completed W (Wait), running R (Run), or completion of F (Finish), one of three state.

L4是最先由Jochen Liedtke开发的第二代微内核。目前，它已经变成了第二代微内核 的一个标准，基于这个标准，有很多L4 API的实现。其中一个实现就是Fiasco，它是在 德国德累斯顿大学开发的。为了强调Fiasco跟L4之间的这种关系，我们把Fiasco一般 称L4/Fiasco。L4/Fiasco与其它L4的实现不同的是L4/Fiasco是一个具有实时特性的微内 核，L4/Fiasco是DROPS项目的一个核心子项目，它同时提供了很多软件包，以方便 基于L4/Fiasco的程序设计。-L4 is the first developed by Jochen Liedtke second-generation micro-kernel. Currently, it has become a second-generation micro-kernel of a standard, based on this standard, there are many realize the L4 API. One is to realize Fiasco, it was developed at the University of Dresden, Germany. Fiasco with in order to emphasize the relationship between the L4, we Fiasco general said L4/Fiasco. L4/Fiasco with other L4 realize the difference is L4/Fiasco is a real-time characteristics of the micro-kernel, L4/Fiasco is DROPS a core sub-projects, it also provides a lot of software packages to facilitate L4/Fiasco based on the program design.

This project will never be finished because the code is lame and i m working on my import rebuilder. Sorry if i missed some comments and if it s not written in pure C++ (i mean in REAL Object).

一个计算cpu的频率的程序-a cpu frequency calculation procedures

一个本机系统服务管理程序--A localhost system server admin program

安全稳定的实现进线程监控　进线程监视在底层是如何实现的,在win2000源代码中先找到创建线程的函数实现　然后实现线程监视-achieve security and stability of the control into the threads into threads surveillance at the bottom is how to achieve, in WIN2000 first of the source code to find threads to create a function to achieve realization then threaded surveillance

Demonstrates how to set palettes. Use the RM to create palette tables.