only. C, main 2,8,10,16 band between the number of transformation.

本程序详细描述了如何使用VC编写的出现在Windows托盘中的顺序本程序说明了如何用VC来编写在目前的Windows托盘中的程序，用Visual C编程界面/GUI开发

在Windows下 ，本身进程加载 本源码！可以在任务管理器中隐藏。但是专门的任务查看器可以看到！如冰刀-In Windows, the process of loading the source code itself! Task Manager can be hidden. But the special mission viewer can see! Such as ice skates

TCP连接状态观察工具，文件很小，能让你实时了解本机的网络连接状况-TCP connection state observation tool, file is very small, make you real-time understanding of the machine" s network connectivity status

this treading program for biganer-this is treading program for biganer

openCV 打开 保存图片 通过mfc在vc2008中实现-Open the saved image openCV

操作系统实现的同步:消费著，生产者。以及其他系统同步的程序。 -The operating system to achieve synchronization: consumer, producers. As well as other system synchronization process.

一个很不错的内存池的源码,本人在项目中使用.很有价值.-A very good memory of the source pool, I used in the project. Very valuable.

通过修改还注册表，来改变ip，不需要重启-Also by modifying the registry to change the ip, do not need to restart

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.

毫秒计时程序-millisecond time procedure