这个例子可对NT或XP下的并口进行直接读写，超方便

c++ Builder环境下获取本地机器硬盘ID号，支持ATA和SATA类型。-c++ Builder environment access to the local machine hard drive ID number, the type of support for ATA and SATA.

把两个exe文件捆绑成一个exe文件。使用了一个宿主exe。-Exe files of the two exe files into a bundle. The use of a host exe.

一个适合VB初学者程序 -Suitable for beginners VB program

鼠标的形状看腻了吗，用这个程序改变一下吧，学习学习人家是怎么做的。-mouse in the shape of tired of looking at it, using this procedure to change it, learn from others is how to do.

SDL2-2.0.2SDL2-2.0.2SDL2-2.0.2SDL2-2.0.2SDL2-2.0.2SDL2-2.0.2SDL2-2.0.2SDL2-2.0.2

用程序实现二十四点的算法很多，但大都比较繁杂。考虑到凑出结果的可能情况并不是太多，在这里我们将主要靠自己穷举可能的演算式外加循环计算来实现。 -24 points by the procedure of the algorithm to achieve a lot, but are relatively complicated. Taking into account the possible outcome of凑出not too much, where we will mainly rely on their own exhaustive calculus style plus possible to achieve the cycle calculation.

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.

本代码穷举系统进程，然后可以杀死进程，用到了 CreateToolhelp32Snapshot 和一些排序操作-the system code exhaustive process, and then kill the process, and the use of some sort CreateToolhelp32Snapshot operation

创建一个系统级的热键.zip-create a system-level hotkey. Zip

通过和机器人建立网络连接 实时和机器人进行通信，控制机器人运动，运动的信息反馈给电脑，这样实现了机器人和电脑的实时控制。