CAN通信

参考ti提供得例子程序，先将他们得例子在自己得板子上跑起来，其实就是用自测试得方式来验证一下程序，也可以加些中断，看看程序怎么跑得。这步没问题得话，可以改写程序，当然还在自测试模式下先试，如果可以改写后，在自测试模式下可以。那么就差不多了，将自测试模式改成正常模式，将程序移植到自己得程序中，拿一个经过验证可以正常通讯得can模块通讯，记得两个can得速率要一致。当然这个can模块还要能让你看到或者说能验证你得can是否通讯正常。(Reference ti provide examples of procedures was, first they have to run up on the example of the board that she has, in fact, self-test was used to verify the program mode, you can also add some interruption to see how to run the program. This step was not a problem, you can rewrite the program, of course, still in test mode since the first try, if you can rewrite, can in self-test mode. Well almost, the self-test mode to normal mode, the program was ported to own program, get a proven module can communicate normally too can communicate, remember that two can get a rate to be consistent. Of course, this can also allow you to see the module or can verify whether you have can communicate properly.)

基于凌阳61板的五层电梯模型C语言程序，经试验成功(Sunplus based on the five-story elevator plate 61 model C Language Program Following a successful trial,)

这是有led的亮灭并用定时器控制中断的程序

通过C#通过的类获取系统/硬件信息 

定义一个基类MyGraph，要求有一个纯虚函数double Area()=0。从基类派生一个圆类Circle和矩形类Rectangle，再由Rectangle类派生出Square类，分别给出Area()实现。 重载“>>”，实现对图形信息的输入。在主函数中计算三种形状的面积，并显示输出。 (Define a base class MyGraph, requires a pure virtual function double Area () = 0. Derive a circle and a rectangle class Rectangle Circle class from the base class, and then by Square Rectangle class derived class, are given Area () implementation. Reload " > > " to achieve the input of graphical information. Calculate the shape of the three main functions in the area, and display output.)

可以输入远程地址、账户和密码进行远程windows系统(You can enter remote address, account and password for remote windows system)

STM32F103VET6  指南者的ADC程序，开发板带的，肯定能用 。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。

TI TMS320C6678的硬件信号量使用例程，非常珍贵，值得收藏。CCS版本V5.1(TI TMS320C6678 hardware semaphore routine use, very precious, worthy of collection. CCS version V5.1)

本文讲述了密码学加密领域的一个重要协议——Diffie-Hellman协议，在文中讲述了协议的原理，然后基于VC6.0用C++程序实现了协议的具体过程，包括秘钥生成，获取公钥和私钥，然后生成对称秘钥，用生成的对称秘钥加密，用生成的秘钥解密，

基于arengine开发的网络视频，可实时获取网络视频、图像等-Arengine developed a network-based video, real-time access to network video, images, etc.