lecture-dtn-ease-pocket

一个小的C++应用程序,可选择起点目的地和出行方式并显示结果.供WINDOWS程序设计初级教学使用,熟悉C++工程中映射和变量的添加.(A small C++ application, select the starting point of destination and travel mode and displays the results. For WINDOWS elementary teaching program design using familiar with C++ project to add mapping and variable.)

GDI工具栏源码例程，程序结合易语言系统核心支持库，当获取到鼠标焦点的时候，菜单图标突出的效果。(GDI toolbar source code routines, programs combine core system easy language support library , where access to the mouse focus when the menu icon outstanding results .)

labview多功能采集系统，各功能全面(LabVIEW multi-function acquisition system, all functions are comprehensive)

自动更新源码,可以实现程序的自动更新。它通过比较网页的版本号来确定程序是否要更新。-updater

用C＋＋builder编写的一个用来获取天气信息的程序，其界面简单，实用性强-C++ builder prepared a weather information used to obtain the procedure, the interface simple. practical

热力学元件，实现了膨胀机（turbine）的仿真。使用matlab-simulink中的s-function模块编辑。可改为动态仿真(Thermodynamic elements are used to realize the simulation of turbine. Edit with S-function module in matlab-simulink. Can be changed to dynamic simulation)

阿斯顿后即可哈科技时代卷卡式带骄傲和大家卡的很骄傲可视电话卷卡式带就 srd-asdasdasddsffxxvdsfsaffa

要在WPF中完美的支持YUV数据的显示，通常的解决方式是使用先把YUV数据转换成WPF可以支持的RGB数据，然后利用类似于WriteableBitmap的控件，把他展现在WPF上。这么做的主要问题是在做RGB转换的时候，需要消耗大量的CPU， 效率比较低。一种优化方式是使用FFMPEG里的SwScale或者Intel的IPP库，这些库经过了一定的优化，可以有限度的使用硬件加速。这里2为一个使用WritableBitmap的例子。(To perfect support in WPF YUV data show, the usual solution is to use the first WPF YUV data into RGB data can be supported, and then use controls similar to WriteableBitmap, and put his show on the WPF. The main problem is that in doing so make RGB conversion, consumes a lot of CPU, the efficiency is relatively low. An optimization approach is to use FFMPEG Lane SwScale or Intel' s IPP libraries that after a certain amount of optimization, can limited use hardware acceleration. 2 Here is an example of a use WritableBitmap.)

EMV TVR TSI解析工具，能够正确解析TVR和TSI信息，对金融POS开发者有帮助(EMV TVR TSI parser)

TCP发包客户端编程，可以设置目的IP，目的端口-TCP client contract programming, you can set the purpose of IP, destination port