thunk是一组动态生成的ASM指令，它记录了窗口类对象的this指针，并且这组指令可以当作函数，既也可以是窗口过程来使用。thunk先把窗口对象this指针记...

基于STM32开放版 运行于MDK 实现基本的串口通信实验 对于初入STM32学习的人有很大帮组。 1.MDK文件夹       --- MDK启动软件 2.obj文件夹       --- 包含编译产生的中间文件      --- 最终可执行的HEX文件程序 3.src文件夹(包含所有的源代码)      ---包含main.c文件

用EVC编写的添加背景音乐程序,其中还有线程的创建和终止,很好的学习示例-EVC prepared with the addition of background music procedures, which have threaded the creation and termination of a good example of learning

信号与系统试验代码-signal and system test code

Windows CE 应用程序设计随书源码，包括用EVC开发的很多完整的编程实例和一些EVB的编程实例-Windows CE application design source books, including the development of many EVC integrity of the programming examples and some programming examples EVB

VFP公历农历转换程序,小例子,大家看看,可能会有帮助,好了-VFP Lunar calendar conversion, small examples, we see that may be helpful, a good

将打开的窗口一直置于其它窗口之上 包含源代码,vb6.0环境生成,.net环境下是否测试过忘了，不过内面有一个.net源码-set application windows to mosttop

ActiveX文档容器,很好的一个例子.通过这个例子可以交你如何自己写一个.-It is a good example for ActiveX documents container.You could know how to make it through the example.

通过运行可以虚拟控制内存工作-can run through virtual memory control work

This article shall describe a very simple approach to working with a GPS device within the context of a Visual Basic 2005 application. This article does not address how the GPS device works or everything that can be gleaned from the NEMA 0183 string outputted from most GPS devices rather, the article is intended for those just interested in getting present position from a GPS and using that point to do something interesting like show you where you are on a map.-This article shall describe a very simple approach to working with a GPS device within the context of a Visual Basic 2005 application. This article does not address how the GPS device works or everything that can be gleaned from the NEMA 0183 string outputted from most GPS devices rather, the article is intended for those just interested in getting present position from a GPS and using that point to do something interesting like show you where you are on a map.

编写Windows窗体程序实现了朴素Bayes、KNN、SVM分类器的手写数字识别，识别率分别为84%、92.5%、94.2%