使用C#开发的小型酒店管理系统,采用三层结构+抽象工厂实现.可以选择Access或者SQLServer两种数据库,功能不多,只是为了体现采用设计模式的优点.写的...

MTK入门导读,新手可以看看，MTK入门导读(MTK Primer)

模拟网页劫持程序。通过两个线程并对应相应的方法进行劫持网页。(Analog page hijackers. By two threads corresponding to the appropriate method of hijacking web page.)

C语言编写的傅立叶正逆变换，经过测试与matlab里面的.m算法结果一致。还有数据测试可用。适用于工程信号处理中。(C language of the Fourier transform, After test and Matlab inside m algorithm results. There are data test available. Suitable for engineering signal processing.)

51单片机，通过人体红外热释电模块检测人数，并计数。(51 single chip computer, through the human body infrared pyroelectric module to detect the number of people, and count.)

C#HID驱动程序说明

非参数信念传播的WSN目标跟踪方法.Nonparametric belief propagation on WSN target tracking method(Nonparametric belief propagation on WSN target tracking method)

说明：  目前网上的WindowsMessage基本上都是WM_开头的，本文档汇集了所有类型的Windows消息及其对应的16进制字面量，包括ComboBox、ListView等等控件，并附带简短说明(All Windows Messages and consts)

说明：  硬件资源: 1,DS0(连接在PA8)，DS1(连接在PD2上) 2,串口1(波特率:115200,PA9/PA10连接在板载USB转串口芯片CH340上面) 3,ALIENTEK 2.8/3.5/4.3寸LCD模块(仅支持MCU屏) 4,按键KEY0(PC5)/KEY1(PA15)/KEY_UP(PA0,也称之为WK_UP) 实验现象: 通过按键KEY_UP可以控制定时器AutoReloadTimer_Handle的开启，这个是 周期定时器，一旦开启就会不断的运行，直到按下KEY1将其关闭。按下KEY0 可以打开定时器OneShotTimer_Handle，这是个单次定时器，只会运行一次， 运行周期到了以后就会停止运行，除非按下按键KEY0将其再次开启。(Hardware resources: 1, DS0 (connected to PA8), DS1 (connected to PD2) 2. Serial port 1 (baud rate: 115200, PA9/PA10 connected on board USB to serial chip CH340) 3, ALIENTEK 2.8/3.5/4.3 inch LCD module (only supporting MCU screen) 4. Keyboard KEY0 (PC5)/KEY1 (PA15)/KEY_UP (PA0, also known as WK_UP) Experimental phenomena: The timer AutoReloadTimer_Handle can be turned on by keying KEY_UP. This is The periodic timer will run continuously once it is turned on until KEY1 is pressed to turn it off. Press KEY0 You can turn on the timer OneShotTimer_Handle, which is a single timer and only runs once. The run cycle will stop after that unless KEY0 is pressed to turn it on again.)

C#直接读取3ds的源码，引用Microsoft.DirectX 打开三维文件。(Read 3ds C# source code directly.)

线程的同步控制.可以看出线程的同步和互斥！里面的代码以及函数都很简单(Thread synchronization control)