一个不错的字体类，大家可以下载来看看。

Windows NT Services library-This library is full encapsulation of Microsoft Windows NT (NT4, 2k, XP and Vista) services API. > SERVICES IMPLEMENTATION* almost full Windows NT API encapsulation* full customization via callback* embeddable in DLL s* full logging support (via Windows events logs)* converts any C/C++ application (and others that support C linkage) in an NT service with just a function call > SERVICES CONTROL* install, modify, remove services* start, stop, pause, restart service* check service status* list services* get extended service informations* dependencies management* remote machine services access > MISC.* ansi/unicode support

VistaSDK说明.rar 介绍VISTA的开发API-VistaSDK note. Rar introduction VISTA Development API

本程序使用VC++编写的,用于实现运筹学中的线性规划的单纯形法,开始数据以在程序开始进行初始化,主要是用来检验算法,具体数值可根据需要进行初始化-procedures for the use of the VC prepared for the realization of operational research, linear programming of the simplex method, the beginning of the data to begin initialization procedure is primarily used for testing algorithms, numerical, as required initialization

AutoCad中关于使用vc++编程操作各种命令的一个类实例。-AutoCad regarding the use of vc programming in order to operate a Class examples.

一个简单的录音程序-a simple recording procedures

派生 CAsyncSocket 实现文件传输 只用几句代码实现-public CAsyncSocket for file server

编译原理实验用来识别无符号数,代码不长.-compiler principle experiment with symbols used to identify the number code is not long.

just you should kill this it s simple fime thats a-just you should kill this it s simple fime thats all

opencl编程的头文件和相应的文件说明，是通用并行计算的标准-the header file for opencl programming,including its direction for parallel computing.

应用背景AD9850 采用32 位的相位累加器将信号截断成14 位输入到正弦查询表，查询表的输出再被截断成10 位后输入到DAC，DAC 再输出两个互补的电流。DAC 满量程输出电流通过一个外接电阻setR调节，调节关系为setI=32(1.148V/RSET)，setR的典型值是3.9K。将DAC 的输出经低通滤波后接到AD9850 内部的高速  比较器上即可直接输出一个抖动很小的方波。关键技术本代码采用的是STM32和51控制AD9850波形发生器，正弦波产生过程为：频率设置，数据处理，然后控制DDS芯片完成各种频率的正弦波产生；调幅波产生过程为：通过调制系数的设置，控制D/A转换器输出，可得到不同幅值的调制波，与载波相乘来实现调幅波的产生；PSK、ASK产生：通过MCU对模拟开关的控制来完成PSK、ASK的产生。调频信号产生过程：通过A/D转换器采集调制信号，然后根据调制信号的幅度计算出频偏，把频偏数据下载到DDS即可实现调频信号的产生。