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第1章 计算机网络体系结构 第2章 NetBIOS编程户端 第3章 重定向器、邮槽和管道 第4章 网络协议TCP/IP 第5章 局域网编程 第6章 Winsock基础 第7章 Winsock API高级编程 第8章 MFC Winsock高级编程 第9章 深入UDP 第10章 WinInet API开发 第11章 网络协议实现及应用 第12章 综合实例( Chapter 1 Computer Network Architecture Chapter 2 NetBIOS programming client households Chapter 3 redirector, and pipelines Mailslot Chapter 4 Network Protocol TCP/IP Chapter 5 LAN Programming Chapter 6 Winsock basic Chapter 7 Advanced Programming Winsock API Chapter 8 Advanced MFC Winsock Programming Chapter 9 in depth UDP Chapter 10 WinInet API development Chapter 11 Network Protocol implementation and application of Chapter 12 General Example)

三维点云的伪彩色显示示例。自带5片点云用于测试。可平移、旋转、缩放视图；可单色、伪彩色显示点云。(An example of pseudo-color display of three-dimensional point clouds. It has five point clouds for testing. It can translate, rotate and zoom views; it can display point clouds in monochrome and pseudo-color.)

在框架中获得当前文档指针，VC++精选编程学习源码，很好的参考资料。(Get the current document pointer in the framework, VC++ select learning programming source code, a good reference.)

升级组件源代码，需要的朋友可以参考一下。包含客户端和服务端。(Upgrade components of the source code, need a friend for reference. Contains client and server.)

判断二维空间中一个点和一个多边形的位置关系(To determine the positional relationship of the two-dimensional space midpoint and polygons)

一个简单的火车票查询系统，也可以维护数据库。使用VC6.0开发，MFC框架，Access数据库，ADO连接方式。(A simple ticket query system, you can also maintain the Database. Use VC6.0 development, MFC framework, Access databases, ADO connections.)

本例将对数据库的基本操作封装成一个基本类,实现同时连接不同的数据库(mysql和mssql),并从其中取出数据利用socket发送.(the cases will be the basic operation of the database packaged as a basic category, simultaneously connect different databases (mysql and mssql) remove from which to send data using socket.)

C++面向对象的经典使用教程，是难得好的学习材料(failed to translate)

创建桌面图标，VC++经典编程源码，很好的参考资料。(Create a desktop icon, VC++ classic programming source code, a good reference.)

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.)