我个人认识这个是一个比较好的，很好的，系统

Java实现的简单网络电话，可以实现局域网内的通话，但通话时延较明显-Java simple telephone network can be achieved within the local area network calls, but more significantly delay calls

雪人论坛 v2.1 简单美化版，支持access、SqlServer -Snowman Forum v2.1 simple Meihuaban support access, the Slammer

5大IO模型之四：asyncselect模型，介绍asyncselect模型的一般编程流程。-five large IO model four : asyncselect model, the model introduced asyncselect general programming process.

用vc++演示电子邮件收发的实例程序源代码-Using vc++ demo to send and receive e-mail source code examples

首先，读者可以先将DDK原来的packet例子程序备份，然后用改动后的驱动程序源码覆盖原先的代码（即覆盖packet->driver目录下的代码，修改后的代码已经给出）。 然后开始编译。顺次选择开始->程序->Development kits->Windows 2000 DDK->Checked Build Environment，将出现一个控制台窗口。使用cd命令进入D:programsNTDDK src etwork ndispacket目录（即驱动程序和相应应用程序所在的目录），键入build命令开始编译，在该目录下的dirs文件的控制下可以同时编译driver目录下的驱动程序和testapp目录下用于测试驱动程序的应用程序；即同时得到改动后的驱动程序和测试该驱动程序的应用程序。-First, readers can DDK first example of the original packet backup procedures, and then change the driver covered the original source code (that is, covering packet-gt; Driver directory code, the revised code has been given). Then compiler. Topping the list is to choose start-gt; Procedures- gt; Development kits- gt; Windows 2000 DDK- gt; Checked Build Environment, there will be a console window. Use cd order to enter D : programs NTDDK src network NDIS packet directory (ie driver and the corresponding application to the directory), type build orders started compiling, in the catalog under the dirs documents under the co

一个网站的全程序-a site-wide procedures

基于MATLAB下的WinsockAPI网络编程，有很好的参考价值，值得一看！-MATLAB-based network programming WinsockAPI under, has a very good reference value, worth a visit!

vc++6.0,网络编程，实现局域网文件传输功能。-vc++ 6.0, network programming, LAN file transfer function.

PP点点通是基于P2P技术的中文文件交换和通讯软件。非常好的一款源码,大用用处-little peer-to-peer technology is based on the Chinese document exchange and communication software. One very good source, Dayong useless!

NETI@home is an open-source software package, named after the widely popular http://setiathome.ssl.berkeley.edu/, that collects network performance statistics from end-systems. It has been written for and tested on the Windows, Linux, Mac OS X, and Solaris operating systems, with testing for other operating systems to be completed soon. NETI@home is designed to run on end-user machines and will collect various statistics about Internet performance. These statistics will then be sent to a server at the Georgia Institute of Technology (Georgia Tech), where they will be collected and made publicly available. We believe that this tool will give researchers much needed data on the end-to-end performance of the Internet, as measured by end-users. Our basic approach is to sniff packets sent to and received by the host and infer performance metrics based on these observed packets. NETI@home users are able to select a privacy level that will determine what types of data will be gathered, and wh