共享以太网：在共享网络环境中，所有的主机都连接到同一条总线并且与其他的主机竞争带宽。这意味着在这样的环境中，发给某个主机的数据包也会被其它所有的机器收到。因此在...

一个简单的工具，用来监听和分析在客户端和服务器之间通过TCP连接传送的数据-a simple tool to be used for monitoring and analysis of the client and server through TCP connection between the transmission of data

共享以太网：在共享网络环境中，所有的主机都连接到同一条总线并且与其他的主机竞争带宽。这意味着在这样的环境中，发给某个主机的数据包也会被其它所有的机器收到。因此在这样的环境中，任何设置成混杂模式的主机，将可以捕获发送给其它主机的数据包，从而窃听网络上的所有通信。 -Ethernet sharing : sharing network environment, all of the hosts connected to a bus with other mainframe competition bandwidth. This means that in such an environment, to a host of data packets will be all other machines received. In such an environment, any set pattern of mixed mainframe, will be sent to the capture of other mainframe data packets, thereby tapping on the network for all communications.

Wireshark0.99.3a版的源代码 Wireshark是一款非常流行的网络协议分析工具,前身为Ethereal-Wireshark0.99.3a version of the source code is a highly Wireshark flow The network protocol analysis tool, formerly Ethereal

可以获取DNS的源代码! 简单的界面,良好的程序,适合初学者分析学习!-DNS can get the source code! Simple interface, good procedures, suitable for beginners and analysis of learning!

Delphi版的winpcap pas单元!!! 本站抢先发布!!! 以后用delphi的朋友再也不用去翻译C++的winpcap的H了 数据格式和函数都做好了 直接调用即可-Delphi version of winpcap pas unit!!! The first to publish this site!!! After using delphi friends no longer have to go to translation C++ The WinPcap the H data format and functions are a direct call to do a good job

Proteus7最新元件库及仿真实例 (解压.rarProteus7最新元件库及仿真实例(解压.rar-Proteus7 the latest example of libraries and simulation (decompression. RarProteus7 the latest example of libraries and simulation (decompression. Rar

网络监听程序,基于创建原始套接字,修改I/0选项实现的一个IP包捕获的应用程序-network monitoring procedures, based on the creation of the original socket, revised I/0 option of achieving an IP packet capture applications

瑞士军刀NC.exe源码,对于需要网络编程的人特别的有用.-Swiss army knife NC.exe source, the need for network programming are particularly useful.

基于ns2的一个完整的 测试代码 tcl ns2.7测试通过-Ns2-based testing of a complete test code tcl ns2.7

void Task_Server(void *pdata)  {      SOCKET* s; int ei;          //存放返回值的变量 int RecvCnt=0;        //接收数据个数 uint8 RecvBuff[200];      //接收缓冲区 uint8 RecvBuffP=0; uint8 CanSUCCESS=0; struct sockaddr serveraddr,clientaddr;  //sockaddr 结构体由协议栈类型、IP和端口组成  uint32 regaddrBYTE;        serveraddr.sin_family = 0;     //协议栈类型 serveraddr.sin_addr[0] = MCU_IP[0];   //四位IP地址 serveraddr.sin_addr[1] = MCU_IP[1]; serveraddr.sin_addr[2] = MCU_IP[2]; serveraddr.sin_addr[3] = MCU_IP[3]; serveraddr.sin_port = 4000;     //服务器本地端口   s  = socket(AF_INET,SOCK_STREAM,TCP_