搜索资源列表
IPMONDLG
- VC++编IP包监视工具. (我要当会员,一定要)-VC series IP packet monitoring tools. (When I members must)
TCPipNetworkAdministration
- tcp/ip网络管理,微软丛书,网络管理员必读-tcp / ip network management, Microsoft Series, network administrators carefully
109201273cp200
- tcpip协议栈cp2200系列驱动程序-tcpip protocol stack driver for CP2200 series
TCP_test
- lpc2478 ARM处理器的TCP以太网通信测试程序，lpc2400系列在通信方面功能强大，该程序为其内部以太网的TCP通信测试程序-lpc2478 ARM processor TCP Ethernet communications test procedure, lpc2400 series powerful communications, the program for the internal Ethernet TCP communications test procedure
TCPIP_Illustrated_V2_Implementation
- Richard 的经典著作 中文版 pdf格式 本书完整而详细地介绍了TCP/IP协议是如何实现的 -TCP/IP Illustrated, and ongoing series covering the many facets of TCP/IP, brings a highly-effective visual approach to learning about this networking protocol suite. TCP/IP Illustrated,
SMPP
- SMPP（short message peer to peer）协议是一个开放的消息转换协议；它定义了一系列操作的协议数据单元（PDUS）和当SMPP运行时ESMS应用系统与SMSC之间交换的数据格式。从而完成SMSC与ESMES（外部短消息实体）的信息交换。SMPP是基于SMSC与ESME之间的请求和响应协议数据单元的交换，每一个SMPP操作都由一个请求PDU和相应的一个响应PDU组成，并且这种交换是在TCP/IP或x．25网络连接之上的.-SMPP (short message peer t
tcp_ip1
- 这个是tcp_ip协议详解的第一卷，学习网络的和考ccna系列的可以好好学习下-This is the first volume tcp_ip Detailed protocols, study and exam ccna network can learn the next series
tcp_ip2
- 这个是tcp_ip协议详解的第二卷，学习网络的和考ccna系列的可以好好学习下-This is the second volume tcp_ip Detailed protocols, study and exam ccna network can learn the next series
liblwip
- sam3系列下 lwip协议栈移植 其它芯片可参考-sam3 SERIES transplant lwip protocol stack can refer to other chips
RTOS_MODBSU_TCPIP
- modbus TCP协议在ucos上的移植 STM32F107系列-modbus TCP protocol on ucos transplant STM32F107 series
socketcc
- or those wishing to develop socket based network applications in a C++ class oriented environment. This library allows creation of sockets as classes as well as IPv4 and IPv6 address representation as a class abstraction. The main aim is to all
code1
- UDP and TCP 可以使用这个文件来运行任何tcp和udp，然后做成后端和前端(The server communicating with the client is called AWS (Amazon Web Server). The three backend servers are named Back-Server A, Back-Server B and Back-Server C. Back-Server A can compute x2 , Back-Server B