Description: Testing TCP and UDP socket servers using C# and .NETWhen you re developing a TCP/IP server application it s easy to test it poorly. It s easy to fire requests into a server, check the responses and assume that s enough. Even if you re testing using the actual production client application you may find that you are failing to fully test the server under heavy load or unusual network conditions. You may be using two or more machines, but your development network probably doesn t cause the kind of packet fragmentation and delays that you might encounter in the wild. Often when testing in the development environment your server only ever receives complete, distinct messages, and this can lead novice developers to assume that this is how it always is. As we pointed out in a previous article, the server developer is always responsible for breaking up the TCP byte stream into protocol specific chunks. Platform: |
Size: 111143 |
Author:王小文 |
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Description: Testing TCP and UDP socket servers using C# and .NETWhen you re developing a TCP/IP server application it s easy to test it poorly. It s easy to fire requests into a server, check the responses and assume that s enough. Even if you re testing using the actual production client application you may find that you are failing to fully test the server under heavy load or unusual network conditions. You may be using two or more machines, but your development network probably doesn t cause the kind of packet fragmentation and delays that you might encounter in the wild. Often when testing in the development environment your server only ever receives complete, distinct messages, and this can lead novice developers to assume that this is how it always is. As we pointed out in a previous article, the server developer is always responsible for breaking up the TCP byte stream into protocol specific chunks. Platform: |
Size: 110592 |
Author:王小文 |
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Description: hping2是一个网络工具,能够发送icmp/tcp/udp包,指定包的大小内容-hping2 is a network tool able to send custom ICMP/UDP/TCP
packets and to display target replies like ping do with
ICMP replies. hping2 handle fragmentation, arbitrary packet
body and size and can be used in order to transfer files
under supported protocols. Platform: |
Size: 100352 |
Author:aaaa |
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Description: 对一个较长的IP分组进行分片,然后再将所有的分片重新组装成一个IP分组-Right to conduct a long IP packet fragmentation, and then all of the sub-chip re-assembled into an IP packet Platform: |
Size: 214016 |
Author:张军 |
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Description: Program shows packet fragmentation. Sender,Message, Medium, Router, Receiver are 5 classes which simulate realistic communication between sender and receiver over router, Communication uses messages which are fragmented (depending of size parameter). Sender and receiver have individual competition for medium. Platform: |
Size: 350208 |
Author:Milan |
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Description: 1.了解和掌握IP数据包格式;
2.了解数据报各字段的功能;
3.了解IP数据报分片与重组和各选项的功能
-1. To understand and master IP data packet format 2. To understand the functions of each field of data reported 3. About IP packet fragmentation and re-organization and function of each option Platform: |
Size: 3315712 |
Author:chegnyangmao |
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Description: RTP解包NAL,H264格式,简单实用,实现了单个NAL单元包和FU_A分片单元包。对于丢包处理,采用简单的策略:丢弃随后的所有数据包,直到收到关键帧。-RTP unpack NAL, H264 format, simple and practical, to achieve a single NAL unit packets and fragmentation units FU_A package. For the packet loss treatment, using a simple tactic: dropping all subsequent packets until it receives the key frame. Platform: |
Size: 2048 |
Author:sheriffyang |
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Description: 这一章提供了一些有关隧道技术的额外信息,因为隧道在移动I P中扮演了一个非常重要
的角色。首先,我们从I P分片的基本介绍开始,因为将I P包分片影响了隧道入口处许多封装
方法的使用。然后我们详细介绍移动I P中使用的三种隧道技术: I P的I P封装( IP in IP
E n c a p s u l a t i o n)、最小封装( Minimal Encapsulation) 和通用路由封装GRE (Generic Routing
E n c a p s u l a t i o n )。-This chapter provides some additional information about tunneling, because the tunnel in Mobile IP to play a very important
Role. First, we introduce a basic IP fragmentation began, because the IP packet fragmentation affects the number of package tunnel entrance
Methods. Then we detail the use of the three Mobile IP tunneling: IP in IP encapsulation (IP in IP
E ncapsulation), the smallest package (Minimal Encapsulation) and Generic Routing Encapsulation GRE (Generic Routing
E n c a p s u l a t i o n). Platform: |
Size: 266240 |
Author:guanguojing |
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Description: Calculates the fragmentation threshold and number of HW memory blocks required for the transmitted packet.
Platform: |
Size: 6144 |
Author:zongpenpu |
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