文件名称:tcpcopy-c
介绍说明－－下载内容均来自于网络，请自行研究使用
Name:
tcpcopy
It is an online TCP duplication tool and can be used for performance testing, regression testing, real tesing, etc.
Descr iption:
It can help you find bugs without deploying your server software on your production servers. It can also be used to do smoke testing against your products.
For example, when you want to migrate from Apache to Nginx, tcpcopy can help you test it. Apache is running online, while tcpcopy can copy the TCP flows from Apache to Nginx. To Nginx, the TCP flows are just forwarding to it. This will not affect Apache at all except cost a little network bandwidth and CPU load.-Name:
tcpcopy
It is an online TCP duplication tool and can be used for performance testing, regression testing, real tesing, etc.
Descr iption:
It can help you find bugs without deploying your server software on your production servers. It can also be used to do smoke testing against your products.
For example, when you want to migrate from Apache to Nginx, tcpcopy can help you test it. Apache is running online, while tcpcopy can copy the TCP flows from Apache to Nginx. To Nginx, the TCP flows are just forwarding to it. This will not affect Apache at all except cost a little network bandwidth and CPU load.
tcpcopy
It is an online TCP duplication tool and can be used for performance testing, regression testing, real tesing, etc.
Descr iption:
It can help you find bugs without deploying your server software on your production servers. It can also be used to do smoke testing against your products.
For example, when you want to migrate from Apache to Nginx, tcpcopy can help you test it. Apache is running online, while tcpcopy can copy the TCP flows from Apache to Nginx. To Nginx, the TCP flows are just forwarding to it. This will not affect Apache at all except cost a little network bandwidth and CPU load.-Name:
tcpcopy
It is an online TCP duplication tool and can be used for performance testing, regression testing, real tesing, etc.
Descr iption:
It can help you find bugs without deploying your server software on your production servers. It can also be used to do smoke testing against your products.
For example, when you want to migrate from Apache to Nginx, tcpcopy can help you test it. Apache is running online, while tcpcopy can copy the TCP flows from Apache to Nginx. To Nginx, the TCP flows are just forwarding to it. This will not affect Apache at all except cost a little network bandwidth and CPU load.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
tcpcopy-master
..............\.gitignore
..............\AUTHORS
..............\COPYING
..............\ChangeLog
..............\LICENSE
..............\Makefile.am
..............\NEWS
..............\README
..............\autogen.sh
..............\configure.ac
..............\docs
..............\....\Apache 2.4 vs. Nginx - A comparison under real online applications.pdf
..............\....\TCPCopy_Manual(Chinese).doc
..............\....\TCPCopy_Manual(Chinese).pdf
..............\....\TCPCopy_Manual.doc
..............\....\TCPCopy_Manual.pdf
..............\src
..............\...\Makefile.am
..............\...\communication
..............\...\.............\Makefile.am
..............\...\.............\tc_msg.h
..............\...\.............\tc_socket.c
..............\...\.............\tc_socket.h
..............\...\core
..............\...\....\Makefile.am
..............\...\....\tc_common.c
..............\...\....\tc_daemon.c
..............\...\....\tc_hash.c
..............\...\....\tc_hash.h
..............\...\....\tc_link_list.c
..............\...\....\tc_link_list.h
..............\...\....\tc_log.c
..............\...\....\tc_log.h
..............\...\....\tc_signal.c
..............\...\....\tc_signal.h
..............\...\....\tc_time.c
..............\...\....\tc_time.h
..............\...\....\xcopy.h
..............\...\digest
..............\...\......\Makefile.am
..............\...\......\tc_evp.c
..............\...\......\tc_evp.h
..............\...\event
..............\...\.....\Makefile.am
..............\...\.....\tc_event.c
..............\...\.....\tc_event.h
..............\...\.....\tc_select_module.c
..............\...\.....\tc_select_module.h
..............\...\interception
..............\...\............\Makefile.am
..............\...\............\intercept.h
..............\...\............\main.c
..............\...\............\tc_capture.c
..............\...\............\tc_combine.c
..............\...\............\tc_combine.h
..............\...\............\tc_delay.c
..............\...\............\tc_delay.h
..............\...\............\tc_interception.c
..............\...\............\tc_interception.h
..............\...\............\tc_router.c
..............\...\............\tc_router.h
..............\...\mysql
..............\...\.....\Makefile.am
..............\...\.....\pairs.c
..............\...\.....\pairs.h
..............\...\.....\password.c
..............\...\.....\password.h
..............\...\.....\protocol.c
..............\...\.....\protocol.h
..............\...\tcpcopy
..............\...\.......\Makefile.am
..............\...\.......\main.c
..............\...\.......\tc_manager.c
..............\...\.......\tc_manager.h
..............\...\.......\tc_message_module.c
..............\...\.......\tc_message_module.h
..............\...\.......\tc_packets_module.c
..............\...\.......\tc_packets_module.h
..............\...\.......\tc_session.c
..............\...\.......\tc_session.h
..............\...\.......\tc_udp_session.c
..............\...\.......\tc_udp_session.h
..............\...\.......\tcpcopy.h
..............\...\util
..............\...\....\Makefile.am
..............\...\....\tc_util.c
..............\...\....\tc_util.h