Tsung测试之配置文件-xmpp
发布时间: 5年前 (2020-06-04)浏览: 1360评论: 0
Jabber配置:
<?xml version="1.0"?> <!DOCTYPE tsung SYSTEM "/usr/local/tsung/share/tsung/tsung-1.0.dtd"> <tsung loglevel="notice" version="1.0"> <clients> <client host="kaoqin3" use_controller_vm="true" maxusers="100000"></client> </clients> <!-- Server side setup --> <servers> <server host="127.0.0.1" port="5222" type="tcp"></server> </servers> <!-- 监控(cpu, network, memory). 使用erlang或SNMP,erlang是默认值,但是要保证监控的机器和server 可以互相访问,装有erlang,否则用snmp --> <monitoring> <!-- host: 填别名,需要先去host文件配置 --> <monitor host="127.0.0.1" type="erlang"></monitor> </monitoring> <load> <arrivalphase phase="1" duration="20" unit="minute"> <users maxnumber="100000" interarrival="0.0025" unit="second"></users> </arrivalphase> </load> <!-- JABBER parameters --> <!-- to synchronise users, use a global acknoledgement --> <options> <option type="ts_jabber" name="global_number" value="10"></option> <option type="ts_jabber" name="userid_max" value="100000"></option> <option type="ts_jabber" name="domain" value="anjubao.openfire.cn"></option> <option type="ts_jabber" name="username" value="tsung"></option> <option type="ts_jabber" name="passwd" value="tsung"></option> </options> <sessions> <session probability="50" name="jabber-example" type="ts_jabber"> <request> <jabber type="connect" ack="no_ack"></jabber> </request> <thinktime value="2"></thinktime> <transaction name="authenticate"> <request> <jabber type="auth_get" ack="local"></jabber> </request> <request> <jabber type="auth_set_plain" ack="local"></jabber> </request> </transaction> <request> <jabber type="presence:initial" ack="no_ack"/> </request> <thinktime value="2"></thinktime> <transaction name="roster"> <request> <jabber type="iq:roster:get" ack="local"></jabber></request> </transaction> <thinktime value="30"></thinktime> <transaction name="online"> <!-- 模拟用户上线操作 --> <request> <jabber type="chat" ack="no_ack" size="16" destination="online"></jabber> </request> <!-- 模拟发送消息 --> <!-- <for from="1" to="10" incr="1" var="counter"> <request><jabber type="raw" ack="no_ack" data="<message to='tsung10001@anjubao.openfire.cn'><body> zhouhui </body> </message>"></jabber></request> </for> <request><jabber type="raw" ack="no_ack" data="<message to='tsung150527@anjubao.openfire.cn'><body>zhouhui</body> </message>"></jabber></request> --> </transaction> <thinktime value="30"></thinktime> <!-- 模拟用户下线操作 --> <transaction name="offline"> <request> <jabber type="chat" ack="no_ack" size="56" destination="offline"></jabber> </request> </transaction> <thinktime value="30"></thinktime> <transaction name="close"> <request> <jabber type="close" ack="no_ack"></jabber> </request> </transaction> </session> <session probability="20" name="jabber-plain" type="ts_jabber"> <request> <jabber type="connect" ack="no_ack"></jabber> </request> <thinktime value="2"></thinktime> <transaction name="auth_plain"> <request> <jabber type="auth_get" ack="local"></jabber> </request> <request> <jabber type="auth_set_plain" ack="local"></jabber> </request> </transaction> <thinktime value="30"></thinktime> <transaction name="close"> <request> <jabber type="close" ack="no_ack"></jabber> </request> </transaction> </session> <session probability="20" name="jabber-digest" type="ts_jabber"> <!-- regexp captures stream ID returned by server --> <request> <dyn_variable name="sid" re="<stream:stream id="(.*)" xmlns:stream"/> <jabber type="connect" ack="local"></jabber> </request> <thinktime value="2"></thinktime> <transaction name="auth_digest"> <request> <jabber type="auth_get" ack="local"></jabber> </request> <request subst='true'> <jabber type="auth_set_digest" ack="local"></jabber> </request> </transaction> <thinktime value="30"></thinktime> <transaction name="close"> <request> <jabber type="close" ack="no_ack"></jabber> </request> </transaction> </session> <session probability="10" name="jabber-sipdigest" type="ts_jabber"> <request> <jabber type="connect" ack="no_ack"></jabber> </request> <thinktime value="2"></thinktime> <transaction name="auth_sipdigest"> <!-- regexp captures nonce value returned by server --> <request> <dyn_variable name="nonce" re="<Nonce encoding="hex">(.*)<\/Nonce>"/> <jabber type="auth_get" ack="local"></jabber> </request> <request subst='true'> <jabber type="auth_set_sip" ack="local"></jabber> </request> </transaction> <thinktime value="30"></thinktime> <transaction name="close"> <request> <jabber type="close" ack="no_ack"></jabber> </request> </transaction> </session> </sessions></tsung><!--模拟空闲,可聊天状态脚本 <transaction name="chat"> <request> <jabber type="presence:broadcast" show="chat" status="Avaliable to chat!" ack="no_ack"/> </request> </transaction> 模拟离开状态脚本 <transaction name="away"> <request> <jabber type="presence:broadcast" show="away" status="Be right back ..." ack="no_ack"/> </request> </transaction> 模拟请勿打扰状态脚本 <transaction name="dnd"> <request> <jabber type="presence:broadcast" show="dnd" status="Don't bother me!" ack="no_ack"/> </request> </transaction>-->
Jabber_register配置:
<?xml version="1.0"?> <!DOCTYPE tsung SYSTEM "/usr/local/tsung/share/tsung/tsung-1.0.dtd"> <!-- loglevel:工具写日志的标识,级别默认是"info",长时间运行建议调整为error --> <!-- dumptraffic:运行的调试信息dump文件,如需要看脚本是否正确可以设置为"true",级别默认是"false",长时间运行建议调整为false --> <tsung loglevel="notice" dumptraffic="false" version="1.0"> <!-- tsung集群Client的设置 --> <clients> <!-- host:填别名,需要先去host文件配置,如: 127.0.0.1 localhost 10.0.0.252 s252 10.0.0.52 sl52 --> <!-- weight: 节点上面用户的比例,一般设置为1即可 --> <!-- maxusers: 一般设置为800,3000即可,根据机器配置来设置大小 --> <!-- cpu: 根据机器硬件配置来设置,如果是4核CPU,最佳设置为3,以此类推 --> <!-- use_controller_vm与maxusers="3000"表示:如果客户端模拟生成的用户超过3000,则将开启一个新的erlang虚拟机(VM), 一般maxusers设置为800-3000 --> <client host="localhost" use_controller_vm="true" maxusers="3000"> <!--要求能够用私钥ssh到本机,并且连通一次,留下记录在known_hosts--> <!--如果use_controller_vm="false",那么每maxusers个连接后会创建一个新的erlangVM,maxuser默认是800--> <!--否则达到上限就不再创建连接--> <!--能打开了limits,就不要使用多个erlangVM,容易crash--> </client> </clients> <!-- Openfire集群servers的设置 --> <servers> <!-- host: 填别名,需要先去host文件配置 --> <!-- port: 填可用对外端口,一般8080 --> <!-- type: 协议类型,tsung支持tcp/udp,根据自己的需要 --> <server host='172.16.34.15' port='5222' type='tcp'/> </servers> <!-- 监控(cpu, network, memory). 使用erlang或SNMP,erlang是默认值,但是要保证监控的机器和server可以互相访问, 装有erlang,否则用snmp --> <monitoring> <!-- host: 填别名,需要先去host文件配置 --> <monitor host="127.0.0.1" type="erlang"></monitor> </monitoring> <!-- register 200000 users in less than 15 minutes --> <!-- 负载场景设置 --> <load> <!-- phase:阶段,填数字即可,系统会按顺序执行,可是设置多个阶段组合场景 --> <!-- duration:持续时段,填数字即可,单位是unit="minute"设置,是分钟也,可设置小时,天,详细情况参考API --> <!-- arrivalrate:虚拟用户数,填写数字即可,一般最大800,如过机器配置好,可自己调试最佳参数 有效单位unit="second" 是秒,每秒虚拟300个虚拟用户,实际执行情况可能超过,也可能达不到,需要根据调试得到最佳参数 --> <!-- phase="1"表示第一阶段,总的来说该标签表示第一阶段持续运行15分钟 --> <arrivalphase phase="1" duration="15" unit="minute"> <!-- 每interarrival秒钟新增一个用户,最大新增maxnumber个用户second;arrivalrate每秒新增多少个用户 --> <users maxnumber="400000" arrivalrate="500" unit="second"></users> <!--总共启动的session数目,不过如果连接间隔是0.01的话,不是所有的session都能连接成功--> </arrivalphase> </load> <!-- 脚本执行的基本参数设置 --> <options> <!-- 此两处决定了你要建立人数的数量,由于受load标签和session标签的影响,因此可能会少于此处value值 (value设置为10,实际上可能只创建了7人左右) --> <option type="ts_jabber" name="global_number" value="5"></option> <option type="ts_jabber" name="userid_max" value="400000"></option> <!-- 服务器域名(确保服务器/etc/hosts文件中做了ip和域名的映射) --> <option type="ts_jabber" name="domain" value="testopenfire.cn"></option> <!-- 此两项代表用户名和密码,所建立用户的用户名与密码在value值后面加上一个整数。 注:如果需要模拟用户登录上线、下线操作,那么jabber.xml中对应的value值必须与此处value值一致 --> <option type="ts_jabber" name="username" value="tsung"></option> <option type="ts_jabber" name="passwd" value="tsung"></option></options><sessions> <!-- name:脚本名称,唯一值 --> <!-- probability:压力比重,总值100,可按需求设置 --> <!-- type:这里根据测试对象来,我这里是http请求,其他类型参考API --> <session probability="100" name="jabber-example" type="ts_jabber"> <request> <jabber type="connect" ack="local"></jabber> </request> <request> <match do="abort" when="match">error</match> <jabber type="register" ack="local" id="new"></jabber> </request> <request> <jabber type="close" ack="local"></jabber> </request> </session></sessions></tsung>
原文链接: https://www.cnblogs.com/linkxu1989/p/6632700.html
标签:
上一篇: tsung测试tigase性能
下一篇: MySQL导出数据库、数据库表结构、存储过程及函数