The use of Tsung in the pressure test of the MQTT switch

Transferred from: http://www.cnblogs.com/lingyejun/p/7941271.html

Ntsung Test Tool Basic Test command for Tsung-f ~/.tsung/mqtt.xml-l < log save path > Start

Mqtt.xml are as follows (can be found under the/usr/share/doc/tsung/examples path):

Official documents: http://tsung.erlang-projects.org/user_manual/conf-client-server.html

Tsung Installation Steps on the server

Tsung total number of connections during pressure measurement = number of native available IP addresses x number of available ports in the remote server x number of IP addresses available to the remotely accessible server. Yum install-y gcc gcc-c++ make libX11 xauthyum install-y cairo-devel pango-devel freetype-devel gd-develyum install-y N Curses-devel openssl-devel unixodbc-devel wxwidgets-devel wxgtk3-docs mesa-libgl-devel wget http://erlang.org/ Download/otp_src_20.0.tar.gzwget https://www.cpan.org/modules/by-module/Template/ Template-toolkit-2.26.tar.gzwget http://tsung.erlang-projects.org/dist/tsung-1.7.0.tar.gz  tar zxf otp_src_ 20.0.TAR.GZCD otp_src_20.0./configure--prefix=/usr/local/erlang--without-javacmake-j 2make install  tar zxf GNUPLOT-4.4.2.TAR.GZCD gnuplot-4.4.2./configuremake-j 2make Install export path= $PATH:/usr/local/erlang/bin/tar zxf TSUNG-1.7.0.TAR.GZCD tsung-1.7.0./configure--prefix=/usr/local/tsung

　　

test scripts for Tsung

<?xml version= "1.0"? ><!    DOCTYPE Tsung SYSTEM "/usr/local/tsung/share/tsung/tsung-1.0.dtd" ><tsung loglevel= "Debug" version= "1.0" > <clients> <client host= "Bogon" maxusers= "100000" cpu= "1" > <ip value= "192.168.1.152" ></ip&      Gt <ip value= "192.168.1.153" ></ip> <ip value= "192.168.1.154" ></ip> <ip value= "192.168.1. 155 "></ip> </client> </clients> <servers> <server host=" 192.168.1.110 "port= "61613" type= "tcp"/> </servers> <load> <user session= "mqtt_subscriber" start_time= "Uni" t= "Second" ></user> <arrivalphase phase= 1 "duration=" unit= "Second" > <users maxnumb        Er= "100000" arrivalrate= "unit=" second "/> </arrivalphase> </load> <sessions>            <session name= "Mqtt_publisher" probability= "type=" > <request>    <mqtt type= "Connect" clean_start= "true" keepalive= "ten" username= "admin" password= "password" will_topic= "phihome/  Test "will_qos=" 0 "will_msg=" will_msg "will_retain=" false "></mqtt> </request> <for from= "1" to= "ten" incr= "1" var= "loops" > <request subst= "true" > <mqtt type= "P            Ublish "topic=" Phihome/test "qos=" 1 "retained=" true ">test_message</mqtt> </request> </for> <request> <mqtt type= "Disconnect" ></mqtt> </requ est> </session> <session name= "mqtt_subscriber" probability= "0" type= "ts_mqtt" > &L t;request> <mqtt type= "Connect" clean_start= "true" keepalive= "ten" ></mqtt> </re Quest> <request subst= "true" > <mqtt type= "subscribe" topic= "Test_topic" qos= "1" >& Lt;/mqtt> </request> <request> <!--wait for 60s-<mqtt type= "Waitform                Essages "timeout=" ></mqtt> </request> <request subst= "true" >                <mqtt type= "Unsubscribe" topic= "Test_topic" ></mqtt> </request> <request> <mqtt type= "Disconnect" ></mqtt> </request> </session> </sessio Ns></tsung>

Test Results Overview

Note: Single Tsung pressure measurement official website pure version Mosquitto (single broker), peak connection number is 197626, followed by the addition of another tsung, altogether two machines together pressure.

Number of connections at maximum peak of a single station:

The number of connections at the maximum of two peaks:

The use of Tsung in the pressure test of the MQTT switch