*** Settings *** Documentation *Level*: 1 ... ... *Group_1*: 待定 ... ... *Group_2*: 待定 ... ... *Author*: chenjy ... ... *Date*: 2019.05.07 ... ... *功能名称*: 全路径功能中-增加一个开关控制wss转成https ... ... *需求链接*: https://wiki.haplat.net/pages/viewpage.action?pageId=116130416 ... ... *配置项*: proxy_ssl_fullurl_wss_to_https ... ... *版本号*: 1.52 ... ... *测试shark子版本号*: shark-1.5.49-header_control_1.el6.x86_64 ... ... *开发人员*: 罗明明 ... ... *自测报告*: https://wiki.haplat.net/pages/viewpage.action?pageId=116130520 ... ... *测试注意点*: Suite Setup Suite setup Suite Teardown Suite teardown Test Setup Case setup Test Teardown Case teardown ${core_begin} ${shark_master_pid} Library OperatingSystem Library wsLighttpd Library wsSquid Library wsHttp Library wsShortCut.py 127.0.0.1:3128 Library wsSimpleWebServer Variables Globals.py Library wsShark.py Library BuiltIn Library Collections.py Library String.py Library wsFileProcessing.py Library otherFun *** Variables *** ${error_log} /usr/local/shark/var/log/error.log ${core_dir} /usr/local/shark/var/lib/tmp ${url} http://aaa.aa.com/wstest/index.html ${add_reqheader_list} -H 'Accept:ori.Accept' -H 'Accept-Charset:ori.Accept-Charset' -H 'Accept-Encoding:ori.Accept-Encoding' -H 'Accept-Language:ori.Accept-Language' -H 'Accept-Ranges:ori.Accept-Ranges' -H 'Authorization:ori.Authorization' -H 'Cache-Control:ori.Cache-Control' -H 'Cookie:ori.Cookie' -H 'Content-Type:ori.Content-Type' -H 'Date:Tue, 15 Nov 2011 08' -H 'Expect:ori.Expect' -H 'From:ori.From' -H 'Host:ori.Host' -H 'If-Match:ori.If-Match' -H 'If-Modified-Since:Tue, 15 Nov 2010 08' -H 'If-None-Match:ori.If-None-Match' -H 'If-Range:ori.If-Range' -H 'If-Unmodified-Since:Tue, 15 Nov 2010 08' -H 'Max-Forwards:ori.Max-Forwards' -H 'Pragma:ori.Pragma' -H 'Proxy-Authorization:ori.Proxy-Authorization' -H 'Range:ori.Range' -H 'Referer:ori.Referer' -H 'TE:ori.TE' -H 'Upgrade:ori.Upgrade' -H 'User-Agent:ori.User-Agent' -H 'Via:ori.Via' -H 'Warning:ori.Warning' ${add_reqheader_list_for_rnm} -H 'Accept:ori.Accept' -H 'Accept-Charset:ori.Accept-Charset' -H 'Accept-Encoding:ori.Accept-Encoding' -H 'Accept-Language:ori.Accept-Language' -H 'Accept-Ranges:ori.Accept-Ranges' -H 'Authorization:ori.Authorization' -H 'Cache-Control:ori.Cache-Control' -H 'Cookie:ori.Cookie' -H 'Content-Type:ori.Content-Type' -H 'Date:Tue, 15 Nov 2011 08' -H 'Expect:ori.Expect' -H 'From:ori.From' -H 'Host:ori.Host' -H 'If-Match:ori.If-Match' -H 'If-Modified-Since:Tue, 15 Nov 2010 08' -H 'If-None-Match:ori.If-None-Match' -H 'If-Range:ori.If-Range' -H 'If-Unmodified-Since:Tue, 15 Nov 2010 08' -H 'Max-Forwards:ori.Max-Forwards' -H 'Pragma:ori.Pragma' -H 'Proxy-Authorization:ori.Proxy-Authorization' -H 'Range:ori.Range' -H 'Referer:ori.Referer' -H 'TE:ori.TE' -H 'Upgrade:ori.Upgrade' -H 'User-Agent:ori.User-Agent' -H 'Via:ori.Via' -H 'Warning:ori.Warning' -H 'rnm-Accept:ori2.Accept' -H 'rnm-Accept-Charset:ori2.Accept-Charset' -H 'rnm-Accept-Encoding:ori2.Accept-Encoding' -H 'rnm-Accept-Language:ori2.Accept-Language' -H 'rnm-Accept-Ranges:ori2.Accept-Ranges' -H 'rnm-Authorization:ori2.Authorization' -H 'rnm-Cache-Control:ori2.Cache-Control' -H 'rnm-Cookie:ori2.Cookie' -H 'rnm-Content-Type:ori2.Content-Type' -H 'rnm-Date:Tue, 15 Nov 2011 08' -H 'rnm-Expect:ori2.Expect' -H 'rnm-From:ori2.From' -H 'rnm-Host:ori2.Host' -H 'rnm-If-Match:ori2.If-Match' -H 'rnm-If-Modified-Since:Tue, 15 Nov 2010 08' -H 'rnm-If-None-Match:ori2.If-None-Match' -H 'rnm-If-Range:ori2.If-Range' -H 'rnm-If-Unmodified-Since:Tue, 15 Nov 2010 08' -H 'rnm-Max-Forwards:ori2.Max-Forwards' -H 'rnm-Pragma:ori2.Pragma' -H 'rnm-Proxy-Authorization:ori2.Proxy-Authorization' -H 'rnm-Range:ori2.Range' -H 'rnm-Referer:ori2.Referer' -H 'rnm-TE:ori2.TE' -H 'rnm-Upgrade:ori2.Upgrade' -H 'rnm-User-Agent:ori2.User-Agent' -H 'rnm-Via:ori2.Via' -H 'rnm-Warning:ori2.Warning' *** Test Cases *** 01-configuration of proxy_ssl_fullurl_wss_to_https [Documentation] *描述* 配置项测试：proxy_ssl_fullurl_wss_to_https # proxy_never_direct on; # proxy_select $scheme://parent.com:81; //回父 需和上个配置[proxy_never_direct on]一起 #proxy_ssl_fullurl_wss_to_https on; #proxy_ssl_fullurl_wss_to_https off; ... ... *配置* ... 默认配置为： ... proxy_ssl_fullurl on; ... ... *步骤* ... 1. start shark ... 2. 准备配置文件tmp.conf： ... 1）proxy_ssl_fullurl_wss_to_https 配置值为空；【预期：无法reload】 ... 2）proxy_ssl_fullurl_wss_to_https 配置值为非on/off；【预期：异常，无法reload】 ... 3）proxy_ssl_fullurl_wss_to_https配置2个，前面为on，后面为off；【预期：异常，无法reload】 ... 4）proxy_ssl_fullurl_wss_to_https配置为off；【预期：正常】 ... 5）proxy_ssl_fullurl_wss_to_https配置为on；【预期：正常】 ... 3. reload shark，使用tmp.conf ... ... *预期结果* ... 见步骤中 [Tags] _case1 ${core_begin} Core Cnt Is ${core_dir} Comment step 0 重新启动服务 Start shark bin=${SHARK BIN} conf=${CURDIR}/shark.conf Comment step 0-1 获取对应的主进程pid ${shark_master_pid} Get Shark Pid 8080 Comment step 1 准备配置文件： proxy_ssl_fullurl_wss_to_https 配置值为空 预期：reload失败 默认配置为： proxy_ssl_fullurl on; #proxy_ssl_fullurl_wss_to_https on; #proxy_ssl_fullurl_wss_to_https off; edit shark conf ${CURDIR}/shark.conf #proxy_ssl_fullurl_wss_to_https on; proxy_ssl_fullurl_wss_to_https; result_conf_path=/tmp/shark.conf reload shark by master pid and check status ${shark_master_pid} /tmp/shark.conf ifsuccess=no Comment step 2 准备配置文件： proxy_ssl_fullurl_wss_to_https 配置值为非on/off 预期：reload失败 默认配置为： proxy_ssl_fullurl on; #proxy_ssl_fullurl_wss_to_https on; #proxy_ssl_fullurl_wss_to_https off; edit shark conf ${CURDIR}/shark.conf #proxy_ssl_fullurl_wss_to_https on; proxy_ssl_fullurl_wss_to_https test; result_conf_path=/tmp/shark.conf reload shark by master pid and check status ${shark_master_pid} /tmp/shark.conf ifsuccess=no Comment step 3 proxy_ssl_fullurl_wss_to_https配置2个，前面为on，后面为off 预期：reload失败 默认配置为： proxy_ssl_fullurl on; #proxy_ssl_fullurl_wss_to_https on; #proxy_ssl_fullurl_wss_to_https off; edit shark conf ${CURDIR}/shark.conf #proxy_ssl_fullurl_wss_to_https on; proxy_ssl_fullurl_wss_to_https on; result_conf_path=/tmp/shark2.conf Run sed 's/#proxy_ssl_fullurl_wss_to_https off;/proxy_ssl_fullurl_wss_to_https off;/g' /tmp/shark2.conf > /tmp/shark.conf reload shark by master pid and check status ${shark_master_pid} /tmp/shark.conf ifsuccess=no Comment step 4 proxy_ssl_fullurl_wss_to_https配置为off 预期：配置正常 默认配置为： proxy_ssl_fullurl on; #proxy_ssl_fullurl_wss_to_https on; #proxy_ssl_fullurl_wss_to_https off; edit shark conf ${CURDIR}/shark.conf #proxy_ssl_fullurl_wss_to_https off; proxy_ssl_fullurl_wss_to_https off; result_conf_path=/tmp/shark.conf reload shark by master pid and check status ${shark_master_pid} /tmp/shark.conf ifsuccess=yes Comment step 5 proxy_ssl_fullurl_wss_to_https配置为on 预期：配置正常 默认配置为： proxy_ssl_fullurl on; #proxy_ssl_fullurl_wss_to_https on; #proxy_ssl_fullurl_wss_to_https off; edit shark conf ${CURDIR}/shark.conf #proxy_ssl_fullurl_wss_to_https on; proxy_ssl_fullurl_wss_to_https on; result_conf_path=/tmp/shark.conf reload shark by master pid and check status ${shark_master_pid} /tmp/shark.conf ifsuccess=yes 02-Switch effect test [Documentation] *描述* 对proxy_ssl_fullurl_wss_to_https开关效果测试 # proxy_never_direct on; # proxy_select $scheme://parent.com:81; //回父 需和上个配置[proxy_never_direct on]一起 #proxy_ssl_fullurl_wss_to_https on; #proxy_ssl_fullurl_wss_to_https off; ... ... *配置* ... 默认配置为： ... proxy_ssl_fullurl on; ... ... *步骤* ... 1. start shark ... 2. 准备配置文件tmp.conf： ... 1）只配置proxy_ssl_fullurl on 【预期：websocket请求以全路径wss://xxx的形式给后端】 ... 2）只配置proxy_ssl_fullurl_wss_to_https on【预期：websocket请求以全路径wss://xxx的形式给后端】 ... 3）配置proxy_ssl_fullurl off；proxy_ssl_fullurl_wss_to_https on【预期：..wss://xxx的形式给后端】 ... 4）配置proxy_ssl_fullurl on；proxy_ssl_fullurl_wss_to_https off【预期：...wss://xxx的形式给后端】 ... 5）配置proxy_ssl_fullurl on；proxy_ssl_fullurl_wss_to_https on【预期：...https//xxx的形式给后端】 ... ... 3. reload shark，使用tmp.conf ... ... *预期结果* ... 见步骤中 [Tags] _case2 ${core_begin} Core Cnt Is ${core_dir} Comment step 0 重新启动服务 Start shark bin=${SHARK BIN} conf=${CURDIR}/shark.conf Comment step 0-1 获取对应的主进程pid ${shark_master_pid} Get Shark Pid ${shark_port} Comment step 1 准备配置文件： 只配置proxy_ssl_fullurl on 预期：websocket请求以全路径wss://xxx的形式给后端 默认配置为： proxy_ssl_fullurl on; #proxy_ssl_fullurl_wss_to_https on; #proxy_ssl_fullurl_wss_to_https off; Comment #默认配置即为只配置proxy_ssl_fullurl on的场景 do request and check tcpflow result ${CURDIR}/_expect_websocket.sh HTTP/1.1 200 OK GET wss://aaa.aa.com/v1/market Comment step 2 准备配置文件： 只配置proxy_ssl_fullurl_wss_to_https on 预期：关闭全路径 默认配置为： proxy_ssl_fullurl on; #proxy_ssl_fullurl_wss_to_https on; #proxy_ssl_fullurl_wss_to_https off; edit shark conf ${CURDIR}/shark.conf #proxy_ssl_fullurl_wss_to_https on; proxy_ssl_fullurl_wss_to_https on; result_conf_path=${CURDIR}/tmp_shark1.conf edit shark conf ${CURDIR}/tmp_shark1.conf proxy_ssl_fullurl on; #proxy_ssl_fullurl on; result_conf_path=${CURDIR}/tmp_shark.conf reload shark by master pid and check status ${shark_master_pid} ${CURDIR}/tmp_shark.conf ifsuccess=yes do request and check tcpflow result ${CURDIR}/_expect_websocket.sh HTTP/1.1 200 OK GET /v1/market Comment step 3 准备配置文件： 配置proxy_ssl_fullurl off proxy_ssl_fullurl_wss_to_https on 预期：关闭全路径 默认配置为： proxy_ssl_fullurl on; #proxy_ssl_fullurl_wss_to_https on; #proxy_ssl_fullurl_wss_to_https off; edit shark conf ${CURDIR}/shark.conf #proxy_ssl_fullurl_wss_to_https on; proxy_ssl_fullurl_wss_to_https on; result_conf_path=${CURDIR}/tmp_shark1.conf edit shark conf ${CURDIR}/tmp_shark1.conf proxy_ssl_fullurl on; proxy_ssl_fullurl off; result_conf_path=${CURDIR}/tmp_shark.conf reload shark by master pid and check status ${shark_master_pid} ${CURDIR}/tmp_shark.conf ifsuccess=yes do request and check tcpflow result ${CURDIR}/_expect_websocket.sh HTTP/1.1 200 OK GET /v1/market Comment step 4 准备配置文件： 配置proxy_ssl_fullurl on proxy_ssl_fullurl_wss_to_https off 预期：全路径打开，websocket请求以全路径wss://xxx的形式给后端 默认配置为： proxy_ssl_fullurl on; #proxy_ssl_fullurl_wss_to_https on; #proxy_ssl_fullurl_wss_to_https off; edit shark conf ${CURDIR}/shark.conf #proxy_ssl_fullurl_wss_to_https on; proxy_ssl_fullurl_wss_to_https off; result_conf_path=${CURDIR}/tmp_shark.conf reload shark by master pid and check status ${shark_master_pid} ${CURDIR}/tmp_shark.conf ifsuccess=yes do request and check tcpflow result ${CURDIR}/_expect_websocket.sh HTTP/1.1 200 OK GET wss://aaa.aa.com/v1/market Comment step 5 准备配置文件： 配置proxy_ssl_fullurl on proxy_ssl_fullurl_wss_to_https off 预期：websocket请求以全路径https://xxx的形式给后端 默认配置为： proxy_ssl_fullurl on; #proxy_ssl_fullurl_wss_to_https on; #proxy_ssl_fullurl_wss_to_https off; edit shark conf ${CURDIR}/shark.conf #proxy_ssl_fullurl_wss_to_https on; proxy_ssl_fullurl_wss_to_https on; result_conf_path=${CURDIR}/tmp_shark.conf reload shark by master pid and check status ${shark_master_pid} ${CURDIR}/tmp_shark.conf ifsuccess=yes do request and check tcpflow result ${CURDIR}/_expect_websocket.sh HTTP/1.1 200 OK GET https://aaa.aa.com/v1/market 03-http/server/location model test [Documentation] *描述* 将proxy_ssl_fullurl_wss_to_https配置在http/server/location区域测试 # proxy_never_direct on; # proxy_select $scheme://parent.com:81; //回父 需和上个配置[proxy_never_direct on]一起 ... ... *配置* ... 默认配置为： ... proxy_ssl_fullurl on; proxy_ssl_fullurl_wss_to_https on; ... ... *步骤* ... 1. start shark ... 2. 准备配置文件tmp.conf： ... 1）配置在http区域：proxy_ssl_fullurl_wss_to_https on【预期：...https//xxx的形式给后端】 ... 2）配置在server区域：proxy_ssl_fullurl_wss_to_https on【预期：...https//xxx的形式给后端】 ... 3）配置在location区域：proxy_ssl_fullurl_wss_to_https on【预期：...https//xxx的形式给后端】 ... 4)http区域配置为on，server区域配置为on,location区域配置为off【预期：...wss//xxx的形式给后端】 ... 5)http区域配置为on，server区域配置为off,location区域配置为on【预期：...https//xxx的形式给后端】 ... 3. reload shark，使用tmp.conf ... ... *预期结果* ... 见步骤中 [Tags] _case3 ${core_begin} Core Cnt Is ${core_dir} Comment step 0 重新启动服务 Start shark bin=${SHARK BIN} conf=${CURDIR}/shark.conf Comment step 0-1 获取对应的主进程pid ${shark_master_pid} Get Shark Pid ${shark_port} Comment step 1 将proxy_ssl_fullurl_wss_to_https on配置在http区域 预期：生效 reload shark by master pid and check status ${shark_master_pid} ${CURDIR}/_3_1http_shark.conf ifsuccess=yes do request and check tcpflow result ${CURDIR}/_expect_websocket.sh HTTP/1.1 200 OK GET https://aaa.aa.com/v1/market Comment step 2 将proxy_ssl_fullurl_wss_to_https on配置在server区域 预期：生效 reload shark by master pid and check status ${shark_master_pid} ${CURDIR}/_3_2server_shark.conf ifsuccess=yes do request and check tcpflow result ${CURDIR}/_expect_websocket.sh HTTP/1.1 200 OK GET https://aaa.aa.com/v1/market Comment step 3 将proxy_ssl_fullurl_wss_to_https on配置在location区域 预期：生效 reload shark by master pid and check status ${shark_master_pid} ${CURDIR}/_3_3location_shark.conf ifsuccess=yes do request and check tcpflow result ${CURDIR}/_expect_websocket.sh HTTP/1.1 200 OK GET https://aaa.aa.com/v1/market Comment step 4 优先级测试： http区域配置为on，server区域配置为on,location区域配置为off 【预期：location区域的配置生效 ...wss//xxx的形式给后端】 reload shark by master pid and check status ${shark_master_pid} ${CURDIR}/_3_4shark.conf ifsuccess=yes do request and check tcpflow result ${CURDIR}/_expect_websocket.sh HTTP/1.1 200 OK GET wss://aaa.aa.com/v1/market Comment step 5 优先级测试： http区域配置为on，server区域配置为off,location区域配置为on 【预期：location区域的配置生效 ...https//xxx的形式给后端】 reload shark by master pid and check status ${shark_master_pid} ${CURDIR}/_3_5shark.conf ifsuccess=yes do request and check tcpflow result ${CURDIR}/_expect_websocket.sh HTTP/1.1 200 OK GET https://aaa.aa.com/v1/market 04-other request [Documentation] *描述* proxy_ssl_fullurl_wss_to_https开关效果不影响其它非wss请求 # proxy_never_direct on; # proxy_select $scheme://parent.com:81; //回父 需和上个配置[proxy_never_direct on]一起 #proxy_ssl_fullurl_wss_to_https on; #proxy_ssl_fullurl_wss_to_https off; ... ... *配置* ... 默认配置为： ... proxy_ssl_fullurl on; ... ... *步骤* ... 1. start shark ... 2. 准备配置文件tmp.conf： ... 1）发起http请求【预期：...http//xxx的形式给后端】 ... 2）发起https请求【预期：...https//xxx的形式给后端】 ... ... 3. reload shark，使用tmp.conf ... ... *预期结果* ... 见步骤中 [Tags] _case4 ${core_begin} Core Cnt Is ${core_dir} Comment step 0 重新启动服务 Start shark bin=${SHARK BIN} conf=${CURDIR}/shark.conf Comment step 0-1 获取对应的主进程pid ${shark_master_pid} Get Shark Pid ${shark_port} Comment step 1 准备配置文件： 配置proxy_ssl_fullurl on proxy_ssl_fullurl_wss_to_https on 默认配置为： proxy_ssl_fullurl on; #proxy_ssl_fullurl_wss_to_https on; #proxy_ssl_fullurl_wss_to_https off; edit shark conf ${CURDIR}/shark.conf #proxy_ssl_fullurl_wss_to_https on; proxy_ssl_fullurl_wss_to_https on; result_conf_path=${CURDIR}/tmp_shark.conf reload shark by master pid and check status ${shark_master_pid} ${CURDIR}/tmp_shark.conf ifsuccess=yes Comment step 2 发起https请求 预期：https://形式 do request and check tcpflow result ${CURDIR}/_expect_https.sh HTTP/1.1 200 OK GET https://aaa.aa.com/v1/market Comment step 3 发起http请求 预期：http://形式 do request and check tcpflow result ${CURDIR}/_expect_http.sh HTTP/1.1 200 OK GET /v1/market Comment step 4 发起post请求 预期：https://形式 do request and check tcpflow result ${CURDIR}/_expect_http.sh HTTP/1.1 200 OK POST https://aaa.aa.com/v1/market 09-check memory leak [Documentation] *描述* 请求头部改写_内存泄露检查 ... ... *配置* [Tags] _memory_leak _case9 ${core_begin} Core Cnt Is ${core_dir} Start shark bin=${SHARK BIN} conf=${CURDIR}/shark.conf ${shark_master_pid} Get Shark Pid 8080 Round memory test shark Round one Round one Round one 10 *** Keywords *** Suite setup Ntpdate Time Stop process by port 8080 Stop process by port 80 Stop process by port 3128 Remove directory /www/wstest recursive=True Copy directory ${CURDIR}/wstest /www/ Set http proxy 127.0.0.1:8080 Stop shark #hosts文件 copy file /etc/hosts /etc/hosts.bk copy file ${CURDIR}/_hosts /etc/hosts Set Suite Variable ${shark_port} 8080 Suite teardown Comment Stop shark #hosts文件 copy file /etc/hosts.bk /etc/hosts Ntpdate Time Case setup Stop shark Case teardown [Arguments] ${cnt1} ${shark_master_pid} Core Should Be ${cnt1} ${core_dir} Run keyword if '''${shark_master_pid}''' != '''${EMPTY}''' Check shark pid ${shark_master_pid} Stop process by port [Arguments] ${port} [Documentation] **描述** **关闭端口占用进程** RUN netstat -tlnp | grep ':${port}' | awk '{print $7}' | awk -F '/' '{print $1}' | xargs echo | xargs kill Round one RUN ab -n1000 -c50 -X 127.1:8080 ${url} start tcpflow [Arguments] ${port} ${tcpflow_result}=/tmp/tmp_tcpflow # 抓包的端口|抓包结果报错的文件路径 [Documentation] *说明* tcpflow抓包，并将抓包结果报错到指定文件中 clear tcpflow result ${tcpflow_result} log ${port} ${process_count_1} Run ps -ef|grep tcpflow|grep -v grep|grep ${port}|wc -l Run nohup tcpflow -i any -c port ${port} > ${tcpflow_result} 2>&1 & Wait Until Keyword Succeeds 5 0.5 check if equal ps -ef|grep tcpflow|grep -v grep|grep ${port}|wc -l ${process_count_1} if_equal=no stop tcpflow by port [Arguments] ${port} [Documentation] *说明* 通过端口过来tcpflow进程，进程kill ... ... *参数说明* port 端口 log ${port} ${process_count_1} Run ps -ef|grep tcpflow|grep -v grep|grep ${port}|wc -l Comment step 1 根据端口过来出进程号后，执行kill进程的操作 Run ps -ef|grep tcpflow|grep -v grep|grep ${port}|awk -F ' ' '{print $2}'|xargs kill -9 Comment step 2 校验是否关闭 Wait Until Keyword Succeeds 5 0.5 check if equal ps -ef|grep tcpflow|grep -v grep|grep ${port}|wc -l 0 if_equal=yes clear tcpflow result [Arguments] ${tcpflow_result} Run >${tcpflow_result} reload shark by master pid and check status [Arguments] ${master_pid} ${new_conf_path} ${ifsuccess}=yes ${method}=req_hdr_ctrl # 启动服务的配置文件路径|新的启动服务的配置文件路径|预期成果或者失败|操作名 [Documentation] *说明* kill -HUP ${master_pid}的方式重载shark的配置 ... ... *参数说明* ifsuccess: yes/no Comment step 0-3 获取配置文件内容，方便排查问题时查看 Run cp -rf ${new_conf_path} /tmp/shark.conf Ws Get File Content /tmp/shark.conf #获取配置文件内容，方便排查问题时查看 Comment step 1 获取主进程号和子进程号，且不应为空 ${child_pid} run ps -ef|grep shark|grep ${master_pid}|grep -v 'shark: master process'|grep -v grep|awk -F ' ' '{print $2}' should not be empty ${master_pid} should not be empty ${child_pid} Comment step 2 执行reload操作 Ws Restart Redirect Log ${error_log} /tmp/tmp_error.log run kill -HUP ${master_pid} Ws Wait Until File Is Not Empty /tmp/tmp_error.log 5 1 Ws Get File Content /tmp/tmp_error.log #获取配置文件内容，方便排查问题时查看 Comment step 3 校验reload是否生效 生效条件：1.子进程的Pid更新2.日志出现gracefully shutting down reload失败：error.log含有reconfigure fail #只校验子进程更新会失败 Run Keyword If '${ifsuccess}'=='yes' Wait Until Keyword Succeeds 5 1 check if equal ps -ef|grep ${master_pid}|grep -v 'shark: master process'|grep -v grep|awk -F ' ' '{print $2}' ... ${child_pid} if_equal=no #成功的情况下校验子进程号更新 Run Keyword If '${ifsuccess}'=='yes' Ws Wait Until File Contain Keyword /tmp/tmp_error.log gracefully shutting down 1 5 ... 1 #成功的情况下校验errorlog日志中含有gracefully shutting down Run Keyword If '${ifsuccess}'=='no' Ws Wait Until File Contain Keyword /tmp/tmp_error.log reconfigure fail 1 5 ... 1 #失败的情况下校验日志中有reconfigure fail Run Keyword If '${ifsuccess}'!='no' and '${ifsuccess}'!='yes' Run Keywords log [ifsuccess] 应输入[yes]或者[no] AND FAIL Comment step 4 停止重定向errlog操作 Ws Stop Redirect Log ${error_log} check if equal [Arguments] ${cmd_line} ${expect_result} ${if_equal}=yes # ${if_equal}:yes/no [Documentation] *说明* 校验命令执行结果是否和期望的相当 ... ... *参数说明* cmd_line：命令； expect_result：期望的结果；if_equal：yes/no Log ${cmd_line} Log ${expect_result} ${cmd_result} Run ${cmd_line} Run Keyword If '${if_equal}'=='yes' Should Be Equal ${cmd_result} ${expect_result} ELSE IF '${if_equal}'=='no' ... Should Not Be Equal ${cmd_result} ${expect_result} ELSE log [if_equal]should input yes/no edit shark conf [Arguments] ${conf_path} ${old_value} ${new_value} ${result_conf_path}=/tmp/shark.conf [Documentation] *说明* 简单的修改shark配置文件操作，sed实现 Comment step 1 执行修改操作 Run cp -rf ${conf_path} /tmp/shark1.conf Run sed 's/${old_value}/${new_value}/g' /tmp/shark1.conf > ${result_conf_path} Comment Comment step 2 校验修改是否完成 Comment Wait Until Keyword Succeeds 3 1 check if equal cat ${result_conf_path}|grep '${old_value}'|wc -l 0 ... if_equal=yes #校验旧值不存在 Comment Wait Until Keyword Succeeds 3 1 check if equal cat ${result_conf_path}|grep '${new_value}'|wc -l 0 ... if_equal=no #校验新值存在 do request and check tcpflow result [Arguments] ${expectfile} ${check_expect_status} ${check_tcpflow_result} [Documentation] *描述* 发起webscoket请求，过程进行抓包，并对抓包结果校验是否含有指定的关键字 Comment step 1-2 开始抓包 start tcpflow ${shark_port} /tmp/tmp_tcpflow Comment step 1-3 发起websocket请求并校验请求的结果 ${result} Run expect ${expectfile} log ${result} Should Contain ${result} ${check_expect_status} Comment step 1-4 停止抓包 stop tcpflow by port ${shark_port} Comment step 1-5 抓包结果校验 ${tcpflow_result} Ws Get File Content /tmp/tmp_tcpflow Should Contain ${tcpflow_result} ${check_tcpflow_result}