CN107797905A - 远程redhat客户端下自动生成本地BMC压测脚本的方法 - Google Patents

远程redhat客户端下自动生成本地BMC压测脚本的方法 Download PDF

Info

Publication number
CN107797905A
CN107797905A CN201710887549.0A CN201710887549A CN107797905A CN 107797905 A CN107797905 A CN 107797905A CN 201710887549 A CN201710887549 A CN 201710887549A CN 107797905 A CN107797905 A CN 107797905A
Authority
CN
China
Prior art keywords
redhat
sensor
ipmitool
bmc
log
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN201710887549.0A
Other languages
English (en)
Inventor
杨帅
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Zhengzhou Yunhai Information Technology Co Ltd
Original Assignee
Zhengzhou Yunhai Information Technology Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Zhengzhou Yunhai Information Technology Co Ltd filed Critical Zhengzhou Yunhai Information Technology Co Ltd
Priority to CN201710887549.0A priority Critical patent/CN107797905A/zh
Publication of CN107797905A publication Critical patent/CN107797905A/zh
Pending legal-status Critical Current

Links

Classifications

    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F11/00—Error detection; Error correction; Monitoring
    • G06F11/30—Monitoring
    • G06F11/34—Recording or statistical evaluation of computer activity, e.g. of down time, of input/output operation ; Recording or statistical evaluation of user activity, e.g. usability assessment
    • G06F11/3409—Recording or statistical evaluation of computer activity, e.g. of down time, of input/output operation ; Recording or statistical evaluation of user activity, e.g. usability assessment for performance assessment
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F11/00—Error detection; Error correction; Monitoring
    • G06F11/30—Monitoring
    • G06F11/34—Recording or statistical evaluation of computer activity, e.g. of down time, of input/output operation ; Recording or statistical evaluation of user activity, e.g. usability assessment
    • G06F11/3409—Recording or statistical evaluation of computer activity, e.g. of down time, of input/output operation ; Recording or statistical evaluation of user activity, e.g. usability assessment for performance assessment
    • G06F11/3414—Workload generation, e.g. scripts, playback

Landscapes

  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Computer Hardware Design (AREA)
  • Quality & Reliability (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Debugging And Monitoring (AREA)

Abstract

本发明公开了远程redhat客户端下自动生成本地BMC压测脚本的方法，属于BMC测试技术领域，该方法在使用远程redhat客户端下自动生成本地redhat系统下BMC sensor压测脚本，使用远程ipmitool sdr elist获取所有sensor，将其自动导入到本地redhat系统下的BMC压测脚本中，实现自动编辑；进行BMC压测前首先安装ipmitool工具，使用ipmitool工具读取sdr elist自动生成在本地redhat系统下的压测脚本。本发明可以自动生成在本地redhat系统下的压测脚本，可以减少编辑压力测试脚本时间，降低测试成本，提高测试的准确度。

Description

远程redhat客户端下自动生成本地BMC压测脚本的方法
技术领域
本发明涉及BMC测试技术领域，具体涉及远程redhat客户端下自动生成本地BMC压测脚本的方法。
背景技术
验证24小时本地redhat系统下的sensor读取压力测试是BMC压力测试不可缺少的一项测试，对于不同项目服务器的BMC sensor名称和数量都有所不同，那么在编辑redhat本地系统下sensor压力测试的脚本时就需要大量的时间和精力，若将编辑脚本由自动编辑代替人工编辑将会大大减少编辑时间，降低边际成本，如何实现自动生成本地redhat系统下的压测脚本成为亟待解决的问题。
发明内容
本发明的技术任务是提供远程redhat客户端下自动生成本地BMC压测脚本的方法，使用ipmitool工具读取的sdr elist可以自动生成在本地redhat系统下的压测脚本，以实现减少编辑时间，降低测试成本。
本发明解决其技术问题所采用的技术方案是：
远程redhat客户端下自动生成本地BMC压测脚本的方法，该方法在使用远程redhat客户端下自动生成本地redhat系统下BMC sensor压测脚本，使用远程ipmitool sdr elist获取所有sensor，将其自动导入到本地redhat系统下的BMC 压测脚本中，实现自动编辑；
进行BMC压测前首先安装ipmitool工具，使用ipmitool工具读取sdr elist自动生成在本地redhat系统下的压测脚本。
进一步的，所述ipmitool sdr elist命令列举全部温度、电压和硬件状态传感器的名称和读值，通过远程截取需要的传感器名称和读值生成本地redhat系统下的压测脚本，检查BMC在本地长时间运行的情况下是否正常。
进一步的，该方法操作步骤如下：
1）、在redhat客户端下安装ipmitool工具；
2）、确保redhat客户端的网络与项目BMC IP可以ping通；
3）、将sensor_reading_KCS_linux.sh脚本copy到redhat客户端桌面;
4）、给予可执行权限 chmod 777 sensor_reading_KCS_linux.sh;
5）、在redhat客户端下执行以下程序：
./ sensor_reading_KCS_linux.sh +BMC_IP+User+Password；
6）、执行后提示“Please wait 20 seconds……”，20秒后生产以该项目ProductName为首的sh文件，该sh文件包含所有sensor，将此sh文件copy到server 本地的redhat下，即可进行本地BMC sensor压测。
所述的程序./ sensor_reading_KCS_linux.sh +BMC_IP+User+Password为./sensor_reading_KCS_linux.sh 100.3.8.114 admin IEI2#1oW。
sensor_reading_KCS_linux.sh脚本内容为：
#!/bin/bash
#set -x
PN=`ipmitool -Ilanplus -H$1 -U$2 -P$3 fru |grep -i "Product Name"|awk '{print $4}'`
echo "Please wait 20 seconds......"
count=`ipmitool -Ilanplus -H$1 -U$2 -P$3 sdr elist |wc -l`
#echo $count
function linux_KCS (){
echo "#!/bin/bash" >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo "Sensor reading stress start: date"" >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "for ((a=1;a<=1000;a++))" >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "do" >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo $a times stress is running: %date% %time% >>./$PN/time.log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo "=======================================" >>./$PN/fru .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "ipmitool fru print >>./$PN/fru .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo "=======================================" >>./$PN/chassis_status .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "ipmitool chassis status >>./$PN/chassis_status .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo "=======================================" >>./$PN/lan_print_1.log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "ipmitool lan print 1 >>./$PN/lan_print_1 .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo "=======================================" >>./$PN/lan_print_8.log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "ipmitool lan print 1 >>./$PN/lan_print_8 .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo "=======================================" >>./$PN/mc_info .log" >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "ipmitool mc info >>./$PN/mc_info .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo "=======================================" >>./$PN/sel_elist.log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "ipmitool sel elist >>./$PN/sel_elist .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "sleep 3" >>"$PN"_sensor_reading_of_linux_KCS.sh
echo "done " >>"$PN"_sensor_reading_of_linux_KCS.sh
}
linux_KCS
for (( i=1;i<=$count;i++ ));
do
sensor=`ipmitool -Ilanplus -H $1 -U $2 -P $3 sdr elist |awk '{print $1}'|sed -n ''$i'p'`
sed -i '4a ipmitool sdr elist |grep -i "'$sensor'" >>./'$PN'/"'$sensor'".log ' "$PN"_sensor_reading_of_linux_KCS.sh
done
进一步的，所述ipmitool工具为任意版本的ipmitool工具。
进一步的，所述sh文件为Vancouver_sensor_reading_of_linux_KCS.sh，具体内容如下：
#!/bin/bash
echo Sensor reading stress start: date
for ((a=1;a<=1000;a++))
do
ipmitool sdr elist |grep -i "PSU1_Power" >>./Vancouver/"PSU1_Power".log
ipmitool sdr elist |grep -i "PSU0_Power" >>./Vancouver/"PSU0_Power".log
ipmitool sdr elist |grep -i "FAN_Power" >>./Vancouver/"FAN_Power".log
ipmitool sdr elist |grep -i "MEM_Power" >>./Vancouver/"MEM_Power".log
ipmitool sdr elist |grep -i "CPU_Power" >>./Vancouver/"CPU_Power".log
ipmitool sdr elist |grep -i "Total_Power" >>./Vancouver/"Total_Power".log
ipmitool sdr elist |grep -i "FAN4_1" >>./Vancouver/"FAN4_1".log
ipmitool sdr elist |grep -i "FAN4_0" >>./Vancouver/"FAN4_0".log
ipmitool sdr elist |grep -i "FAN3_1" >>./Vancouver/"FAN3_1".log
ipmitool sdr elist |grep -i "FAN3_0" >>./Vancouver/"FAN3_0".log
ipmitool sdr elist |grep -i "FAN2_1" >>./Vancouver/"FAN2_1".log
ipmitool sdr elist |grep -i "FAN2_0" >>./Vancouver/"FAN2_0".log
ipmitool sdr elist |grep -i "FAN1_1" >>./Vancouver/"FAN1_1".log
ipmitool sdr elist |grep -i "FAN1_0" >>./Vancouver/"FAN1_0".log
ipmitool sdr elist |grep -i "FAN0_1" >>./Vancouver/"FAN0_1".log
ipmitool sdr elist |grep -i "FAN0_0" >>./Vancouver/"FAN0_0".log
ipmitool sdr elist |grep -i "PCH_VNN" >>./Vancouver/"PCH_VNN".log
ipmitool sdr elist |grep -i "PCH_1.05V" >>./Vancouver/"PCH_1.05V".log
ipmitool sdr elist |grep -i "CPU1_VCCIO" >>./Vancouver/"CPU1_VCCIO".log
ipmitool sdr elist |grep -i "CPU0_VCCIO" >>./Vancouver/"CPU0_VCCIO".log
ipmitool sdr elist |grep -i "CPU1_VDDQ_CH345" >>./Vancouver/"CPU1_VDDQ_CH345".log
ipmitool sdr elist |grep -i "CPU1_VDDQ_CH012" >>./Vancouver/"CPU1_VDDQ_CH012".log
ipmitool sdr elist |grep -i "CPU0_VDDQ_CH345" >>./Vancouver/"CPU0_VDDQ_CH345".log
ipmitool sdr elist |grep -i "CPU0_VDDQ_CH012" >>./Vancouver/"CPU0_VDDQ_CH012".log
ipmitool sdr elist |grep -i "CPU1_VCORE" >>./Vancouver/"CPU1_VCORE".log
ipmitool sdr elist |grep -i "CPU0_VCORE" >>./Vancouver/"CPU0_VCORE".log
ipmitool sdr elist |grep -i "SYS_12V" >>./Vancouver/"SYS_12V".log
ipmitool sdr elist |grep -i "SYS_5V" >>./Vancouver/"SYS_5V".log
ipmitool sdr elist |grep -i "SYS_3.3V" >>./Vancouver/"SYS_3.3V".log
ipmitool sdr elist |grep -i "BMC_Boot_up" >>./Vancouver/"BMC_Boot_up".log
ipmitool sdr elist |grep -i "GPU7_Temp" >>./Vancouver/"GPU7_Temp".log
ipmitool sdr elist |grep -i "GPU6_Temp" >>./Vancouver/"GPU6_Temp".log
ipmitool sdr elist |grep -i "GPU5_Temp" >>./Vancouver/"GPU5_Temp".log
ipmitool sdr elist |grep -i "GPU4_Temp" >>./Vancouver/"GPU4_Temp".log
ipmitool sdr elist |grep -i "GPU3_Temp" >>./Vancouver/"GPU3_Temp".log
ipmitool sdr elist |grep -i "GPU2_Temp" >>./Vancouver/"GPU2_Temp".log
ipmitool sdr elist |grep -i "GPU1_Temp" >>./Vancouver/"GPU1_Temp".log
ipmitool sdr elist |grep -i "GPU0_Temp" >>./Vancouver/"GPU0_Temp".log
ipmitool sdr elist |grep -i "PCH_Temp" >>./Vancouver/"PCH_Temp".log
ipmitool sdr elist |grep -i "CPU1_Temp" >>./Vancouver/"CPU1_Temp".log
ipmitool sdr elist |grep -i "CPU0_Temp" >>./Vancouver/"CPU0_Temp".log
ipmitool sdr elist |grep -i "Outlet_Temp" >>./Vancouver/"Outlet_Temp".log
ipmitool sdr elist |grep -i "Inlet_Temp" >>./Vancouver/"Inlet_Temp".log
echo times stress is running: %date% %time% >>./Vancouver/time.log
echo ======================================= >>./Vancouver/fru .log
ipmitool fru print >>./Vancouver/fru .log
echo ======================================= >>./Vancouver/chassis_status.log
ipmitool chassis status >>./Vancouver/chassis_status .log
echo ======================================= >>./Vancouver/lan_print_1.log
ipmitool lan print 1 >>./Vancouver/lan_print_1 .log
echo ======================================= >>./Vancouver/lan_print_8.log
ipmitool lan print 1 >>./Vancouver/lan_print_8 .log
echo ======================================= >>./Vancouver/mc_info .log
ipmitool mc info >>./Vancouver/mc_info .log
echo ======================================= >>./Vancouver/sel_elist .log
ipmitool sel elist >>./Vancouver/sel_elist .log
sleep 3
done。
本发明的远程redhat客户端下自动生成本地BMC压测脚本的方法与现有技术相比，具有以下有益效果：
使用ipmitool工具读取的sdr elist可以自动生成在本地redhat系统下的压测脚本，以达到减少编辑压力测试脚本时间，降低测试成本，提高测试准确度的目的。实现自动编辑，可省去一部分人力，降低人为编辑错的风险，提高了测试工作效率，改进后编辑过程更加方便，编辑手段更加简洁，即使不知道BMC sensor名称和数量，依然可以进行测试，且编辑无误。
具体实施方式
下面结合具体实施例对本发明作进一步说明。
远程redhat客户端下自动生成本地BMC压测脚本的方法，该方法在使用远程redhat客户端下自动生成本地redhat系统下BMC sensor压测脚本进行BMC压测前首先安装ipmitool工具，使用ipmitool工具读取sdr elist自动生成在本地redhat系统下的压测脚本。
其中， ipmitool sdr elist命令可以列举全部温度、电压和硬件状态等传感器的名称和读值，通过远程截取需要的传感器名称和状态等读值生成本地redhat系统下的压测脚本，来检查BMC在本地长时间运行的情况下是否正常。
该方法操作步骤如下：
1）、在redhat客户端下安装ipmitool工具，所述ipmitool工具为任意版本的ipmitool工具；
2）、确保redhat客户端的网络与项目BMC IP可以ping通；
3）、将sensor_reading_KCS_linux.sh脚本copy到redhat客户端桌面;
4）、给予可执行权限 chmod 777 sensor_reading_KCS_linux.sh;
5）、在redhat客户端下执行
./ sensor_reading_KCS_linux.sh +BMC_IP+User+Password，例如./ sensor_reading_KCS_linux.sh 100.3.8.114 admin IEI2#1oW；
以下是sensor_reading_KCS_linux.sh脚本内容
#!/bin/bash
#set -x
PN=`ipmitool -Ilanplus -H$1 -U$2 -P$3 fru |grep -i "Product Name"|awk '{print $4}'`
echo "Please wait 20 seconds......"
count=`ipmitool -Ilanplus -H$1 -U$2 -P$3 sdr elist |wc -l`
#echo $count
function linux_KCS (){
echo "#!/bin/bash" >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo "Sensor reading stress start: date"" >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "for ((a=1;a<=1000;a++))" >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "do" >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo $a times stress is running: %date% %time% >>./$PN/time.log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo "=======================================" >>./$PN/fru .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "ipmitool fru print >>./$PN/fru .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo "=======================================" >>./$PN/chassis_status .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "ipmitool chassis status >>./$PN/chassis_status .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo "=======================================" >>./$PN/lan_print_1.log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "ipmitool lan print 1 >>./$PN/lan_print_1 .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo "=======================================" >>./$PN/lan_print_8.log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "ipmitool lan print 1 >>./$PN/lan_print_8 .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo "=======================================" >>./$PN/mc_info .log" >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "ipmitool mc info >>./$PN/mc_info .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "echo "=======================================" >>./$PN/sel_elist.log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "ipmitool sel elist >>./$PN/sel_elist .log " >> "$PN"_sensor_reading_of_linux_KCS.sh
echo "sleep 3" >>"$PN"_sensor_reading_of_linux_KCS.sh
echo "done " >>"$PN"_sensor_reading_of_linux_KCS.sh
}
linux_KCS
for (( i=1;i<=$count;i++ ));
do
sensor=`ipmitool -Ilanplus -H $1 -U $2 -P $3 sdr elist |awk '{print $1}'|sed -n ''$i'p'`
sed -i '4a ipmitool sdr elist |grep -i "'$sensor'" >>./'$PN'/"'$sensor'".log ' "$PN"_sensor_reading_of_linux_KCS.sh
done
6）、执行后提示“Please wait 20 seconds……”，20秒后生产以该项目ProductName为首的sh文件，该sh文件包含所有sensor，将此sh文件copy到server 本地的redhat下，即可进行本地BMC sensor压测，例如生成Vancouver_sensor_reading_of_linux_KCS.sh，具体内容如下：
#!/bin/bash
echo Sensor reading stress start: date
for ((a=1;a<=1000;a++))
do
ipmitool sdr elist |grep -i "PSU1_Power" >>./Vancouver/"PSU1_Power".log
ipmitool sdr elist |grep -i "PSU0_Power" >>./Vancouver/"PSU0_Power".log
ipmitool sdr elist |grep -i "FAN_Power" >>./Vancouver/"FAN_Power".log
ipmitool sdr elist |grep -i "MEM_Power" >>./Vancouver/"MEM_Power".log
ipmitool sdr elist |grep -i "CPU_Power" >>./Vancouver/"CPU_Power".log
ipmitool sdr elist |grep -i "Total_Power" >>./Vancouver/"Total_Power".log
ipmitool sdr elist |grep -i "FAN4_1" >>./Vancouver/"FAN4_1".log
ipmitool sdr elist |grep -i "FAN4_0" >>./Vancouver/"FAN4_0".log
ipmitool sdr elist |grep -i "FAN3_1" >>./Vancouver/"FAN3_1".log
ipmitool sdr elist |grep -i "FAN3_0" >>./Vancouver/"FAN3_0".log
ipmitool sdr elist |grep -i "FAN2_1" >>./Vancouver/"FAN2_1".log
ipmitool sdr elist |grep -i "FAN2_0" >>./Vancouver/"FAN2_0".log
ipmitool sdr elist |grep -i "FAN1_1" >>./Vancouver/"FAN1_1".log
ipmitool sdr elist |grep -i "FAN1_0" >>./Vancouver/"FAN1_0".log
ipmitool sdr elist |grep -i "FAN0_1" >>./Vancouver/"FAN0_1".log
ipmitool sdr elist |grep -i "FAN0_0" >>./Vancouver/"FAN0_0".log
ipmitool sdr elist |grep -i "PCH_VNN" >>./Vancouver/"PCH_VNN".log
ipmitool sdr elist |grep -i "PCH_1.05V" >>./Vancouver/"PCH_1.05V".log
ipmitool sdr elist |grep -i "CPU1_VCCIO" >>./Vancouver/"CPU1_VCCIO".log
ipmitool sdr elist |grep -i "CPU0_VCCIO" >>./Vancouver/"CPU0_VCCIO".log
ipmitool sdr elist |grep -i "CPU1_VDDQ_CH345" >>./Vancouver/"CPU1_VDDQ_CH345".log
ipmitool sdr elist |grep -i "CPU1_VDDQ_CH012" >>./Vancouver/"CPU1_VDDQ_CH012".log
ipmitool sdr elist |grep -i "CPU0_VDDQ_CH345" >>./Vancouver/"CPU0_VDDQ_CH345".log
ipmitool sdr elist |grep -i "CPU0_VDDQ_CH012" >>./Vancouver/"CPU0_VDDQ_CH012".log
ipmitool sdr elist |grep -i "CPU1_VCORE" >>./Vancouver/"CPU1_VCORE".log
ipmitool sdr elist |grep -i "CPU0_VCORE" >>./Vancouver/"CPU0_VCORE".log
ipmitool sdr elist |grep -i "SYS_12V" >>./Vancouver/"SYS_12V".log
ipmitool sdr elist |grep -i "SYS_5V" >>./Vancouver/"SYS_5V".log
ipmitool sdr elist |grep -i "SYS_3.3V" >>./Vancouver/"SYS_3.3V".log
ipmitool sdr elist |grep -i "BMC_Boot_up" >>./Vancouver/"BMC_Boot_up".log
ipmitool sdr elist |grep -i "GPU7_Temp" >>./Vancouver/"GPU7_Temp".log
ipmitool sdr elist |grep -i "GPU6_Temp" >>./Vancouver/"GPU6_Temp".log
ipmitool sdr elist |grep -i "GPU5_Temp" >>./Vancouver/"GPU5_Temp".log
ipmitool sdr elist |grep -i "GPU4_Temp" >>./Vancouver/"GPU4_Temp".log
ipmitool sdr elist |grep -i "GPU3_Temp" >>./Vancouver/"GPU3_Temp".log
ipmitool sdr elist |grep -i "GPU2_Temp" >>./Vancouver/"GPU2_Temp".log
ipmitool sdr elist |grep -i "GPU1_Temp" >>./Vancouver/"GPU1_Temp".log
ipmitool sdr elist |grep -i "GPU0_Temp" >>./Vancouver/"GPU0_Temp".log
ipmitool sdr elist |grep -i "PCH_Temp" >>./Vancouver/"PCH_Temp".log
ipmitool sdr elist |grep -i "CPU1_Temp" >>./Vancouver/"CPU1_Temp".log
ipmitool sdr elist |grep -i "CPU0_Temp" >>./Vancouver/"CPU0_Temp".log
ipmitool sdr elist |grep -i "Outlet_Temp" >>./Vancouver/"Outlet_Temp".log
ipmitool sdr elist |grep -i "Inlet_Temp" >>./Vancouver/"Inlet_Temp".log
echo times stress is running: %date% %time% >>./Vancouver/time.log
echo ======================================= >>./Vancouver/fru .log
ipmitool fru print >>./Vancouver/fru .log
echo ======================================= >>./Vancouver/chassis_status.log
ipmitool chassis status >>./Vancouver/chassis_status .log
echo ======================================= >>./Vancouver/lan_print_1.log
ipmitool lan print 1 >>./Vancouver/lan_print_1 .log
echo ======================================= >>./Vancouver/lan_print_8.log
ipmitool lan print 1 >>./Vancouver/lan_print_8 .log
echo ======================================= >>./Vancouver/mc_info .log
ipmitool mc info >>./Vancouver/mc_info .log
echo ======================================= >>./Vancouver/sel_elist .log
ipmitool sel elist >>./Vancouver/sel_elist .log
sleep 3
done。
通过上面具体实施方式，所述技术领域的技术人员可容易的实现本发明。但是应当理解，本发明并不限于上述的具体实施方式。在公开的实施方式的基础上，所述技术领域的技术人员可任意组合不同的技术特征，从而实现不同的技术方案。

Claims (6)

1.远程redhat客户端下自动生成本地BMC压测脚本的方法，其特征在于该方法在使用远程redhat客户端下自动生成本地redhat系统下BMC sensor压测脚本，使用远程ipmitoolsdr elist获取所有sensor，将其自动导入到本地redhat系统下的BMC 压测脚本中，实现自动编辑；
进行BMC压测前首先安装ipmitool工具，使用ipmitool工具读取sdr elist自动生成在本地redhat系统下的压测脚本。
2.根据权利要求1所述的远程redhat客户端下自动生成本地BMC压测脚本的方法，其特征在于所述ipmitool sdr elist命令列举全部温度、电压和硬件状态传感器的名称和读值，通过远程截取需要的传感器名称和读值生成本地redhat系统下的压测脚本，检查BMC在本地长时间运行的情况下是否正常。
3.根据权利要求1所述的远程redhat客户端下自动生成本地BMC压测脚本的方法，其特征在于该方法操作步骤如下：
1）、在redhat客户端下安装ipmitool工具；
2）、确保redhat客户端的网络与项目BMC IP可以ping通；
3）、将sensor_reading_KCS_linux.sh脚本copy到redhat客户端桌面;
4）、给予可执行权限 chmod 777 sensor_reading_KCS_linux.sh;
5）、在redhat客户端下执行以下程序：
./ sensor_reading_KCS_linux.sh +BMC_IP+User+Password；
6）、执行后提示“Please wait 20 seconds……”，20秒后生产以该项目ProductName为首的sh文件，该sh文件包含所有sensor，将此sh文件copy到server 本地的redhat下，即可进行本地BMC sensor压测。
4.根据权利要求3所述的远程redhat客户端下自动生成本地BMC压测脚本的方法，其特征在于所述的程序./ sensor_reading_KCS_linux.sh +BMC_IP+User+Password为./sensor_reading_KCS_linux.sh 100.3.8.114 admin IEI2#1oW。
5.根据权利要求3所述的远程redhat客户端下自动生成本地BMC压测脚本的方法，其特征在于所述ipmitool工具为任意版本的ipmitool工具。
6.根据权利要求3所述的远程redhat客户端下自动生成本地BMC压测脚本的方法，其特征在于所述sh文件为Vancouver_sensor_reading_of_linux_KCS.sh。
CN201710887549.0A 2017-09-27 2017-09-27 远程redhat客户端下自动生成本地BMC压测脚本的方法 Pending CN107797905A (zh)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201710887549.0A CN107797905A (zh) 2017-09-27 2017-09-27 远程redhat客户端下自动生成本地BMC压测脚本的方法

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201710887549.0A CN107797905A (zh) 2017-09-27 2017-09-27 远程redhat客户端下自动生成本地BMC压测脚本的方法

Publications (1)

Publication Number Publication Date
CN107797905A true CN107797905A (zh) 2018-03-13

Family

ID=61532031

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201710887549.0A Pending CN107797905A (zh) 2017-09-27 2017-09-27 远程redhat客户端下自动生成本地BMC压测脚本的方法

Country Status (1)

Country Link
CN (1) CN107797905A (zh)

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TW201040759A (en) * 2009-01-20 2010-11-16 Ibm Data analysis system and method
CN103389124A (zh) * 2012-05-10 2013-11-13 鸿富锦精密工业（深圳）有限公司 传感器测试的方法及系统
CN105550090A (zh) * 2015-12-10 2016-05-04 浪潮电子信息产业股份有限公司 一种基于linux平台下的bmc压力自动测试方法
CN106201812A (zh) * 2016-07-15 2016-12-07 浪潮电子信息产业股份有限公司 一种基于IPMI服务的BMCSensor压力监控测试方法
CN106776340A (zh) * 2016-12-30 2017-05-31 广东浪潮大数据研究有限公司 一种通用的服务器Sensor自动测试方法

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TW201040759A (en) * 2009-01-20 2010-11-16 Ibm Data analysis system and method
CN103389124A (zh) * 2012-05-10 2013-11-13 鸿富锦精密工业（深圳）有限公司 传感器测试的方法及系统
CN105550090A (zh) * 2015-12-10 2016-05-04 浪潮电子信息产业股份有限公司 一种基于linux平台下的bmc压力自动测试方法
CN106201812A (zh) * 2016-07-15 2016-12-07 浪潮电子信息产业股份有限公司 一种基于IPMI服务的BMCSensor压力监控测试方法
CN106776340A (zh) * 2016-12-30 2017-05-31 广东浪潮大数据研究有限公司 一种通用的服务器Sensor自动测试方法

Similar Documents

Publication Publication Date Title
US10958548B2 (en) Generating production server load activity for a test server
US7487058B2 (en) Generating synthetic workloads to measure power utilization in a computer system
US9158662B1 (en) Automated operating system installation on multiple drives
CN104375910A (zh) 一种自动化开关机测试方法
US9256417B2 (en) Automatic quality assurance for software installers
CN104317693A (zh) 一种自动检测硬盘性能波动的方法
CN105893261A (zh) 一种自动化检验服务器bmc稳定性的方法
TW200821602A (en) Automated test and characterization data analysis methods and arrangement
US8495626B1 (en) Automated operating system installation
CN105354122A (zh) 一种服务器双用途硬盘背板的功能测试优化方法
CN103984613A (zh) 一种自动测试cpu浮点运算性能测试方法
CN107797905A (zh) 远程redhat客户端下自动生成本地BMC压测脚本的方法
CN104035850A (zh) 一种内存带宽以及压力渐变并行的验证方法
CN105653408A (zh) 一种基于bmc ipmitool命令单节点批量控制进行power cycle开关机的测试方法
CN107645424B (zh) 一种BMC Sensor压力测试脚本的方法及系统
US9946853B1 (en) Techniques for application code obfuscation
CN107357700A (zh) 一种测试nvme硬盘顺序稳定性的方法及系统
CN107145415A (zh) 一种在linux系统下批量测试HDD LED的方法
CN105893196A (zh) 一种服务器调试辅助工具及系统
CN106526447A (zh) 主板检测装置及方法
US11862275B2 (en) System and method for verifying and analyzing memory for high performance computing systems
Lange et al. Further implementation aspects of the server efficiency rating tool (SERT)
CN108073484A (zh) 一种bmc时间准确性测试方法及系统
TW201300801A (zh) 測試設備資訊檢查方法及系統
Thopate et al. Chameleon model based automation framework design for testing in agile environments

Legal Events

Date Code Title Description
PB01 Publication
PB01 Publication
SE01 Entry into force of request for substantive examination
SE01 Entry into force of request for substantive examination
RJ01 Rejection of invention patent application after publication
RJ01 Rejection of invention patent application after publication

Application publication date: 20180313