目的：避免无法按事件数预知准确时间，设定 monkey 压力测试 1 小时就是执行 1 小时测试。
方式：按 10000 事件数执行 monkey 测试，到设定时长则 kill monkey 进程，未达到则重复执行。
目的：由于交付的执行人员不一定懂 monkey，固定的执行写成 case 便于执行人员调用，同时也是简化主控制逻辑的维护方式。
方式：维护 case.sh 作为 moneky 执行方式的维护脚本
沿用：这里我沿用了之前想到要看下 mongkey 测试结束后等待一会（如 10 分钟），看下内存是否会继续上涨，就在设计时加入了测试结束后等待 10 分钟再停止应用；停止应用是为了避免之前测试后的状态影响下一个包的测试，就释放掉了进程。
目的：为了方便通用函数的复用，同时也是为了建立自己的一种写脚本模式。
方式：function.sh 维护全局变量和自定义函数，source 命令加载
目的：对于无法单包执行的组件 app，通过和依赖包一起测试完成压力测试需求。
方式：两个包进行测试，其中一个是调用组件的 app，另一个是独立的组件 app；monekey 执行后，使用一个子进程轮询判定 SurfaceFlinger 是否包含组件包名，如果不包含则使用长按键事件或 am start 组件 activity 的形式使组件画面显示；monekey 事件类型则只配操作不配置 appswitch。
目的：想增加自己设计的 MCM 监控方案的适用性
方式：使用 push busybox 到/data/local/tmp，调用此 busybox 命令进行脚本监控。
#!/system/bin/sh
########## Global Variable ##########
if [ -f /data/local/tmp/busybox ];then
export bb="/data/local/tmp/busybox"
else
echo "No /data/local/tmp/busybox"
exit
fi
if [ -f /data/local/tmp/stop ];then
$bb rm /data/local/tmp/stop
fi
#Test Result Folder
export testresult="/data/local/tmp/monkey"
if [ -d $testresult ];then
$bb rm -r $testresult
fi
mkdir -p $testresult/log
#android version
export android=`getprop ro.build.version.release|$bb awk -F. '{print $1}'`
#root
export root=`id|$bb grep -c root`
########## Function ##########
#Add comments to comments.csv
comment(){
if [ ! -f $testresult/comments.csv ];then
echo "Date,Tag,Comments,Info" >$testresult/comments.csv
fi
echo "`date +%m-%d" "%H":"%M":"%S`,$1,$2,$3" >>$testresult/comments.csv
}
#Create Log
c_log(){
if [ -f $testresult/error.pid ];then
local E_pid=`$bb awk 'NR==1{print $NF}' $testresult/error.pid`
if [ -d /proc/$E_pid ];then
if [ $1 -eq 0 ];then
comment "c_log" "error.pid is running, exit." "$E_pid"
exit
elif [ $1 -eq 1 ];then
comment "c_log" "error.pid is running, kill." "$E_pid"
kill -9 $E_pid 2>/dev/null
fi
else
comment "c_log" "exist error.pid, not running" "$E_pid"
fi
$bb rm $testresult/error.pid
fi
if [ $1 -eq 0 ];then
logcat -c
if [ `cat /sys/devices/virtual/thermal/thermal_zone*/type|grep -c mtk` -eq 0 ];then
logcat -v time -s AndroidRuntime:E ActivityManager:E DEBUG:F >$testresult/error.log &
else
logcat -v time -s AndroidRuntime:E ANRManager:E AEE/DEBUG:F >$testresult/error.log &
fi
local tmp=`$bb ps`
echo "$tmp"|$bb grep "logcat -v time -s"|$bb awk 'NR==1{print $1}' >$testresult/error.pid
comment "c_log" "Start error.pid." "`$bb awk 'NR==1{print $NF}' $testresult/error.pid`"
fi
}
#wait time between monkey test case
wait_time(){
local chek_begin=`$bb awk -F. 'NR==1{print $1}' /proc/uptime`
while true;do
if [ $((`$bb awk -F. 'NR==1{print $1}' /proc/uptime`-chek_begin)) -ge $1 ];then
break
elif [ -f $testresult/monkey_error.txt ];then
break
else
$bb sleep 5
fi
done
}
########## monkey function ##########
#longpress to resume app.
#$1-keycode; $2-package name; $3-running time
longpress(){
local chek_begin=`$bb awk -F. 'NR==1{print $1}' /proc/uptime`
while true;do
if [ $android -eq 6 ];then
local tmp=`dumpsys SurfaceFlinger|$bb grep "|......|"`
else
local tmp=`dumpsys SurfaceFlinger|$bb grep "|....|"`
fi
if [ `echo "$tmp"|$bb grep -c "$2"` -eq 0 ];then
input keyevent --longpress $1
fi
if [ $((`$bb awk -F. 'NR==1{print $1}' /proc/uptime`-chek_begin)) -ge $3 ];then
break
else
$bb sleep 1
fi
done
}
#longpress keycode 3 and 4 one by one: $1-package of keycode 3; $2-package of keycode 4; $3-sleep time; $4-running time
longkey(){
local l_key=3
local chek_begin=`$bb awk -F. 'NR==1{print $1}' /proc/uptime`
local package=$1
while true;do
if [ $android -eq 6 ];then
local tmp=`dumpsys SurfaceFlinger|$bb grep "|......|"`
else
local tmp=`dumpsys SurfaceFlinger|$bb grep "|....|"`
fi
if [ `echo "$tmp"|$bb grep -c "$package"` -eq 0 ];then
input keyevent --longpress $l_key
fi
if [ $((`$bb awk -F. 'NR==1{print $1}' /proc/uptime`-chek_begin)) -ge $4 ];then
break
else
$bb sleep $3
fi
case $l_key in
3)
local l_key=4
local package=$2
;;
4)
local l_key=3
local package=$1
;;
esac
done
}
#longam to resume app.
#2 args: $1-package name; $2-running time;
#3 args: $1-package name; $2-running time; $3-activity(more than 1 activity: spilt by | . run them one by one);
longam(){
case $# in
2)
local activity=`dumpsys activity $1|$bb grep ACTIVITY|$bb awk 'NR==1{print $2}'`
local a_loops=1
;;
3)
local activity="$3"
local a_loops=`echo "$3"|$bb awk -F"|" '{print NF}'`
;;
esac
if [ ! -z "$activity" ];then
local chek_begin=`$bb awk -F. 'NR==1{print $1}' /proc/uptime`
local i=1
while true;do
if [ $android -eq 6 ];then
local tmp=`dumpsys SurfaceFlinger|$bb grep "|......|"`
else
local tmp=`dumpsys SurfaceFlinger|$bb grep "|....|"`
fi
if [ `echo "$tmp"|$bb grep -c "$1"` -eq 0 ];then
if [ $a_loops -gt 1 ];then
local activity="`echo "$3"|$bb awk -F"|" -v P=$i '{print $P}'`"
if [ $i -lt $a_loops ];then
local i=$((i+1))
else
local i=1
fi
fi
local am_start=`am start $activity 2>&1`
if [ `echo "$am_start"|$bb grep -c "Error"` -ne 0 ];then
comment "longam" "am_error" "$am_start"
fi
fi
if [ $((`$bb awk -F. 'NR==1{print $1}' /proc/uptime`-chek_begin)) -ge $2 ];then
break
else
$bb sleep 1
fi
done
else
comment "longam" "No activity" "$1"
wait_time $2
fi
}
monkey_test(){
if [ -f $testresult/monkey_error.txt ];then
$bb rm $testresult/monkey_error.txt
fi
case $# in
3)
sh /data/local/tmp/case.sh $1 $2 "$3" &
;;
4)
sh /data/local/tmp/case.sh $1 "$2" "$3" "$4" &
;;
*)
echo "Args are wrong!!!"
exit
;;
esac
}
#if timeout, kill case.sh: $1-wait time
monkey_timeout(){
wait_time $(($1+600))
local chek_begin=`$bb awk -F. 'NR==1{print $1}' /proc/uptime`
while true;do
local tmp=`$bb ps`
if [ `echo "$tmp"|$bb grep -c case.sh` -ne 0 ];then
if [ $((`$bb awk -F. 'NR==1{print $1}' /proc/uptime`-chek_begin)) -ge 60 ];then
if [ -f $testresult/log.pid ];then
local L_pid=`$bb awk 'NR==1{print $NF}' $testresult/log.pid`
comment "monkey_timeout" "kill pid of log.pid." "$L_pid"
kill -9 $L_pid 2>/dev/null
fi
if [ -f $testresult/kmsg.pid ];then
local L_pid=`$bb awk 'NR==1{print $NF}' $testresult/kmsg.pid`
comment "monkey_timeout" "kill pid of log.pid." "$L_pid"
kill -9 $L_pid 2>/dev/null
fi
local pid=`echo "$tmp"|$bb grep "case.sh"|$bb awk '{print $1}'`
if [ ! -z "$pid" ];then
kill -9 `echo $pid`
fi
comment "monkey_timeout" "After waiting 60S, kill case.sh."
break
else
comment "monkey_timeout" "case.sh not finish"
$bb pkill com.android.commands.monkey
$bb sleep 5
fi
else
break
fi
done
}
#!/system/bin/sh
#args:
# type1 run case: $1-running time; $2-case id; $3-case arg
# type2 run monkey by "--pct":$1-running time; $2-(-p/-c); $3-(--pct); $4-the file name of monkey log.
if [ -f /data/local/tmp/busybox ];then
bb="/data/local/tmp/busybox"
else
echo "No /data/local/tmp/busybox"
exit
fi
${testresult="/data/local/tmp/monkey"} 2>/dev/null
if [ ! -d $testresult/monkey_log ];then
mkdir -p $testresult/monkey_log
fi
if [ ! -d $testresult/log ];then
mkdir $testresult/log
fi
#android version
android=`getprop ro.build.version.release|$bb awk -F. '{print $1}'`
#root
root=`id|$bb grep -c root`
#Add comments to comments.csv
comment(){
if [ ! -f $testresult/comments.csv ];then
echo "Date,Tag,Comments,Info" >$testresult/comments.csv
fi
echo "`date +%m-%d" "%H":"%M":"%S`,$1,$2,$3" >>$testresult/comments.csv
}
#lock or unlock screen.
#$1: 0--lock; 1--unlock
lock(){
${wm_size_x=`wm size|$bb awk -F" |x" '{print $(NF-1)}'`} 2>/dev/null
${wm_size_y=`wm size|$bb awk -F" |x" '{print $NF}'`} 2>/dev/null
while true;do
if [ `cat /sys/class/leds/lcd-backlight/brightness` -eq 0 ];then
if [ $1 -eq 0 ];then
break
else
input keyevent 26&&$bb sleep 1&&input swipe $((v/2)) $((4*wm_size_y/5)) $((wm_size_x/2)) $((wm_size_y/5))
fi
else
if [ $1 -eq 0 ];then
input keyevent 26
else
if [ $android -eq 6 ];then
local tmp=`dumpsys SurfaceFlinger|$bb grep "|......|"`
else
local tmp=`dumpsys SurfaceFlinger|$bb grep "|....|"`
fi
case `echo "$tmp"|$bb awk 'BEGIN{r="o"}{if($NF=="com.android.systemui.ImageWallpaper")r="l"}END{print NR-1 r}'` in
"1o")
local state=0
;;
"3l")
local state=1
;;
*)
local state=2
;;
esac
if [ $state -eq 0 ];then
input keyevent 26&&$bb sleep 1&&input swipe $((v/2)) $((4*wm_size_y/5)) $((wm_size_x/2)) $((wm_size_y/5))
elif [ $state -eq 1 ];then
input swipe $((wm_size_x/2)) $((4*wm_size_y/5)) $((wm_size_x/2)) $((wm_size_y/5))
else
break
fi
fi
fi
$bb sleep 1
done
}
#Create Log
C_log(){
if [ -f $testresult/log.pid ];then
local L_pid=`$bb awk 'NR==1{print $NF}' $testresult/log.pid`
if [ -d /proc/$L_pid ];then
comment "C_log" "kill pid of log.pid." "$L_pid"
kill -9 $L_pid 2>/dev/null
else
comment "C_log" "exist log.pid, not running" "$L_pid"
fi
if [ -f $testresult/kmsg.pid ];then
local L_pid=`$bb awk 'NR==1{print $NF}' $testresult/kmsg.pid`
if [ -d /proc/$L_pid ];then
comment "C_log" "kill pid of kmsg.pid." "$L_pid"
kill -9 $L_pid 2>/dev/null
else
comment "C_log" "exist kmsg.pid, not running" "$L_pid"
fi
fi
fi
if [ $root -eq 1 ];then
cat /proc/kmsg >$testresult/log/$1.kmsg &
echo $! >$testresult/kmsg.pid
fi
${logcat_type=`logcat --help 2>&1 |grep -c "\-T <count>"`} 2>/dev/null
if [ $logcat_type -eq 1 ];then
logcat -v threadtime -b all -T 1 >$testresult/log/$1.log &
else
logcat -c
logcat -v threadtime >$testresult/log/$1.log &
fi
echo $! >$testresult/log.pid
}
save_log(){
if [ -f $testresult/log/$1.log ];then
comment "save_log" "Start save" "$1"
local time_name=`date +%Y%m%d%H%M%S`
mkdir $testresult/log/$time_name
$bb pstree -p >$testresult/log/$time_name/pstree.txt
$bb top -b -n 1 >$testresult/log/$time_name/top.txt
lock 1
screencap -p $testresult/log/$time_name.png
dmesg >$testresult/log/$time_name/dmesg.txt
dumpsys dropbox --print >$testresult/log/$time_name/dropbox.txt
cat /proc/meminfo >$testresult/log/$time_name/proc_meminfo.txt
dumpsys meminfo >$testresult/log/$time_name/dumpsys_meminfo.txt
if [ -f $testresult/log.pid ];then
local L_pid=`$bb awk 'NR==1{print $NF}' $testresult/log.pid`
if [ -d /proc/$L_pid ];then
comment "save_log" "kill pid of log.pid." "$L_pid"
kill -9 $L_pid 2>/dev/null
else
comment "save_log" "exist log.pid, not running" "$L_pid"
fi
if [ -f $testresult/kmsg.pid ];then
local L_pid=`$bb awk 'NR==1{print $NF}' $testresult/kmsg.pid`
if [ -d /proc/$L_pid ];then
comment "save_log" "kill pid of kmsg.pid." "$L_pid"
kill -9 $L_pid 2>/dev/null
else
comment "save_log" "exist kmsg.pid, not running" "$L_pid"
fi
$bb rm $testresult/kmsg.pid
fi
$bb rm $testresult/log.pid
fi
if [ $root -eq 1 ];then
if [ ! -z "`ls /data/anr 2>/dev/null`" ];then
$bb mv /data/anr/* $testresult/log/$time_name/
fi
if [ ! -z "`ls /data/tombstones 2>/dev/null`" ];then
$bb mv /data/tombstones/* $testresult/log/$time_name
fi
if [ ! -z "`ls /data/system/dropbox/ 2>/dev/null`" ];then
mkdir $testresult/log/$time_name/dropbox
$bb mv /data/system/dropbox/* $testresult/log/$time_name/dropbox
fi
$bb tar -zcvf $testresult/log/$1_`date +%Y%m%d%H%M%S`.tar.gz -C $testresult/log $1.log $1.kmsg $time_name.png $time_name
$bb rm $testresult/log/$1.kmsg
else
$bb tar -zcvf $testresult/log/$1_`date +%Y%m%d%H%M%S`.tar.gz -C $testresult/log $1.log $time_name.png $time_name
fi
$bb rm $testresult/log/$1.log $testresult/log/$time_name.png
$bb rm -r $testresult/log/$time_name
comment "save_log" "Finish save" "$1"
else
comment "save_log" "Not Found" "$1"
fi
ls $testresult/log|grep log|$bb awk -F. '{print $1}' |while read T;do
comment "save_log" "Found log" "$T"
if [ $root -eq 1 ];then
$bb tar -zcvf $testresult/log/$T.tar.gz -C $testresult/log $T.log $T.kmsg
$bb rm $testresult/log/$T.kmsg
else
$bb tar -zcvf $testresult/log/$T.tar.gz -C $testresult/log $T.log
fi
$bb rm $testresult/log/$T.log
done
}
#wait time between monkey test case
wait_time(){
local log_n=`date +%Y%m%d%H%M%S`
C_log $log_n
local chek_begin=`$bb awk -F. 'NR==1{print $1}' /proc/uptime`
while true;do
if [ $((`$bb awk -F. 'NR==1{print $1}' /proc/uptime`-chek_begin)) -ge $1 ];then
break
elif [ -f $testresult/monkey_error.txt ];then
break
else
$bb sleep 1
fi
done
save_log $log_n
}
#run monkey steps.
run_monkey(){
$bb pkill com.android.commands.monkey
local log_n=0
local log_e=0
while [ $((`$bb awk -F. '{print $1}' /proc/uptime`-case_start_time)) -lt $1 ];do
local tmp=`/system/bin/ps`
local C_boot=`echo "$tmp"|$bb grep -c bootanimation`
if [ $C_boot -eq 0 ];then
local check=`echo "$tmp"|$bb grep -c com.android.commands.monkey`
if [ $check -eq 0 ];then
#check log
if [ $log_n"a" != "0a" ];then
save_log $log_n
fi
local log_n=`date +%Y%m%d%H%M%S`
C_log $log_n
lock 1
comment "run_monkey" "$2" "Start test: $3 $1""S $4_$log_n"
monkey $2 --throttle 500 --monitor-native-crashes $3 -v -v -v 2000 1>$testresult/monkey_log/$4_$log_n.txt 2>&1 &
$bb sleep 3
if [ `grep -c "No activities found to run, monkey aborted" $testresult/monkey_log/$4_$log_n.txt` -ne 0 ];then
comment "run_monkey" "$2" "Error: No activities found to run, monkey aborted."
save_log $log_n
echo "$2 No activities" >$testresult/monkey_error.txt
exit
fi
elif [ $check -eq 1 ];then
#in activity contain "login", then press back.
if [ $android -eq 6 ];then
local tmp=`dumpsys SurfaceFlinger|$bb grep "|......|"`
else
local tmp=`dumpsys SurfaceFlinger|$bb grep "|....|"`
fi
if [ `echo "$tmp"|$bb grep -c "login"` -ne 0 ];then
input keyevent 4
elif [ `echo "$tmp"|$bb awk 'END{print NR}'` -eq 2 ];then
lock 1
fi
#IF there are more than two monkey commands, kill all.
elif [ $check -gt 1 ];then
comment "run_monkey" "$2" "Error: $check monkey commands, killed!!!"
$bb pkill com.android.commands.monkey
fi
$bb sleep 1
else
screencap -p $testresult/log/`date +%Y%m%d%H%M%S`.png
comment "run_monkey" "bootanimation" "sleep 5"
$bb sleep 5
fi
done
$bb pkill com.android.commands.monkey
comment "run_monkey" "$2" "Finish test."
save_log $log_n
lock 0
}
#case
caselist(){
case "$1" in
#test one package
0)
case "$3" in
"com.letv.app.appstore"|"com.letv.games")
run_monkey $2 "-p $3" "--pct-touch 20 --pct-trackball 5 --pct-motion 35 --pct-flip 5 --pct-appswitch 30 --pct-anyevent 5" "case$1_$3"
wait_time 600
am force-stop $3
;;
"com.android.launcher3")
run_monkey $2 "-p $3" "--pct-touch 20 --pct-trackball 10 --pct-motion 50 --pct-flip 5 --pct-appswitch 10 --pct-anyevent 5" "case$1_$3"
wait_time 600
am force-stop $3
;;
"com.letv.android.quicksearchbox"|"com.letv.android.voiceassistant"|"com.google.android.googlequicksearchbox")
run_monkey $2 "-p com.android.launcher3 -p $3" "--pct-touch 30 --pct-trackball 10 --pct-motion 45 --pct-flip 5 --pct-appswitch 5 --pct-anyevent 5" "case$1_$3"
wait_time 600
am force-stop $3
;;
"com.letv.android.client"|"com.letv.android.letvlive"|"com.google.android.youtube"|"com.letv.internationalsarrs")
run_monkey $2 "-p $3" "--pct-touch 10 --pct-trackball 10 --pct-motion 10 --pct-flip 10 --pct-appswitch 55 --pct-anyevent 5" "case$1_$3"
wait_time 600
am force-stop $3
;;
"com.letv.lesophoneclient")
run_monkey $2 "-p $3 -p com.letv.android.client" "--pct-touch 30 --pct-trackball 10 --pct-motion 45 --pct-flip 5 --pct-appswitch 5 --pct-anyevent 5" "case$1_$3"
wait_time 600
am force-stop $3
am force-stop com.letv.android.client
;;
"com.android.gallery3d"|"com.google.android.apps.photos"|"com.android.browser"|"com.android.chrome")
run_monkey $2 "-p $3" "--pct-touch 10 --pct-trackball 10 --pct-motion 10 --pct-flip 5 --pct-appswitch 50 --pct-anyevent 5 --pct-pinchzoom 10" "case$1_$3"
wait_time 600
am force-stop $3
;;
*)
run_monkey $2 "-p $3" "--pct-touch 10 --pct-trackball 10 --pct-motion 10 --pct-flip 10 --pct-appswitch 55 --pct-anyevent 5" "case$1_$3"
wait_time 600
am force-stop $3
;;
esac
;;
#more than one package, appswitch 70%
1)
local packages=`echo "$3"|$bb awk -F "|" '{for(i=1;i<NF;i++)printf "-p "$i" ";printf "-p "$NF}'`
run_monkey $2 "$packages" "--pct-touch 5 --pct-trackball 5 --pct-motion 10 --pct-flip 5 --pct-appswitch 70 --pct-anyevent 5" "case$1_appswitch70"
wait_time 600
;;
*)
comment "caselist" "No case" "$1"
;;
esac
}
#main
case_start_time=`$bb awk -F. '{print $1}' /proc/uptime`
case $# in
3)
caselist $2 $1 "$3"
;;
4)
run_monkey $1 "$2" "$3" "$4"
;;
*)
comment "case" "Args are wrong!!!" "$*"
exit
;;
esac
#!/system/bin/sh
########## 初始设置 ##########
#加载全局变量和函数
source /data/local/tmp/function.sh
#创建ANR/FC/tombstone tag的异常log
c_log 0
########## 完成设置 ##########
########## monkey测试逻辑 ##########
# 执行实例：
# 方式1 执行case.sh已写好的case：$1时长?秒; $2-用例编号；$3-用例参数
# monkey_test 60 0 "com.letv.app.appstore"
# monkey_timeout 60
# 方式2 按参数执行moneky语句：$1-时长; $2-限制范围；$3-事件比例; $4-monkey log文件名
# monkey_test 60 "-p com.letv.games" "--pct-touch 20 --pct-trackball 5 --pct-motion 35 --pct-flip 5 --pct-appswitch 30 --pct-anyevent 5" "letv_games"
# monkey_timeout 60
#测试万象搜索
monkey_test 3600 0 "com.letv.android.quicksearchbox"
##将长按主页键对应操作修改为万象搜索，如果不显示万象搜索则长按唤起
longpress 3 "com.letv.android.quicksearchbox" 3600
#Monkey测试后锁屏10分钟
monkey_timeout 0
##保持am唤起主activity，间隔1S如不显示则唤起，由于“dumpsys activity 包名”获取不到乐搜activity传参
longam "com.letv.lesophoneclient" 3600 "com.letv.lesophoneclient/.ui.MainActivity"
monkey_timeout 0
########## monkey逻辑结束 ##########
########## 测试结束确保子进程已退出 ##########
#回收异常log进程
c_log 1
PID=`/system/bin/ps |grep $$|$bb awk -v pid=$$ '{if($2!=pid)print $2}'`
kill $PID
#通知停止监控
echo "`date +%m-%d" "%H":"%M":"%S` stop monitor scripts." > /data/local/tmp/stop
#!/system/bin/sh
if [ -f /data/local/tmp/busybox ];then
export bb="/data/local/tmp/busybox"
else
echo "No /data/local/tmp/busybox"
exit
fi
#参数判断
if [ $# -le 1 ];then
echo "Args:$* is wrong!!!"
exit
elif [ $# -eq 2 ];then
packages="All"
elif [ $# -eq 3 ];then
packages="$3"
fi
if [ -f /data/local/tmp/stop ];then
$bb rm /data/local/tmp/stop
fi
#args:1-PID; 2-command; 3-Loop; 4-command args
getmem_pid(){
if [ -d /proc/$1 ];then
local pss=`dumpsys meminfo $1|$bb awk -v pid=$1 -v comm=$2 -v loop=$3 '{if($1=="Uptime:")a=sprintf("%.3f",$2/1000);if($1=="**")comm=substr($6,2,length($6)-2);if($1=="Native"){n=n+$(NF-2);o=o+$(NF-1);p=p+$NF}else{if($1=="Dalvik"&&NF>6){d=d+$(NF-2);e=e+$(NF-1);f=f+$NF;g=g+$(NF-6)}else{if($1=="TOTAL"){print loop","a","pid","comm","$2+0","n+0","o+0","p+0","d+0","e+0","f+0","g+0}}}}'`
if [ ! -z "$pss" ];then
echo "$pss,\"$4\""
fi
fi
}
get_package(){
local tmp=`dumpsys meminfo -c|$bb grep -E "time,|cat,"`
echo "$tmp"|$bb awk -F, '{if(NR==1){t=sprintf("%.3f",$2/1000)}else{if($1=="cat"){if(r=="")r=$3;else r=r","$3}}}END{print t","r}' >>$testresult/mem2.csv
local grep_str=`echo $packages|$bb sed 's/\./\\\\./g;s/\[/\\\[/g;s/\]/\\\]/g'`
local check=`/system/bin/ps|$bb grep -E "$grep_str"`
if [ ! -z "$check" ];then
echo "$packages"|$bb sed 's/|/\n/g'|while read p;do
echo "$check"|$bb awk -v package="$p" '{if($NF==package){t+=1;print $2" "$NF" "t}}'|while read l;do
local pid=`echo $l|$bb awk '{print $1}'`
if [ -f /proc/$pid/cmdline ];then
local arg=`$bb awk 'BEGIN{r="null"}{if(NR>1){if(NR==2)r=$0;else r=r" "$0}}END{print r}' /proc/$pid/cmdline`
if [ -z `echo $arg|$bb tr -d " "` ];then
local arg="null"
fi
getmem_pid $pid "`echo $l|$bb awk '{print $2}'`" $1 "$arg"
fi
done
done
fi
}
get_meminfo(){
local tmp=`dumpsys meminfo -c|$bb grep -E -v ",grep,|,sh,|,dumpsys,"`
if [ ! -z "$tmp" ];then
local uptime=`echo "$tmp"|$bb awk -F, 'NR==1{printf("%.3f",$2/1000)}'`
echo "$tmp"|$bb awk -v time=$uptime -F, '$1=="cat"{if(r=="")r=$3;else r=r","$3}END{print time","r}' >>$testresult/mem2.csv
local tmp=`echo "$tmp"|$bb grep -E "proc"`
if [ $2 -eq 1 ];then
echo "$tmp"|$bb grep ",native,"|while read l;do
local pid=`echo $l|$bb awk -F, '{print $4}'`
local comm=`echo $l|$bb awk -F, '{print $3}'`
local pss=`echo $l|$bb awk -F, '{print $5}'`
if [ ! -z "$pid" -a ! -z "$comm" -a ! -z "$pss" ];then
if [ -f /proc/$pid/cmdline ];then
local arg=`$bb awk 'BEGIN{r="null"}{if(NR>1){if(NR==2)r=$0;else r=r" "$0}}END{print r}' /proc/$pid/cmdline`
if [ -z `echo $arg|$bb tr -d " "` ];then
local arg="null"
fi
else
local arg="null"
fi
echo "$1,$uptime,$pid,$comm,$pss,,,,,,,,,\"$arg\""
fi
done
local tmp=`echo "$tmp"|$bb grep -v ",native,"|$bb awk -F, '{print $4" "$3}'`
echo "$tmp"|while read l;do
getmem_pid $l $1 "null"
done
elif [ $2 -eq 0 ];then
echo "$tmp"|while read l;do
local pid=`echo $l|$bb awk -F, '{print $4}'`
local comm=`echo $l|$bb awk -F, '{print $3}'`
local pss=`echo $l|$bb awk -F, '{print $5}'`
if [ ! -z "$pid" -a ! -z "$comm" -a ! -z "$pss" ];then
if [ -f /proc/$pid/cmdline ];then
local arg=`$bb awk 'BEGIN{r="null"}{if(NR>1){if(NR==2)r=$0;else r=r" "$0}}END{print r}' /proc/$pid/cmdline`
if [ -z `echo $arg|$bb tr -d " "` ];then
local arg="null"
fi
else
local arg="null"
fi
echo "$1,$uptime,$pid,$comm,$pss,\"$arg\""
fi
done
fi
fi
}
getmem(){
local get_t=`$bb awk '{print $1}' /proc/uptime`
local info=`$bb awk 'BEGIN{r=0}{if($1=="MemFree:"){a=$2};if($1=="Buffers:"){b=$2};if($1=="Cached:"){c=$2};if($1=="Active:"){e=$2};if($1=="Inactive:"){f=$2};if($1=="Active(anon):"){g=$2};if($1=="Inactive(anon):"){h=$2};if($1=="Active(file):"){i=$2};if($1=="Inactive(file):"){j=$2};if($1=="Dirty:"){k=$2};if($1=="Writeback:"){l=$2};if($1=="Mapped:"){m=$2};if($1=="Slab:"){n=$2};if($1=="CMA"&&$2=="Free:"){r=1;a=a-$3;o=$3}}END{if(r==0) print a","b","c","e","f","g","h","i","j","k","l","m","n;else print a","b","c","e","f","g","h","i","j","k","l","m","n","o}' /proc/meminfo`
echo "$get_t,$info" >>$testresult/mem.csv
}
getcpu(){
local get_t=`$bb awk '{print $1}' /proc/uptime`
local activity=`dumpsys window w|$bb grep mFocusedApp|$bb awk '{print $5}'|$bb tr -d ',}'`
local data_t=`date +%Y/%m/%d" "%H:%M:%S`
local tmp=`$bb top -b -n 1|$bb grep -v "busybox"|$bb sed '2s/%//g;s/\\.0 / /g;s/ S N / SN /g;s/ R N / RN /g;s/ D N / DN /g;s/ Z N / ZN /g;s/ T N / TN /g;s/S </S</g;s/D </D</g;s/R </R</g;s/Z </Z</g;s/T </T</g;s/t </t</g;s/[0-9]m[0-9]/m /g;s/}/{/g;s/ th\\]/_th\\]/g;s/\\[mtk /\\[mtk_/g'|$bb awk -v data="$data_t" -v loop=$1 -v time="$get_t" -v act=$activity -v csv="$testresult/cpu.csv" -v csv2="$testresult/check.log" -v cpu=$2 -v T="{" -v T2="\"" '{if(NR==2) print loop","time","T2 act T2","$2","$4","$6","$8","$10","$12","$14","data >>csv;if(NR>4){r="";if($cpu=="0") exit;if($cpu+0==0){if($(cpu-1)/1000>0){a=sprintf("%.0f",$(cpu-1)/1000)}else{a=sprintf("%.1f",$(cpu-1))}c=substr($(cpu-1),length(a)+1);r=$cpu;if(NF>cpu);r=r T$(cpu+1)}else{if($(cpu+1)+0!=0){print $0 >>csv2}else{c=$cpu;r=$(cpu+1)}};if($(cpu+1)+0==0){if(NF>cpu+1){r=r T$(cpu+2);if(NF>cpu+2)r=r T$(cpu+3);if(NF>cpu+3)for(i=(cpu+4);i<=NF;i++)r=r" "$i};print loop","time","$1","c","r}}}'`
echo "$tmp"|$bb awk -F"{" -v S="}" -v T="\"" '{if(NF==1)print $0",,";if(NF==2)print $1","T$2T",";if(NF==3)print $1","T$2" "$3T",";if(NF==4&&$3=="")print $1$4",,"T$2T;if(NF==4&&$3!="")print $1","T$2" "$3S$4T",";if(NF>4&&$3==""){a=$5;if(NF>5)for(i=6;i<=NF;i++)a=a S $i;print $1$4","T a T","T$2T};if(NF>4&&$3!=""){a=$4;if(NF>4)for(i=5;i<=NF;i++)a=a S $i;print $1","T$2" "$3" "a T","}}' >>$testresult/cpuinfo.csv
}
#全局参数
testresult="/data/local/tmp/mcm_result"
if [ -f $testresult/state.txt ];then
pid=`$bb awk -F "," '{print $1}' $testresult/state.txt`
if [ -f /proc/$pid/cmdline ];then
if [ `$bb awk 'NR==1{print $1}' /proc/$pid/cmdline`"a" == "sha" ];then
echo "The $pid is sh command."
exit
fi
fi
fi
if [ -d $testresult ];then
$bb rm -r $testresult
fi
mkdir $testresult
mac=`cat /sys/class/net/*/address|$bb sed -n '1p'|$bb tr -d ':'`
model=`getprop ro.product.model|$bb sed 's/ /_/g'`
build=`getprop ro.build.fingerprint`
if [ -z $build ];then
build=`getprop ro.build.description`
fi
start_time="`date +%Y/%m/%d" "%H:%M:%S`"
start_s=`$bb awk -F. '{print $1}' /proc/uptime`
echo "$$,$1,0/?,$model-$mac,$start_time,$start_s,$start_s,$build,$packages" >$testresult/state.txt
echo "Loop:$1,Time,Activity,usr,sys,nic,idle,io,irq,sirq,Data Time" >$testresult/cpu.csv
echo "Loop:$1,Time,PID,%CPU,Command,args,Thread" >$testresult/cpuinfo.csv
if [ `$bb grep -c "CMA Free" /proc/meminfo` -eq 0 ];then
echo "Time:$1,MemFree,Buffers,Cached,Active,Inactive,Active(anon),Inactive(anon),Active(file),Inactive(file),Dirty,Writeback,Mapped,Slab" >$testresult/mem.csv
else
echo "Time:$1,MemFree,Buffers,Cached,Active,Inactive,Active(anon),Inactive(anon),Active(file),Inactive(file),Dirty,Writeback,Mapped,Slab,CMA Free" >$testresult/mem.csv
fi
echo "Time:$1,"`dumpsys meminfo -c |$bb awk -F, '$1=="cat"{if(NR==1)r=$2;else r=r","$2}END{print r}'|$bb sed 's/ /_/g;s/\.//g'` >$testresult/mem2.csv
if [ $2 -eq 0 -a $# -eq 2 ];then
echo "Loop:$1,Time,PID,Process_Name,Pss,Args" >$testresult/meminfo.csv
else
echo "Loop:$1,Time,PID,Process_Name,Pss,Native_Heap(Size),Native_Heap(Alloc),Native_Heap(Free),Dalvik_Heap(Size),Dalvik_Heap(Alloc),Dalvik_Heap(Free),Dalvik_Pss,Args" >$testresult/meminfo.csv
fi
cpu_p=`$bb top -b -n 1|$bb awk 'NR==4{print NF-1}'`
loop=0
while true;do
start_second=`$bb awk -F. '{print $1}' /proc/uptime`
getcpu $loop $cpu_p
getmem $loop
if [ $# -eq 2 ];then
get_meminfo $loop $2 >>$testresult/meminfo.csv
elif [ $# -eq 3 ];then
get_package $loop >>$testresult/meminfo.csv
fi
end_second=`$bb awk -F. '{print $1}' /proc/uptime`
use_second=$((end_second-start_second))
echo Use second: $use_second
if [ -f /data/local/tmp/stop ];then
echo "Found stop file!!!"
break
elif [ `$bb df /data|$bb awk '{r=substr($(NF-1),1,length($(NF-1))-1)}END{print r+0}'` -ge 90 ];then
echo "The free space of data less 10%,stop!!!"
break
fi
if [ $use_second -lt $1 ];then
sleep $(($1-use_second))
fi
loop=$((loop+1))
end_second=`$bb awk -F. '{print $1}' /proc/uptime`
echo "$$,$1,$loop/?,$model-$mac,$start_time,$start_s,$end_second,$build,$packages" >$testresult/state.txt
done
MCM 更新维护了脚本：
1、由于 le 全球化 CPU 内存监控改了双语模板
2、修改了几处数据展示错误
为了全球化解释方便 monkey 方案起了个名字 SCMF(Shell control Monkey Framework)：
1、调整了 log 保存逻辑重构了之前按 10 秒筛查的逻辑，为了解决报 bug 时被反馈 log 不足情况
（1）保存 logcat 和 kmsg 按权限判定
（2）按时间戳保存 logcat 和 monkey log
（3）按 monkey 进程退出保存完整 log 进行打包压缩，命名按时间段命名 monkey/log 下
（4）按 tag 抓 ANR。FC，tombstone 的 log，兼容 mtk 和高通的不同 tag，按传感器名判断型号。用于后续筛查统计异常使用
（5）monkey 去除了去除异常继续执行的参数，以便退出后进行截图和当时 cpu，内存，进程信息抓取
2、填了些坑，如 system_server crash 判定，当发生 “软重启” 只截图停止 monkey 继续操作，timeout 时 case.sh 的子进程回收。
目前重构电量监控中，此版本没更新