monitor.sh

#!/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
#root
root=`id|$bb grep -c root`

get_package(){
if [ ! -z "$packages" ];then
	local grep_str=`echo $packages|$bb sed 's/\./\\\\./g;s/\[/\\\[/g;s/\]/\\\]/g'`
	local tmp=`$bb ps -o pid,args`
	local check=`echo "$tmp"|$bb sed 's/{.*.} //g'|$bb grep -E "$grep_str"`
	if [ ! -z "$check" ];then
		local tmp=`$bb ps -T`
		local check1=`echo "$tmp"|$bb grep -E -c "$grep_str"`
		if [ $threads -lt $check1 ];then
			threads=$check1
			echo "$tmp"|$bb grep -E "$grep_str" >$monitor/threads/$loop"_"$check1.log
		fi
		local i=0
		echo "$packages"|$bb sed 's/|/\n/g'|while read p;do
			local Ts=`$bb ps -T|$bb awk -v package="$p" '$NF==package{r+=1}END{print r}'`
			local FD=-1
			echo "$check"|$bb awk -v package="$p" '{if($2==package){t+=1;D[$1" "$2]=t}}END{for(i in D)print i" "D[i]}'|while read l;do
				local pid=`echo $l|$bb awk '{print $1}'`
				if [ -f /proc/$pid/cmdline ];then
					if [ $root -eq 1 -a ! -z "$pid" ];then
						local FD=`ls -l /proc/$pid/exe /proc/$pid/root /proc/$pid/fd/ 2>/dev/null|$bb awk 'END{print NR}'`
						if [ $i -eq 0 ];then
							local i=1
							if [ -f $monitor/FDs/maxFDS.log ];then
								local FDs=`$bb awk -F, -v p="$p" '$1==p{r=$2}END{printf r+0}' $monitor/FDs/maxFDS.log`
							else
								local FDs=0
							fi
							if [ $FDs -lt $FD ];then
								if [ $FDs -eq 0 ];then
									echo "$p,$FD,$pid" >>$monitor/FDs/maxFDS.log
								else
									local check=`cat $monitor/FDs/maxFDS.log`
									echo "$check"|$bb awk -F, -v p="$p" -v r="$p,$FD,$pid" '{if($1==p)print r;else print $0}' >$monitor/FDs/maxFDS.log
								fi
								ls -l /proc/$pid/fd/ 1>$monitor/FDs/$pid"_"$loop"_"$FD.log 2>/dev/null
							fi
						fi
					fi
					local arg=`$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
					command=`echo $l|$bb awk '{print $2}'`
					if [ -d /proc/$pid ];then
						local pss=`dumpsys meminfo $pid|$bb awk -v pid=$pid -v comm=$command -v time=$uptime '{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;if($2=="Heap"){g=g+$(NF-6)}else{g=g+$2}}else{if($1=="TOTAL"){s=$2+0}else{if($1=="Views:"){print time","comm","s","pid","n+0","o+0","p+0","d+0","e+0","f+0","g+0","$2+0}else{if($3=="Views:"){print time","comm","s","pid","n+0","o+0","p+0","d+0","e+0","f+0","g+0","$4+0}}}}}}'`
						if [ ! -z "$pss" -a ! -z $Ts ];then
							if [ $root -eq 1 ];then
								echo "$pss,$Ts,$FD,\"$arg\""
							else
								echo "$pss,$Ts,\"$arg\""
							fi
						fi
					fi
				fi
			done
		done
	fi
fi
}

get_meminfo(){
if [ ! -f $monitor/mem2.csv ];then
	echo uptime,$mem2 >$monitor/mem2.csv
fi
dumpsys meminfo |$bb awk -v type=$awk -v time=$uptime -v packages="busybox|$packages" -v mem="$mem2" -v OFS=, -v csv=$monitor/mem2.csv -v csv1=$monitor/meminfo.csv 'BEGIN{ \
	l=split(mem,O,","); \
	mem="" \
} \
{ \
	if($0=="")state=0; \
	gsub(/\(|\)|Total PSS by |,/,"",$0); \
	gsub(/ Services/,"_Services",$0); \
	gsub(/K: /," kB: ",$0); \
	if(state==1){ \
		if($3"|"!~packages){ \
			R=time","$3","$1","$5; \
			if(type==1){ \
				l=split($3,Check,"."); \
				if(l==1){ \
					cmd="cat /proc/"$5"/cmdline";Args=""; \
					while(cmd|getline){if($0!=""){if(Args=="")Args=$0; else Args=Args" "$0}} \
				}
			}else{ \
				Args="null" \
			}; \
			if(Args=="")Args="null"; \
			print R",,,,,,,,,,\""Args"\"" >>csv1 \
		} \
	}else{ \
		if(state==2){ \
			C=$3; \
			if(NF>3){ \
				for(i=4;i<=NF;i++)C=C"_"$i \
			}; \
			D[C]=$1 \
		} \
	}; \
	if($2=="RAM:"){ \
		if($1=="Total"){ \
			D["Total_RAM"]=substr($3,1,length($3)-1) \
		}else{ \
			if($1=="Free"){ \
				D["Free_RAM"]=substr($3,1,length($3)-1); \
				D["Free_cached_pss"]=substr($4,1,length($4)-1); \
				D["Free_cached_kernel"]=substr($8,1,length($8)-1); \
				D["free"]=substr($12,1,length($12)-1) \
			}else{ \
				if($1=="Used"){ \
					D["Used_RAM"]=substr($3,1,length($3)-1); \
					D["used_pss"]=substr($4,1,length($4)-1); \
					D["used_kernel"]=substr($8,1,length($8)-1) \
				}else{ \
					if($1=="Lost")D["Lost_RAM"]=substr($3,1,length($3)-1) \
				} \
			} \
		} \
	}; \
	if($1=="ZRAM:"){ \
		D["swap_physical_used"]=substr($2,1,length($2)-1); \
		D["swap_for"]=substr($6,1,length($6)-1); \
		D["swap_total"]=substr($9,1,length($9)-1) \
	}; \
	if($1=="process:"){state=1}else{ \
		if($1=="category:")state=2 \
	} \
}END{ \
	R=D[O[1]]; \
	for(i=2;i<=l;i++)R=R","D[O[i]]; \
	print time,R >>csv \
}'
}

getmem(){
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=$3}}END{if(r==0) print a","b","c","e","f","g","h","i","j","k","l","m","n;else print a","b","c","e","f","g","h","i","j","k","l","m","n","o}' /proc/meminfo`
if [ ! -z "$info" ];then
	echo "$uptime,$info" >>$monitor/mem.csv
fi
}

getvss(){
$bb ps -o pid,ppid,vsz,rss,args|$bb sed 's/{.*.} //g'|$bb awk -v OFS="," -v time=$uptime -v csv="$monitor/meminfo2.csv" 'NR>1&&$5!="/data/local/tmp/busybox"{if(substr($3,length($3),1)=="m"){V=substr($3,1,length($3)-1)}else{if(substr($3,length($3),1)=="g")V=substr($3,1,length($3)-1)*1024;else V=sprintf("%.3f",$3/1024)+0};if(substr($4,length($4),1)=="m"){R=substr($4,1,length($4)-1)}else{if(substr($4,length($4),1)=="g")R=substr($4,1,length($4)-1)*1024;else R=sprintf("%.3f",$4/1024)+0};C=$5;A="";if(NF>=6)A=$6;if(NF>6){for(i=7;i<=NF;i++)A=A" "$i};if(A=="")A="null";if(V>0)print time,$1,$2,V,R,C,"\""A"\"">>csv}'
}

getcpu(){
local tmp=`$bb top -b -n 1|$bb grep -E -v "busybox|Shutdown thread"|$bb sed '2s/%//g;s/\\.0 / /g;s/ S N / SN /g;s/ R N / RN /g;s/ D N / DN /g;s/ Z N / ZN /g;s/ T N / TN /g;s/S </S</g;s/D </D</g;s/R </R</g;s/Z </Z</g;s/T </T</g;s/t </t</g;s/[0-9]m[0-9]/m /g;s/}/{/g;s/ th\\]/_th\\]/g;s/\\[mtk /\\[mtk_/g;s/Net Work Manage/Net-Work-Manage/g' 2>/dev/null|$bb awk -v time="$uptime" -v csv="$monitor/cpu.csv" -v csv2="$monitor/check.log" -v cpu=$1 -v T="{" -v T2="\"" '{if(NR==2) print time","$2","$4","$6","$8","$10","$12","$14 >>csv;if(NR>4){r="";if($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 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" "$3" "a T","}}' >>$monitor/cpuinfo.csv
}

getFPS(){
# shellcheck disable=SC2039
local KPI=100
echo "FU(s),LU(s),Date:$1,FPS:$2,Frames,jank,jank2,MFS(ms),OKT:$KPI,SS(%),WN" >$monitor/fps_window.csv
echo "FU(s),LU(s),Date:$1,FPS:$2,Frames,jank,jank2,MFS(ms),OKT:$KPI,SS(%),WN" >$monitor/fps_system.csv
dumpsys SurfaceFlinger --latency-clear
while true;do
	if [ -f /data/local/tmp/stop ];then
		break
	fi
	$bb usleep 1600000
	# shellcheck disable=SC2039
	# shellcheck disable=SC2155
	local uptime=`echo $EPOCHREALTIME|$bb awk -F. '{print strftime("%F %T",$1+8*3600)"."substr($2,1,3)}'`
	# shellcheck disable=SC2155
	# shellcheck disable=SC2039
	# shellcheck disable=SC2034
	local app_pid=`ps -ef | grep "$3"$ | $bb awk '{print $2}'`
  local window=`echo "$1"|sed "s#\[.*\]#[${app_pid}]#g"`
#  echo $window
	dumpsys SurfaceFlinger --latency "$window"|$bb awk -v T="$uptime" -v target=$2 -v kpi=$KPI '{if(NR==1){r=$1/1000000;if(r<0)r=$1/1000;b=0;n=0;w=1}else{if(n>0&&$0=="")O=1;if(NF==3&&$2!=0&&$2!=9223372036854775807){x=($3-$1)/1000000/r;if(b==0){b=$2;n=1;d=0;D=0;if(x<=1)C=r;if(x>1){d+=1;C=int(x)*r;if(x%1>0)C+=r};if(x>2)D+=1;m=r;o=0}else{c=($2-b)/1000000;if(c>500){O=1}else{n+=1;if(c>=r){C+=c;if(c>kpi)o+=1;if(c>=m)m=c;if(x>1)d+=1;if(x>2)D+=1;b=$2}else{C+=r;b=sprintf("%.0f",b+r*1000000)}}};if(n==1)s=sprintf("%.3f",$2/1000000000)};if(n>0&&O==1){O=0;if(n==1)t=sprintf("%.3f",s+C/1000);else t=sprintf("%.3f",b/1000000000);f=sprintf("%.2f",n*1000/C);m=sprintf("%.0f",m);g=f/target;if(g>1)g=1;h=kpi/m;if(h>1)h=1;e=sprintf("%.2f",g*60+h*20+(1-o/n)*20);print s","t","T","f+0","n","d","D","m","o","e","w;n=0;if($0==""){b=0;w+=1}else{b=$2;n=1;d=0;D=0;if(x<=1)C=r;if(x>1){d+=1;C=int(x)*r;if(x%1>0)C+=r};if(x>2)D+=1;m=r;o=0}}}}' >>$monitor/fps_window.csv
	dumpsys SurfaceFlinger --latency |$bb awk -v T="$uptime" -v target=$2 -v kpi=$KPI '{if(NR==1){r=$1/1000000;if(r<0)r=$1/1000;b=0;n=0;w=1}else{if(n>0&&$0=="")O=1;if(NF==3&&$2!=0&&$2!=9223372036854775807){x=($3-$1)/1000000/r;if(b==0){b=$2;n=1;d=0;D=0;if(x<=1)C=r;if(x>1){d+=1;C=int(x)*r;if(x%1>0)C+=r};if(x>2)D+=1;m=r;o=0}else{c=($2-b)/1000000;if(c>500){O=1}else{n+=1;if(c>=r){C+=c;if(c>kpi)o+=1;if(c>=m)m=c;if(x>1)d+=1;if(x>2)D+=1;b=$2}else{C+=r;b=sprintf("%.0f",b+r*1000000)}}};if(n==1)s=sprintf("%.3f",$2/1000000000)};if(n>0&&O==1){O=0;if(n==1)t=sprintf("%.3f",s+C/1000);else t=sprintf("%.3f",b/1000000000);f=sprintf("%.2f",n*1000/C);m=sprintf("%.0f",m);g=f/target;if(g>1)g=1;h=kpi/m;if(h>1)h=1;e=sprintf("%.2f",g*60+h*20+(1-o/n)*20);print s","t","T","f+0","n","d","D","m","o","e","w;n=0;if($0==""){b=0;w+=1}else{b=$2;n=1;d=0;D=0;if(x<=1)C=r;if(x>1){d+=1;C=int(x)*r;if(x%1>0)C+=r};if(x>2)D+=1;m=r;o=0}}}}' >>$monitor/fps_system.csv
done
}

getGfxInfo(){
dumpsys gfxinfo "$1" reset &
while true;do
  if [ -f /data/local/tmp/stop ];then
    dumpsys gfxinfo "$1" | sed -n '6,19'p >>$monitor/fps_gfxinfo.txt
#    dumpsys gfxinfo "$1" framestats|$bb awk '/^Flags/,/---PROFILEDATA---$/{print $0}' >>$monitor/fps_gfxinfo.csv
    wait
		break
	fi
done
}

GFX(){
#如果systrace打开则关闭
# shellcheck disable=SC2046
if [ `cat /sys/kernel/debug/tracing/tracing_on` -eq 1 ];then
	echo "atrace gfx stop"
	atrace gfx --async_stop 1>/dev/null &
	$bb sleep 3
	kill $!
fi
#vsync 间隔获取
# shellcheck disable=SC2155
# shellcheck disable=SC2039
local sync=`dumpsys SurfaceFlinger --latency|$bb awk 'NR==1{r=$1/1000000;if(r<0)r=$1/1000;print r}'`
#当前选中的activity
# shellcheck disable=SC2155
# shellcheck disable=SC2039
local hasFocus=`dumpsys input|grep "hasFocus=true"|$bb awk '{print substr($4,1,length($4)-3)}'`
#提取当前显示activity的app
# shellcheck disable=SC2039
# shellcheck disable=SC2155
local app=`echo $hasFocus|$bb awk -F "/" '{print $1}'`
#开始输出systrace log: 1M 循环buffer 的gfx信息
echo "atrace gfx -b 1024 -c --async_start"
atrace gfx -b 1024 -c --async_start &
#awk解析
$bb awk -F "|" \
-v sync="$sync" \
-v OFS=, \
-v app="$app" \
-v activity="$hasFocus" \
-v target="$1" \
-v kpi="$2" \
-v type="$3" \
-v delay="$4" \
-v frames="$5" \
-v csv=$monitor/fps.csv \
-v csv1=$monitor/dropFrames.csv \
	'BEGIN{ \
		while("cat /sys/kernel/debug/tracing/trace_pipe"|getline){ \
			if(NF==4||$3=="postFramebuffer"){ \
				if($3~/VSYNC-sf|VSYNC-app|VSYNC-sf-app/){ \
					gsub(/.*.) |: tracing_mark_write: C/,"",$1); \
					split($1,T," "); \
					if(f==""){ \
						f=T[3]; \
						logF=1; \
						logD=0; \
						if(type==1){ \
							logD=1 \
						}else{ \
							if(type==2){ \
								logD=2; \
							}else{ \
								if(type==3){ \
									logF=0; \
									logD=1 \
								}else{ \
									if(type==4){ \
										logF=0; \
										logD=2 \
									} \
								} \
							} \
						} \
					}else{ \
						if(post==1){ \
							if(sv!=""){ \
								SV=sv \
							}else{ \
								SV=activity \
							}; \
							p=TX","app",\""SV"\""; \
							t=(T[3]-VSYNC)*1000; \
							if(t>sync){ \
								d=1 \
							}else{ \
								d=0 \
							}; \
							wt=(T[3]-V[p])*1000; \
							if(wt<500){ \
								if(d==1){ \
									if(logD==2){ \
										print VSYNC,T[3],t,$3,p,"\""info"\"">csv1 \
									}else{ \
										if(logD==1){ \
											if(wt>=42)print V[p],T[3],wt,$3,p,"\""info"\"">csv1 \
										} \
									} \
								}; \
								if(logF==1){ \
									N[p]=N[p]+1; \
									Time[p]=Time[p]+wt; \
									if(M[p]==""){ \
										M[p]=wt \
									}else{ \
										if(M[p]<wt)M[p]=wt \
									}; \
									if(wt>=100){ \
										A[p]=A[p]+1 \
									}else{ \
										if(wt>=50){ \
											B[p]=B[p]+1 \
										}else{ \
											if(wt>=42)C[p]=C[p]+1 \
										} \
									} \
								} \
							}else{ \
								if(logF==1&&b[p]!=""){ \
									Stop[p]=Stop[p]+1; \
									StopT[p]=StopT[p]+wt \
								} \
							}; \
							if(logF==1){ \
								if(d==1)D[p]=D[p]+1; \
								if(b[p]=="")b[p]=T[3]; \
								V[p]=T[3]; \
								if(T[3]-f>=delay){ \
									if(length(N)>0){ \
										for(i in N){ \
											if(N[i]>frames){ \
												fps=sprintf("%.1f",N[i]*1000/Time[i]); \
												if(fps>=target){ \
													fps=int(fps); \
													g=1 \
												}else{ \
													g=fps/target \
												}; \
												if(kpi<M[i])h=kpi/M[i];else h=1; \
												ss=sprintf("%.2f",g*60+h*20+(1-A[i]/N[i])*10+(1-B[i]/N[i])*7+(1-C[i]/N[i])*3); \
												print b[i],V[i],fps+0,N[i],sprintf("%.3f",Time[i]/1000)+0,M[i],sprintf("%.3f",StopT[i]/1000)+0,Stop[i]+0,A[i]+0,B[i]+0,C[i]+0,D[i]+0,ss+0,i>>csv; \
												b[i]=V[i]; \
												N[i]=""; \
												Time[i]=""; \
												M[i]=""; \
												StopT[i]=""; \
												Stop[i]=""; \
												A[i]=""; \
												B[i]=""; \
												C[i]=""; \
												D[i]="" \
											} \
										} \
									}; \
									f=T[3]; \
								} \
							} \
						};
					}; \
					VSYNC=T[3];
					state=1; \
					TX=0; \
					post=0; \
					sv=""; \
					info="" \
				}else{ \
					if(NF==3){	\
						state=0; \
						post=1 \
					}else{ \
						if(state==1&&$3!~/HW_VSYNC_ON_0|HW_VSYNC_0|hasClientComposition|FrameMissed|FramebufferSurface/){ \
							if(logD>0){ \
								if(info="")info=$3;else info=info"\n"$3 \
							}; \
							if($3~/TX - /){ \
								TX=1 \
							}else{ \
								l=split($3,Check,"."); \
								if(l>2){ \
									l=split($3,tmp,"/"); \
									if(l>1){ \
										sv=$3; \
										l=split($3,Check," "); \
										if(l==1){ \
											app=tmp[1]; \
											activity=$3 \
										} \
									}else{ \
										sv=$3 \
									} \
								}else{ \
									sv=$3 \
								} \
							} \
						} \
					} \
				} \
			} \
		}; \
		if(length(N)>0){ \
			for(i in N){ \
				if(N[i]>0){ \
					fps=sprintf("%.1f",N[i]*1000/Time[i]); \
					if(fps>=target){ \
						fps=int(fps); \
						g=1 \
					}else{ \
						g=fps/target \
					}; \
					if(kpi<M[i])h=kpi/M[i];else h=1; \
					ss=sprintf("%.2f",g*60+h*20+(1-A[i]/N[i])*10+(1-B[i]/N[i])*7+(1-C[i]/N[i])*3); \
					print b[i],V[i],fps+0,N[i],sprintf("%.3f",Time[i]/1000)+0,M[i],sprintf("%.3f",StopT[i]/1000)+0,Stop[i]+0,A[i]+0,B[i]+0,C[i]+0,D[i]+0,ss+0,i>>csv \
				} \
			} \
		} \
	}' &
#获取cat进程pid
#local catPid=`$bb ps|$bb awk '$4=="cat"&&$5=="/sys/kernel/debug/tracing/trace_pipe"{print $1}'`
#echo "cat Pid="$catPid
#等待 cat /sys/kernel/debug/tracing/trace_pipe进程退出，后子进程退出
#wait
}



#main
${testresult="/data/local/tmp/"} 2>/dev/null
monitor="$testresult/$1"
if [ -d $monitor ];then
    $bb rm -r $monitor
fi
mkdir -p $monitor/threads
threads=0
if [ -f /data/local/tmp/stop ];then
	$bb rm /data/local/tmp/stop
fi
packages=$3
cpu_p=`$bb top -b -n 1|$bb awk 'NR==4{print NF-1}'`
loop=0
if [ -f /sys/class/kgsl/kgsl-3d0/devfreq/cur_freq -a -f /sys/class/power_supply/battery/current_now ];then
	cpu_type=0
	echo "uptime,gpu_freq,charge_current" >$monitor/others.csv
elif [ -f /sys/devices/platform/ff9a0000.gpu/devfreq/ff9a0000.gpu/load ];then
	cpu_type=2
	echo "uptime,gpu_freq" >$monitor/others.csv
else
	cpu_type=1
fi
#info
$bb cat /proc/cpuinfo >$monitor/cpuinfo.txt
HW=`$bb awk -F":" 'substr($1,1,8)=="Hardware"{print substr($2,2)}' /proc/cpuinfo|$bb tr -d ,`
echo PID=$$ >$monitor/info.log
echo cpu_type=$cpu_type >>$monitor/info.log
echo sleep=$4 >>$monitor/info.log
echo Hardware=$HW >>$monitor/info.log
echo build=`getprop ro.build.fingerprint` >>$monitor/info.log
echo time=`echo $EPOCHREALTIME|$bb awk -F. '{print strftime("%F %T",$1+8*3600)"."$2}'` >>$monitor/info.log
echo uptime=`$bb awk -F. '{print $1}' /proc/uptime` >>$monitor/info.log
if [ $cpu_type -eq 0 ];then
	echo charge_full=`$bb awk '{print $0/1000}' /sys/class/power_supply/bms/charge_full` >>$monitor/info.log
fi

#csv
echo "uptime,usr,sys,nic,idle,io,irq,sirq" >$monitor/cpu.csv
echo "uptime,PID,%CPU,Command,args,Thread" >$monitor/cpuinfo.csv
if [ `$bb grep -c "CMA Free" /proc/meminfo` -eq 0 ];then
	echo "uptime:$4,MemFree,Buffers,Cached,Active,Inactive,Active(anon),Inactive(anon),Active(file),Inactive(file),Dirty,Writeback,Mapped,Slab" >$monitor/mem.csv
else
	echo "uptime:$4,MemFree,Buffers,Cached,Active,Inactive,Active(anon),Inactive(anon),Active(file),Inactive(file),Dirty,Writeback,Mapped,Slab,CMA Free" >$monitor/mem.csv
fi
echo "uptime,BatteryLevel,PlugType" >$monitor/btm.csv
if [ $root -eq 1 ];then
	mkdir -p $monitor/FDs
	echo "uptime,Process_Name,Pss,PID,Native_Heap(Size),Native_Heap(Alloc),Native_Heap(Free),Dalvik_Heap(Size),Dalvik_Heap(Alloc),Dalvik_Heap(Free),Dalvik_Pss,Views,Threads,FD,Args" >$monitor/meminfo.csv
else
	echo "uptime,Process_Name,Pss,PID,Native_Heap(Size),Native_Heap(Alloc),Native_Heap(Free),Dalvik_Heap(Size),Dalvik_Heap(Alloc),Dalvik_Heap(Free),Dalvik_Pss,Views,Threads,Args" >$monitor/meminfo.csv
fi
echo "uptime,PID,PPID,VSZ,RSS,COMMAND,Args" >$monitor/meminfo2.csv
echo "Loop:$4,uptime,Date_Time,DisplayID,FocusedWindow,FocusedApplication,Flags,Type,Pid,uid,frame" >$monitor/windows.csv

CPUS=`$bb awk -v csv="$monitor/cur_freq.csv" '{if(FNR==1)cpu+=1}END{R="uptime,0:"cpu;for(i=1;i<cpu;i++)R=R","i;print R>csv;print cpu}' /sys/devices/system/cpu/cpu*/uevent`

mem2=`dumpsys meminfo |$bb awk '{if($0=="")state=0;gsub(/K: /," kB: ",$0);if(state==2){C=$3;if(NF>3){for(i=4;i<=NF;i++)C=C"_"$i;if(R=="")R=C;else R=R","C}};if($2=="RAM:"){if($1=="Total")R=R",Total_RAM";else {if($1=="Free")R=R",Free_RAM,Free_cached_pss,Free_cached_kernel,free";else {if($1=="Used")R=R",Used_RAM,used_pss,used_kernel";else {if($1=="Lost")R=R",Lost_RAM"}}}}if($1=="ZRAM:"){R=R",swap_physical_used,swap_for,swap_total"};if($NF=="category:")state=2}END{print R}'`

#检查awk外部调用命令是否正常
if [ -z "`/data/local/tmp/busybox awk 'BEGIN{system("ps")}'`" ];then
	awk=0
else
	awk=1
fi

thermal_path=""
# shellcheck disable=SC2045
for i in `ls /sys/devices/virtual/thermal/thermal_zone*/type`;do
	zone=`echo $i|$bb awk '{split($0,N,"/");print N[6]}'`
	check=`cat $i 2>/dev/null`
	if [ ! -z "$check" ];then
		title=$zone"("$check")"
	else
		title=$zone"(unknown)"
	fi
	check=`cat /sys/devices/virtual/thermal/$zone/temp 2>/dev/null`
	if [ ! -z "$check" ];then
		if [ -z "$thermal_path" ];then
			thermal_path=/sys/devices/virtual/thermal/$zone/temp
			thermal_type="uptime,"$title
			thermal_zones=$zone
		else
			thermal_path=$thermal_path" "/sys/devices/virtual/thermal/$zone/temp
			thermal_type=$thermal_type","$title
			thermal_zones=$thermal_zones" "$zone
		fi
	fi
done
thermal_type=`echo $thermal_type|$bb sed 's/thermal_zone//g'`
echo $thermal_type >$monitor/thermal.csv
unset zone
unset check
unset title
unset thermal_type
echo "start time,end time,FPS,frames,Time(S),max time(ms),waiting time(S),wait times,A,B,C,D,score,TX,app,Surface" >$monitor/fps.csv
#FPS
if [ ! -z "$2" ];then
	getFPS "$2" 60 "$3" &
fi

#FPS2-gfxinfo
if [ ! -z "$2" ];then
	getGfxInfo "$3" &
fi

target=60
KPI=100
type=0
delay=1
frames=20

GFX $target $KPI $type $delay $frames


while true;do
	date_time="`echo $EPOCHREALTIME|$bb awk -F. '{print strftime("%F %T",$1+8*3600)"."substr($2,1,3)}'`"
	uptime=`$bb awk '{print $1}' /proc/uptime`
	#cpu freq
	$bb awk -v cpus=$CPUS -v time=$uptime -v csv="$monitor/cur_freq.csv" '{split(FILENAME,N,"/");r[substr(N[6],4)]=$0/1000}END{R=r[0];for(i=1;i<cpus;i++)R=R","r[i];print time","R >>csv}' /sys/devices/system/cpu/cpu*/cpufreq/scaling_cur_freq
	#thermal_zone
	$bb awk -v time=$uptime -v TZs="$thermal_zones" -v csv="$monitor/thermal.csv" 'BEGIN{split(TZs,tmp," ")}{split(FILENAME,N,"/");r[N[6]]=$0}END{for(i in tmp){if(R=="")R=r[tmp[i]]+0;else R=R","r[tmp[i]]+0};print time","R >>csv}'  $thermal_path
	#windows.csv
	dumpsys input|$bb grep " name="|$bb awk -v OFS="," -v loop=$loop -v time=$uptime -v date="$date_time" -v csv="$monitor/windows.csv" '{if($1=="FocusedApplication:"){A=$6}else{W=substr($4,1,length($4)-3);if($9=="visible=true,"){D=substr($5,11,length($5)-11);if(D>0)D=1;for(i=11;i<=NF;i++){if(substr($i,1,5)=="flags")F=substr($i,7,length($i)-7);if(substr($i,1,4)=="type")T=substr($i,6,length($12)-6);if(substr($i,1,5)=="frame"){S=substr($i,7,length($i)-7);gsub("\]","",S);gsub("\\[",",",S)};if(substr($i,1,8)=="ownerPid")P=substr($i,10,length($i)-10);if(substr($i,1,8)=="ownerUid")U=substr($i,10,length($i)-10)};if($7=="hasFocus=true,"){if(match(W,"/")){split(W,A,"/");gsub(A[1],"",A[2]);A=A[1]"/"A[2]};print loop,time,date,D,W,A,F,T,P,U,"\""S"\"" >>csv}}}}'
	#btm.csv
	dumpsys power|$bb grep -E "mBatteryLevel=|mPlugType"|$bb awk -F "=" -v OFS="," -v time=$uptime -v csv="$monitor/btm.csv" '{if(NR==1)a=$2;else{print time,$2,a >>csv;exit}}'
	#others
	if [ $cpu_type -eq 0 ];then
		$bb awk -v time=$uptime -v csv="$monitor/others.csv" '{if(R=="")R=$0/1000000;else R=R","$0}END{print time","R >>csv}' /sys/class/kgsl/kgsl-3d0/devfreq/cur_freq /sys/class/power_supply/battery/current_now
	elif [ $cpu_type -eq 2 ];then
		$bb awk -v time=$uptime -v csv="$monitor/others.csv" '{print time","substr($1,3,length($1)-4)/1000000 >>csv}' /sys/devices/platform/ff9a0000.gpu/devfreq/ff9a0000.gpu/load
	fi
	#cpu
	getcpu $cpu_p
	getmem
	getvss
	if [ $5 -ge 1 ];then
		get_meminfo
	fi
	get_package $5 >>$monitor/meminfo.csv
	#stop
	loop=$((loop+1))
	if [ -f /data/local/tmp/stop ];then
		echo "Found stop file!!!"
		wait
		break
	elif [ `$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!!!"
		wait
		break
	fi
	if [ $4 -gt 0 ];then
		$bb sleep $4
	fi
done

#停止systrace
if [ `cat /sys/kernel/debug/tracing/tracing_on` -eq 1 ];then
  echo "finish: atrace gfx stop"
  atrace gfx --async_stop 1>/dev/null &
  $bb sleep 3
  kill $!
  # shellcheck disable=SC2105
  break
fi