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How to check number of threads running per processor in Linux machine?
08-27-2014
[root@sistem1lnx ~]# ./cpuinfo_unix_com
Script works within the -> bash <- SHELL [OK]
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Not Supported shells -> (ash,bsh,csh,tcsh..)
Not Tested shells -> (dash,mksh,psh,rc..)
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VIRTUAL PLATFORM DETECTED !!
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HOSTNAME --> sistem1lnx.testfo.com.tr
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WARNING(s):
LSHW NOT FOUND!!
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HT_SUPPORT: YES [ most likely !!! ] (in PHYSCIAL HOST )
HT status : IT is VM !! ( HT seems DISABLED via Operating System [but vm client already has virtual core(s)] )
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VM VIEW [ only ONLINE LOGICAL CPU(s) ]
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0.(physical cpu) --> 0.(logical cpu) --> 0,4 ( vcore )
0.(physical cpu) --> 1.(logical cpu) --> 1,5 ( vcore )
0.(physical cpu) --> 2.(logical cpu) --> 2,6 ( vcore )
0.(physical cpu) --> 3.(logical cpu) --> 3,7 ( vcore )
1.(physical cpu) --> 4.(logical cpu) --> 4,8 ( vcore )
1.(physical cpu) --> 5.(logical cpu) --> 1,5 ( vcore )
1.(physical cpu) --> 6.(logical cpu) --> 2,6 ( vcore )
1.(physical cpu) --> 7.(logical cpu) --> 3,7 ( vcore )
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HARDWARE && SYSTEM INFORMATIONS..........
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HARDWARE PLATFORM: Phoenix Technologies LTD VMware Virtual Platform 6.00
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TOTAL CPU SLOTS: 16 (PHYSICAL HOST)
CPU SOCKETS COUNT: ?
vCPU SOCKETS COUNT: 2
CORE SOCKETS PER CPU: Not Detected
VCORE_SOCKETS_PER_CPU: 4
THREAD PER CPU SOCKET: Not Detected
TOTAL THREADS (LOGICAL CPUs): [ Total Virtual Cores = 4 core(s) ] X [ 2 vCPU ] == 8 threads
CPU VENDOR: Intel
CPU Type: Intel(R) Xeon(R) CPU E5-2690 0 @ 2.90GHz
CPU Bit: 64 bit
Platform: x86_64
CPU Bit from Kernel CONF: 64 bit
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TOTAL MEMORY SOCKETS: 64
INSTALLED MEMORY DIMM(s): 1 X 4096 MB
EMPTY MEMORY SOCKETS: 63
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Operating System: Red Hat Enterprise Linux Server release 5.4 (Tikanga)
Kernel Version: Linux 2.6.18-164.el5 #1 SMP Tue Aug 18 15:51:48 EDT 2009
Kernel SMP Support: YES
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[root@sistem1lnx ~]## cat cpuinfo_unix_com #!/bin/bash # ygemici @unix.com ## Script Tested Systems ; Redhat 3-4-5,Fedora 6,15 ; OpenSuse 12,Centos 6,Ubuntu 10 ( !! on VIRTUAL PLATFORMS !! ) ## Script not tested Debian platforms!! ## REDHAT 5-6 && SMBIOS 2.7 && has newer bios systems shows the THREAD/CORE Counts via 'dmidecode' ## ## Script does not use 'lscpu' for that there is not in the system default installion but tries to the lshw for get the some informations ## Please feedback to me for wrong results or missing properties on the which you tested systems ## may we can achieve more accurate results to improve this script shellx=$(ps|grep $$|awk '{print $NF}') clear msg="Script has to execute with some bourne compatible shells ( bash,ksh,pdksh,zsh .. )" extt() { shl=$1 echo $shellx|awk '$1=="'$shl'"'|grep $shellx >/bin/null if [ $? -eq 0 ] ; then echo "$msg" ; exit fi } for i in ash bsh csh tcsh ; do extt $i; done cpuinf="/proc/cpuinfo" cpusys=xxscpusxx cpus=xxcpuxx cpuhtsys=xxcpuhtsxx cpuhts=xxcpuhtxx TMP=/tmp lc="wc -l" SETCOLOR_FAILURE="echo -e \\033[1;31m" SETCOLOR_RESET="echo -en \033[0m" SETCOLOR_SUCCESS="echo -e \\033[1;32m" SETCOLOR_WARNING="echo -e \\033[1;33m" SETCOLOR_WARNINGN="\\033[1;33m" SETCOLOR_PURPLE="echo -e \n\\033[0;35m" SETCOLOR_WRITE="echo -en \\033[1;41m" SETCOLOR_BOLDED="echo -en \033[1;40m" SETCOLOR_YELLOW="echo -e \033[0;40m" trap "echo -en '\033[0m'" SIGINT $SETCOLOR_FAILURE"\nScript works within the -> $shellx <- SHELL [OK] " $SETCOLOR_FAILURE"$(awk 'BEGIN{$70=OFS="=";print}')" $SETCOLOR_FAILURE"Not Supported shells -> (ash,bsh,csh,tcsh..)" $SETCOLOR_YELLOW"Not Tested shells -> (dash,mksh,psh,rc..)" $SETCOLOR_FAILURE"$(awk 'BEGIN{$70=OFS="=";print}')" sleep 1 $SETCOLOR_RESET TOTAL_CORE=$(grep "core id" $cpuinf|$lc) PER_CPU_CORE=$(awk '/core id/{a[$NF]++}END{for(i in a)print i}' $cpuinf|$lc) CPU_VENDOR=$(awk '/vendor/{a[$3]++}END{for(i in a)print i}' $cpuinf) CPU_COUNT=$(awk '/physical id/{a[$NF]}END{for(i in a)print i}' $cpuinf|$lc) MEMORY_MB=$(awk '/MemTotal:/{print $2/1024}' /proc/meminfo) CPU_FREQ=$(awk '/cpu MHz/{a[$NF]}END{for(i in a)print i}' $cpuinf) OS_BIT=$(uname -m);KERNEL_VERSION=$(uname -rsv) OS=$(awk '/Red Hat/||/SUSE/||/CentOS/||/Ubuntu/||/Debian/||/Fedora/{print}' /etc/issue|sed 's/\\[a-z]*//g') kernel_V=$(uname -vrs|awk '{sub(".[0-9]*-.*","",$2);print $2*10}') if [ $kernel_V -lt 25 ] ; then $SETCOLOR_FAILURE "--> System has old kernel !!" echo "Results may be inconsistent !!" $SETCOLOR_RESET fi vm=0 ##################### DMIDECODE ########################### DMIDECODE=$(which dmidecode 2>/dev/null) exs=$? if [ $exs -ne 0 ] ; then FLAGSTATUS=("${FLAGSTATUS[@]}\n""DMIDECODE NOT FOUND!!") DMIDECODE="DMIDECODE NOT found!!" $SETCOLOR_SUCCESS"'DMIDECODE' not found" $SETCOLOR_FAILURE"Trying to finding the 'LSHW'\n" $SETCOLOR_RESET else $DMIDECODE -t 4 2>/dev/null 1>&2 if [ $? -eq 0 ] ; then if [ $vm -eq 1 ] ; then TOTAL_THREADS=$($DMIDECODE -t 4|awk '/Status/{if($0~/Populated/)print}'|$lc) CPU_SOCKETS=$($DMIDECODE -t 4|grep "Processor Information"|$lc) else #TOTAL_THREADS=$($DMIDECODE |awk '/Status/{if($0~/Populated/)print}'|$lc) CPU_SOCKETS=$($DMIDECODE -t 4|grep "Processor Information"|$lc) CPU_COUNT=$($DMIDECODE -t 4|awk '/Status/{if($0~/Populated/)print}'|$lc) fi else CPU_SOCKETS=$($DMIDECODE |grep "Processor Information"|$lc) CPU_COUNT=$($DMIDECODE |awk '/Status/{if($0~/Populated/)print}'|$lc) fi $DMIDECODE -t 17 2>/dev/null 1>&2 if [ $? -eq 0 ] ; then MEMORY_ALL=$($DMIDECODE -t 17|awk '/^ *$/{x++};END{print x-1}') MEMORY_NONEMPTY=$($DMIDECODE -t 17|grep "Size:"|grep B|awk -F':' '{a[$NF]++}END{for(i in a)print a[i]" X" i}') NONEMPTYC=$(echo "$MEMORY_NONEMPTY"|sed 's/[^0-9][0-9]*//g') EMPTYC=$(awk -va="$MEMORY_ALL" -vb="$NONEMPTYC" 'BEGIN{print a-b}') else MEMORY_ALL=$($DMIDECODE|grep "DMI type 17"|$lc) MEMORY_NONEMPTY=$($DMIDECODE|awk -F':' '/DMI type 17/{w=1}/DMI type 19/{w=0}w{if($0~/Size/)a[$NF]++}END{for(i in a)if(i!~/No/)printf "%s%s%s%s",a[i]," X",i," + " ; print "END"}') NONEMPTYC=$(echo "$MEMORY_NONEMPTY"|sed 's/[^0-9][0-9]*//g') MEMORY_EMPTY=$($DMIDECODE|awk -F':' '/DMI type 17/{w=1}/DMI type 19/{w=0}w{if($0~/Size/)a[$NF]++}END{for(i in a)if(i~/No/)printf "%s%s%s",a[i]," X",i}') if [[ -z "$MEMORY_EMPTY" ]] ; then EMPTYC=0 ; else EMPTYC=$(echo "$MEMORY_EMPTY"|sed 's/[^0-9][0-9]*//g') ; fi fi ## hardware detect from dmidecode H_PLATFORM=$($DMIDECODE|awk -F':' '/Product Name: /{print $NF;exit}') H_PLATFORM2=$($DMIDECODE|awk -F':' '/Vendor: /{print $NF;exit}') H_PLATFORM3=$($DMIDECODE|awk -F':' '/Version: /{print $NF;exit}') H_PLATFORM=$H_PLATFORM2${H_PLATFORM}${H_PLATFORM3} echo "$H_PLATFORM"|grep "$H_PLATFORM2" >/dev/null if [ $? -eq 0 ] ; then H_PLATFORM2="" fi checksmb=$($DMIDECODE|awk '/SMBIOS/{if($2<=2.3)print "ok"}' ) if [ "$checksmb" = "ok" ] ;then FLAGSTATUS=("${FLAGSTATUS[@]}\n""SMBIOS version OLD!!") smbios='nok' else smbios='ok' fi if [ "$smbios" = "ok" ] ; then CPU_SOCKETS=$($DMIDECODE|grep "Processor Information"|$lc) fi fi ##################### LSHW ################################ LSHW=$(which lshw 2>/dev/null ) exl=$? if [ $exl -ne 0 ] ; then FLAGSTATUS=("${FLAGSTATUS[@]}\n""LSHW NOT FOUND!!") LSHW="LSHW NOT found!!" else #$SETCOLOR_SUCCESS"LSHW is [OK]" CPU_FREE_SLOTS=$($LSHW -C cpu|grep empty|$lc) CPU_SOCKETS=$($LSHW -C cpu|grep slot|$lc) CPU_COUNT=$(awk -va="$CPU_SOCKETS" -vb="$CPU_FREE_SLOTS" 'BEGIN{print a-b}') if [ $exs -ne 0 ] ; then MEMORY_ALL=$($LSHW -C memory|grep "description: DIMM"|$lc) MEMORY_NONEMPTY=$($LSHW -C memory|awk -F':' '/bank/{w=1}/cache/{w=0}w{if($0~/size/)a[$NF]++}END{for(i in a)print a[i]" X",i}') NONEMPTYC=$(echo "$MEMORY_NONEMPTY"|sed 's/[^0-9][0-9]*//g') EMPTYC=$(awk -va="$MEMORY_ALL" -vb="$NONEMPTYC" 'BEGIN{print a-b}') H_PLATFORM=$($LSHW|awk '/product/{$1=$NF="";print;exit}') H_PLATFORM2=$($LSHW|awk -F':' '/vendor: /{print $NF;exit}') H_PLATFORM3=$($LSHW|awk -F':' '/version: /{print $NF;exit}') fi fi ###################################################### detect_vm() { vm=1 if [ $TOTAL_CORE -eq 0 ] ; then VCORE=1 grep "physical id" $cpuinf >/dev/null if [ $? -eq 0 ] ; then TOTAL_CORE=$(awk '/physical id/{a++}END{print a}' $cpuinf) else TOTAL_CORE=$(awk '/processor/{a++}END{print a}' $cpuinf) fi else VCORE=X fi $SETCOLOR_FAILURE awk 'BEGIN{$70=OFS="=";print}' $SETCOLOR_BOLDED"VIRTUAL PLATFORM DETECTED !! " $SETCOLOR_FAILURE $SETCOLOR_RESET if [ $exs -eq 0 ] && [ -z "$CPU_SOCKETS" ] || [ "$CPU_SOCKETS" = 0 ] ; then CPU_SOCKETS=$($DMIDECODE -t 4|grep "Processor Information"|$lc) fi PER_CPU_CORE=$(find /sys/devices/system/cpu -name "core_id" -exec cat {} \; 2>/dev/null|awk '{a[$1]++}END{for(i in a)print i}'|$lc) if [ $PER_CPU_CORE -eq 0 ] ; then $SETCOLOR_FAILURE"NOT Detected the Virtual Sockets Information from sysfs !! (Probably System has an old kernel) " $SETCOLOR_SUCCESS"Virtual Socket(s) assuming equals to the Logical Core(s) " else V_CPU_COUNT=$(awk -va="$TOTAL_CORE" -vb="$PER_CPU_CORE" 'BEGIN{print a/b}') PERCPUPHYSCORE=$(awk -va="$TOTAL_CORE" -vb="$V_CPU_COUNT" 'BEGIN{print a/b}') V_TOTAL_CORES=$TOTAL_CORE #TOTAL_CORE=$(awk -va=$PERCPUPHYSCORE 'BEGIN{print a*2}') TOTALTHREAD="[ Total Virtual Sockets = "$V_TOTAL_CORES" threads ]" #TOTALPERCORE="$PER_CPU_CORE" fi V_CPU_SOCKETS=$(awk -va="$CPU_SOCKETS" -vb="$PERCPUPHYSCORE" 'BEGIN{print a/b}') } echo "$H_PLATFORM"|egrep 'VMware|Virtuozzo|QEMU|KVM|Virtual|Xen' >/dev/null if [ $? -eq 0 ] ; then detect_vm; fi if [ -z "$H_PLATFORM" ] ; then echo "$H_PLATFORM"|egrep 'VM|Virtual|HVM' >/dev/null if [ $? -eq 0 ] ; then detect_vm; else lspci 2>/dev/null|egrep 'VM|Virtual|HVM' >/dev/null if [ $? -eq 0 ] ; then detect_vm; else dmesg 2>/dev/null|egrep 'VMware|Virtuozzo|QEMU|KVM|Virtual|Xen' if [ $? -eq 0 ] ; then detect_vm; else egrep 'VMware|Virtuozzo|QEMU|KVM|Virtual|Xen' /proc/ide/hd*/model >/dev/null if [ $? -eq 0 ] ; then detect_vm; fi fi fi fi fi if [ $vm -eq 0 ] ; then $SETCOLOR_FAILURE"PHYSICAL PLATFORM DETECTED !!" fi ## for QUEMU #H_PLATFORMQEMU=$($DMIDECODE|awk -F':' '/Vendor: /{print $NF;exit}') #echo "$H_PLATFORMQEMU"|grep -q "QEMU" #if [ $? -eq 0 ] ; then #H_PLATFORM2=$($DMIDECODE|awk -F':' '/Manufacturer: /{print $NF;exit}') #fi ############################################################################################################ detect_ht_proc() { if [ -n "$PERCPUPHYSCORE" ] ; then HTONDTCT=$(awk '/siblings/{print $NF;exit}' $cpuinf) if [[ "$PERCPUPHYSCORE" -eq "$HTONDTCT" ]] ; then HTON="nok" else HTON="ok" fi else HTON="nok" fi if [ "$OS_BIT" != "ia64" ] ; then cpucores=$(awk '/cpu cores/{a[$0]=$NF}END{for(i in a)print a[i]}' $cpuinf) diffcpus=$(echo "$cpucores"|$lc) if [ "$diffcpus" -ne 1 ] ; then $SETCOLOR_WARNING"Maybe HOST has DIFFERENT CPU(S) ? " else siblings=$(awk '/siblings/{a[$0]=$NF}END{for(i in a)print a[i]}' $cpuinf) if [ -n "$cpu cores" ] && [ -n "$siblings" ] ; then if [ "$cpucores" -eq "$siblings" ] ; then HTON="nok" else HTON="ok" fi fi fi fi } #if [ "$OS_BIT" = "ia64" ] ; then if [ -z "$CPU_COUNT" ] ; then CPU_COUNT=$(awk '/^processor/{x++}END{print x}' $cpuinf) fi if [ -z "$PERCPUPHYSCORE" ] ; then PERCPUPHYSCORE=$(awk '/core id/{a[$NF]=$NF}END{for(i in a)x++;print x}' $cpuinf) if [ -z "$PERCPUPHYSCORE" ] ; then PERCPUPHYSCORE=$(awk '/cpu cores/{print $NF; exit}' $cpuinf) fi fi if [ -z "$PERCPUPHYSCORE" ] ; then PERCPUPHYSCORE=1 fi if [ -z "$TOTAL_CORE" ] ; then THREADPERCPU=1 TOTAL_CORE=(awk -v a="$PERCPUPHYSCORE" -v b="$CPU_COUNT" 'BEGIN{print a*b}') else THREADPERCPU=$(awk '/^siblings/{print $NF;exit}' $cpuinf) fi if [ -z "$THREADPERCPU" ] ; then THREADPERCPU=1 fi if [ "$PERCPUPHYSCORE" -eq "$THREADPERCPU" ] ; then HTON=nok if [ $vm -eq 1 ] ; then HTON=nok_VM fi else HTON=ok fi if [ -z "$HTON" ] ; then grep siblings $cpuinf > /dev/null if [ $? -eq 0 ] ; then detect_ht_proc else if [ -f /sys/devices/system/cpu/cpu0/topology/thread_siblings ] ; then grep ',' /sys/devices/system/cpu/cpu0/topology/thread_siblings >/dev/null if [ $? -eq 0 ] ; then grep ',00000001$' /sys/devices/system/cpu/cpu0/topology/thread_siblings >/dev/null if [ $? -ne 0 ] ; then HTON="ok" else HTON="nok" fi elif [ -f /sys/devices/system/cpu/cpu0/topology/thread_siblings_list ] ; then grep '-' /sys/devices/system/cpu/cpu0/topology/thread_siblings_list >/dev/null if [ $? -eq 0 ] ; then HTON="ok" not=0 else not=1 fi if [ $not -eq 1 ] ; then grep ',' /sys/devices/system/cpu/cpu0/topology/thread_siblings_list >/dev/null if [ $? -eq 0 ] ; then HTON="ok" else HTON="nok" fi fi fi fi fi fi REDH_RELEASE=$(sed -n '/Red Hat/s/.*release \([0-9]\.*[0-9]*\) .*/\1/p' /etc/redhat-release 2>/dev/null) if [ -z "$REDH_RELEASE" ] ; then $SETCOLOR_FAILURE"System is NOT like seem 'REDHAT variants'" REDHAT="not" else REDHAT=$(echo|awk -va="$REDH_RELEASE" '{if(a>=3)print "ok"}') if [ "$REDHAT" != "ok" ] ; then HTON="notdetect" fi;fi if [ -z "$HTON" ] ; then HTON="notdetect" fi if [ $exs -ne 0 ] && [ $exl -ne 0 ] ; then H_PLATFORM=$(lspci -vv 2>/dev/null|awk -F':' '/Subsystem/{print $2;exit}') if [[ -z "H_PLATFORM" ]] ; then $SETCOLOR_SUCCESS"lspci is NOT installed" H_PLATFORM=$(awk -F'=' '/Manufacturer/{if($2!~/Linux/){print $2;exit}}' /proc/bus/usb/devices) if [[ -z "H_PLATFORM" ]] ; then $SETCOLOR_FAILURE"HARDWARE PLATFORM NOT DETECTED !!" fi fi awk 'BEGIN{$70=OFS="=";print}' $SETCOLOR_FAILURE"\nCPU INFORMATION could NOT detected from DMIDECODE and from LSHW !!" $SETCOLOR_FAILURE"RAM INFORMATION could NOT detected from DMIDECODE and from LSHW !!" CPU_COUNT=$(awk '/physical id/{a[$NF]++}END{for(i in a)print i}' $cpuinf|$lc) if [ $CPU_COUNT -eq 0 ] ; then CPU_COUNT=1 fi PERCPUPHYSCORE=$(awk '/core id/{a[$NF]++}END{for(i in a)print i}' $cpuinf|$lc) if [ -z "$PERCPUPHYSCORE" ] ; then PERCPUPHYSCORE=1 fi if [ $vm -ne 1 ] ; then if [ "$HTON" = "notdetect" ] ; then detect_ht_proc;fi if [ "$HTON" = "ok" ] ; then TOTAL_CORE=$(awk -va="$PERCPUPHYSCORE" -vb="$CPU_COUNT" 'BEGIN{print a*b*2}') PERCPUPHYSCORE="$TOTALHPHYSCORE";TOTALPHYSCORE="$TOTALVIRTCORE" TOTALTHREAD="[ Total Physical Cores = "$TOTALPHYSCORE" ] + [ Total HT Cores = "$TOTALVIRTCORE" ] == $TOTAL_CORE threads" else TOTAL_CORE=$(awk -va="$PERCPUPHYSCORE" -vb="$CPU_COUNT" 'BEGIN{print a*b}') TOTALHPHYSCORE=$PERCPUPHYSCORE TOTALTHREAD="[ Total Physical Cores = "$TOTALHPHYSCORE" ] == $TOTAL_CORE threads" fi fi fi if [ $vm -eq 1 ] ; then if [ $VCORE = 1 ] ; then PERVCPUPHYSCORE=1 else PERVCPUPHYSCORE=$(awk '/core id/{a[$NF]=$NF}END{for(i in a)x++;print x}' $cpuinf) fi PERVIRTCORE=$PERVCPUPHYSCORE TOTALVIRTCORE=$PERVCPUPHYSCORE # TOTALPERVCORE=$TOTALVIRTCORE TOTALTHREAD="[ Total Virtual Cores = "$PERVCPUPHYSCORE" core(s) ] X [ "$V_CPU_COUNT" vCPU ] == $TOTAL_CORE threads" # TOTALPERVCORE="[ Virtual Cores = $PERVCPUPHYSCORE ] + [ HT Cores = $PERVIRTCORE ] == $PERCPUALLCORE threads" fi #################################################################################### if [ -z "$CPU_SOCKETS" ] || [ "$CPU_SOCKETS" -eq 0 ] ; then CPU_SOCKETS="Unable to Getting the CPU Slots Information !!" fi cvrt() { for i in PERCPUPHYSCORE PERVCPUPHYSCORE H_PLATFORM TOTALTHREAD TOTALPERCORE MEMORY_ALL MEMORY_NONEMPTY EMPTYC CPU_SOCKETS CPU_COUNT V_CPU_COUNT do if [[ -z "$(eval echo "\$$i")" ]] ; then eval $i='?' fi done } if [ $vm -eq 1 ] ; then CPU_SOCKETS=$(echo "$V_CPU_SOCKETS (PHYSICAL HOST)" ) CPU_COUNT="" fi #if [ -z "$CPU_COUNT" ] ; then #CPU_COUNT=1 #CPU_COUNT="Unable to Getting the CPU Sockets Count Information !!" #fi cvrt; uname -v|grep SMP >/dev/null if [ $? -eq 0 ] ; then SMP_OK="YES" else SMP_OK="NO" fi grep flags $cpuinf >/dev/null if [ $? -eq 0 ] ; then grep flags $cpuinf |grep lm >/dev/null if [ $? -eq 0 ] ; then CPU_BIT="64 bit" else grep flags $cpuinf |grep tm >/dev/null if [ $? -eq 0 ] ; then CPU_BIT="32 bit" fi fi if [ -z "$CPU_BIT" ] ; then grep flags $cpuinf |grep rm >/dev/null if [ $? -eq 0 ] ; then CPU_BIT="16 bit" fi fi grep flags $cpuinf|grep ht >/dev/null if [ $? -eq 0 ] ; then HT_SUPP="YES" if [ $vm -eq 1 ] ; then HT_SUPP="YES [ most likely !!! ] (in PHYSCIAL HOST )" fi else HT_SUPP="NO" if [ $vm -eq 1 ] ; then HT_SUPP="NO [ most likely !!! ] (in PHYSCIAL HOST )" fi fi else FLAGSTATUS=("${FLAGSTATUS[@]}\n""CPU FLAGS NOT FOUND FROM PROCFS!!") HT_SUPP="UNKNOWN" fi ## IA-32 && other Itanium Models ignored now if [ "$CPU_VENDOR" = "GenuineIntel" ] ; then CPU_VENDOR="Intel" CPU_TYPE=$(awk -F":" '/model name/{print $2;exit}' $cpuinf|sed 's/^ *//'|sed 's/ * / /g') IS_ARCH_IA64=$(grep "arch " $cpuinf|awk '{print $NF;exit}') if [ "$IS_ARCH_IA64" = "IA-64" ] ; then CPU_BIT="64 bit(Itanium)" CPU_TYPE=$(awk -F':' '$0~/vendor|family|arch /{a[$0]=$NF}/cpu MHz/{gsub("\\.[0-9]*","");a[$0]=" @ " $NF/1000 "GHz"} END{for(i in a)print a[i]}' $cpuinf ORS=""|sed 's/^ *//' ) fi elif [ "$CPU_VENDOR" = "AuthenticAMD" ] ; then CPU_VENDOR="AMD" CPU_TYPE=$(awk '/model name/{print $4 " " $5 " " $7;exit}' $cpuinf|sed 's/^ *//g') fi $SETCOLOR_FAILURE awk 'BEGIN{$70=OFS="=";print}' $SETCOLOR_RESET $SETCOLOR_BOLDED"\nHOSTNAME --> $(hostname)" $SETCOLOR_FAILURE awk 'BEGIN{$70=OFS="=";print}' sleep 1 $SETCOLOR_RESET $SETCOLOR_WARNING "\nWARNING(s): " $SETCOLOR_RESET FLAGSTATUS=$(echo -e "${FLAGSTATUS[@]}"|sed -n '/^ *$/!p') $SETCOLOR_FAILURE"${FLAGSTATUS[@]}" which getconf 2>/dev/null 1>&2 if [ $? -eq 0 ] ; then getconf -a 2>/dev/null 1>&2 if [ $? -eq 0 ] ; then TOTAL_CORE=$(getconf -a|grep '_NPROCESSORS_ONLN'|awk '{print $2}') else TOTAL_CORE=$(getconf '_NPROCESSORS_ONLN' 2>/dev/null) if [ $? -ne 0 ] ; then TOTAL_CORE=0 fi fi else $SETCOLOR_FAILURE"'getconf' NOT found !!" fi awk 'BEGIN{$70=OFS="=";print}' $SETCOLOR_RESET $SETCOLOR_BOLDED"\nHT_SUPPORT: " $SETCOLOR_RESET $SETCOLOR_FAILURE"$HT_SUPP" echo "$CPU_COUNT"|grep "Unable" > /dev/null cpuex=$? if [ $TOTAL_CORE -ne 0 ] && [ $cpuex -ne 0 ] ; then if [ $vm -ne 1 ] ; then PERCPUALLCORE=$(awk -va="$TOTAL_CORE" -vb="$CPU_COUNT" 'BEGIN{print a/b}') else PERCPUALLCORE="Not Detected" fi fi if [ -z "$PERCPUALLCORE" ] ; then PERCPUALLCORE=1 fi if [ -z "$CPU_COUNT" ] ; then echo hoo exit CPU_COUNT=1 fi no_disabled() { echo "$PERCPUALLCORE"|grep "Not" > /dev/null perex=$? if [ $perex -eq 0 ] ; then PERCPUPHYSCORE="Not Detected" TOTALPERCORE="Not Detected" else PERCPUPHYSCORE=$PERCPUALLCORE TOTALTHREAD="[ Total Physical Cores = $TOTAL_CORE threads ]" TOTALPERCORE="[ Physical Cores = $PERCPUALLCORE threads ]" fi } yes_enabled() { PERCPUPHYSCORE=$(echo|awk -va="$PERCPUALLCORE" '{print a/2}') PERVIRTCORE=$PERCPUPHYSCORE TOTALHPHYSCORE=$(echo|awk -va="$PERCPUPHYSCORE" -vb="$CPU_COUNT" '{print a*b}') TOTALPERCORE="[ Physical Cores = $PERCPUPHYSCORE ] + [ HT Cores = $PERVIRTCORE ] == $PERCPUALLCORE threads" TOTALVIRTCORE=$TOTALHPHYSCORE $SETCOLOR_RESET TOTALTHREAD="[ Total Physical Cores = $TOTALHPHYSCORE ] + [ Total HT Cores = $TOTALVIRTCORE ] == $TOTAL_CORE threads" } if [ "$HTON" = "ok" ] ; then $SETCOLOR_SUCCESS"HT status :$SETCOLOR_WARNINGN ENABLED" $SETCOLOR_RESET yes_enabled; fi if [ "$HTON" = "nok" ] ; then $SETCOLOR_SUCCESS"HT status : DISABLED !!" $SETCOLOR_RESET no_disabled; fi if [ "$HTON" = "nok_VM" ] ; then $SETCOLOR_SUCCESS"HT status : IT is VM !! ( HT seems DISABLED via Operating System [but vm client already has virtual core(s)] )" $SETCOLOR_RESET no_disabled; fi if [ $vm -eq 1 ] && [ "$HTON" = "ok" ] ; then $SETCOLOR_SUCCESS"HT status : IT is VM !! ( HT seems ENABLED via Operating System [vm client has not virtual core(s)] )" $SETCOLOR_RESET yes_disabled; fi if [ "$HT_SUPP" != "YES" ] ; then if [ "$HTON" = "ok" ] || [ "$HTON" = "ok_VM" ] ; then $SETCOLOR_SUCCESS"HT_SUPPORT DETECTS "$HT_SUPP" status VIA CPUFS(HOST), but your machine has HT seems ENABLED!!!" fi fi if [ "$HT_SUPP" = "UNKNOWN" ] ; then if [ "$SMP_OK" = "NO" ] ; then $SETCOLOR_SUCCESS"If you sure that the CPU has HT support,then you must use SMP kernel !!" $SETCOLOR_RESET no_disabled; else $SETCOLOR_SUCCESS"HT flags not detected from PROCFS !!" $SETCOLOR_RESET # for ITANIUMs needs a different solution. I must works on this but time ! fi fi if [ "$HT_SUPP" = "YES" ] ; then if [ "$HTON" = "notdetect" ] ; then $SETCOLOR_SUCCESS"HT couldnot detected !!" $SETCOLOR_FAILURE"Trying to detect CPU infos from procfs (Maybe Faulty Results !!)" detect_ht_proc; if [ "$HTON" = "ok" ] ; then $SETCOLOR_FAILURE"HT is detected as -> [ON] " $SETCOLOR_SUCCESS elif [ "$HTON" = "nok" ] ; then $SETCOLOR_FAILURE"HT is detected as -> [ON] " fi read -p "HT is really enable on the BIOS (y/n) ? " c if [ "$c" = "y" ] ; then echo "ASSUMING 'HT is [ON]' " $SETCOLOR_RESET yes_enabled; else echo "ASSUMING 'HT is [OFF]' " no_disabled; fi fi fi if [ "$HT_SUPP" = "NO" ] ; then $SETCOLOR_SUCCESS"No HT Support !!" $SETCOLOR_RESET no_disabled; fi red() { $SETCOLOR_FAILURE"$@" $SETCOLOR_RESET } bolded() { $SETCOLOR_RESET $SETCOLOR_BOLDED"$1: " } # $SETCOLOR_WARNING"\nCPUID:COREID(s) VIEW FROM PROCFS " # Cancelled via PROCFS VIEW ht_menu_prep() { if [ $vm -eq 1 ] ; then view="VM VIEW" core_thread="vcore" else view="HT VIEW" core_thread="ht" fi } ht_cal() { ht_menu_prep if [ $vm -eq 1 ] ; then physicalcount="$V_CPU_COUNT" allcorecount="$V_TOTAL_CORES" else physicalcount="$CPU_COUNT" allcorecount="$TOTAL_CORE" fi htcorecount=$(awk -va="$physicalcount" -vb="$allcorecount" 'BEGIN{print b/a}') #awk '/processor/{a[x++]=$NF}END{for(i=0;i<x;i++)printf "%s ",a[i]}' $cpuinf awk '/physical id/{print $NF".("$1 " cpu) --> "}' $cpuinf > ${TMP}/$cpus for i in $(awk '/processor/{a[x++]=$NF}END{for(i=0;i<x;i++)printf "%s ",a[i]}' $cpuinf); do if [ $i -gt "$htcorecount" ] ; then echo "$i.(logical cpu) --> $(awk -va=$i -vb=$htcorecount 'BEGIN{print a-b}'),$i ( $core_thread ) " elif [ $i -eq $htcorecount ] ; then echo "$i.(logical cpu) --> $i,$(awk -va=$i -vb=$htcorecount 'BEGIN{print a+b}') ( $core_thread ) " elif [ $i -lt $htcorecount ] ; then echo "$i.(logical cpu) --> $i,$(awk -va=$i -vb=$htcorecount 'BEGIN{print a+b}') ( $core_thread ) " fi done > ${TMP}/$cpuhts $SETCOLOR_FAILURE"$(awk 'BEGIN{$70=OFS="=";print}')" $SETCOLOR_PURPLE"$view" $SETCOLOR_WARNINGN "[ only ONLINE LOGICAL CPU(s) ]" $SETCOLOR_FAILURE"$(awk 'BEGIN{$70=OFS="=";print}')" awk 'NR==FNR{a[x++]=$0;next}{print a[i++],$0}' ${TMP}/$cpus ${TMP}/$cpuhts } if [ "$HTON" = "ok" ] || [ "$HTON" = "nok_VM" ] ; then if [ -d "/sys/devices/system/cpu" ] ; then grep 0 /sys/devices/system/cpu/cpu*/online >/dev/null 2>&1 if [ $? -eq 0 ] ; then $SETCOLOR_YELLOW"[ some logical cpu(s) is offline!! ]" $SETCOLOR_FAILURE"[ check the system -> '/sys/devices/system/cpu/cpuX/online ' ]" fi find "/sys/devices/system/cpu" -name "thread_siblings_list" |xargs grep "" >/dev/null if [ $? -eq 0 ] ; then ht_menu_prep for i in $(find "/sys/devices/system/cpu" -name "thread_siblings_list"); do echo "$i"|sed 's/[^0-9]*//g';cat $i; done|sed 'N;s/\(.*\)\n\(.*\)/\1.(logical cpu) --> \2 ( '${core_thread}' ) /' >${TMP}/$cpuhtsys for i in $(find "/sys/devices/system/cpu" -name "physical_package_id"); do echo "$i"|sed 's/[^0-9]*//g';cat $i; done|sed 'N;s/\(.*\)\n\(.*\)/\1.(logical cpu) --> \2.(physical cpu) /' >${TMP}/$cpusys $SETCOLOR_FAILURE"$(awk 'BEGIN{$70=OFS="=";print}')" $SETCOLOR_PURPLE "$view" $SETCOLOR_FAILURE"$(awk 'BEGIN{$70=OFS="=";print}')" awk -F'-->' 'NR==FNR{a[$1]=$2;next}{if($1 in a)print a[$1] FS" " $0}' ${TMP}/$cpusys ${TMP}/$cpuhtsys else find "/sys/devices/system/cpu" -name "thread_siblings" |xargs grep "" >/dev/null if [ $? -ne 0 ] ; then $SETCOLOR_FAILURE"$(awk 'BEGIN{$70=OFS="=";print}')" $SETCOLOR_PURPLE"HYPERTHREAD IS ENABLED ON HOST BUT HT INFO NOT DETECTED FROM SYSFS ("${OS_BIT}") !!\n" $SETCOLOR_WARNING"Script is manuelly calculating the HT threads over the PROCFS" ht_cal else ht_cal fi fi else $SETCOLOR_WARNING"There is a problem while reading the SYSFS" fi fi $SETCOLOR_FAILURE"$(awk 'BEGIN{$70=OFS="=";print}')" $SETCOLOR_FAILURE"$(awk 'BEGIN{$70=OFS="=";print}')" $SETCOLOR_PURPLE "HARDWARE && SYSTEM INFORMATIONS.........." ###################################################################################### $SETCOLOR_FAILURE"$(awk 'BEGIN{$70=OFS="=";print}')" bolded "HARDWARE PLATFORM" ; red "$H_PLATFORM" $SETCOLOR_FAILURE"$(awk 'BEGIN{$70=OFS="=";print}')" bolded "TOTAL CPU SLOTS" ; red "$CPU_SOCKETS" bolded "CPU SOCKETS COUNT"; red "$CPU_COUNT" bolded "vCPU SOCKETS COUNT"; red "$V_CPU_COUNT" bolded "CORE SOCKETS PER CPU" ; red "$PERCPUPHYSCORE" bolded "VCORE_SOCKETS_PER_CPU" ; red "$PERVCPUPHYSCORE" bolded "THREAD PER CPU SOCKET" ; red "$TOTALPERCORE" bolded "TOTAL THREADS (LOGICAL CPUs)" ; red "$TOTALTHREAD" # bolded "THREAD PER VCPU SOCKET" ; red "$TOTALPERVCORE" bolded "CPU VENDOR" ; red "$CPU_VENDOR" bolded "CPU Type" ; red "$CPU_TYPE" bolded "CPU Bit" ; red "$CPU_BIT" bolded "Platform" ; red "$OS_BIT" bolded "CPU Bit from Kernel CONF" ; red "$(getconf LONG_BIT ) bit" $SETCOLOR_FAILURE"$(awk 'BEGIN{$70=OFS="=";print}')" bolded "TOTAL MEMORY SOCKETS" ; red "$MEMORY_ALL" bolded "INSTALLED MEMORY DIMM(s)" ; red "$MEMORY_NONEMPTY" bolded "EMPTY MEMORY SOCKETS" ; red "$EMPTYC" $SETCOLOR_FAILURE"$(awk 'BEGIN{$70=OFS="=";print}')" bolded "Operating System" ; red "$OS" bolded "Kernel Version" ; red "$KERNEL_VERSION" bolded "Kernel SMP Support" ; red "$SMP_OK" $SETCOLOR_FAILURE"$(awk 'BEGIN{$70=OFS="=";print}')" echo;$SETCOLOR_RESET ########################################################################################
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