Completing script

I have completed this well working script with other scripts and some test usefull for us:

Check volume : http://localhost/directory/Plugins/Operating-Systems/%2A-Virtual-Environments/VMWare/Check_3par_volume/details

check power supply node and check power supply cage

and check SSD found upper

#!/bin/bash -x

# 3PAR Nagios check script v0.3
# Last update 2010/05/14 [email protected]
# Last update 2011/03/03 [email protected]
# Last update 2016/12/16 [email protected]
#
# This script is provided “as is” without warranty of any kind and 3PAR specifically disclaims all implied warranties of merchantability,
# non-infringement and fitness for a particular purpose. In no event shall 3PAR have any liability arising out of or related to
# customer’s ‘use of the script including lost data, lost profits, or any direct or indirect, incidental, special, or
# consequential damages arising there from.
# In addition, 3PAR reserves the right not to perform fixes or updates to this script
#
#
# Usage : check_3par InServ Username Command
#
# Supported commands
# check_pd : Check status of physical disks
# Degraded -> Warning
# Failed -> Critical
#
# check_node : Check status of controller nodes
# Degraded -> Warning
# Failed -> Critical
#
# check_ld : Check status of logical disks
# Degraded -> Warning
# Failed -> Critical
#
# check_vv : Check status of virtual volumes
# Degraded -> Warning
# Failed -> Critical
#
# check_port_fc : Check status of virtual volumes
# loss_sync -> Warning
# config_wait -> Warning
# login_wait -> Warning
# non_participate -> Warning
# error -> Critical
#
# check_cap_fc : Check used FC capacity
# >= $PCWARNINGFC -> Warning
# >= $PCCRITICALFC -> Critical
#
# check_cap_nl : Check used NL capacity
# >= $PCWARNINGNL -> Warning
# >= $PCCRITICALNL -> Critical
#
# check_cap_ssd : Check used SSD capacity
# >= $PCWARNINGSSD -> Warning
# >= $PCCRITICALSSD -> Critical
#
# check_ps : Check Power Supply Node
# Degraded -> Warning
# Failed -> Critical
#
# check_ps_cage : Check Power Supply Cage
# Degraded -> Warning
# Failed -> Critical
#
## check_volume : Check cpacity volume
# >= WARNING -> Warning
# >= CRITICAL -> Critical
#
#

if [ “$1” == “” ] || [ $2 == “” ] || [ $3 == “” ]
then
echo Invalid usage : check_3par InServ Username/passwordfile Command
exit 3
fi

INSERV=$1
USERNAME=$2
COMMAND=$3
VMFS=$4
TMPDIR=/tmp
PCCRITICALFC=90
PCWARNINGFC=80
PCCRITICALNL=95
PCWARNINGNL=90
PCWARNINGSSD=90
PCCRITICALSSD=95
CRITICAL=90
WARNING=80

# To connect using the 3PAR CLI, uncomment the following line
#CONNECTCOMMAND=”/opt/3PAR/inform_cli_2.3.1/bin/cli -sys $INSERV -pwf $USERNAME”
# Note : connecting using the CLI requires creating password files (.pwf)

# To connect using SSH. uncomment the following line
CONNECTCOMMAND=”ssh $USERNAME@$INSERV”
# Note : connecting using SSH requires setting public key authentication

#echo $INSERV $USERNAME $COMMAND >> $TMPDIR/3par_check_log.out

if [ $COMMAND == “check_pd” ]

then
$CONNECTCOMMAND showpd -showcols Id,State -nohdtot > $TMPDIR/3par_$COMMAND.$INSERV.out 2>>$TMPDIR/log.out
if [ $? -gt 0 ]
then
echo Could not connect to InServ $INSERV
exit 3
fi

if [ `grep -c failed $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ]
then
echo CRITICAL! The following PDs have abnormal status : `grep -v normal $TMPDIR/3par_$COMMAND.$INSERV.out | tr -d ‘n’`
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 2
else
if [ `grep -c degraded $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ]
then
echo WARNING! The following PDs have abnormal status : `grep -v normal $TMPDIR/3par_$COMMAND.$INSERV.out | tr -d ‘n’`
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 1
else
echo OK : All PDs have normal status

rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 0
fi
fi
fi

if [ $COMMAND == “check_node” ]
then
$CONNECTCOMMAND shownode -s -nohdtot > $TMPDIR/3par_$COMMAND.$INSERV.out
if [ $? -gt 0 ]
then
echo Could not connect to InServ $INSERV
exit 3
fi

if [ `grep -c -i failed $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ]
then
echo CRITICAL! The following nodes have abnormal status : `grep -i failed $TMPDIR/3par_$COMMAND.$INSERV.out | tr -s ” ” | tr -d ‘n’`
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 2
else
if [ `grep -c -i degraded $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ]
then
echo WARNING! The following nodes have abnormal status : `grep -i degraded $TMPDIR/3par_$COMMAND.$INSERV.out | tr -s ” ” | tr -d ‘n’`
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 1
else
echo OK : All nodes have normal status
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 0
fi
fi
fi

if [ $COMMAND == “check_ps” ]
then
$CONNECTCOMMAND shownode -ps -nohdtot > $TMPDIR/3par_$COMMAND.$INSERV.out
if [ $? -gt 0 ]
then
echo Could not connect to InServ $INSERV
RC=3
fi

if [ `grep -c -i failed $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ]
then
echo CRITICAL! The following Node Power Supply have abnormal status : `grep -i failed $TMPDIR/3par_$COMMAND.$INSERV.out | tr -s ” ” | tr -d ‘n’`
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
RC=2
else
if [ `grep -c -i degraded $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ]
then
echo WARNING! The following Node Power Supply have abnormal status : `grep -i degraded $TMPDIR/3par_$COMMAND.$INSERV.out | tr -s ” ” | tr -d ‘n’`
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
RC=1
else
echo OK : All Power Supply have normal status
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
RC=0
fi
fi
fi

if [ $COMMAND == “check_ps_cage” ]
then
$CONNECTCOMMAND showcage -d > $TMPDIR/3par_$COMMAND.$INSERV.out
if [ $? -gt 0 ]
then
echo Could not connect to InServ $INSERV
RC=3
fi

if [ `awk ‘{ if ($0 ~ “——Cage”) cage=$5; if ($0 ~ “Failed”) print cage” “$0}’ $TMPDIR/3par_$COMMAND.$INSERV.out|wc -l` -gt 0 ]
then
echo CRITICAL! The following cages have abnormal status : `awk ‘{ if ($0 ~ “——Cage”) cage=$5; if ($0 ~ “Failed”) print cage” “$0}’ $TMPDIR/3par_$COMMAND.$INSERV.out | tr -s ” ” | tr -d ‘n’`
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
RC=2
else
if [ `awk ‘{ if ($0 ~ “——Cage”) cage=$5; if ($0 ~ “Degraded”) print cage” “$0}’ $TMPDIR/3par_$COMMAND.$INSERV.out|wc -l` -gt 0 ]
then
echo WARNING! The following cages have abnormal status : `awk ‘{ if ($0 ~ “——Cage”) cage=$5; if ($0 ~ “Degraded”) print cage” “$0}’ $TMPDIR/3par_$COMMAND.$INSERV.out | tr -s ” ” | tr -d ‘n’`
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
RC=1
else
echo OK : All cages have normal status
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
RC=0
fi
fi
fi

if [ $COMMAND == “check_vv” ]
then
$CONNECTCOMMAND showvv -showcols Name,State -notree -nohdtot > $TMPDIR/3par_$COMMAND.$INSERV.out
if [ $? -gt 0 ]
then
echo Could not connect to InServ $INSERV
exit 3
fi

if [ `grep -c -i failed $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ]
then
echo CRITICAL! There are failed VVs. Contact 3PAR support
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 2
else
if [ `grep -c -i degraded $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ]
then
echo WARNING! There are degraded VVs. Contact 3PAR support
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 1
else
echo OK : All VVs are normal
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 0
fi
fi
fi

if [ $COMMAND == “check_ld” ]
then
$CONNECTCOMMAND showld -state -nohdtot > $TMPDIR/3par_$COMMAND.$INSERV.out
if [ $? -gt 0 ]
then
echo Could not connect to InServ $INSERV
exit 3
fi

if [ `grep -c -i failed $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ]
then
echo CRITICAL! There are failed LDs. Contact 3PAR support
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 2
else
if [ `grep -c -i degraded $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ]
then
echo WARNING! There are degraded LDs. Contact 3PAR support
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 1
else
echo OK : All LDs have normal status
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 0
fi
fi
fi

if [ $COMMAND == “check_port_fc” ]
then
$CONNECTCOMMAND showport -nohdtot > $TMPDIR/3par_$COMMAND.$INSERV.out1
if [ $? -gt 0 ]
then
echo Could not connect to InServ $INSERV
exit 3
fi
grep -v -i iscsi $TMPDIR/3par_$COMMAND.$INSERV.out1 | grep -v -i rcip > $TMPDIR/3par_$COMMAND.$INSERV.out
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out1

if [ `grep -c -i error $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ]
then
echo CRITICAL! Some ports are in the error state
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 2
else
if [ `grep -c -i loss_sync $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ] || [ `grep -c -i config_wait $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ] || [ `grep -c -i login_wait $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ] || [ `grep -c -i non_participate $TMPDIR/3par_$COMMAND.$INSERV.out` -gt 0 ]
then
echo WARNING! Some ports are in an abnormal state (loss_sync, config_wait, login_wait or non_participate)
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 1
else
echo OK : All FC ports have normal status (ready or offline)
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 0
fi
fi
fi

if [ $COMMAND == “check_cap_fc” ]
then
$CONNECTCOMMAND showpd -p -devtype FC -showcols Size_MB,Free_MB -csvtable > $TMPDIR/3par_$COMMAND.$INSERV.out
if [ $? -gt 0 ]
then
echo Could not connect to InServ $INSERV
exit 3
fi

if [ `tail -1 $TMPDIR/3par_$COMMAND.$INSERV.out` = “No PDs listed” ]
then
echo No FC disks
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 0
fi

TOTCAPFC=`cat ${TMPDIR}/3par_${COMMAND}.${INSERV}.out | tail -1 | cut -d, -f1`
FREECAPFC=`cat ${TMPDIR}/3par_${COMMAND}.${INSERV}.out | tail -1 | cut -d, -f2`
USEDCAPPCFC=`expr 100 – ( ( $FREECAPFC * 100 ) / $TOTCAPFC )`

if [ $USEDCAPPCFC -ge $PCCRITICALFC ]
then
echo CRITICAL! Used FC capacity = $USEDCAPPCFC% ( > $PCCRITICALFC% )
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 2
else
if [ $USEDCAPPCFC -ge $PCWARNINGFC ]
then
echo WARNING! Used FC capacity = $USEDCAPPCFC% ( > $PCWARNINGFC% )
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 1
else

echo OK : Used FC capacity = $USEDCAPPCFC%
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 0
fi
fi
fi

if [ $COMMAND == “check_cap_nl” ]
then
$CONNECTCOMMAND showpd -p -devtype NL -showcols Size_MB,Free_MB -csvtable > $TMPDIR/3par_$COMMAND.$INSERV.out
if [ $? -gt 0 ]
then
echo Could not connect to InServ $INSERV
exit 3
fi

if [ `tail -1 $TMPDIR/3par_$COMMAND.$INSERV.out` = “No PDs listed” ]
then
echo No NL disks
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 0
fi

TOTCAPNL=`cat ${TMPDIR}/3par_${COMMAND}.${INSERV}.out | tail -1 | cut -d, -f1`
FREECAPNL=`cat ${TMPDIR}/3par_${COMMAND}.${INSERV}.out | tail -1 | cut -d, -f2`
USEDCAPPCNL=`expr 100 – ( ( $FREECAPNL * 100 ) / $TOTCAPNL )`

if [ $USEDCAPPCNL -ge $PCCRITICALNL ]
then
echo CRITICAL! Used NL capacity = $USEDCAPPCNL% ( > $PCCRITICALNL% )
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 2
else
if [ $USEDCAPPCNL -ge $PCWARNINGNL ]
then
echo WARNING! Used NL capacity = $USEDCAPPCNL% ( > $PCWARNINGNL% )
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 1
else
echo OK : Used NL capacity = $USEDCAPPCNL%
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 0
fi
fi
fi

##Implementation for SSD Disks

if [ $COMMAND == “check_cap_ssd” ]
then
$CONNECTCOMMAND showpd -p -devtype SSD -showcols Size_MB,Free_MB -csvtable > $TMPDIR/3par_$COMMAND.$INSERV.out
if [ $? -gt 0 ]
then
echo Could not connect to InServ $INSERV
exit 3
fi

if [ `tail -1 $TMPDIR/3par_$COMMAND.$INSERV.out` = “No PDs listed” ]
then
echo No SSD disks
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 0
fi

TOTCAPSSD=`cat ${TMPDIR}/3par_${COMMAND}.${INSERV}.out | tail -1 | cut -d, -f1`
FREECAPSSD=`cat ${TMPDIR}/3par_${COMMAND}.${INSERV}.out | tail -1 | cut -d, -f2`
USEDCAPPCSSD=`expr 100 – ( ( $FREECAPSSD * 100 ) / $TOTCAPSSD )`

if [ $USEDCAPPCSSD -ge $PCCRITICALSSD ]
then
echo CRITICAL! Used SSD capacity = $USEDCAPPCSSD% ( > $PCCRITICALSSD% )
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 2
else
if [ $USEDCAPPCSSD -ge $PCWARNINGSSD ]
then
echo WARNING! Used SSD capacity = $USEDCAPPCSSD% ( > $PCWARNINGSSD% )
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 1
else
echo OK : Used SSD capacity = $USEDCAPPCSSD%
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 0
fi
fi
fi

if [ $COMMAND == “check_3par_volume” ]
then

$CONNECTCOMMAND showvv -csvtable > $TMPDIR/3par_$COMMAND.$INSERV.out
if [ $? -gt 0 ]
then
echo Could not connect to 3PAR $INSERV
exit 3
fi

VSIZE=`cat ${TMPDIR}/3par_${COMMAND}.${INSERV}.out | grep ${VMFS} | cut -d, -f12`
VSIZE_Gb=`expr ( $VSIZE / 1024 )`

USED=`cat ${TMPDIR}/3par_${COMMAND}.${INSERV}.out | grep ${VMFS} | cut -d, -f11`
USED_Gb=`expr ( $USED / 1024 )`

FREE=`expr ( $VSIZE – $USED )`
FREE_Gb=`expr ( $FREE / 1024 )`

FREEPERCENT=`expr 100 – ( ( $USED * 100 ) / $VSIZE )`
USEDPERCENT=`expr 100 – ( $FREEPERCENT )`

WARNCRAW=$(($VSIZE*$WARNING/100))
WARNCRAW_Gb=`expr ( $WARNCRAW / 1024 )`

CRITCCRAW=$(($VSIZE*$CRITICAL/100))
CRITCCRAW_Gb=`expr ( $CRITCCRAW / 1024 )`

if [ $USED_Gb -ge $CRITCCRAW_Gb ]
then
echo CRITICAL! TOTAL: $VSIZEMb USED: $USEDMb ($USED-PERCENT%) FREE: $FREEMb ($FREE-PERCENT) TotSize=$VSIZE_GbGb Used=$USED_GbGb,Seuil Warn Used : $WARNCRAW_Gb Gb,Seuil Used Crit : $CRITCCRAW_GbGb
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 2
else
if [ $USED_Gb -ge $WARNCRAW_Gb ]
then
echo WARNING! TOTAL: $VSIZEMb USED: $USEDMb ($USED-PERCENT%) FREE: $FREEMb ($FREE-PERCENT) TotSize=$VSIZE_GbGb Used=$USED_GbGb,Seuil Warn Used : $WARNCRAW_GbGb,Seuil Crit Used : $CRITCCRAW_GbGb
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 1
else

echo OK : TOTAL: $VSIZEMb USED: $USEDMb ($USEDPERCENT%) FREE: $FREEMb ($FREEPERCENT%) TotSize=$VSIZE_GbGb Used=$USED_GbGb,Seuil Warn Used : $WARNCRAW_GbGb,Seuil Crit Used : $CRITCCRAW_GbGb
rm -f $TMPDIR/3par_$COMMAND.$INSERV.out
exit 0
fi
fi
fi