==== check_A335_backup ====
<code>
#!/bin/bash
##########################################################################################
# Ajout de la ligne de commande pour nrpe dans: /etc/nagios/nrpe.d/check_A335_backup.cfg #
# command[check_A335_backup]=/usr/lib/nagios/plugins/check_A335_backup.sh                #
##########################################################################################
# Deplacement vers le dossier de recherche
cd /mariadb/backup/log/

# Recherche du fichier le + récent
VAR1=$(ls -t | head -n1)

# Recherche du mot pour OK
VAR4=$(grep 'completed OK!' $VAR1)

# Check fichier plus de 1 jour
if [[ $(find "$VAR1" -mtime +1 -print) ]]; then
echo "Log du jour absent"
fi

#Vérif si retour recherche vide
if [[ -z  $VAR4  ]]; then
echo "Backup KO"
fi

# Si fichier OK et backup OK alors OK
if [ -n "$VAR4" ] ; then
echo "Backup et fichier log OK"
exit 0
fi

# Envois du resultat à Centreon
while read line; do echo $line; done
exit 2
######################################
# Rendre le fichier executable       #
# chmod +x check_A335_backup.sh      #
# Pensez à redémarre le service      #
# service nagios-nrpe-server restart #
######################################
</code>
====  check_by_ssh_erreurs_badgeuses.sh ====
<code>
#!/bin/bash
#set -x
HOST=$1

COMMAND=$(ssh -t -i /usr/lib64/nagios/plugins/.ssh/id_rsa_badg opteama@$HOST '{ sleep 10; echo "i tr"; sleep 10; } | axsh | grep "TO SEND"' | cut -c 15-15)
#echo $COMMAND

OUT=$?
    if [ $OUT -eq 1 ]
    then
        echo "Timeout"
        echo $COMMAND
        exit 1
    elif [ $OUT -ne 0 ]
    then
        echo "Unknown ERROR"
        echo $COMMAND
        exit 3
    else
    #echo "ERREURS BADGEUSE"
        RESULTAT=`echo $COMMAND`
        #echo $RESULTAT
        if [ -z $RESULTAT ]
        then echo "VALEUR DE SORTIE DE COMMANDE INEXISTANTE"
        exit 3
        fi
        if [ $RESULTAT -ne 0 ]
            then echo "ERREURS BADGEUSE (TO SEND different de zero): KO"
                sleep 60
                RESULTAT=`echo $COMMAND`
        fi
                if [ $RESULTAT -ne 0 ]
                then echo "ERREURS BADGEUSE (TO SEND different de zero): KO"
        exit 2
        fi
        echo "PAS D'ERREURS sur la BADGEUSE : OK"
        exit 0
    fi
</code>
==== Check_Certfif_asa ====
<code>
#!/bin/bash

#set -x

#Adresse IP en parametre
HOSTNAME=$1

#nom utilisateur d'un profil de gestion des ASA
USERNAME=SARANCIDBck01

#mot de passe du profil de gestion des ASA
PASSWORD=2k3zX4bV9i4hNaHl

MONTH=(Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec)

#date du jour
NOW=`date +%Y%m%d`

#variable stockant le niveau d'alerte Centreon ( 0: rien , 1: Warning, 2: Critical)
sortie=0


#convertir le mois de l'annee en lettre à chiffre
#Le parametre à passer doit etre de la forme de la liste MONTH (ex: Jan)
mois_chiffre() {

        local i=0
        local len=${#MONTH[@]}
        while [ $i -lt $len ];
        do
                if [[ "$1" == "${MONTH[$i]}" ]]
                then
                        let i++
                        echo "$i"
                        break
                fi
                let i++

        done
}

#verifie l'etat du status
#mettre en parametre le status (ex: "Available")
check_status() {

        stat=`echo $1 | cut -c 1-9`
        if [[ "$stat" != "Available" ]]
        then
                sortie=2

        fi
}

#permet de creer et de renvoyer la variable date du certificat
#mettre les parametres dans l'ordre suivant : year month(lettre) day
create_cert_date() {
        local mois=$(mois_chiffre $2)
        edate=$(date -d $1-$mois-$3 +"%Y%m%d")
        echo $edate
}

#renvoie le delta en jours entre deux dates
#les parametres doivent etre : date_certif date_du_jour
compare_date() {

        let DIFF=($(date +%s -d $1) - $(date +%s -d $2))/86400
        echo $DIFF
}



#section connexion à l'ASA et suite de commandes pour recuperer les certificats des ASA
sshpass -p $PASSWORD ssh -q -o StrictHostKeyChecking=no $USERNAME@$HOSTNAME << 'EOF' | tee "/usr/lib64/nagios/plugins/cisco_asa_show_crypto/output$HOSTNAME.txt" &> /dev/null
enable
2k3zX4bV9i4hNaHl
conf t
pager 0
end
show crypto ca certificates
exit
EOF


while read line; do
        #echo $line
        eval ARRAY=(`echo $line`)
        #echo ${ARRAY[0]}



        #Trustpoints
        if [[ ${ARRAY[0]} == "Associated" ]]
        then
                assos=${ARRAY[2]}
                #CRITICAL : date du certificat inferieur a 15 jours
                if [[ "$delta_date" -lt 15 ]]
                then
                        echo "CRITICAL $stat $delta_date $assos"
                        sortie=2

                #WARNING: date du certificat inferieur a 30 jours
                elif [[ "$delta_date" -lt 30 ]]
                then
                        echo "WARNING $stat $delta_date $assos"

                        if [[ "$sortie" -ne 2 ]]
                        then
                                sortie=3
                        fi
                fi

        fi


        #Status
        if [[ ${ARRAY[0]} == "Status:" ]]
        then
                check_status ${ARRAY[1]} $assos
        fi

        #End Date
        if [[ ${ARRAY[0]} == "end" ]]
        then
                end_jour=`echo ${ARRAY[5]} | cut -c 1-2`
                end_mois=`echo ${ARRAY[4]} | cut -c 1-3`
                end_annee=`echo ${ARRAY[6]} | cut -c 1-4`
                end_date=`create_cert_date $end_annee $end_mois $end_jour`
                delta_date=`compare_date $end_date $NOW`
                #echo "Jours restant avant expiration du certificat : $delta_date"
        fi

done <<< "$(grep -e ^"CA Certificate" -e  ^"Certificate" -e "end   date:" -e "Associated" -e "Status:" /usr/lib64/nagios/plugins/cisco_asa_show_crypto/output$HOSTNAME.txt)"

rm -f /usr/lib64/nagios/plugins/cisco_asa_show_crypto/output$HOSTNAME.txt

#Les certificats sont bons ou il n'y en a pas, on renvoie un output pour Centreon
if [[ $sortie -eq 0 ]]
then
        echo "Certificat(s) OK"
fi


exit $sortie
</code>
==== check_dispo_sla.sh ====
<code>
#!/bin/bash

#suppress error outputs


#try to read vars from file, for windows and tests purpose
if [ -f ./centreon_conf_local.bash ] ; then
    . ./centreon_conf_local.bash
fi

#set default JQ value should be OK on linux if jq is installed
JQ=${JQ:-"jq"}

#debug defincition for execution traces
CENTREON_DEBUG=${CENTREON_DEBUG:-0}

#regexp used for host
CENTREON_HOST_REGEXP=${3:-P-A389-CENS}
CENTREON_HOST_REGEXP=${CENTREON_HOST_REGEXP// /%20}
#regexp used for service
CENTREON_SVC_REGEXP=${4:-CANADA}
CENTREON_SVC_REGEXP=${CENTREON_SVC_REGEXP// /%20}
#centreon url
CENTREON_URL="${5:-https://p-a389-vipp-001.mycorp.corp}"

CENTREON_LOGIN=${1:-userapi_1}
CENTREON_PASSWORD=${2:-Userapi1}

#query centreon token
TOKEN_QUERY_DATA="{\"security\": {\"credentials\": {\"login\": \"$CENTREON_LOGIN\",\"password\": \"$CENTREON_PASSWORD\""
CENTREON_TOKEN=`curl -s -k -X POST -d "$TOKEN_QUERY_DATA" -H "Content-Type: application/json" -X POST $CENTREON_URL/centreon/api/beta/login |  $JQ -s '.[0].security.token' | tr -d \" | sed -e "s/[\"\r]//g"  `

#query used to request sstates
CENTREON_QUERY="\{\"\$and\":\[\{\"service.description\":\{\"\$lk\":\"%$CENTREON_SVC_REGEXP%\"\}\},\{\"host.name\":\{\"\$lk\":\"%$CENTREON_HOST_REGEXP%\"\\\]\"

#function to request data, was more complex at the beginning
centreon_request() {
    # warning at the limit, no High availability with more than 50 instance
    curl -s -k -H "X-AUTH-TOKEN: ${CENTREON_TOKEN}" -H "Content-Type: application/json" -X GET "${CENTREON_URL}/centreon/api/beta/monitoring/services?search=$1&limit=50"
}

#print values used for execution
if [ "$CENTREON_DEBUG" == "1" ]; then
    echo JQ: $JQ
    echo centreon_query: $CENTREON_QUERY
    echo centreon_token: $CENTREON_TOKEN
else
    exec 2>/dev/null
fi


#print query
if [ "$CENTREON_DEBUG" == "1" ]; then
    echo request for $CENTREON_QUERY
fi

# request data
state=`centreon_request ${CENTREON_QUERY}`

#show status codes
if [ "$CENTREON_DEBUG" == "1" ]; then
    echo Results
    echo $state | $JQ  -r ".result | .[].status.code "
fi


# use a service group for that
# compute result which is addition of all status code
# result=`echo $state | $JQ  -r ".result | .[].status.code" | $JQ -s 'add' | tr -d \" | sed -e 's/[\r ]//g'`

# compute result which is mulitplication of all status code
values=`echo $state | $JQ  -r ".result | .[].status.code" | tr -d \" | sed -e 's/\r//g' `
result=1
for i in $values; do
    # echo "result * i : $r * $i"
    result=$((result*i))
    # echo ">> $r"
done

# result=`echo $state | $JQ  -r ".result | .[].status.code" | $JQ -s 'add' | tr -d \" | sed -e 's/[\r ]//g'`

if [[ "$result" == "" ]] ; then
    AGGREGATION_OUPUT=3
    comment="Unknown: Probe Not runned properly"
elif [[ $result == 0 ]] ; then
    AGGREGATION_OUPUT=0
    comment="OK: Nominal State"
else
    AGGREGATION_OUPUT=2
    comment="Critical: Non Nominal State"
fi

if [ "$CENTREON_DEBUG" == "1" ]; then
    echo AGGREGATION_OUPUT: $AGGREGATION_OUPUT
fi

echo $comment"|"
centreon_details=`echo $state | $JQ  -cr ".result | map( {host:.host.name, service:.description, status:.status.name,} ) " | sed -e "s/[}],/},\n/g"`
for detail in "${centreon_details[@]}" ; do
    echo "$detail"
done

exit $AGGREGATION_OUPUT
</code>
==== check_file_age ====
<code>
#! /bin/sh
#Si un fichier .runnning est présent depuis plus de 4h, on alerte
for f in `ls /var/BA/rsync_script/*running 2>/dev/null`
do
        FILECHANGE=`stat --printf=%Y $f`
        CURRENTDATE=`date +%s`
        FILEAGE=$((CURRENTDATE-FILECHANGE))
        if [ $FILEAGE -gt 28800 ]
        then
                echo "CRITICAL - fichier de lock $f présent depuis plus de 2 jours !!!"
                exit 2
        elif [ $FILEAGE -gt 14400 ]
        then
                echo "WARNING - fichier de lock $f présent depuis plus d'une journee"
                exit 1
        fi
done
echo "OK - Rsync OK"
exit 0
</code>
==== check_file_exist ====
<code>
#! /bin/bash
#
# Author : Diego Martin Gardella [dgardella@gmail.com]
# Desc : Plugin to verify if a file exists
#
#

PROGNAME=`basename $0`
PROGPATH=`echo $0 | sed -e 's,[\\/][^\\/][^\\/]*$,,'`

. $PROGPATH/utils.sh

if [ "$1" = "" ]
then
	echo -e " Use : $PROGNAME <file_name> -- Ex : $PROGNAME /etc/hosts \n "
	exit $STATE_UNKNOWN
fi


if [ -f $1 ]
then
	echo "OK - $1 : EXISTS :: `head -3 $1`" # shows the first three lines of the file
	exit $STATE_OK
else
	echo "CRITICAL : $1 Does NOT exists "
	exit $STATE_CRITICAL
fi
</code>
==== check_gateway_lora ====
<code>
#!/bin/bash
# Vous pouvez decommanter la ligne ci-dessous si vous voulez voir le deroulement du script (debug)
set -x

# On definit les variables

# curl
CURL="/usr/bin/curl"

# La variable que l'on entre en fin de commande dans centreon (nom de la gateway)
HOST=$1

# La variable si dessous est un renouvellement du token a chaque check
TOKEN=`$CURL -s -k -X POST -H 'Content-Type: application/x-www-form-urlencoded' -H 'Accept: application/json' -d 'grant_type=client_credentials&client_id=tpe-api/ml-operations@stelia-aerospace.com&client_secret=PASS=12hours'  https://lorawan.opteama.stelia.aero/thingpark/dx/admin/latest/api/oauth/token  | grep -oE '"access_token":.*' | awk '{ split($1,a,/"/); print a[4] }'`

# La variable si dessous recupere le ref de la gateway
REF=`$CURL -s -k -X GET -H 'Content-Type: application/json' -H 'Accept: application/json' -H 'Authorization: Bearer '$TOKEN'' https://lorawan.opteama.stelia.aero/thingpark/dx/core/latest/api/baseStations | egrep -o '.*:"'$HOST'"' | awk -F '"' '{print $(NF-13)}'`

# La variable si dessous donne les resultats de l'etat
RESULT=`$CURL -s -k -X GET -H 'Content-Type: application/json' -H 'Accept: application/json' -H 'Authorization: Bearer '$TOKEN'' https://lorawan.opteama.stelia.aero/thingpark/dx/core/latest/api/baseStations/$REF | json_pp -json_opt pretty,canonical | egrep -o '"administrationState" : .*|"connectionState" : .*|"healthState" : .*' | tr -d '\n' | cut -d '"' -f4,8,12`

# Alertes suivant les retour
# Details 'etat adin, etat connexion, etat status'
# Critique = 'ACTIVE"DISC"ACTIVE'
# Warning = 'ACTIVE"NEVERCNX"ACTIVE'
# OK = 'ACTIVE"CNX"ACTIVE'
# autre = 'Unknown response from plugin'

# Si critique
if [[ $RESULT = 'ACTIVE"DISC"ACTIVE' ]]
then
echo "KO Gateway is Critical"
exit 2
fi

# Si warning
if [[ $RESULT = 'ACTIVE"NEVERCNX"ACTIVE' ]]
then
echo "KO Gateway is Warning"
exit 3
fi
</code>
==== check_ilo_hp ====
<code>
# Get Token
#! /bin/bash
# Desc : Plugin to verify Ilo status on HP-OneView
# checks possible: server-hardware, server-profiles,

# Vous pouvez decommanter la ligne ci-dessous si vous voulez voir le deroulement du script (debug)
#set -x

# On suprime l'ancien fichier texte si il existe
rm -f "/usr/lib64/nagios/plugins/hp-oneview/$1-result.txt"

# Variables
RESULT="/usr/lib64/nagios/plugins/hp-oneview/$1-result.txt"
HOST=$1
CHECK=$2
TOKEN=$(cat "$1-token.txt")

# Check token and renew if necessary
CHECKTOKEN=$(curl -s -k -H 'accept: application/json' -H 'content-type: application/json' -H "auth: $TOKEN" -X PUT https://$HOST/rest/login-sessions  | jq -r '.sessionID')

if [[ $CHECKTOKEN = "$TOKEN" ]]
then
TOKEN="$CHECKTOKEN"

elif [[ $CHECKTOKEN != "$TOKEN" ]]
then
NEWTOKEN=$(curl -s -k -H 'accept: application/json' -H 'content-type: application/json' -d '{"userName":"sacentmoni","password":"M0n1toring1234"}' -X POST https://$HOST/rest/login-sessions | jq -r ".sessionID")
TOKEN="$NEWTOKEN"
fi

# Ecriture du token dans le fichier text
echo $TOKEN > "/usr/lib64/nagios/plugins/hp-oneview/$1-token.txt"

# On recupere la  liste des résultats
curl -s -k -H 'accept: application/json' -H 'content-type: application/json' -H "auth: $TOKEN" -X GET https://$HOST/rest/$CHECK  | jq -r '.members[] | "\(.status),\(.name),\(.state)"' >> "/usr/lib64/nagios/plugins/hp-oneview/$1-result.txt"

# Variables resultats
CRITICAL=`grep "Critical" "$RESULT"`
WARNING=`grep "Warning" "$RESULT"`
OK=`grep "^OK" "$RESULT"`

if [[ "$CRITICAL" != "" ]]
then
echo -e "$CRITICAL"'\n'"$WARNING"'\n'"$OK"
exit 2

# Si warning
elif  [[ "$WARNING" != "" ]]
then
echo -e "$WARNING"'\n'"$OK"
exit 1

# Si OK
else
echo "$OK"
exit 0
fi
</code>
==== check_ntp_stratum ====
<code>
#!/bin/bash
STATE_OK=0          # define the exit code if status is OK
STATE_WARNING=1     # define the exit code if status is Warning
STATE_CRITICAL=2    # define the exit code if status is Critical
STATE_UNKNOWN=3     # define the exit code if status is Unknown
STATE=""
STATUS=(OK WARNING CRITICAL UNKNOWN)

set -e

##########
## MAIN ##
##########
# Process user-provided parameters
while getopts "H:s:" OPT;
do
    case ${OPT} in
    H)    HOST=${OPTARG};;
    s)    EXPECTED_STRATUM=${OPTARG};;
    \?)
        echo ""
        echo "Please use options -H for hostname"
        echo "-s for exptected stratum"
        echo ""
        exit ${STATE_UNKNOWN}
        ;;
    esac
done

if [ -z "$CRIT_THRESHOLD" ]; then
	CRIT_THRESHOLD=2
fi

#Debug
#set -x

STRATUM=$(ntpq -c readlist $HOST | grep -Eo 'stratum=[0-9]*' | grep -Eo '[0-9]*')

if [ -z "$STRATUM" ]; then
	echo "Unable to get sysinfo from $HOST"
	exit ${STATE_UNKNOWN}
fi

if [ "$STRATUM" -eq "16" ]; then
	STATE=1
elif [ "$STRATUM" -ne "$EXPECTED_STRATUM" ]; then
	STATE=2
else
	STATE=0	
fi

echo "${STATUS[$STATE]} Stratum $STRATUM - Exptected Stratum : $EXPECTED_STRATUM"
exit $STATE
</code>
==== check_netapp_lun_size ====
<code>
#! /bin/bash
# Desc : Plugin to verify LUN size on NETAPP
# admin:C1sc0123
# To get lun's uuid:
# curl -s -k -u admin:C1sc0123 -X GET 'https://P-NTAP-CLU-010.infra.aerolia.corp/api/storage/luns?status.state=online' -H 'accept: application/hal+json' | grep -oE '"uuid":.*|"name":.*'

# Decommentez la ligne ci-dessous pour debug
set -x

# Variables
HOST=$1
USER=$2
PASS=$3
LUN=$4
ALERT=$5
HAUT=$6

# check si toutes les variables sont la
if [[ $# -ne 6 ]]
then echo "Il manque des variables"
exit 2
fi

# Commande pour recuperer le total/used de la LUN via son UUID
RESULT=$(curl -k -s -u $USER:$PASS -X GET https://"$HOST"/api/storage/luns/"$LUN"?fields=** -H 'accept: application/hal+json' | grep -oE '"size":.*|"used":.*' | tr -d '\n' | awk '{$2=$2/(1024^3); $3=$3/(1024^3);print "USED:",$3,"GB","_ TOTAL:",$2,"GB"}')

# On coupe le resultat pour garder le used
TOTAL=`echo $RESULT | awk '{split($2,a,"."); print a[1]}'`

# On coupe le resultat pour garder le total multiplie par la variable pourcentage mise sans la commande pour definir les seuils d'alertes
WARN=`echo $RESULT | awk '{split($6,a,"."); print a[1]*'$ALERT'/100}' | cut -d "." -f1`
CRIT=`echo $RESULT | awk '{split($6,a,"."); print a[1]*'$HAUT'/100}' | cut -d "." -f1`

# Si critique
if [[ $TOTAL -gt "$CRIT" ]]
then
echo "LUN Usage is CRITICAL: $RESULT"
exit 2
fi

# Si warning
if  [[ $TOTAL -gt "$WARN" ]]
then
echo "LUN Usage is Warning: $RESULT"
exit 1


# Si OK
else
echo "LUN Usage is OK: $RESULT"
fi
</code>
==== check_netapp_volume ====
<code>
#Faire un service 

#/opt/netapp-api-exporter/netapp-api-exporter_linux_amd64 -c /opt/netapp-api-exporter/netapp-filers.yaml -l 127.0.0.1 -v 5m  --no-aggregate --no-system
# Desc : Plugin to verify volume size on NETAPP

# Pour lister les volumes sur le Vfilers
# curl -s http://127.0.0.1:9108/metrics | grep 'P-NTAP-CLU-001' | grep -oE 'netapp_volume_total_bytes.*' | grep -oE '.*p-vf-airbus-02.*' | grep -oE 'volume=.*'| cut -d '"' -f2

# Decommentez la ligne ci-dessous pour debug
# set -x

# Variables
CLU=$1
VFL=$2
VOL=$3
WARN=$4
CRIT=$5

RESULT=$(curl -s http://127.0.0.1:9108/metrics | grep -oE 'netapp_volume_used_percentage.*' |  grep '.*'$CLU'.*' | grep -oE '.*'$VFL'.*' | grep -oE ''$VOL'.*' | awk '{ split($0,a,/"/); print "Volume", a[1],"Used",$2,"%" }')
TOTAL=$(curl -s http://127.0.0.1:9108/metrics | grep -oE 'netapp_volume_total_bytes.*' | grep '.*'$CLU'.*' | grep -oE '.*'$VFL'.*' | grep -oE ''$VOL'.*' | awk '{ split($0,a,/"/); print "Volume", a[1],"Used",$2,"%" }' | awk '{ split($4,a,/e/); print a[1]*100,"GB"}')
PRCT=`echo "$RESULT" | awk '{print $4}'`

# Si critique
if [[ $PRCT -gt "$CRIT" ]]
then
echo "Volume Usage is CRITICAL: $RESULT de $TOTAL"
exit 2

# Si warning
elif  [[ $PRCT -gt "$WARN" ]]
then
echo "Volume Usage is Warning: $RESULT de $TOTAL"
exit 1

# Si pas de résultat unknown
elif  [[ -z $PRCT  ]]
then
echo "No response from plugin"
exit 3

# Si OK
else
echo "Volume Usage is OK: $RESULT de $TOTAL"
fi
</code>
==== check_netapp_vfiler ====
<code>
#! /bin/bash
# Desc : Plugin to verify volume size on NETAPP

# Decommentez la ligne ci-dessous pour debug
#set -x

# On suprime l'ancien fichier texte si il existe
rm -f /usr/lib64/nagios/plugins/NETAPP-VFILER/$2.txt
rm -f /usr/lib64/nagios/plugins/NETAPP-VFILER/$2-result.txt
rm -f /usr/lib64/nagios/plugins/NETAPP-VFILER/$2-vol.txt
# Variables
CLU=$1
VFL=$2
WARN=$3
CRIT=$4
PERFO_FILE=/usr/lib64/nagios/plugins/NETAPP-VFILER/$VFL-result.txt
Volume=/usr/lib64/nagios/plugins/NETAPP-VFILER/$VFL-vol.txt

# On recupere la  liste des volumes sur le Vfilers
curl -s http://127.0.0.1:9108/metrics > /usr/lib64/nagios/plugins/NETAPP-VFILER/$VFL-vol.txt
cat $Volume | grep '.*'$CLU'.*' | grep -oE 'netapp_volume_total_bytes.*' | grep -oE '.*'$VFL'.*' | grep -oE 'volume=.*'| cut -d '"' -f2 >> /usr/lib64/nagios/plugins/NETAPP-VFILER/$VFL.txt

while read VOL;
do
  RESULT=$(cat $Volume | grep -oE 'netapp_volume_used_percentage.*' |  grep '.*'$CLU'.*' | grep -oE '.*'$VFL'.*' | grep -oE ''$VOL'\".*' | awk '{ split($0,a,/"/); print "Volume", a[1],"Used",$2,"%" }')
  TOTAL=$(cat $Volume | grep -oE 'netapp_volume_total_bytes.*' | grep '.*'$CLU'.*' | grep -oE '.*'$VFL'.*' | grep -oE ''$VOL'\".*' | awk '{ split($0,a,/"/); print "Volume", a[1],"Used",$2,"%" }' | awk '{ split($4,a,/e/); print a[1]*100,"GB"}')
  PRCT=`echo "$RESULT" | awk '{print $4}'`

# Si critique
  if [[ $PRCT -gt "$CRIT" ]]
    then
      echo "CRITICAL volume $VOL used $PRCT% of $TOTAL" >> $PERFO_FILE
  elif  [[ $PRCT -gt "$WARN" ]]
    then
      echo "WARNING volume $VOL used $PRCT% of $TOTAL" >> $PERFO_FILE
  elif  [[ -z $PRCT  ]]
    then
      echo "UNKNOWN no response from plugin"
  else
      echo "OK volume $VOL used $PRCT% of $TOTAL" >> $PERFO_FILE
  fi

done <  "/usr/lib64/nagios/plugins/NETAPP-VFILER/${VFL}.txt"

#VAL=`cat "/usr/lib64/nagios/plugins/NETAPP-VFILER/$VFL-result.txt"`
VAL2=/usr/lib64/nagios/plugins/NETAPP-VFILER/$VFL-result.txt

# Si critique
CRITICAL=`grep "^CRITICAL" "$VAL2"`
WARNING=`grep "^WARNING" "$VAL2"`
OK=`grep "^OK" "$VAL2"`

if [[ $CRITICAL != "" ]]
then
grep "^CRITICAL" "$VAL2"
grep "^WARNING" "$VAL2"
grep "^OK" "$VAL2"
exit 2
# Si warning
elif  [[ $WARNING != "" ]]
then
grep "^WARNING" "$VAL2"
grep "^OK" "$VAL2"
exit 1
# Si OK
else
grep "^OK" "$VAL2"
exit 0
fi
</code>
==== check_netapp_lun_state ====
<code>
#! /bin/bash
# Desc : Plugin to verify LUN status on NETAPP

# Decommentez la ligne ci-dessous pour debug
# set -x

# Variables
USER=$1
PASS=$2
HOST=$3
FILTER=$4

# Commande si filtrage de certaines LUNs
if
[[ ! -z $FILTER ]]
then
RESULT=$(curl -s -k -u $USER:$PASS -X GET 'https://'$HOST'/api/storage/luns?status.state=*' | jq '.' | grep -oE '"state":.*|"name":.*' | sed '/./N; s/\n/ /' | grep -Ewv  $FILTER)

# Commande si pas de filtrage
else
RESULT=$(curl -s -k -u $USER:$PASS -X GET 'https://'$HOST'/api/storage/luns?status.state=*' | jq '.' | grep -oE '"state":.*|"name":.*' | sed '/./N; s/\n/ /')
fi

# Si resultat vide
if
[[ -z $RESULT ]]
then
echo "WARNING: Pas de retour du script"
exit 3
fi

# Si critique
CRIT=`echo -e "$RESULT" | grep -oE  '(.*"offline"|.*"foreign-lun-error"|.*"nvfail"|.*"space-error")'`
if [[ $RESULT != *"online"* ]]
then
printf "CRITICAL: $CRIT\n"
exit 2

# Si OK
else
echo "OK: $RESULT"
fi
</code>
==== check_inode_size.sh ====
<code>
#!/bin/bash
# Vous pouvez decommanter la ligne ci-dessous si vous voulez voir le deroulement du script (debug)
# set -x

# Desc : Plugin to verify INODE percent used on NETAPP

# Variables
VSERV=/usr/lib64/nagios/plugins/NETAPP-VFILER/$1
VOL=$2
WARN=${3:-95}
CRIT=${4:-98}

RESULT=$(cat $VSERV-vol.txt | grep -oE  '^netapp_volume_inode_files_used_percentage.*volume="'$VOL'".*'|cut -d '.' -f2-| cut -c 1-2)

# Si critique
if [[ $RESULT -gt "$CRIT" ]]
then
echo "INODE Usage is CRITICAL: $RESULT%"
exit 2
fi

# Si warning
if  [[ $RESULT -gt "$WARN" ]]
then
echo "INODE Usage is Warning: $RESULT%"
exit 1


# Si OK
else
echo "INODE Usage is OK: $RESULT%"
fi
</code>
==== check_postfix_mailq ====
<code>
#!/bin/bash

OID="iso.3.6.1.4.1.8072.1.3.2.4.1.2.10.109.97.105.108.113.115.116.97.116.115"
STATE_OK=0          # define the exit code if status is OK
STATE_WARNING=1     # define the exit code if status is Warning
STATE_CRITICAL=2    # define the exit code if status is Critical
STATE_UNKNOWN=3     # define the exit code if status is Unknown
STATE=""
STATUS=(OK WARNING CRITICAL UNKNOWN)

set -e

# Process user-provided parameters
while getopts "v:H:C:w:c:" OPT;
do
    case ${OPT} in
    H)    SNMP_HOST=${OPTARG};;
    C)    SNMP_COMMUNITY=${OPTARG};;
    v)    SNMP_VERSION=${OPTARG};;
    w)    WARN_THRESHOLD=${OPTARG};;
    c)    CRIT_THRESHOLD=${OPTARG};;
    \?)
        echo ""
        echo "Please use options -H for hostname, -C for SNMP community, -t for type,"
        echo "-w for warning threshold and -c for critical threshold."
        echo ""
        exit ${STATE_UNKNOWN}
        ;;
    esac
done
#set -x

if [ -z "$WARN_THRESHOLD" ]; then
	WARN_THRESHOLD=250
fi

if [ -z "$CRIT_THRESHOLD" ]; then
	CRIT_THRESHOLD=400
fi

if [ -z "$SNMP_COMMUNITY" ]; then
	SNMP_COMMUNITY='public'
fi

if [ -z "$SNMP_VERSION" ]; then
	SNMP_VERSION='2C'
fi

STATS[0]=$( snmpget -Ov -v $SNMP_VERSION -c $SNMP_COMMUNITY $SNMP_HOST ${OID}.1 | grep -E -o '[0-9]{1,}' )
STATS[1]=$( snmpget -Ov -v $SNMP_VERSION -c $SNMP_COMMUNITY $SNMP_HOST ${OID}.2 | grep -E -o '[0-9]{1,}' )
STATS[2]=$( snmpget -Ov -v $SNMP_VERSION -c $SNMP_COMMUNITY $SNMP_HOST ${OID}.3 | grep -E -o '[0-9]{1,}' )

STATS_TOTAL=0
for stats in ${STATS[@]} ; do 
	STATS_TOTAL=$(( $STATS_TOTAL + $stats ))
done

STATS[3]=$( snmpget -Ov -v $SNMP_VERSION -c $SNMP_COMMUNITY $SNMP_HOST ${OID}.4 | grep -E -o '[0-9]{1,}' )

if [ $STATS_TOTAL -ge $CRIT_THRESHOLD ]; then
	STATE=2
elif [ $STATS_TOTAL -ge $WARN_THRESHOLD ]; then
	STATE=1
else 
	STATE=0
fi

echo "${STATUS[$STATE]} - $STATS_TOTAL mail on queue|incoming=${STATS[0]} active=${STATS[1]} deferred=${STATS[2]} hold=${STATS[3]}"
exit $STATE
</code>
==== check_postfix_mailstats ====
<code>
#!/bin/bash

OID="iso.3.6.1.4.1.8072.1.3.2.4.1.2.9.109.97.105.108.103.114.97.112.104"
STATE_OK=0          # define the exit code if status is OK
STATE_WARNING=1     # define the exit code if status is Warning
STATE_CRITICAL=2    # define the exit code if status is Critical
STATE_UNKNOWN=3     # define the exit code if status is Unknown
STATE=""
STATUS=(OK WARNING CRITICAL UNKNOWN)

set -e

# Process user-provided parameters
while getopts "v:H:C:w:c:" OPT;
do
    case ${OPT} in
    H)    SNMP_HOST=${OPTARG};;
    C)    SNMP_COMMUNITY=${OPTARG};;
    v)    SNMP_VERSION=${OPTARG};;
    w)    WARN_THRESHOLD=${OPTARG};;
    c)    CRIT_THRESHOLD=${OPTARG};;
    \?)
        echo ""
        echo "Please use options -H for hostname, -C for SNMP community, -t for type,"
        echo "-w for warning threshold and -c for critical threshold."
        echo ""
        exit ${STATE_UNKNOWN}
        ;;
    esac
done
set -x

if [ -z "$WARN_THRESHOLD" ]; then
	WARN_THRESHOLD=250
fi

if [ -z "$CRIT_THRESHOLD" ]; then
	CRIT_THRESHOLD=500
fi

if [ -z "$SNMP_COMMUNITY" ]; then
	SNMP_COMMUNITY='public'
fi

if [ -z "$SNMP_VERSION" ]; then
	SNMP_VERSION='2C'
fi

STATS[0]=$( snmpget -Ov -v $SNMP_VERSION -c $SNMP_COMMUNITY $SNMP_HOST ${OID}.1 | grep -E -o '[0-9]{1,}' )
STATS[1]=$( snmpget -Ov -v $SNMP_VERSION -c $SNMP_COMMUNITY $SNMP_HOST ${OID}.2 | grep -E -o '[0-9]{1,}' )
STATS[2]=$( snmpget -Ov -v $SNMP_VERSION -c $SNMP_COMMUNITY $SNMP_HOST ${OID}.3 | grep -E -o '[0-9]{1,}' )
STATS[3]=$( snmpget -Ov -v $SNMP_VERSION -c $SNMP_COMMUNITY $SNMP_HOST ${OID}.4 | grep -E -o '[0-9]{1,}' )

if [ ${STATS[0]} -eq '9999' ]; then
	echo "${STATUS[$STATE]} - Mailgraph process not running"
fi

STATS_TOTAL=0
for stats in ${STATS[@]} ; do 
	STATS_TOTAL=$(( $STATS_TOTAL + $stats ))
done

if [ $STATS_TOTAL -ge $CRIT_THRESHOLD ]; then
	STATE=2
elif [ $STATS_TOTAL -ge $WARN_THRESHOLD ]; then
	STATE=1
else 
	STATE=0
fi

echo "${STATUS[$STATE]} - $STATS_TOTAL mail rencently handled|Sent=${STATS[0]} Received=${STATS[1]} Bounced=${STATS[2]} Rejected=${STATS[3]}"
exit $STATE
</code>
==== check_simple_oid ====
<code>
#!/bin/bash
# Vous pouvez decommanter la ligne ci-dessous si vous voulez voir le deroulement du script (debug)
# set -x

# On definit les variables
COMM=$1
HOST=$2
OID=$3
WARN=$4
CRIT=$5

# La variable si dessous recupere le dernier champ de la requète
RESULT=$(snmpwalk -c $COMM -v 2c $HOST $OID | awk '{print $NF}')

# Si critique
if [[ "$RESULT" -gt "$CRIT" ]]
then
echo "Value is Critical: $RESULT"
exit 2
fi

# Si warning
if [[ "$RESULT" -gt "$WARN" ]]
then
echo "Value is Warning: $RESULT"
exit 1

# Si OK
else
echo "Value is OK: $RESULT"
exit 0
fi
</code>
==== check_simple_oid_perfo ====
<code>
#!/bin/bash
# Vous pouvez decommanter la ligne ci-dessous si vous voulez voir le deroulement du script (debug)
# set -x

# On definit les variables
COMM=$1
HOST=$2
OID=$3
WARN=$4
CRIT=$5

#prend les 6 et 7 parametre ou 0 15000 si ils ne sont pas définis
MIN=${6:-0}
MAX=${7:-15000}

# La variable si dessous recupere le dernier champ de la requète
RESULT=$(snmpwalk -c $COMM -v 2c $HOST $OID | awk '{print $NF}')

# Si critique
if [[ "$RESULT" -gt "$CRIT" ]]
  then
    state=Critical
    output=2
# Si warning
elif [[ "$RESULT" -gt "$WARN" ]]
  then
    state=Warning
    output=1
# Si OK
else
  state=OK
  output=0
fi

echo "Value is $state: $RESULT|connections=$RESULT;$WARN;$CRIT;$MIN;$MAX;"
exit $output
</code>
==== check_sla_dispo_process_Linux.sh ====
<code>
#!/bin/bash
####################################################
# Script pour verifier qu'au moins un process
# precis tourne sur un ou plusieurs serveurs Linux
# By adex036137
####################################################

# Vous pouvez decommanter la ligne ci-dessous si vous voulez voir le deroulement du script (debug)
# set -x

# On definit les variables et on fait une boucle pour chaques serveurs demandes
FICHIER=$()
for VAR in $2; do
HOST=$VAR
COMM=$1
#HOST=$2
SERV=$(snmpwalk -c $COMM -v 2c $HOST HOST-RESOURCES-MIB::hrSWRunName | grep -w "$3" | awk -F '[.=]' '{print $2}')
WARN=${4:-1}
CRIT=${5:-0}
FICHIER+=($(snmpwalk -c $COMM -v 2c $HOST HOST-RESOURCES-MIB::hrSWRunStatus | grep "$SERV" | cut -d ":" -f4))
done
RESULT=$(printf "%s\n" "${FICHIER[@]}" | grep "runn" | wc -l)

# Remontee des alertes
# Si critique
if [[ "$RESULT" = $CRIT ]]
 then
  echo "Critique: aucuns services $3 ne tourne pour la HA"
 exit 2
fi

# Si warning
if [[ "$RESULT" < "$WARN" ]]
 then
  echo "Warning: moins de $WARN services $3 ne tourne pour la HA"
 exit 1

# Si OK
else
 echo "OK: $RESULT services: $3 'UP'"
exit 0
fi
</code>
==== check_sla_dispo_services_windows.sh ====
<code>
#!/bin/bash
####################################################
# Script pour verifier qu'au moins un service
# precis tourne sur un ou plusieurs serveurs Windows
# By adex036137
####################################################

# Vous pouvez decommanter la ligne ci-dessous si vous voulez voir le deroulement du script (debug)
# set -x

# On definit les variables et on fait une boucle pour chaques serveurs demandes
FICHIER=$()
for VAR in $2; do
HOST=$VAR
COMM=$1
#HOST=$2
SERV=$3
WARN=${4:-1}
CRIT=${5:-0}
FICHIER+=($(snmpwalk -c $COMM -v 2c $HOST 1.3.6.1.4.1.77.1.2.3.1.1 | grep "$SERV" | cut -d ":" -f4 | wc -l))
done
RESULT=$(printf '%s\n' ${FICHIER[@]} | grep 1 | wc -l)
# Remontee des alertes
# Si critique
if [[ "$RESULT" = "$CRIT" ]]
 then
  echo "Critique: aucuns services $SERV ne tourne pour la HA"
 exit 2
fi

# Si warning
if [[ "$RESULT" < "$WARN" ]]
 then
  echo "Warning: moins de $WARN services $SERV ne tourne pour la HA: $RESULT"
 exit 1

 Si OK
else
 echo "OK: $RESULT services: $SERV 'UP'"
exit 0
fi
</code>
==== check_snmp_dell_equalogic ====
<code>
#!/bin/bash
# /etc/zabbix/scripts/dell/check_snmp_dell_equallogic.sh -H 172.17.15.205 -C $1 -n $2 -t volume -v $3
# check_snmp_dell_equallogic
# Description : Check the status of Dell EqualLogic storage
# Version : 1.5
# Author : Yoann LAMY
# Licence : GPLv2

# Commands
CMD_BASENAME="/bin/basename"
CMD_SNMPGET="/usr/bin/snmpget"
CMD_SNMPWALK="/usr/bin/snmpwalk"
CMD_AWK="/bin/awk"
CMD_GREP="/bin/grep"
CMD_BC="/usr/bin/bc"
CMD_EXPR="/usr/bin/expr"

# Script name
SCRIPTNAME=`$CMD_BASENAME $0`

# Version
VERSION="1.5"

# Plugin return codes
STATE_OK=0
STATE_WARNING=1
STATE_CRITICAL=2
STATE_UNKNOWN=3

# 'eqlMemberName', EQLMEMBER-MIB
OID_MEMBER_ID=".1.3.6.1.4.1.12740.2.1.1.1.9"

# 'eqlControllerBatteryStatus', EQLMEMBER-MIB
OID_BATTERY_STATUS=".1.3.6.1.4.1.12740.4.1.1.1.5.1"

# 'eqlMemberModel', EQLMEMBER-MIB
OID_MODEL=".1.3.6.1.4.1.12740.2.1.11.1.1.1"

# 'eqlMemberSerialNumber', EQLMEMBER-MIB
OID_SERIALNUMBER=".1.3.6.1.4.1.12740.2.1.11.1.2.1"

# 'eqlMemberNumberOfControllers', EQLMEMBER-MIB
OID_NUMBERCONTROLLERS=".1.3.6.1.4.1.12740.2.1.11.1.3.1"

# 'eqlMemberNumberOfDisks', EQLMEMBER-MIB
OID_NUMBERDISKS=".1.3.6.1.4.1.12740.2.1.11.1.4.1"

# 'eqlMemberNumberOfConnections', EQLMEMBER-MIB
OID_CONNECTIONS_ISCSI=".1.3.6.1.4.1.12740.2.1.12.1.1"

# 'eqlMemberHealthDetailsFanName', EQLMEMBER-MIB
OID_FAN_NAME=".1.3.6.1.4.1.12740.2.1.7.1.2.1"

# 'eqlMemberHealthDetailsFanValue', EQLMEMBER-MIB
OID_FAN_VALUE=".1.3.6.1.4.1.12740.2.1.7.1.3.1"

# 'eqlMemberHealthStatus', EQLMEMBER-MIB
OID_HEALTH_STATUS=".1.3.6.1.4.1.12740.2.1.5.1.1.1"

# 'eqlMemberReadOpCount', EQLMEMBER-MIB
OID_IO_READ=".1.3.6.1.4.1.12740.2.1.12.1.6.1"

# 'eqlMemberWriteOpCount', EQLMEMBER-MIB
OID_IO_WRITE=".1.3.6.1.4.1.12740.2.1.12.1.7.1"

# 'eqlMemberReadAvgLatency', EQLMEMBER-MIB
OID_LATENCY_READ=".1.3.6.1.4.1.12740.2.1.12.1.4.1"

# 'eqlMemberWriteAvgLatency', EQLMEMBER-MIB
OID_LATENCY_WRITE=".1.3.6.1.4.1.12740.2.1.12.1.5.1"

# 'eqlControllerPrimaryOrSecondary', EQLCONTROLLER-MIB
OID_CONTROLLER_PRIMSEC=".1.3.6.1.4.1.12740.4.1.1.1.9.1"

# 'eqlDiskId', EQLDISK-MIB
OID_DISK_ID=".1.3.6.1.4.1.12740.3.1.1.1.10.1"

# 'eqlDiskTypeEnum', EQLDISK-MIB
OID_DISK_TYPE=".1.3.6.1.4.1.12740.3.1.1.1.12.1"

# 'eqlDiskSize', EQLDISK-MIB
OID_DISK_TOTAL=".1.3.6.1.4.1.12740.3.1.1.1.6.1"

# 'eqlDiskStatus', EQLDISK-MIB
OID_DISK_STATUS=".1.3.6.1.4.1.12740.3.1.1.1.8.1"

# 'eqlIpAdEntIfName', EQLIPADDR-MIB
OID_NETWORK_NAME=".1.3.6.1.4.1.12740.9.1.1.2.1"

# 'ifDescr', IF-MIB
OID_NETWORK_ID=".1.3.6.1.2.1.2.2.1.2"

# 'ifMtu', IF-MIB
OID_NETWORK_MTU=".1.3.6.1.2.1.2.2.1.4"

# 'ifSpeed', IF-MIB
OID_NETWORK_SPEED=".1.3.6.1.2.1.2.2.1.5"

# 'ifOperStatus', IF-MIB
OID_NETWORK_STATUS=".1.3.6.1.2.1.2.2.1.8"
# 'eqlMemberHealthDetailsPowerSupplyName', EQLMEMBER-MIB
OID_POWERSUPPLY_NAME=".1.3.6.1.4.1.12740.2.1.8.1.2.1"

# 'eqlMemberHealthDetailsPowerSupplyCurrentState', EQLMEMBER-MIB
OID_POWERSUPPLY_STATUS=".1.3.6.1.4.1.12740.2.1.8.1.3.1"

# 'eqlMemberStatusRaidStatus', EQLMEMBER-MIB
OID_RAID_STATUS=".1.3.6.1.4.1.12740.2.1.13.1.1.1"

# 'eqlMemberHealthDetailsTemperatureName', EQLMEMBER-MIB
OID_TEMPERATURE_NAME=".1.3.6.1.4.1.12740.2.1.6.1.2.1"

# 'eqlMemberHealthDetailsTemperatureValue', EQLMEMBER-MIB
OID_TEMPERATURE_VALUE=".1.3.6.1.4.1.12740.2.1.6.1.3.1"

# 'eqlMemberTotalStorage', EQLMEMBER-MIB
OID_USAGE_TOTAL=".1.3.6.1.4.1.12740.2.1.10.1.1.1"

# 'eqlMemberUsedStorage', EQLMEMBER-MIB
OID_USAGE_USED=".1.3.6.1.4.1.12740.2.1.10.1.2.1"

# 'eqlMemberSnapStorage', EQLMEMBER-MIB
OID_USAGE_SNAPSHOTS=".1.3.6.1.4.1.12740.2.1.10.1.3.1"

# 'eqlMemberReplStorage', EQLMEMBER-MIB
OID_USAGE_REPLICAS=".1.3.6.1.4.1.12740.2.1.10.1.4.1"

# 'eqliscsiVolumeName', EQLVOLUME-MIB
OID_VOLUME_NAME=".1.3.6.1.4.1.12740.5.1.7.1.1.4"

# 'eqliscsiVolumeAdminStatus', EQLVOLUME-MIB
OID_VOLUME_STATUS=".1.3.6.1.4.1.12740.5.1.7.1.1.9"

# 'eqliscsiVolumeSize', EQLVOLUME-MIB
OID_VOLUME_TOTAL=".1.3.6.1.4.1.12740.5.1.7.1.1.8"

# 'eqliscsiVolumeStatusAllocatedSpace', EQLVOLUME-MIB
OID_VOLUME_USED=".1.3.6.1.4.1.12740.5.1.7.7.1.13"

# 'eqliscsiVolumeStoragePoolIndex', EQLVOLUME-MIB
OID_VOLUME_STORAGEPOOL_ID=".1.3.6.1.4.1.12740.5.1.7.1.1.22"

# 'eqlStoragePoolName', EQLSTORAGEPOOL-MIB
OID_STORAGEPOOL_NAME=".1.3.6.1.4.1.12740.16.1.1.1.3.1"

# Default variables
DESCRIPTION="Unknown"
STATE=$STATE_UNKNOWN
CODE=0

# Default options
COMMUNITY="public"
HOSTNAME="127.0.0.1"
NAME=""
TYPE="info"
NETWORK="eth0"
MTU=9000
SPEED=1000
DISK=1
VOLUME="vss-control"
WARNING=0
CRITICAL=0

# Option processing
print_usage() {
  echo "Usage: ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t redundancy"
  echo "  $SCRIPTNAME -H ADDRESS"
  echo "  $SCRIPTNAME -C STRING"
  echo "  $SCRIPTNAME -n STRING"
  echo "  $SCRIPTNAME -t STRING"
  echo "  $SCRIPTNAME -i STRING"
  echo "  $SCRIPTNAME -m INTEGER"
  echo "  $SCRIPTNAME -s INTEGER"
  echo "  $SCRIPTNAME -d INTEGER"
  echo "  $SCRIPTNAME -v STRING"
  echo "  $SCRIPTNAME -w INTEGER"
  echo "  $SCRIPTNAME -c INTEGER"
  echo "  $SCRIPTNAME -h"
  echo "  $SCRIPTNAME -V"
}

print_version() {
  echo $SCRIPTNAME version $VERSION
  echo ""
  echo "This nagios plugins comes with ABSOLUTELY NO WARRANTY."
  echo "You may redistribute copies of the plugins under the terms of the GNU General Public License v2."
}

print_help() {
  print_version
  echo ""
  print_usage
  echo ""
  echo "Check the status of Dell EqualLogic storage"
  echo ""
  echo "-H ADDRESS"
  echo "   Name or IP address of host (default: 127.0.0.1)"
  echo "-C STRING"
  echo "   Community name for the host's SNMP agent (default: public)"
  echo "-n STRING"
  echo "   Member name"
  echo "-t STRING"
  echo "   Check type (battery, connection, controller, disk, fan, health, info, io, latency, network, redundancy, temperature, usage, raid, volume) (default: info)"
  echo "-i STRING"
  echo "   Network interface (default: eth0)"
  echo "-m INTEGER"
  echo "   MTU size (default: 9000)"
  echo "-s INTEGER"
  echo "   Network interface speed (default: 1000)"
  echo "-d INTEGER"
  echo "   Disk number (default: 1)"
  echo "-v STRING"
  echo "   Volume name (default: vss-control)"
  echo "-w INTEGER"
  echo "   Warning level (default: 0)"
  echo "-c INTEGER"
  echo "   Critical level (default: 0)"
  echo "-h"
  echo "   Print this help screen"
  echo "-V"
  echo "   Print version and license information"
  echo ""
  echo ""
  echo "This plugin uses the 'snmpget' command and the 'snmpwalk' command included with the NET-SNMP package."
  echo "This plugin support performance data output (connection, fan, io, latency, temperature, usage, volume)."
}

while getopts H:C:n:t:i:m:s:d:v:w:c:hV OPT
do
  case $OPT in
    H) HOSTNAME="$OPTARG" ;;
    C) COMMUNITY="$OPTARG" ;;
    n) NAME="$OPTARG" ;;
    t) TYPE="$OPTARG" ;;
    i) NETWORK="$OPTARG" ;;
    m) MTU=$OPTARG ;;
    s) SPEED=$OPTARG ;;
    d) DISK=$OPTARG ;;
    v) VOLUME="$OPTARG" ;;
    w) WARNING=$OPTARG ;;
    c) CRITICAL=$OPTARG ;;
    h)
      print_help
      exit $STATE_UNKNOWN
      ;;
    V)
      print_version
      exit $STATE_UNKNOWN
      ;;
   esac
done

# Plugin processing
size_convert() {
  if [ $VALUE -ge 1099511627776 ]; then
    VALUE=`echo "scale=2 ; ( ( ( $VALUE / 1024 ) / 1024 ) / 1024 ) / 1024" | $CMD_BC`
    VALUE="$VALUE TB"
  elif [ $VALUE -ge 1073741824 ]; then
    VALUE=`echo "scale=2 ; ( ( $VALUE / 1024 ) / 1024 ) / 1024" | $CMD_BC`
    VALUE="$VALUE GB"
  elif [ $VALUE -ge 1048576 ]; then
    VALUE=`echo "scale=2 ; ( $VALUE / 1024 ) / 1024" | $CMD_BC`
    VALUE="$VALUE MB"
  else
    VALUE=`echo "scale=2 ; $VALUE / 1024" | $CMD_BC`
    VALUE="$VALUE Bytes"
  fi
}

if [ -n "$NAME" ]; then
  MEMBER_ID=`$CMD_SNMPWALK -t 2 -r 2 -v 1 -c $COMMUNITY $HOSTNAME $OID_MEMBER_ID | $CMD_GREP -iw $NAME | $CMD_AWK '{ print $1}' | $CMD_AWK -F "." '{print $NF}'`

  if [ -n "$MEMBER_ID" ]; then

    if [ $TYPE = "battery" ]; then
      # Check battery status (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t battery)
      DESCRIPTION="Member '${NAME}' - Battery status :"
      COMMA=", "
      for CONTROLLER_ID in 1 2; do
        BATTERY_STATUS=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_BATTERY_STATUS}.${MEMBER_ID}.${CONTROLLER_ID}`
        case $BATTERY_STATUS in
          1)
            DESCRIPTION="$DESCRIPTION cache battery in controller $CONTROLLER_ID is fully functional${COMMA}"
            STATE=$STATE_OK
          ;;
          2)
            DESCRIPTION="$DESCRIPTION cache battery failure in controller $CONTROLLER_ID"
            STATE=$STATE_CRITICAL
            break
          ;;
          3)
            DESCRIPTION="$DESCRIPTION cache battery in controller $CONTROLLER_ID is charging"
            STATE=$STATE_WARNING
            break
          ;;
          4)
            DESCRIPTION="$DESCRIPTION cache battery in controller $CONTROLLER_ID voltage is low"
            STATE=$STATE_CRITICAL
            break
          ;;
          5)
            DESCRIPTION="$DESCRIPTION cache battery in controller $CONTROLLER_ID voltage is low and is charging"
            STATE=$STATE_CRITICAL
            break
          ;;
          6)
            DESCRIPTION="$DESCRIPTION Missing cache battery in controller $CONTROLLER_ID"
            STATE=$STATE_CRITICAL
            break
          ;;
          *)
            DESCRIPTION="$DESCRIPTION cache battery in controller $CONTROLLER_ID status unknown"
            STATE=$STATE_UNKNOWN
            break
          ;;
        esac
        COMMA=""
      done
    elif [ $TYPE = "connection" ]; then
      # Number of connection (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t connection -w 15 -c 20)
      CONNECTIONS_ISCSI=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_CONNECTIONS_ISCSI}.${MEMBER_ID}`
      if [ -n "$CONNECTIONS_ISCSI" ]; then
        if [ $WARNING != 0 ] || [ $CRITICAL != 0 ]; then
          if [ $CONNECTIONS_ISCSI -gt $CRITICAL ] && [ $CRITICAL != 0 ]; then
            STATE=$STATE_CRITICAL
          elif [ $CONNECTIONS_ISCSI -gt $WARNING ] && [ $WARNING != 0 ]; then
            STATE=$STATE_WARNING
          else
            STATE=$STATE_OK
          fi
        else
          STATE=$STATE_OK
        fi
        DESCRIPTION="Member '${NAME}' - Number of iSCSI connections : ${CONNECTIONS_ISCSI} | con_iscsi=${CONNECTIONS_ISCSI};$WARNING;$CRITICAL;0"
      fi
    elif [ $TYPE = "controller" ]; then
      # Controllers status (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t controllers)
      CONTROLLER_NUMBER=`$CMD_SNMPWALK -t 2 -r 2 -v 1 -c $COMMUNITY $HOSTNAME ${OID_CONTROLLER_PRIMSEC}.${MEMBER_ID} | wc -l`
      DESCRIPTION="Member '${NAME}' - Controllers status :"
      if [ $CONTROLLER_NUMBER = 2 ]; then
        DESCRIPTION="$DESCRIPTION Both controllers are fully functional"
        STATE=$STATE_OK
      else
        DESCRIPTION="$DESCRIPTION A controller has failed"
        STATE=$STATE_WARNING
      fi
    elif [ $TYPE = "disk" ]; then
      # Disks storage status (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t disk -d 1)
      DISK_SLOT=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_DISK_ID}.${MEMBER_ID}.${DISK}`
      DISK_TYPE=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_DISK_TYPE}.${MEMBER_ID}.${DISK}`
      DISK_TOTAL=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_DISK_TOTAL}.${MEMBER_ID}.${DISK}`
      DISK_STATUS=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_DISK_STATUS}.${MEMBER_ID}.${DISK}`
      DISK_TOTAL=`$CMD_EXPR $DISK_TOTAL \* 1048576`
      case $DISK_TYPE in
        1)
          DISK_TYPE_TEXT="SATA"
        ;;
        2)
          DISK_TYPE_TEXT="SAS"
        ;;
        *)
          DISK_TYPE_TEXT="Inconnu"
        ;;
      esac
      VALUE=$DISK_TOTAL
      size_convert
      DISK_TOTAL=$VALUE
      DESCRIPTION="Member '${NAME}' - Disk ${DISK} (slot ${DISK_SLOT}) status (type : ${DISK_TYPE_TEXT} and size ${DISK_TOTAL} ) :"
      case $DISK_STATUS in
        1)
          DESCRIPTION="$DESCRIPTION Disk is online. RAID is fully functional"
          STATE=$STATE_OK
        ;;
        2)
          DESCRIPTION="$DESCRIPTION Spare disk"
          STATE=$STATE_OK
        ;;
        3)
          DESCRIPTION="$DESCRIPTION Disk failures"
          STATE=$STATE_CRITICAL
        ;;
        4)
          DESCRIPTION="$DESCRIPTION Disk is offline"
          STATE=$STATE_WARNING
        ;;
        5)
          DESCRIPTION="$DESCRIPTION Disk failures"
          STATE=$STATE_WARNING
        ;;
        6)
          DESCRIPTION="$DESCRIPTION Disk is too small"
          STATE=$STATE_CRITICAL
        ;;
        7)
          DESCRIPTION="$DESCRIPTION Disk failure : cannot be converted to spare"
          STATE=$STATE_CRITICAL
        ;;
        8)
          DESCRIPTION="$DESCRIPTION Disk is unsupported. cannot be converted to spare"
          STATE=$STATE_CRITICAL
        ;;
        *)
          DESCRIPTION="$DESCRIPTION Disk : status unknown"
          STATE=$STATE_UNKNOWN
        ;;
      esac
    elif [ $TYPE = "fan" ]; then
      # Check fans RPM (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t fan)
      DESCRIPTION="Member '${NAME}' - Fan speed :"
      for FAN_ID in `$CMD_SNMPWALK -t 2 -r 2 -v 1 -c $COMMUNITY $HOSTNAME ${OID_FAN_NAME} | $CMD_AWK '{ print $1}' | $CMD_AWK -F "." '{print $NF}'`; do
        FAN_NAME=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_FAN_NAME}.${MEMBER_ID}.${FAN_ID} | $CMD_AWK -F '"' '{print $2}'`
        FAN_VALUE=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_FAN_VALUE}.${MEMBER_ID}.${FAN_ID}`
        DESCRIPTION="$DESCRIPTION '${FAN_NAME}' : ${FAN_VALUE} rpm, "
        PERFORMANCE_DATA="$PERFORMANCE_DATA '${FAN_NAME}'=${FAN_VALUE};0;0;0"
      done
      DESCRIPTION="$DESCRIPTION | $PERFORMANCE_DATA"
      STATE=$STATE_OK
    elif [ $TYPE = "health" ]; then
      # Check global system status (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t health)
      HEALTH_STATUS=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_HEALTH_STATUS}.${MEMBER_ID}`
      DESCRIPTION="Member '${NAME}' - Global system status : "
      case $HEALTH_STATUS in
        1)
          DESCRIPTION="$DESCRIPTION OK"
          STATE=$STATE_OK
        ;;
        2)
          DESCRIPTION="$DESCRIPTION Warning"
          STATE=$STATE_WARNING
        ;;
        3)
          DESCRIPTION="$DESCRIPTION Critical"
          STATE=$STATE_CRITICAL
        ;;
        *)
          DESCRIPTION="$DESCRIPTION Unknown"
          STATE=$STATE_UNKNOWN
        ;;
      esac
    elif [ $TYPE = "info" ]; then
      # Information (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t info)
      MODEL=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_MODEL}.${MEMBER_ID} | $CMD_AWK -F '"' '{print $2}'`
      SERIALNUMBER=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_SERIALNUMBER}.${MEMBER_ID} | $CMD_AWK -F '"' '{print $2}'`
      CONTROLLERS=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_NUMBERCONTROLLERS}.${MEMBER_ID}`
      DISKS=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_NUMBERDISKS}.${MEMBER_ID}`
      DESCRIPTION="Member '${NAME}' - Info : Storage Array Dell EqualLogic '${MODEL}' (${SERIALNUMBER}) has $CONTROLLERS controllers and $DISKS hard drives"
      STATE=$STATE_OK
    elif [ $TYPE = "io" ]; then
      # Check I/O performance (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t io)
      IO_READ=`$CMD_SNMPGET -t 2 -r 2 -v 2c -c $COMMUNITY -Ovq $HOSTNAME ${OID_IO_READ}.${MEMBER_ID}`
      IO_WRITE=`$CMD_SNMPGET -t 2 -r 2 -v 2c -c $COMMUNITY -Ovq $HOSTNAME ${OID_IO_WRITE}.${MEMBER_ID}`
      DESCRIPTION="Member '${NAME}' -  I/O Operations per second : Read counter's value is ${IO_READ} and write counter's value is $IO_WRITE | read=${IO_READ}c;0;0;0 write=${IO_WRITE}c;0;0;0"
      STATE=$STATE_OK
    elif [ $TYPE = "latency" ]; then
      # Check average latency (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t latency)
      LATENCY_READ=`$CMD_SNMPGET -t 2 -r 2 -v 2c -c $COMMUNITY -Ovq $HOSTNAME ${OID_LATENCY_READ}.${MEMBER_ID}`
      LATENCY_WRITE=`$CMD_SNMPGET -t 2 -r 2 -v 2c -c $COMMUNITY -Ovq $HOSTNAME ${OID_LATENCY_WRITE}.${MEMBER_ID}`
      DESCRIPTION="Member '${NAME}' - Reading average latency value is : $LATENCY_READ ms, writing average latency value is $LATENCY_WRITE ms | read=${LATENCY_READ};0;0;0 write=${LATENCY_WRITE};0;0;0"
      STATE=$STATE_OK
    elif [ $TYPE = "network" ]; then
      # Network interface status (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t network -i eth0 -m 9000 -s 1000)
      NETWORK_IP=`$CMD_SNMPWALK -t 2 -r 2 -v 1 -c $COMMUNITY $HOSTNAME ${OID_NETWORK_NAME}.${MEMBER_ID} | $CMD_GREP -i $NETWORK | $CMD_AWK '{print $1}' | $CMD_AWK -F "${MEMBER_ID}." '{print $2}'`
      NETWORK_ID=`$CMD_SNMPWALK -t 2 -r 2 -v 1 -c $COMMUNITY $HOSTNAME ${OID_NETWORK_ID} | $CMD_GREP -i $NETWORK | $CMD_AWK '{ print $1}' | $CMD_AWK -F "." '{print $NF}'`
      NETWORK_STATUS=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_NETWORK_STATUS}.${NETWORK_ID}`
      NETWORK_MTU=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_NETWORK_MTU}.${NETWORK_ID}`
      NETWORK_SPEED=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_NETWORK_SPEED}.${NETWORK_ID}`
      NETWORK_SPEED=`$CMD_EXPR $NETWORK_SPEED / 1000000`
      DESCRIPTION="Member '${NAME}' - Network interface '${NETWORK}' (${NETWORK_IP}) status :"
      if [ $NETWORK_STATUS = "up" ] && [ $MTU -eq $NETWORK_MTU ] && [ $SPEED -le $NETWORK_SPEED ]; then
        DESCRIPTION="$DESCRIPTION Network interface is fully functional"
        STATE=$STATE_OK
      else
        DESCRIPTION="$DESCRIPTION Network interface failure"
        STATE=$STATE_CRITICAL
      fi
      DESCRIPTION="$DESCRIPTION (MTU of $NETWORK_MTU and Speed of $NETWORK_SPEED)"
    elif [ $TYPE = "redundancy" ]; then
      # Power supply status (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t redundancy)
      DESCRIPTION="Member '${NAME}' - Power supply status :"
      COMMA=", "
      for POWERSUPPLY_ID in 1 2; do
        POWERSUPPLY_NAME=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY $HOSTNAME ${OID_POWERSUPPLY_NAME}.${MEMBER_ID}.${POWERSUPPLY_ID} | $CMD_AWK -F '"' '{print $2}'`
        POWERSUPPLY_STATUS=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_POWERSUPPLY_STATUS}.${MEMBER_ID}.${POWERSUPPLY_ID}`
        case $POWERSUPPLY_STATUS in
          1)
            DESCRIPTION="$DESCRIPTION '${POWERSUPPLY_NAME}' is fully functional${COMMA}"
            STATE=$STATE_OK
          ;;
          2)
            DESCRIPTION="$DESCRIPTION '${POWERSUPPLY_NAME}' power cord is missing"
            STATE=$STATE_WARNING
            break
          ;;
          3)
            DESCRIPTION="$DESCRIPTION '${POWERSUPPLY_NAME}' failure"
            STATE=$STATE_CRITICAL
            break
          ;;
          *)
            DESCRIPTION="$DESCRIPTION '${POWERSUPPLY_NAME}' status unknown"
            STATE=$STATE_UNKNOWN
            break
          ;;
        esac
        COMMA=""
      done
    elif [ $TYPE = "raid" ]; then
      # RAID status (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t raid)
      RAID_STATUS=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_RAID_STATUS}.${MEMBER_ID}`
      DESCRIPTION="Member '${NAME}' - RAID status :"
      case $RAID_STATUS in
        1)
          DESCRIPTION="$DESCRIPTION RAID is fully functional"
          STATE=$STATE_OK
        ;;
        2)
          DESCRIPTION="$DESCRIPTION RAID is running in degraded mode"
          STATE=$STATE_CRITICAL
        ;;
        3)
          DESCRIPTION="$DESCRIPTION Verifying integrity of RAID drives"
          STATE=$STATE_WARNING
        ;;
        4)
          DESCRIPTION="$DESCRIPTION RAID is rebuilding"
          STATE=$STATE_WARNING
        ;;
        5)
          DESCRIPTION="$DESCRIPTION RAID failure"
          STATE=$STATE_CRITICAL
        ;;
        6)
          DESCRIPTION="$DESCRIPTION RAID failure"
          STATE=$STATE_CRITICAL
        ;;
        7)
          DESCRIPTION="$DESCRIPTION RAID is resizing"
          STATE=$STATE_WARNING
        ;;
        *)
          DESCRIPTION="$DESCRIPTION RAID is in unknown state"
          STATE=$STATE_UNKNOWN
        ;;
      esac
    elif [ $TYPE = "temperature" ]; then
      # Check temperature (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t temperature)
      DESCRIPTION="Member '${NAME}' - Temperatures :"
      for TEMPERATURE_ID in `$CMD_SNMPWALK -t 2 -r 2 -v 1 -c $COMMUNITY $HOSTNAME ${OID_TEMPERATURE_NAME} | $CMD_AWK '{ print $1}' | $CMD_AWK -F "." '{print $NF}'`; do
        TEMPERATURE_NAME=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_TEMPERATURE_NAME}.${MEMBER_ID}.${TEMPERATURE_ID} | $CMD_AWK -F '"' '{print $2}'`
        TEMPERATURE_VALUE=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_TEMPERATURE_VALUE}.${MEMBER_ID}.${TEMPERATURE_ID}`
        DESCRIPTION="$DESCRIPTION '${TEMPERATURE_NAME}' : ${TEMPERATURE_VALUE} Degres Celcius, "
        PERFORMANCE_DATA="$PERFORMANCE_DATA '${TEMPERATURE_NAME}'=${TEMPERATURE_VALUE};0;0;0"
      done
      DESCRIPTION="$DESCRIPTION | $PERFORMANCE_DATA"
      STATE=$STATE_OK
    elif [ $TYPE = "usage" ]; then
      # Disk usage (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t usage -w 90 -c 95)
      USAGE_TOTAL=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_USAGE_TOTAL}.${MEMBER_ID}`
      USAGE_USED=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_USAGE_USED}.${MEMBER_ID}`
      USAGE_SNAPSHOTS=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_USAGE_SNAPSHOTS}.${MEMBER_ID}`
      USAGE_REPLICAS=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_USAGE_REPLICAS}.${MEMBER_ID}`

      if [ $USAGE_TOTAL != 0 ]; then
        USAGE_TOTAL=`$CMD_EXPR $USAGE_TOTAL \* 1048576`
        USAGE_USED=`$CMD_EXPR $USAGE_USED \* 1048576`
        USAGE_SNAPSHOTS=`$CMD_EXPR $USAGE_SNAPSHOTS \* 1048576`
        USAGE_REPLICAS=`$CMD_EXPR $USAGE_REPLICAS \* 1048576`

        USAGE_USED_POURCENT=`$CMD_EXPR \( $USAGE_USED \* 100 \) / $USAGE_TOTAL`
        USAGE_SNAPSHOTS_POURCENT=`$CMD_EXPR \( $USAGE_SNAPSHOTS \* 100 \) / $USAGE_TOTAL`
        USAGE_REPLICAS_POURCENT=`$CMD_EXPR \( $USAGE_REPLICAS \* 100 \) / $USAGE_TOTAL`

        PERFDATA_WARNING=0
        PERFDATA_CRITICAL=0

        if [ $WARNING != 0 ] || [ $CRITICAL != 0 ]; then
          PERFDATA_WARNING=`$CMD_EXPR \( $USAGE_TOTAL \* $WARNING \) / 100`
          PERFDATA_CRITICAL=`$CMD_EXPR \( $USAGE_TOTAL \* $CRITICAL \) / 100`

          if [ $USAGE_USED_POURCENT -gt $CRITICAL ] && [ $CRITICAL != 0 ]; then
            STATE=$STATE_CRITICAL
          elif [ $USAGE_USED_POURCENT -gt $WARNING ] && [ $WARNING != 0 ]; then
            STATE=$STATE_WARNING
          else
            STATE=$STATE_OK
          fi
        else
          STATE=$STATE_OK
        fi

        VALUE=$USAGE_TOTAL
        size_convert
        USAGE_TOTAL_FORMAT=$VALUE

        VALUE=$USAGE_USED
        size_convert
        USAGE_USED_FORMAT=$VALUE

        DESCRIPTION="Member '${NAME}' - Used disk space : $USAGE_USED_FORMAT with a total disk space of $USAGE_TOTAL_FORMAT (${USAGE_USED_POURCENT}%) with ${USAGE_SNAPSHOTS_POURCENT}% for snapshots and ${USAGE_REPLICAS_POURCENT}% for replication | total=${USAGE_TOTAL}B;$PERFDATA_WARNING;$PERFDATA_CRITICAL;0 used=${USAGE_USED}B;0;0;0 snapshots=${USAGE_SNAPSHOTS}B;0;0;0 replicas=${USAGE_REPLICAS}B;0;0;0"
      fi
    elif [ $TYPE = "volume" ]; then
      # Volume status (Usage : ./check_snmp_dell_equallogic -H 127.0.0.1 -C public -n BAIE01 -t volume -v volume01 -w 90 -c 95)
      VOLUME_ID=`$CMD_SNMPWALK -t 2 -r 2 -v 1 -c $COMMUNITY $HOSTNAME ${OID_VOLUME_NAME} | $CMD_GREP -i $VOLUME | $CMD_AWK '{print $1}' | $CMD_AWK -F "." '{print $NF}'`
	  VOLUME_MEMBER_ID=`$CMD_SNMPWALK -t 2 -r 2 -v 1 -c $COMMUNITY $HOSTNAME ${OID_VOLUME_NAME} | $CMD_GREP -i $VOLUME | $CMD_AWK '{print $1}' | $CMD_AWK -F "." '{print $(NF-1)}'`
      VOLUME_STATUS=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_VOLUME_STATUS}.${VOLUME_MEMBER_ID}.${VOLUME_ID}`
      VOLUME_STORAGEPOOL_ID=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_VOLUME_STORAGEPOOL_ID}.${VOLUME_MEMBER_ID}.${VOLUME_ID}`
      VOLUME_STORAGEPOOL_NAME=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_STORAGEPOOL_NAME}.${VOLUME_STORAGEPOOL_ID} | $CMD_AWK -F '"' '{print $2}'`
      case $VOLUME_STATUS in
        1)
          VOLUME_STATUS_DESC="online"
        ;;
        2)
          VOLUME_STATUS_DESC="offline"
        ;;
        3)
          VOLUME_STATUS_DESC="online, lost blocks"
        ;;
        4)
          VOLUME_STATUS_DESC="online, lost and ignored blocks"
        ;;
        5)
          VOLUME_STATUS_DESC="offline, lost and ignored blocks"
        ;;
        *)
          VOLUME_STATUS_DESC="unknown"
        ;;
      esac
      DESCRIPTION="Member '${NAME}' - Volume '${VOLUME}' (${VOLUME_STATUS_DESC}) in RAID group '${VOLUME_STORAGEPOOL_NAME}' :"
      VOLUME_TOTAL=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_VOLUME_TOTAL}.${VOLUME_MEMBER_ID}.${VOLUME_ID}`
      VOLUME_USED=`$CMD_SNMPGET -t 2 -r 2 -v 1 -c $COMMUNITY -Ovq $HOSTNAME ${OID_VOLUME_USED}.${VOLUME_MEMBER_ID}.${VOLUME_ID}`

      if [ $VOLUME_TOTAL != 0 ]; then
        VOLUME_TOTAL=`$CMD_EXPR $VOLUME_TOTAL \* 1048576`
        VOLUME_USED=`$CMD_EXPR $VOLUME_USED \* 1048576`
        VOLUME_USED_POURCENT=`$CMD_EXPR \( $VOLUME_USED \* 100 \) / $VOLUME_TOTAL`
        PERFDATA_WARNING=0
        PERFDATA_CRITICAL=0

        if [ $WARNING != 0 ] || [ $CRITICAL != 0 ]; then
          PERFDATA_WARNING=`$CMD_EXPR \( $VOLUME_TOTAL \* $WARNING \) / 100`
          PERFDATA_CRITICAL=`$CMD_EXPR \( $VOLUME_TOTAL \* $CRITICAL \) / 100`

          if [ $VOLUME_USED_POURCENT -gt $CRITICAL ] && [ $CRITICAL != 0 ]; then
            STATE=$STATE_CRITICAL
          elif [ $VOLUME_USED_POURCENT -gt $WARNING ] && [ $WARNING != 0 ]; then
            STATE=$STATE_WARNING
          else
            STATE=$STATE_OK
          fi
        else
          STATE=$STATE_OK
        fi

        VALUE=$VOLUME_TOTAL
        size_convert
        VOLUME_TOTAL_FORMAT=$VALUE

        VALUE=$VOLUME_USED
        size_convert
        VOLUME_USED_FORMAT=$VALUE

        DESCRIPTION="$DESCRIPTION $VOLUME_USED_FORMAT used on $VOLUME_TOTAL_FORMAT (${VOLUME_USED_POURCENT}%) | volume_used=${VOLUME_USED}B;$PERFDATA_WARNING;$PERFDATA_CRITICAL;0"
      fi
    fi
  fi
fi

echo $DESCRIPTION
exit $STATE
</code>
==== check_snmp_dell_vrtx ====
<code>
#! /bin/bash
# Desc : Plugin to verify status DELL VRTX
# List check: INFO, CPU, DET-MEM, STATE-MEM, NAME-DISK, STATE-DISK, NAME-VDISK, STATE-VDISK, NAME-BATT, STATE-BATT, NAME-PSU, STATE-PSU, NAME-FAN, STATE-FAN, NAME-CDISK, STATE-CDISK, NAME-TEMP, STATE-TEMP

COM=$2
IP=$1
CHECK=$3

###################################
#1. Device Info
###################################
if [[ $CHECK == "INFO" ]]
then
snmpwalk -c $COM -v 2c $IP .1.3.6.1.4.1.674.10892.5.1.3.12.0 | grep -oE 'STRING:.*' | cut -d ':' -f2 && snmpwalk -c $COM -v 2c $IP .1.3.6.1.4.1.674.10892.5.1.3.18.0 | grep -oE 'STRING:.*' | cut -d ':' -f2 && snmpwalk -c $COM -v 2c $IP .1.3.6.1.4.1.674.10892.5.1.3.6.0 | grep -oE 'STRING:.*' | cut -d ':' -f2
fi

###################################
#2. Check CPU
###################################
if [[ $CHECK == "CPU" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.4.200.10.1.50.1 | grep -oE 'INTEGER:.*' | awk '{print $2}'
fi

###################################
#3. Memory Detail
###################################
if [[ $CHECK == "DET-MEM" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.4.1100.50.1.14.1 | grep -oE 'INTEGER:.*' |  awk '{$2=$2/(1024^2);print "TOTAL:",$2,"GB"}'
elif [[ $CHECK == "STATE-MEM" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.4.200.10.1.27.1 | grep -oE 'INTEGER:.*' | awk '{print $2}'
fi

###################################
#4. Check Physical Disk
###################################
if [[ $CHECK == "NAME-DISK" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.5.1.20.130.4.1.55 | grep -oE 'STRING:.*' | cut -d ':' -f2
elif [[ $CHECK == "STATE-DISK" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.5.1.20.130.4.1.24 | grep -oE 'INTEGER:.*' |  tr '\n' ' ' | awk '{print $2,$4,$6}'
fi

###################################
#5. Check Virtual Disk
###################################
if [[ $CHECK == "NAME-VDISK" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.5.1.20.140.1.1.36 | grep -oE 'STRING:.*' | cut -d ':' -f2
elif [[ $CHECK == "STATE-VDISK" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.5.1.20.140.1.1.20 | grep -oE 'INTEGER:.*' |  tr '\n' ' ' | awk '{print $2,$4,$6}'
fi

###################################
#6. Battery Detail
###################################
if [[ $CHECK == "NAME-BATT" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.4.600.50.1.7.1 | grep -oE 'STRING:.*' | cut -d ':' -f2
elif [[ $CHECK == "STATE-BATT" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.4.600.50.1.5.1 | grep -oE 'INTEGER:.*' | awk '{print $2}'
fi

###################################
#7. Power Supply Detail
###################################
if [[ $CHECK == "NAME-PSU" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.4.600.12.1.15.1 | grep -oE 'STRING:.*' | cut -d ':' -f2
elif [[ $CHECK == "STATE-PSU" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.4.600.50.1.5.1 | grep -oE 'INTEGER:.*' |  tr '\n' ' ' | awk '{print $2,$4,$6}'
fi

###################################
#8. Fan Detail
###################################
if [[ $CHECK == "NAME-FAN" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.4.600.12.1.15.1 | grep -oE 'STRING:.*' | cut -d ':' -f2
elif [[ $CHECK == "STATE-FAN" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.4.600.50.1.5.1 | grep -oE 'INTEGER:.*' |  tr '\n' ' ' | awk '{print $2,$4,$6}'
elif [[ $CHECK == "SPEED-FAN" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.4.700.12.1.6.1 | grep -oE 'INTEGER:.*' |  tr '\n' ' ' | awk '{print $2,$4,$6}'
fi

###################################
#9. Check Disk Controller
###################################
if [[ $CHECK == "NAME-CDISK" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.5.1.20.130.1.1.2 | grep -oE 'STRING:.*' | cut -d ':' -f2
elif [[ $CHECK == "STATE-CDISK" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.5.1.20.130.1.1.38 | grep -oE 'INTEGER:.*' |  tr '\n' ' ' | awk '{print $2,$4,$6}'
fi

###################################
#10. Temperature Celsius
###################################
if [[ $CHECK == "NAME-TEMP" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.5.1.20.130.1.1.2 | grep -oE 'STRING:.*' | cut -d ':' -f2
elif [[ $CHECK == "STATE-TEMP" ]]
then
snmpwalk -c $COM -v 2c $IP  .1.3.6.1.4.1.674.10892.5.5.1.20.130.1.1.38 | grep -oE 'INTEGER:.*' |  tr '\n' ' ' | awk '{print $2,$4,$6}'
fi
</code>
==== check_bdd_on_cluster ====
<code>
#!/bin/bash
############################################
# Script pour verifier les BDD en cluster
# Qu'elle BDD tourne sur quel cluster
# By adex036137
############################################

# Vous pouvez decommanter la ligne ci-dessous si vous voulez voir le deroulement du script (debug)
#set -x

# On suprime l'ancien fichier texte si il existe
rm -f '/usr/lib64/nagios/plugins/MSSQL-CLUSTER/'$4'.txt'

# Les variables
WARN=$1
for VAR in $3
do
BDD=$VAR
COMM=$2
HOST1=$4
HOST2=${5:-Defaut}
HOST3=${6:-Defaut}
HOST4=${7:-Defaut}
HOST5=${8:-Defaut}

# Recherche BDD sur 1ere machine
RESULT=`snmpwalk -c $COMM -v 2c $HOST1 HOST-RESOURCES-MIB::hrSWRunParameters | grep  -oE "i $BDD"`
# Recherche BDD sur 2eme machine
RESULT2=`snmpwalk -c $COMM -v 2c  $HOST2 HOST-RESOURCES-MIB::hrSWRunParameters | grep  -oE "i $BDD"`
# Recherche BDD sur 3eme machine
RESULT3=`snmpwalk -c $COMM -v 2c $HOST3 HOST-RESOURCES-MIB::hrSWRunParameters | grep  -oE "i $BDD"`
# Recherche BDD sur 4eme machine
RESULT4=`snmpwalk -c $COMM -v 2c  $HOST4 HOST-RESOURCES-MIB::hrSWRunParameters | grep  -oE "i $BDD"`
# Recherche BDD sur 5eme machine
RESULT5=`snmpwalk -c $COMM -v 2c $HOST5 HOST-RESOURCES-MIB::hrSWRunParameters | grep  -oE "i $BDD"`

# Check des resultats
if [[ "$RESULT" =~ (i $BDD) ]]
then
echo "Service SQL Server $BDD is UP ON $HOST1" >> /usr/lib64/nagios/plugins/MSSQL-CLUSTER/$HOST1.txt
elif [[ "$RESULT2" =~ (i $BDD) ]]
then
echo "Service SQL Server $BDD is UP ON $HOST2" >> /usr/lib64/nagios/plugins/MSSQL-CLUSTER/$HOST1.txt
elif [[ "$RESULT3" =~ (i $BDD) ]]
then
echo "Service SQL Server $BDD is UP ON $HOST3" >> /usr/lib64/nagios/plugins/MSSQL-CLUSTER/$HOST1.txt
elif [[ "$RESULT4" =~ (i $BDD) ]]
then
echo "Service SQL Server $BDD is UP ON $HOST4" >> /usr/lib64/nagios/plugins/MSSQL-CLUSTER/$HOST1.txt
elif [[ "$RESULT5" =~ (i $BDD) ]]
then
echo "Service SQL Server $BDD is UP ON $HOST5" >> /usr/lib64/nagios/plugins/MSSQL-CLUSTER/$HOST1.txt
# Autres resultats
else
echo "CRITICAL SQL Server $BDD is DOWN on all nodes" >> /usr/lib64/nagios/plugins/MSSQL-CLUSTER/$HOST1.txt
fi
done

# Tri des resultats et remonte des alertes
TRI=$(cat /usr/lib64/nagios/plugins/MSSQL-CLUSTER/$HOST1.txt)
DUPL=`cat /usr/lib64/nagios/plugins/MSSQL-CLUSTER/$HOST1.txt | awk '{print $8}' | sort -u | wc -l`
if [[ "$TRI" =~ (CRITICAL) ]]
then
sort -u "/usr/lib64/nagios/plugins/MSSQL-CLUSTER/$HOST1.txt"
exit 2
elif [[ "$DUPL" < $WARN ]]
then
echo "WARNING more than one instances running on a node" && sort -u "/usr/lib64/nagios/plugins/MSSQL-CLUSTER/$HOST1.txt"
exit 1
else
sort -u "/usr/lib64/nagios/plugins/MSSQL-CLUSTER/$HOST1.txt"
exit 0
fi
</code>
==== backup_veeam ====
<code>
#!/bin/bash
set -x


cd /usr/lib64/nagios/plugins

HOST=$1
CHECK=$2
TIME=$3

RESULT=$( ./check_centreon_nrpe3 -2 -t 60 -H $HOST -p 5666 -c check_veeam_backup -a "$CHECK" $TIME | grep -Eo 'finished with Success|OK:' )
# Si OK
if [[ $RESULT = 'OK:' ]] || [[ $RESULT = 'finished with Success' ]]
then
echo "OK au moins 1 backup lors des 48 dernieres heures"
exit 0
fi

RESULT=$( ./check_centreon_nrpe3 -2 -t 60 -H $HOST -p 5666 -c check_veeam_backup -a "$CHECK" $TIME | egrep -o 'Warning:' | tail -n1 )
# Si Warning
if [[  $RESULT = 'Warning:' ]]
then
echo "Warning backup en alerte depuis 48h"
exit 1
fi

RESULT=$( ./check_centreon_nrpe3 -2 -t 60 -H $HOST -p 5666 -c check_veeam_backup -a "$CHECK" $TIME | egrep -o 'failed:' | tail -n1 )
# Si critique
if [[  $RESULT = 'failed:' ]]
then
echo "KO aucun backup depuis plus de 48h"
exit 2
fi
</code>
==== backup_veeam2 ====
<code>
#!/bin/bash
#set -x


cd /usr/lib64/nagios/plugins

HOST=$1
CHECK=$2
TIME=$3


RESULT=$( ./check_centreon_nrpe3 -2 -t 60 -H $HOST -p 5666 -c check_veeam_backup_copy -a "*\\$CHECK" $TIME | egrep -o 'OK:' | tail -n1 )
# Si OK
if [[ $RESULT = 'OK:' ]]
then
echo "OK au moins 1 backup lors des 48 dernieres heures"
exit 0
fi

RESULT=$( ./check_centreon_nrpe3 -2 -t 60 -H $HOST -p 5666 -c check_veeam_backup_copy -a "*\\$CHECK" $TIME | egrep -o "failed:" | tail -n1 )
# Si critique
if [[  $RESULT = "failed:" ]]
then
echo "KO aucun backup depuis plus de 48h"
fi
exit 2


RESULT=$( ./check_centreon_nrpe3 -2 -t 60 -H $HOST -p 5666 -c check_veeam_backup_copy -a "*\\$CHECK" $TIME | egrep -o 'Warning:' | tail -n1 )
# Si Warning
if [[  $RESULT = 'Warning:' ]]
then
echo "Warning backup en alerte depuis 48h"
exit 1
fi
</code>
==== check_vs-certif_f5 ====
<code>
#!/bin/bash
# set -x
# Variable
HOST=$1
URL=${2:-.*}
COM=${3:-public}
VER=${4:-2c}


# On recupere l'id de l'url
OID=$(snmpwalk -c $COM -v $VER $HOST .1.3.6.1.4.1.3375.2.1.15.1.2.1.1 | grep $2 | awk '{print $1}' | cut -d '.' -f10-)

# On recupere le temps restant
TMP=$(snmpwalk -c $COM -v $VER $HOST 1.3.6.1.4.1.3375.2.1.15.1.2.1.5 | grep $OID | awk '{print $4}')

# Calcul entre la date actuelle et la date du certif. RESULT= date unix convertie en date lisible.
TODAY=$(date +%s)
RESULT=$(date -d @$TMP +'%Y-%m-%d')
DIFF=$(echo "($TMP-$TODAY)/86400" | bc)

# Si pas de retour
if [[ -z $OID ]]
then
echo "L'url ou le F5 ne sont pas bien renseigne"
exit 3

# Si moins de 15 jours
elif [[ "$DIFF" -lt "15" ]]
then
echo "Critique $URL expire le $RESULT dans moins de $DIFF jours"
exit 2
fi

# Si moins de 30 jours
if [[ "$DIFF" -lt "30" ]]
then
echo "Alerte $URL expire le $RESULT dans moins de $DIFF jours"
exit 1

# Si OK
else
echo "OK $URL expire le $RESULT"
exit 0
fi
</code>