monitors:hardware_sensors

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Hardware monitoring

Author Damien Martins
Compatibility Xymon 4.2.2/4.3.12
Requirements sh (or bash), hddtemp, smartmontools
Download Part of https://github.com/doktoil-makresh/xymon-plugins.git
Last Update 2022-07-13

Description

A shell script to monitor hardware sensors (hdd and motherboard actually).

Installation

Client side

Untar this package, put hobbit-hardware.sh in $XYMONCLIENTHOME/ext directory Put xymon-hardware.cfg in $XYMONCLIENTHOME/etc directory Modify variables in both files to fit your needs/system User 'xymon' should be allowed to use sudo on some commands (check variables including 'sudo' in xymon-hardware.sh)

Server side

Add hardware to you $XYMONHOME/server/hosts line for the host running this script

#!/bin/bash

# ALL THIS SCRIPT IS UNDER GPL LICENSE # Version 0.6 # Title: xymon-hardware # Author: Damien Martins ( doctor |at| makelofine |dot| org) # Date: 2018-11-01 # Purpose: Check Uni* hardware sensors # Platforms: Uni* having lm-sensor and hddtemp utilities # Tested: Xymon 4.3.4 / hddtemp version 0.3-beta15 (Debian Lenny and Etch packages) / sensors version 3.0.2 with libsensors version 3.0.2 (Debian Lenny package) / sensors version 3.0.1 with libsensors version 3.0.1 (Debian Etch package)

#TODO for v0.7 # -To be independent of /etc/sensors.conf → we get raw values, and we set right ones from those, and define thresolds in xymon-hardware.cfg file # -Support for multiples sensors # -Support for independant temperatures thresolds for each disk # # History : # 01 nov 2018 - Steffan ?? # v0.5.1 : Adds support for spare drive (not reported as failed anymore) # 27 sep 2013 - Damien Martins # v0.5 : Adds support for HP monitoring tools (hpacucli) # 27 jun 2013 - Damien Martins and Xavier Carol i Rosell # v0.4 : Fixes hddtemp output handling (print last field instead of field N) # 09 sep 2011 - Damien Martins # v0.3 : Adds support for OpenManage Physical disks, temps # 17 feb 2010 - Damien Martins # v0.2.2 : Minor code optimizations # 22 jan 2010 - Damien Martins # v0.2.1 : Minor bug fix # 14 nov 2009 - Damien Martins # v0.2 : -Getting sensor probe no more hard coded # -More verbosity when commands fail # -Disk temperature thresolds in xymon-hardware.cfg file. # -Support smartctl to replace hddtemp (if needed) # -Possibility to disable lm-sensors # -Possibility to choose smartctl chipset # 25 jun 2009 - Damien Martins # v0.1.2 : -New error messages (more verbose, more accurate) # 18 jun 2009 - Damien Martins # v0.1.1 : -Bug fixes # 15 jan 2009 - Damien Martins # v0.1 : First lines, trying to get : # -temperatures value, and defined thresolds # -fan rotation speed and thresold # -voltages and thresolds # -HDD temperature (thresold is not include, so we set it in this file)

################################################################################# # YOU MUST CONFIGURE LM-SENSORS IN ORDER TO GET VALUES BEFORE USING THIS SCRIPT # #################################################################################

#This script should be stored in ext directory, located in Xymon/Xymon client home (typically ~xymon/client/ext or ~xymon/client/ext). #You must configure the xymon-hardware.cfg file (or whatever name defined in CONFIG_FILE)

#Debug if [ “$1” == “debug” ] ; then 

echo "Debug ON"
      BB=echo
      XYMONCLIENTHOME="/usr/local/Xymon/client/"
      XYMONTMP="$PWD"
      BBDISP=your_xymon_server
      MACHINE=$(hostname)
      CAT="/bin/cat"
      AWK="/usr/bin/nawk"
      GREP="/bin/grep"
RM="/bin/rm"
CUT="/usr/bin/cut"
DATE="/bin/date"
SED="/bin/sed"
CONFIG_FILE="xymon-hardware.cfg"
TMP_FILE="xymon-hardware.tmp"
MSG_FILE="xymon-hardware.msg"

fi

#Change to fit your system/wills : TEST=“hardware” MSG_FILE=“${XYMONTMP}/xymon-hardware.msg” CONFIG_FILE=“${XYMONCLIENTHOME}/etc/xymon-hardware.cfg” TMP_FILE=“${XYMONTMP}/xymon-hardware.tmp” CMD_HDDTEMP=“sudo /usr/sbin/hddtemp” SENSORS=“/usr/bin/sensors” BC=“/usr/bin/bc” SMARTCTL=“sudo /usr/sbin/smartctl” OMREPORT=“/opt/dell/srvadmin/sbin/omreport” HPACUCLI=“sudo /usr/sbin/hpacucli”

#Don't change anything from here (or assume all responsibility) unset YELLOW unset RED

#Basic tests : if [ -z “$XYMONCLIENTHOME” ] ; then 

      echo "XYMONCLIENTHOME not defined !"
      exit 1

fi if [ -z “$XYMONTMP” ] ; then 

      echo "XYMONTMP not defined !"
      exit 1

fi if [ -z “$BB” ] ; then 

      echo "BB not defined !"
      exit 1

fi if [ -z “$BBDISP” ] ; then 

      echo "BBDISP not defined !"
      exit 1

fi if [ -z “$MACHINE” ] ; then 

      echo "MACHINE not defined !"
      exit 1

fi

#Let's start baby !!! # #Hard disk temperature monitoring

if [ -f “$MSG_FILE” ] ; then 

"$RM" "$MSG_FILE"

fi

DISK_WARNING_TEMP=$($GREP ^DISK_WARNING_TEMP= $CONFIG_FILE | $SED s/^DISK_WARNING_TEMP=) DISK_PANIC_TEMP=$($GREP ^DISK_PANIC_TEMP= $CONFIG_FILE | $SED s/^DISK_PANIC_TEMP=)

function set_disk_entries_values() { 

ENTRIES=$1
if [ "$(echo $ENTRIES | "$AWK" -F, '{print NF}')" -eq 1 ] ; then
   LOCAL_DISK_WARNING_TEMP=$DISK_WARNING_TEMP
   LOCAL_DISK_PANIC_TEMP=$DISK_PANIC_TEMP
elif [ "$(echo $ENTRIES | "$AWK" -F, '{print NF}')" -eq 2 ] ; then
  LOCAL_DISK_WARNING_TEMP=$DISK_WARNING_TEMP
  LOCAL_DISK_PANIC_TEMP=$(echo $ENTRIES | "$AWK" -F, '{print $2}')
elif [ "$(echo $ENTRIES | "$AWK" -F, '{print NF}')" -eq 3 ] ; then
  LOCAL_DISK_WARNING_TEMP=$(echo $ENTRIES | "$AWK" -F, '{print $2}')
  LOCAL_DISK_PANIC_TEMP=$(echo $ENTRIES | "$AWK" -F, '{print $3}')
fi

}

function use_hddtemp () { 

for ENTRIES in $("$GREP" "^DISK=" "$CONFIG_FILE" | "$SED" s/^DISK=// ) ; do
	DISK=$(echo $ENTRIES | "$AWK" -F, '{print $1}')
set_disk_entries_values $ENTRIES
HDD_TEMP="$($CMD_HDDTEMP $DISK | $SED s/..$// | $AWK '{print $NF}')"
if [ ! "$(echo $HDD_TEMP | grep "^[ [:digit:] ]*$")" ] ; then
	RED=1
	LINE="&red Disk $DISK temperature is UNKNOWN (HDD_TEMP VALUE IS : $HDD_TEMP).

It seems S.M.A.R.T. is no more responding !!!“ 

echo "La température de $DISK n'est pas un nombre :/

HDD_TEMP : $HDD_TEMP” 

elif [ "$HDD_TEMP" -ge "$LOCAL_DISK_PANIC_TEMP" ] ; then
	RED=1
	LINE="&red Disk temperature is CRITICAL (Panic is $LOCAL_DISK_PANIC_TEMP) :

“$DISK”_temperature: ${HDD_TEMP}“ 

elif [ "$HDD_TEMP" -ge "$LOCAL_DISK_WARNING_TEMP" ] ; then
	YELLOW="1"
	LINE="&yellow Disk temperature is HIGH (Warning is $LOCAL_DISK_WARNING_TEMP) :

“$DISK”_temperature: ${HDD_TEMP}” 

elif [ "$HDD_TEMP" -lt "$LOCAL_DISK_WARNING_TEMP" ] ; then
	LINE="&green Disk temperature is OK (Warning is $LOCAL_DISK_WARNING_TEMP) :

“$DISK”_temperature: ${HDD_TEMP}“ 

fi
echo "$LINE" >> "$MSG_FILE"

done }

function use_smartctl () { SMARTCTL_CHIPSET=“$($GREP ^SMARTCTL_CHIPSET= $CONFIG_FILE | $SED s/^SMARTCTL_CHIPSET=)” if [ $SMARTCTL_CHIPSET ] ; then SMARTCTL_ARGS=”-A -d $SMARTCTL_CHIPSET“ else SMARTCTL_ARGS=”-A“ fi for ENTRIES in $(“$GREP” “^DISK=” “$CONFIG_FILE” | “$SED” s/^DISK=) ; do 

DISK=$(echo $ENTRIES | "$AWK" -F, '{print $1}')
set_disk_entries_values $ENTRIES
HDD_TEMP="$($SMARTCTL $SMARTCTL_ARGS $DISK | $GREP "^194" | $AWK '{print $10}')"
      if [ ! "$(echo $HDD_TEMP | grep "^[ [:digit:] ]*$")" ] ; then
              RED=1
              LINE="&red Disk $DISK temperature is UNKNOWN (HDD_TEMP VALUE IS : $HDD_TEMP).

It seems S.M.A.R.T. is no more responding !!!” 

      echo "La température de $DISK n'est pas un nombre :/

HDD_TEMP : $HDD_TEMP“ 

      elif [ "$HDD_TEMP" -ge "$LOCAL_DISK_PANIC_TEMP" ] ; then
              RED=1
              LINE="&red Disk temperature is CRITICAL (Panic is $LOCAL_DISK_PANIC_TEMP) :

“$DISK”_temperature: ${HDD_TEMP}” 

      elif [ "$HDD_TEMP" -ge "$LOCAL_DISK_WARNING_TEMP" ] ; then
              YELLOW="1"
              LINE="&yellow Disk temperature is HIGH (Warning is $LOCAL_DISK_WARNING_TEMP) :

“$DISK”_temperature: ${HDD_TEMP}“ 

      elif [ "$HDD_TEMP" -lt "$LOCAL_DISK_WARNING_TEMP" ] ; then
              LINE="&green Disk temperature is OK (Warning is $LOCAL_DISK_WARNING_TEMP) :

“$DISK”_temperature: ${HDD_TEMP}” 

      fi
      echo "$LINE" >> "$MSG_FILE"

done }

#Motherboard sensors monitoring (CPU, Mobo, Fans…)

function test_temperature () { SOURCE=$1 TEMPERATURE=$2 WARNING=$3 PANIC=$4 #echo “Source : $SOURCE #Temperature : $TEMPERATURE #Warning : $WARNING #Panic : $PANIC” if [ $(echo “$TEMPERATURE >= $PANIC” | “$BC”) -eq 1 ] ; then 

RED=1
LINE="&red $SOURCE temperature is CRITICAL !!! (Panic is $PANIC) :

“$SOURCE”_temperature: $TEMPERATURE“ elif [ $(echo “$TEMPERATURE >= $WARNING” | “$BC”) -eq 1 ] ; then 

YELLOW=1
LINE="&yellow $SOURCE temperature is HIGH ! (Warning is $WARNING) :

“$SOURCE”_temperature: $TEMPERATURE” elif [ $(echo “$TEMPERATURE < $WARNING” | “$BC”) -eq 1 ] ; then 

LINE="&green $SOURCE temperature is OK (Warning is $WARNING) :

“$SOURCE”_temperature: $TEMPERATURE“ fi echo “$LINE” » “$MSG_FILE” unset MIN MAX PANIC VALUE WARNING }

function test_fan () { SOURCE=$1 RPM=$2 MIN=$3 #echo “Source : $SOURCE #RPM : $RPM #MIN : $MIN” if [ $(echo “$RPM ⇐ $MIN” |”$BC“) -eq 1 ] ; then 

RED=1
LINE="&red $SOURCE RPM speed is critical !!! (Lower or equal to $MIN) :

“$SOURCE”_rpm: $RPM” elif [ $(echo “$RPM > $MIN” |“$BC”) -eq 1 ] ; then 

LINE="&green $SOURCE RPM is OK (Higher than $MIN) :

“$SOURCE”_rpm: $RPM“ fi echo “$LINE” » “$MSG_FILE” unset MIN MAX PANIC VALUE WARNING }

function test_volt () { SOURCE=$1 VOLT=$2 MIN=$3 MAX=$4 #echo “Source : $SOURCE #Volt : $VOLT #Min : $MIN #Max : $MAX” if [ $(echo “$VOLT < $MIN” | “$BC”) -eq 1 ] || [ $(echo “$VOLT > $MAX” | “$BC”) -eq 1 ] ; then 

RED=1
LINE="&red $SOURCE voltage is OUT OF RANGE !!! (between $MIN and $MAX) :

“$SOURCE”_volt: $VOLT” elif [ $(echo “$VOLT == $MIN” |“$BC”) -eq 1 ] || [ $(echo “$VOLT == $MAX” |“$BC”) -eq 1 ] ; then 

YELLOW="1"
LINE="&yellow $SOURCE voltage is very NEAR OF LIMITS ! (between $MIN and $MAX) :

“$SOURCE”_volt: $VOLT“ elif [ $(echo “$VOLT > $MIN” |”$BC“) -eq 1 ] && [ $(echo “$VOLT < $MAX” |”$BC“) -eq 1 ] ; then 

LINE="&green $SOURCE voltage is OK (between $MIN and $MAX) :

“$SOURCE”_volt: $VOLT” fi echo “$LINE” » “$MSG_FILE” unset MIN MAX PANIC VALUE WARNING }

function find_type () { LINE=$1 echo “$LINE” | “$GREP” -q “in[0-9]” 

      if [ $? -eq 0 ] ; then
              TYPE=volt
      else
              echo "$LINE" | "$GREP" -q "fan[0-9]"
              if [ $? -eq 0 ] ; then
                      TYPE=fan
                      else
                              echo "$LINE" |"$GREP" -q "temp[0-9]"
                              if [ $? -eq 0 ] ; then
                                      TYPE=temp
                              fi
              fi
      fi

# echo “Type : $TYPE” }

function use_lmsensors () { SENSOR_PROBE=“$($GREP ^SENSOR_PROBE= $CONFIG_FILE | $SED s/^SENSOR_PROBE=)” if [ -z $SENSOR_PROBE ] ; then echo “No sensor probe configured” break fi “$SENSORS” -uA “$SENSOR_PROBE” | “$GREP” : | “$GREP” -v beep_enable | $GREP -v “alarm” | $GREP -v “type” > “$TMP_FILE” while read SENSORS_LINE ; do #echo “Ligne : $SENSORS_LINE” echo $SENSORS_LINE | “$AWK” -F: '{print $2}' | “$GREP” -q “[0-9]” if [ $? -ne 0 ] ; then TITLE=$(echo $SENSORS_LINE | “$AWK” -F: '{print $1}' | $SED 's/\ /_/g' |$SED 's/^-/Negative_/' |$SED 's/^+/Positive_/') # echo “Title : $TITLE” else find_type “$SENSORS_LINE” echo $SENSORS_LINE | “$GREP” -q “input:” if [ $? -eq 0 ] ; then VALUE=$(echo $SENSORS_LINE | “$AWK” '{print $2}') # echo “Value : $VALUE” fi echo $SENSORS_LINE |“$GREP” -q “_max:” if [ $? -eq 0 ] ; then PANIC=$(echo $SENSORS_LINE | “$AWK” '{print $2}') MAX=$PANIC # echo “Panic : $PANIC” fi echo $SENSORS_LINE |“$GREP” -q “_max_hyst:” if [ $? -eq 0 ] ; then WARNING=$(echo $SENSORS_LINE | “$AWK” '{print $2}') # echo “Warning : $WARNING” fi echo $SENSORS_LINE |“$GREP” -q “_min:” if [ $? -eq 0 ] ; then MIN=$(echo $SENSORS_LINE | “$AWK” '{print $2}') # echo “Min : $MIN” fi if [ “$TYPE” == “volt” ] && [ “$MIN” ] && [ $VALUE ] && [ $MAX ] ; then test_volt $TITLE $VALUE $MIN $MAX elif [ “$TYPE” == “fan” ] && [ $TITLE ] && [ $MIN ] && [ $VALUE ] ; then test_fan $TITLE $VALUE $MIN elif [ “$TYPE” == “temp” ] && [ $TITLE ] && [ $VALUE ] && [ $WARNING ] && [ $PANIC ] ; then test_temperature $TITLE $VALUE $WARNING $PANIC fi fi done < “$TMP_FILE” } function use_openmanage () { rm -f ${XYMONTMP}/xymon-hardware_volts.tmp ${XYMONTMP}/xymon-hardware_fans.tmp ${XYMONTMP}/xymon-hardware_disks.tmp #Tests temperatures : CHASSIS_TEMP=$($OMREPORT chassis temps | grep Reading |awk '{print $3}' | $AWK -F\. '{print $1}') CHASSIS_TEMP_WARNING=$($OMREPORT chassis temps | grep “Maximum Warning Threshold” |awk '{print $5}' | $AWK -F\. '{print $1}' ) CHASSIS_TEMP_ALERT=$($OMREPORT chassis temps | grep “Maximum Failure Threshold” |awk '{print $5}' | $AWK -F\. '{print $1}') if [ $CHASSIS_TEMP_WARNING -ge $CHASSIS_TEMP_ALERT ] ; then echo “Erreur, la valeur CHASSIS_TEMP_WARNING est superieure ou egale a CHASSIS_TEMP_ALERT !!!” exit 2 fi if [ $CHASSIS_TEMP -ge $CHASSIS_TEMP_ALERT ] ; then CHASSIS_TEMP_STATUS=red echo “&red La temperature du chassis est en ALERTE !!! : temperature_chassis: $CHASSIS_TEMP” » $MSG_FILE RED=1 elif [ $CHASSIS_TEMP -ge $CHASSIS_TEMP_WARNING ] ; then CHASSIS_TEMP_STATUS=yellow YELLOW=1 echo “&yellow La temperature du chassis est en LIMITE-LIMITE !!! : temperature_chassis: $CHASSIS_TEMP” » $MSG_FILE elif [ $CHASSIS_TEMP -lt $CHASSIS_TEMP_WARNING ] ; then CHASSIS_TEMP_STATUS=green echo “&green Les voltages sont Ok !” » $MSG_FILE else echo “Erreur dans les valeurs de temperatures : CHASSIS_TEMP : $CHASSIS_TEMP CHASSIS_TEMP_WARNING : $CHASSIS_TEMP_WARNING CHASSIS_TEMP_ALERT : $CHASSIS_TEMP_ALERT” exit 2 fi #Tests voltages : $OMREPORT chassis volts |grep Health | awk ' {print $3}' | grep -q Ok if [ $? -eq 0 ] ; then VOLT_GLOBAL_STATUS=green else $OMREPORT chassis volts | grep -A 2 Index |grep -v Index | grep -v “\-\-” | cut -c 29- > ${XYMONTMP}/xymon-hardware_volts.tmp while read LINE ; do echo $LINE | grep -q Status | grep -q Ok if [ $ERROR ] ; then PROBE_IN_ERROR=“$LINE” echo “&yellow Le voltage de $PROBE_IN_ERROR est incorrect !” » $MSG_FILE fi unset ERROR if [ $? -ne 0 ] ; then VOLT_YELLOW=1 ERROR=1 fi done < ${XYMONTMP}/xymon-hardware_volts.tmp fi if [ $VOLT_YELLOW ] ; then YELLOW=1 VOLT_GLOBAL_STATUS=yellow fi #Test ventilateurs : $OMREPORT chassis fans | grep -q “Main System Chassis Fans: Ok” if [ $? -eq 0 ] ; then FANS_GLOBAL_STATUS=green else $OMREPORT chassis fans | grep -A 6 Index |grep -v Index | grep -v “\-\-” |grep -v “N\/A” | cut -c 29- > ${XYMONTMP}/xymon-hardware_fans.tmp while read LINE ; do if [ $NEXT_LINE == FAN_MIN_RPM ] ; then FAN_MIN_RPM=$(echo $LINE | awk '{print $1}') echo “&yellow Le ventilateur $FAN_NAME tourne trop lentement ($FAN_RPM inferieur a ${FAN_MIN_RPM}) !!! ${FAN_NAME}_rpm: $FAN_RPM” » ${XYMONTMP}/xymon-hardware_fans.msg unset NEXT_LINE fi if [ $NEXT_LINE == FAN_RPM ] ; then FAN_RPM=$(echo $LINE | awk '{print $1}') NEXT_LINE=FAN_MIN_RPM fi if [ $ERROR ] && [ $NEXT_LINE == FAN_NAME ] ; then FAN_IN_ERROR=$LINE NEXT_LINE=FAN_RPM if [ $FAN_RPM -le 0 ] ; then FAN_RED=1 echo “&red Le ventilateur $FAN_NAME ne tourne plus !!!” » ${XYMONTMP}/xymon-hardware_fans.msg fi unset ERROR fi echo $LINE | grep -q Status | grep -q Ok if [ $? -ne 0 ] ; then FAN_YELLOW=1 ERROR=1 NEXT_LINE=FAN_NAME fi done < ${XYMONTMP}/xymon-hardware_fans.tmp fi if [ $FAN_RED ] ; then RED=1 echo “&red Probleme avec les vitesses des ventilateurs ! $(cat ${XYMONTMP}/xymon-hardware_fans.msg)” » $MSG_FILE elif [ $FAN_YELLOW ] ; then YELLOW=1 echo “&yellow Probleme avec les vitesses des ventilateurs ! $(cat ${XYMONTMP}/xymon-hardware_fans.msg)” » $MSG_FILE else VOLT_GLOBAL_STATUS=green echo “&green Tout va bien avec les ventilateurs” » $MSG_FILE fi #Test etat disques : $OMREPORT storage pdisk controller=0 |grep ^Status | grep -q Ok if [ $? -eq 0 ] ; then echo “&green Le statut des disques est Ok !” » $MSG_FILE else DISK_COLOR=yellow $OMREPORT storage pdisk controller=0 |grep -A 1 ^Status | grep -v “\-\-” > ${XYMONTMP}/xymon-hardware_disks.tmp while read LINE ; do echo $LINE | grep -q Status | grep -q Ok if [ $NEXT_LINE == DISK_NAME ] ; then DISK_NAME=$(echo $LINE | cut -c 29-) echo “&yellow Le disque $DISK_NAME est en mauvaise situation !” » $MSG_FILE unset NEXT_LINE fi unset ERROR if [ $? -ne 0 ] ; then ERROR=1 NEXT_LINE=DISK_NAME fi done < ${XYMONTMP}/xymon-hardware_disks.tmp fi } function use_hpacucli () { $HPACUCLI ctrl all show config | grep drive | while read OUTPUT ; do TYPE=$(echo $OUTPUT | awk '{print $1}' | sed s/drive) 

      SLOT=$(echo $OUTPUT | awk '{print $2}')
      STATUS=$(echo $OUTPUT | awk '{print $NF}' | sed s/\)//)
if [ "$STATUS" == "spare" ] ; then
              STATUS=$(echo $OUTPUT | cut -d',' -f4 | sed 's/ //g')
      fi
      if [ $TYPE == "logical" ] ; then
              RAID=$(echo $OUTPUT | awk '{print $6}')
              SIZE=$(echo $OUTPUT | awk '{print $3 $4}' | sed s/\(// | sed s/\,//)
              if [ "$STATUS" != "OK" ] ; then
                      RED=1
                      LINE="&red Logical drive $SLOT \(RAID $RAID, size : $SIZE\) status is BAD !!!"
              elif [ "$STATUS" == "OK" ] ; then
                      LINE="&green Logical drive $SLOT \(RAID $RAID, size : $SIZE\) status is OK"
              else
                      RED=1
                      LINE="&red Unknow status \(or stupid monitoring script\) for logical drive $SLOT \(RAID $RAID, size : $SIZE\) !!!"
              fi
      elif [ "$TYPE" == "physical" ] ; then
              SIZE=$(echo $OUTPUT | awk '{print $8 $9}' | sed s/\,//)
              if [ "$STATUS" != "OK" ] ; then
                      YELLOW=1
                      LINE="&yellow Physical drive in slot $SLOT \(size : $SIZE\) status is BAD !!!"
              elif [ "$STATUS" == "OK" ] ; then
                      LINE="&green Physical drive in slot $SLOT \(size : $SIZE\) status is OK"
              else
                      RED=1
                      LINE="&red Unknow status \(or stupid monitoring script\) for physical drive in slot $SLOT \(size : $SIZE\) !!!"
              fi
      fi
      echo $LINE >> $MSG_FILE

done }

$GREP -q ^HPACUCLI=1 $CONFIG_FILE if [ $? -eq 0 ] ; then 

      use_hpacucli

fi $GREP -q ^SMARTCTL=1 $CONFIG_FILE if [ $? -eq 0 ] ; then 

use_smartctl

fi $GREP -q ^HDDTEMP=1 $CONFIG_FILE if [ $? -eq 0 ] ; then 

use_hddtemp

fi $GREP -q ^OPENMANAGE=1 $CONFIG_FILE if [ $? -eq 0 ] ; then 

use_openmanage

fi $GREP -q ^SENSOR=1 $CONFIG_FILE if [ $? -eq 0 ] ; then 

use_lmsensors

fi if [ “$RED” ] ; then 

FINAL_STATUS=red

elif [ “$YELLOW” ] ; then 

FINAL_STATUS=yellow

else 

FINAL_STATUS=green

fi “$BB” “$BBDISP” “status “$MACHINE”.”$TEST“ “$FINAL_STATUS” $(“$DATE”) $(“$CAT” “$MSG_FILE”) ”

Known Bugs and Issues

None

To Do

v0.6

  • To be independent of /etc/sensors.conf → we get raw values, and we set right ones from those, and define thresolds in hobbit-hardware.conf file
  • Support for independant temperatures thresolds for each disk
  • Support for multiples sensors
  • Support for multiples disk controllers chipsets

Credits

  • Thanks to Xavier Carol i Rosell to remember me to upload new version, and for a fix proposal

Changelog

  • 2009-01-15 v0.1
    • Initial release.
  • 2009-06-18 v0.1.1
    • Bug fixes.
  • 2009-06-25 v0.1.2
    • New error messages (more verbose, more accurate).
  • 2009-11-14 v0.2
    • More verbosity when commands fail
    • Disk temperature thresolds in hobbit-hardware.conf file.
    • Support smartctl to replace hddtemp (if needed).
    • Possibility to disable lm-sensors.
    • Possibility to choose smartctl.
  • 2010-01-22 v0.2.1
    • Minor bug fix.
  • 2013-06-27 v0.2.2
    • Minor code optimizations
  • 2011-09-09 v0.3
    • Add support for OpenManage Physical disks, temps
  • 2013-06-27 v0.4
    • Fix hddtemp output handling (print last field instead of field N)
  • 2013-09-27 v0.5
    • Add support for HP monitoring tool (hpacucli)
  • 2022-07-13 v0.6
    • Add support for disks independent temperatures
  • monitors/hardware_sensors.1670756718.txt.gz
  • Last modified: 2022/12/11 11:05
  • by doktoil_makresh