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#!/bin/bash
#########################################################
# #
# Dell PowerConnect #
# #
# check_powerconnect #
# Version 1.5 (June 9th, 2016) #
# #
# Authored by Jason Leonard #
# E-mail: jason_leonard@yahoo.com #
# #
# ----------------------------------------------------- #
# #
# Overview #
# #
# This plugin will check any Dell PowerConnect #
# switch. As with most of my plugins, it came out of a #
# specific need my company had when my boss decided to #
# purchase PowerConnect switches for a remote site. #
# (we are traditionally a Cisco shop). When searching #
# for plugins, I found FMFreak's PowerConnect plugin, #
# but it lacked ability to check environmentals. So, #
# this script was designed to do precisely that. I #
# also added the ability for it to report asset #
# information. #
# #
# Most options for this program are fairly self- #
# explanatory. The only thing worth nothing is that, #
# in order to check a specific port, the -p parameter #
# has to be used in addition to specifying -t port. #
# #
# The same applies for environmentals. I decided #
# to allow them to be checked individually, but may #
# add an option later to also check them all at once #
# (like my HP server checks). #
# #
# This plugin is distributed under the GNU GPL license. #
# You may re-destribute only according to the terms of #
# the GNU GPL v2. #
# #
#########################################################
#########################################################
## GLOBAL VARIABLES ##
#########################################################
APPNAME=$(basename $0)
AUTHOR="Jason Leonard"
VERSION="1.5"
# Default settings for connection
COMMUNITY='public'
HOST_NAME='localhost'
SNMPVERSION='2c'
# State Variables
STATE_OK=0
STATE_WARN=1
STATE_CRIT=2
STATE_UNK=3
# Default Outputs
STATE=$STATE_OK
STATE_STRING=""
PERFDATA=""
# Default WARNING / CRITICAL for temperature checks
WARNING=65
CRITICAL=70
# Change this to modify the script's handling of how it
# separates each consumable/tray when multiple checks
# are output.
SEPARATOR="\n"
#SEPARATOR=','
# This is the character that tokenizes multiple arguments
# to the port check. I have this here so it's easy to
# change if I find the current character I have is buggy
# or a bad choice
ARG_TOKEN=','
#########################################################
# Universal SNMP OIDS #
#########################################################
OID_productIdentificationPerUnitEntry="1.3.6.1.4.1.674.10895.3000.1.2.100.8.1"
OID_productIdentificationPerBoxIndex="1.3.6.1.4.1.674.10895.3000.1.2.100.8.1.1"
OID_productIdentificationDisplayName="1.3.6.1.4.1.674.10895.3000.1.2.100.1.0"
OID_productIdentificationVersion="1.3.6.1.4.1.674.10895.3000.1.2.100.4.0"
OID_ifOperStatus="1.3.6.1.2.1.2.2.1.8"
OID_envMonFanState="1.3.6.1.4.1.674.10895.3000.1.2.110.7.1.1.3"
OID_envMonFanStatusDescr="1.3.6.1.4.1.674.10895.3000.1.2.110.7.1.1.2"
OID_envMonSupplyStatusIndex="1.3.6.1.4.1.674.10895.3000.1.2.110.7.2.1.1"
OID_envMonSupplyState="1.3.6.1.4.1.674.10895.3000.1.2.110.7.2.1.3"
OID_envMonSupplyStatusDescr="1.3.6.1.4.1.674.10895.3000.1.2.110.7.2.1.2"
OID_envMonSupplySource="1.3.6.1.4.1.674.10895.3000.1.2.110.7.2.1.4"
OID_sysUpTime="1.3.6.1.2.1.1.3.0"
OID_productStatusGlobalStatus="1.3.6.1.4.1.674.10895.3000.1.2.110.1.0"
#########################################################
# print_version #
#########################################################
print_version() {
echo "$APPNAME $VERSION"
echo "$AUTHOR"
echo ''
}
#########################################################
# print_usage #
#########################################################
print_usage(){
echo ''
echo 'Usage for SNMP v1/2c:'
echo " $APPNAME -H <host/IP> -t <type of check> [-C <SNMP community>] [-p <ports>] [-S <character>] [-w <warning value>] [-c <critical value>]"
echo ''
echo 'Usage for SNMP v3:'
echo " $APPNAME -H <host/IP> -t <check> -u <user> -x <protocol> -X <password> -a <protocol> -A <password> -l <security mode> [-p <ports>] [-S <character>]>"
echo ''
}
#########################################################
## print_help Function ##
#########################################################
# Prints out user help and gives examples of proper #
# plugin usage #
#########################################################
function print_help () {
print_version
echo 'Description:'
echo "$APPNAME is a Nagios plugin to check the status of various components of Dell PowerConnect switches."
echo ''
echo 'This plugin is not developped by the Nagios Plugin group.'
echo 'Please do not e-mail them for support on this plugin.'
echo ''
echo 'For contact info, please read the plugin script file.'
print_usage
echo "---------------------------------------------------------------------"
echo ''
echo 'OPTIONS:'
echo ' -H|--host'
echo ' Host name or IP address to check. Default is: localhost. REQUIRED OPTION'
echo ' -v|--snmpversion { 1 | 2c | 3 }'
echo " Specifies the SNMP version to use. Default is '2c'. REQUIRED OPTION"
echo ' -C|--community'
echo " SNMP v2 community string with Read access. Default is 'public'. REQUIRED OPTION"
echo ' -u|--user'
echo ' SNMP v3 username'
echo ' -l|--privlevel { noAuthNoPriv | authNoPriv | authPriv }'
echo ' SNMP v3 privilege level'
echo ' -x|--privprotocol { DES | AES }'
echo ' SNMP v3 privacy protocol'
echo ' -X|--privpassword'
echo ' SNMP v3 privacy password'
echo ' -a|--authprotocol { MD5 | SHA }'
echo ' SNMP v3 authentication protocol'
echo ' -A|--authpassword'
echo ' SNMP v3 authentication password'
echo ' -t|--type { assets | description | uptime | ports | port | health | temps | fans | psus }'
echo ' The check you want to perform for the switch(es).'
echo ' REQUIRED OPTION.'
echo ' -p|--port <port(s)>'
echo " Specify port number, or list of ports (comma-separated) to be checked (only for the '-t port' option!)"
echo ' -S|--separator <text string>'
echo ' Assign a particular string as the separator for consumables.'
echo ' Default is " " to conform to Nagios plugin development guidelines'
echo ' -w|--warning'
echo ' Assign WARNING value, in degrees C, for temperature checks'
echo ' -c|--critical'
echo ' Assign CRITICAL value, in degrees C, for temperature checks'
echo ' -h|--help'
echo ' Show this help screen'
echo ' -V|--version'
echo ' Show the current version of the plugin'
echo ''
echo 'CHECK TYPES:'
echo ' assets:'
echo ' Returns serial number and service tag of unit. '
echo ''
echo ' description:'
echo ' Returns make and model of unit. Equivalent to checking sysDescr.'
echo ''
echo ' uptime:'
echo ' How long the unit has been powered on. Equivalent to checking sysUptime.'
echo ''
echo ' ports:'
echo ' Checks admin status of all ports. Reports number of ports UP and DOWN. Equivalent to checking ifOperStatus'
echo ''
echo ' port:'
echo ' Admin status of specified ports. Reports number of ports UP and DOWN. '
echo ' Ports to check can be specified as a range (x-y), as well as a comma-separated list (3,5,19).'
echo ''
echo ' health:'
echo " Global health status of the device(s). Will let you know something is wrong, but won't check what."
echo ''
echo ' temps:'
echo ' Ambient temperature of the device(s).'
echo ' WARNING and CRITICAL values are required! Default WARNING is 65 deg F and CRITICAL is 70 deg F.'
echo ''
echo ' fans:'
echo ' Fan status of the device(s).'
echo ''
echo ' psus:'
echo ' Power supply status of the device(s).'
echo ''
echo 'EXAMPLES:'
echo " $APPNAME -H hostname -C public -t port -p 42"
echo ' to check status of port 42'
echo " $APPNAME -H hostname -C public -t psus"
echo ' to check status of power supplies'
echo " $APPNAME -H hostname -C public -t temps -w 60 -c 70"
echo ' to check thermal temperatures'
echo ''
exit $STATE_UNK
}
#########################################################
## CheckAssetInfo function ##
#########################################################
# Returns serial # and service tag of device(s) #
#########################################################
function CheckAssetInfo () {
STACK_UNITS=`walk_snmp $OID_productIdentificationPerBoxIndex true`
check_snmp_error "$?" "$STACK_UNITS"
for CURRENT_UNIT in $STACK_UNITS; do
SERIAL=`get_snmp $OID_productIdentificationPerUnitEntry.2.$CURRENT_UNIT`
check_snmp_error "$?" "$SERIAL"
# The service tag can also be located at the OID
# SVC_TAG=`get_snmp $OID_productIdentificationPerUnitEntry.5.$CURRENT_UNIT`
SVC_TAG=`get_snmp $OID_productIdentificationPerUnitEntry.4.$CURRENT_UNIT`
check_snmp_error "$?" "$SVC_TAG"
if [[ "$CURRENT_UNIT" -eq 1 ]]; then
STATE_STRING="Unit $CURRENT_UNIT - Serial # $SERIAL Service Tag $SVC_TAG"
else
STATE_STRING="$STATE_STRING$SEPARATOR Unit $CURRENT_UNIT - Serial # $SERIAL Service Tag $SVC_TAG"
fi
done
}
#########################################################
## CheckDescription function ##
#########################################################
# Returns serial # and service tag of device(s) #
#########################################################
function CheckDescription {
MODEL=`get_snmp $OID_productIdentificationDisplayName`
check_snmp_error "$?" "$MODEL"
FIRMWARE=`get_snmp $OID_productIdentificationVersion`
check_snmp_error "$?" "$FIRMWARE"
STATE_STRING="$MODEL, Firmware $FIRMWARE"
}
#########################################################
## CheckPorts function ##
#########################################################
# Checks general status of all ports in the stack #
#########################################################
function CheckPorts () {
PORT_STATUS=`walk_snmp $OID_ifOperStatus true`
check_snmp_error "$?" "$PORT_STATUS"
NUM_PORTS_DOWN=$(echo "$PORT_STATUS" | grep -c -e "down" -e "2")
NUM_PORTS_UP=$(echo "$PORT_STATUS" | grep -c -e "up" -e "1")
if [[ $NUM_PORTS_UP -ge 0 ]] && [[ $NUM_PORTS_DOWN -ge 0 ]]; then
STATE_STRING="OK: Ports Up - $NUM_PORTS_UP, Ports Down - $NUM_PORTS_DOWN"
#PORTS_STATE_STATUS=$STATE_OK
PORTS_EXIT_STATUS=$STATE_OK
else
STATE_STRING="UNKNOWN: received unexpected values for port status."
#PORTS_STATE_STATUS=$STATE_WARN
PORTS_EXIT_STATUS=$STATE_WARN
fi
return $PORTS_EXIT_STATUS
}
#########################################################
## CheckPort function ##
#########################################################
# Checks status of a single port in the stack #
#########################################################
function CheckPort () {
PORT_STATUS=`get_snmp $OID_ifOperStatus.$1`
check_snmp_error "$?" "$PORT_STATUS"
PORT_STATUS=$(echo "$PORT_STATUS" | tr -d " ")
case "$PORT_STATUS" in
"down(2)"|"down"|"2")
STATE_STRING="$STATE_STRING CRITICAL: Port $1 $PORT_STATUS.$SEPARATOR"
#PORT_STATE_STATUS=$STATE_CRIT
PORT_EXIT_STATUS=$STATE_CRIT
;;
"up(1)"|"up"|"1")
STATE_STRING="$STATE_STRING OK: Port $1 $PORT_STATUS.$SEPARATOR"
#PORT_STATE_STATUS=$STATE_OK
PORT_EXIT_STATUS=$STATE_OK
;;
"notPresent(6)"|"notPresent"|"6")
STATE_STRING="$STATE_STRING UNKNOWN: Port $1 $PORT_STATUS.$SEPARATOR"
#PORT_STATE_STATUS=$STATE_WARN
PORT_EXIT_STATUS=$STATE_WARN
;;
*)
STATE_STRING="$STATE_STRING UNKOWN: Port $1 not a valid port for this stack.$SEPARATOR"
#PORT_STATE_STATUS=$STATE_WARN
PORT_EXIT_STATUS=$STATE_WARN
;;
esac
return $PORT_EXIT_STATUS
}
#########################################################
## CheckTemps function ##
#########################################################
# Checks status of temperatures for a stack #
#########################################################
function CheckTemps () {
TEMPS_STATE_STATUS=$STATE_OK
DELL_OID="1.3.6.1.4.1.674.10895.5000.2.89.53.15.1.10"
FASTPATH_OID="1.3.6.1.4.1.674.10895.5000.2.6132.1.1.43.1.8.1.3"
RADLAN_OID="1.3.6.1.4.1.89.53.15.1.10"
# Determine which OID tree is using the temperatures
DELL_STATUS=`walk_snmp $DELL_OID false`
check_snmp_error "$?" "$DELL_STATUS"
USING_DELL=$(echo "$DELL_STATUS" | grep -v -c "OID")
# For most switches
FASTPATH_STATUS=`walk_snmp $FASTPATH_OID false`
check_snmp_error "$?" "$FASTPATH_STATUS"
USING_FASTPATH=$(echo "$FASTPATH_STATUS" | grep -v -c "OID")
# For the DMZ switch
RADLAN_STATUS=`walk_snmp $RADLAN_OID false`
check_snmp_error "$?" "$RADLAN_STATUS"
USING_RADLAN=$(echo "$RADLAN_STATUS" | grep -v -c "OID")
if [[ $USING_DELL -gt 0 ]]; then
STATUS_OID=$DELL_OID
TEMPS_OID="1.3.6.1.4.1.674.10895.5000.2.89.53.15.1.9"
fi
if [[ $USING_FASTPATH -gt 0 ]]; then
STATUS_OID=$FASTPATH_OID
TEMPS_OID="1.3.6.1.4.1.674.10895.5000.2.6132.1.1.43.1.8.1.5"
fi
if [[ $USING_RADLAN -gt 0 ]]; then
STATUS_OID=$RADLAN_OID
TEMPS_OID="1.3.6.1.4.1.89.53.15.1.9"
fi
STACK_UNITS=`walk_snmp $OID_productIdentificationPerBoxIndex true`
check_snmp_error "$?" "$STACK_UNITS"
for CURRENT_UNIT in $STACK_UNITS; do
UNIT_TEMPS=`walk_snmp $TEMPS_OID.$CURRENT_UNIT true`
check_snmp_error "$?" "$UNIT_TEMPS"
UNIT_STATUS=`walk_snmp $STATUS_OID.$CURRENT_UNIT true`
check_snmp_error "$?" "$UNIT_STATUS"
CURRENT_SENSOR=0
NUM_SENSORS=$(echo "$UNIT_TEMPS" | wc -l)
MAX_SENSOR=$[ $NUM_SENSORS-1 ];
while [[ $CURRENT_SENSOR -le $MAX_SENSOR ]]; do
CURRENT_LINE=$[ $CURRENT_SENSOR+1 ];
SENSOR_STATUS=$(echo "$UNIT_STATUS" | awk NR=="$CURRENT_LINE")
if [[ $SENSOR_STATUS -gt 1 ]]; then
STATE_STRING="$STATE_STRING UNKNOWN: Unit $CURRENT_UNIT Sensor $CURRENT_SENSOR temperature cannot be read from the sensor!$SEPARATO"
TEMPS_STATE_STATUS=$STATE_UNK
else
SENSOR_TEMP=$(echo "$UNIT_TEMPS" | awk NR=="$CURRENT_LINE")
if [ $SENSOR_TEMP -ge $CRITICAL ]; then
STATE_STRING="$STATE_STRING CRITICAL: Unit $CURRENT_UNIT Sensor $CURRENT_SENSOR temperature of $SENSOR_TEMP degrees C excee>
TEMPS_STATE_STATUS=$STATE_CRIT
else
if [ $SENSOR_TEMP -lt $CRITICAL ] && [ $SENSOR_TEMP -ge $WARNING ]; then
STATE_STRING="$STATE_STRING WARNING: Unit $CURRENT_UNIT Sensor $CURRENT_SENSOR temperature of $SENSOR_TEMP degrees >
TEMPS_STATE_STATUS=$STATE_WARN
fi
fi
fi
PERFDATA="$PERFDATA Unit$CURRENT_UNIT-Sensor$CURRENT_SENSOR=$SENSOR_TEMP;$WARNING;$CRITICAL;"
CURRENT_SENSOR=$[ $CURRENT_SENSOR+1 ];
done
CURRENT_UNIT=$[ $CURRENT_UNIT+1 ];
done
if [[ $TEMPS_STATE_STATUS -eq $STATE_OK ]]; then
STATE_STRING="OK: All temperature sensors reading below thresholds."
fi
return $TEMPS_STATE_STATUS
}
#########################################################
## CheckFans function ##
#########################################################
# Checks status of fans for a stack #
#########################################################
function CheckFans () {
FAN_STATE_STATUS=$STATE_OK
FAN_EXIT_STATUS=$STATE_OK
# This uses the Dell OID
FAN_CONDITIONS=`walk_snmp $OID_envMonFanState true`
check_snmp_error "$?" "$FAN_CONDITIONS"
# This uses the Dell OID
FAN_DESCRIPTIONS=`walk_snmp $OID_envMonFanStatusDescr true`
check_snmp_error "$?" "$FAN_DESCRIPTIONS"
STACK_UNITS=`walk_snmp $OID_productIdentificationPerBoxIndex true`
check_snmp_error "$?" "$STACK_UNITS"
for CURRENT_UNIT in $STACK_UNITS; do
CURRENT_FAN=1
NUM_FANS=$(echo "$FAN_CONDITIONS" | wc -l)
while [[ $CURRENT_FAN -le $NUM_FANS ]]; do
FAN_DESCR=$(echo "$FAN_DESCRIPTIONS" | tr "_" " " | awk NR=="$CURRENT_FAN")
FAN_STATUS=$(echo "$FAN_CONDITIONS" | awk NR=="$CURRENT_FAN")
case "$FAN_STATUS" in
2)
if [[ "$FAN_EXIT_STATUS" -lt 1 ]]; then
# only set WARNING if nothing else has yet
#FAN_STATE_STATUS=$STATE_WARN
FAN_EXIT_STATUS=$STATE_WARN
fi
STATE_STRING="$STATE_STRING WARNING: Unit $CURRENT_UNIT $FAN_DESCR compromised!$SEPARATOR"
;;
3)
if [[ "$FAN_EXIT_STATUS" -lt 2 ]]; then
# only set CRITICAL if nothing else has yet
#FAN_STATE_STATUS=$STATE_CRIT
FAN_EXIT_STATUS=$STATE_CRIT
fi
STATE_STRING="$STATE_STRING CRITICAL: Unit $CURRENT_UNIT $FAN_DESCR critical!$SEPARATOR"
;;
4)
if [[ "$FAN_EXIT_STATUS" -lt 2 ]]; then
# FAN is idle (has shutdown)
# only set WARNING if nothing else has yet
#FAN_STATE_STATUS=$STATE_WARN
FAN_EXIT_STATUS=$STATE_WARN
fi
STATE_STRING="$STATE_STRING WARNING: Unit $CURRENT_UNIT $FAN_DESCR idle!$SEPARATOR"
;;
5)
if [[ "$FAN_EXIT_STATUS" -eq 0 ]]; then
#FAN_STATE_STATUS=$STATE_UNK
FAN_EXIT_STATUS=$STATE_CRIT
fi
STATE_STRING="$STATE_STRING UNKNOWN: Unit $CURRENT_UNIT $FAN_DESCR not present.$SEPARATOR"
;;
6)
if [[ "$FAN_EXIT_STATUS" -lt 2 ]]; then
# only set CRITICAL if nothing else has yet
#FAN_STATE_STATUS=$STATE_CRIT
FAN_EXIT_STATUS=$STATE_CRIT
fi
STATE_STRING="$STATE_STRING CRITICAL: Unit $CURRENT_UNIT $FAN_DESCR not functioning.$SEPARATOR"
;;
esac
CURRENT_FAN=$[ $CURRENT_FAN+1 ];
done
done
if [[ $FAN_EXIT_STATUS -eq $STATE_OK ]]; then
STATE_STRING="OK: All fans operating normally."
fi
return $FAN_EXIT_STATUS
}
#########################################################
## CheckPSUs function ##
#########################################################
# Checks status of power supplies for a stack #
#########################################################
function CheckPSUs () {
UNIT_NUMBERS=`walk_snmp $OID_envMonSupplyStatusIndex true`
check_snmp_error "$?" "$UNIT_NUMBERS"
PSU_STATE_STATUS=$STATE_OK
PSU_CONDITIONS=`walk_snmp $OID_envMonSupplyState true`
check_snmp_error "$?" "$PSU_CONDITIONS"
PSU_DESCRIPTIONS=`walk_snmp $OID_envMonSupplyStatusDescr true`
check_snmp_error "$?" "$PSU_DESCRIPTIONS"
PSU_TYPES=`walk_snmp $OID_envMonSupplySource true`
check_snmp_error "$?" "$PSU_TYPES"
STACK_UNITS=`walk_snmp $OID_productIdentificationPerBoxIndex true`
check_snmp_error "$?" "$STACK_UNITS"
for CURRENT_UNIT in $STACK_UNITS; do
CURRENT_PSU=1
NUM_PSUS=$(echo "$PSU_CONDITIONS" | wc -l)
while [[ $CURRENT_PSU -le $NUM_PSUS ]]; do
PSU_DESCR=$(echo "$PSU_DESCRIPTIONS" | tr "_" " " | awk NR=="$CURRENT_PSU")
PSU_TYPE=$(echo "$PSU_TYPES" | awk NR=="$CURRENT_PSU" )
case "$PSU_TYPE" in
1) PSU_DESCR="$PSU_DESCR (unknown source)"
;;
2) PSU_DESCR="$PSU_DESCR (ac power)"
;;
3) PSU_DESCR="$PSU_DESCR (dc power)"
;;
4) PSU_DESCR="$PSU_DESCR (external power)"
;;
5) PSU_DESCR="$PSU_DESCR (internal power)"
;;
esac
PSU_STATUS=$(echo "$PSU_CONDITIONS" | awk NR=="$CURRENT_PSU")
case "$PSU_STATUS" in
2)
if [[ "$PSU_EXIT_STATUS" -lt 1 ]]; then
# only set WARNING if nothing else has yet
#PSU_STATE_STATUS=$STATE_WARN
PSU_EXIT_STATUS=$STATE_WARN
fi
STATE_STRING="$STATE_STRING WARNING: Unit $CURRENT_UNIT $PSU_DESCR compromised!$SEPARATOR"
;;
3)
if [[ "$PSU_EXIT_STATUS" -lt 2 ]]; then
# only set CRITICAL if nothing else has yet
#PSU_STATE_STATUS=$STATE_CRIT
PSU_EXIT_STATUS=$STATE_CRIT
fi
STATE_STRING="$STATE_STRING CRITICAL: Unit $CURRENT_UNIT $PSU_DESCR critical!$SEPARATOR"
;;
4)
if [[ "$PSU_EXIT_STATUS" -lt 2 ]]; then
# only set CRITICAL if nothing else has yet
#PSU_STATE_STATUS=$STATE_CRIT
PSU_EXIT_STATUS=$STATE_CRIT
fi
STATE_STRING="$STATE_STRING CRITICAL: Unit $CURRENT_UNIT $PSU_DESCR critical! Please shutdown the unit!$SEPARATOR"
;;
#5)
# if [[ "$PSU_EXIT_STATUS" -eq 0 ]]; then
# #PSU_STATE_STATUS=$STATE_UNK
# PSU_EXIT_STATUS=$STATE_UNK
# fi
# STATE_STRING="$STATE_STRING UNKNOWN: Unit $CURRENT_UNIT $PSU_DESCR not present.$SEPARATOR"
# ;;
6)
if [[ "$PSU_EXIT_STATUS" -lt 2 ]]; then
# only set CRITICAL if nothing else has yet
#PSU_STATE_STATUS=$STATE_CRIT
PSU_EXIT_STATUS=$STATE_CRIT
fi
STATE_STRING="$STATE_STRING CRITICAL: Unit $CURRENT_UNIT $PSU_DESCR not functioning.$SEPARATOR"
;;
esac
CURRENT_PSU=$[ $CURRENT_PSU+1 ]
done
done
if [[ $PSU_EXIT_STATUS -eq $STATE_OK ]]; then
STATE_STRING="OK: All power supplies operating normally."
fi
return $PSU_EXIT_STATUS
}
#########################################################
# Function: CheckUptime #
#########################################################
function CheckUptime() {
UPTIME_STATE=$STATE_OK
UPTIME=`get_snmp $OID_sysUpTime`
check_snmp_error "$?" "$UPTIME"
TICKS=$(echo "$UPTIME" | cut -d " " -f 2 | sed 's/(//g'| sed 's/)//g')
DAYS=$(echo "$UPTIME" | cut -d " " -f 3)
# 259200 seconds is 72 hours???
if [ $TICKS -lt 259200 ] && [ "$UPTIME" != '' ]; then
STATE_STRING="WARNING: Uptime = $DAYS days. Unit restarted once.";
UPTIME_STATE=$STATE_WARN
else
if [ $TICKS -gt 259200 ] && [ "$UPTIME" != '' ]; then
STATE_STRING="OK: Uptime = $DAYS days."
else
STATE_STRING="CRITICAL: Unit may be down!";
UPTIME_STATE=$STATE_CRIT
fi
fi
return $UPTIME_STATE
}
#########################################################
# Subroutine: walk_snmp #
#########################################################
walk_snmp(){
if [ $2 = true ]; then
OUTPUT_OPTIONS="-Oavq"
else
OUTPUT_OPTIONS="-Oa"
fi
if [[ $SNMPVERSION = 3 ]]; then
RESULT_TEXT="snmpwalk -v $SNMPVERSION $OUTPUT_OPTIONS -u $SNMPUSER -l $PRIVILEGELEVEL -x $PRIVACYPROTOCOL -X $PRIVACYPASSWORD -a $AUTHPROTOCOL -A $">
RESULT_CODE=$?
else
# Check if community was also set
RESULT_TEXT=`snmpwalk -v $SNMPVERSION $OUTPUT_OPTIONS -c $COMMUNITY $HOST_NAME $1`
RESULT_CODE=$?
fi
if [[ $RESULT_CODE -ne 0 ]]; then
echo "Plugin $APPNAME failure - snmpwalk command error."
echo "$RESULT_TEXT"
exit $STATE_UNK
fi
if [ $2 = true ]; then
echo "$RESULT_TEXT" | sed -e 's/^[[:space:]]*//' | tr -d "\""
else
echo "$RESULT_TEXT"
fi
}
#########################################################
# Subroutine: get_snmp #
#########################################################
get_snmp(){
if [[ $SNMPVERSION = 3 ]]; then
RESULT_TEXT=`snmpget -v $SNMPVERSION -Oavq -u $SNMPUSER -l $PRIVILEGELEVEL -x $PRIVACYPROTOCOL -X $PRIVACYPASSWORD -a $AUTHPROTOCOL -A $AUTHPASSWOR>
RESULT_CODE=$?
else
# Check if community was also set
RESULT_TEXT=`snmpget -v $SNMPVERSION -Oavq -c $COMMUNITY $HOST_NAME $1`
RESULT_CODE=$?
fi
if [[ $RESULT_CODE -ne 0 ]]; then
echo "Plugin $APPNAME failure - snmpget command error."
echo $RESULT_TEXT | tr -d "\""
exit $STATE_UNK
fi
echo "$RESULT_TEXT" | tr -d "\""
}
#########################################################
# Subroutine: check_snmp_error #
#########################################################
# Tests errors returned by function operations #
#########################################################
check_snmp_error(){
if [[ $1 -ne 0 ]]; then
echo $2
exit $STATE_UNK
fi
}
#########################################################
## MAIN CODE ##
#########################################################
# Check that all required binaries for the script are available
# EXIT with an UNKNOWN status if not
binaries="snmpwalk snmpget cut tr sed grep awk wc"
for required_binary in $binaries
do
which $required_binary > /dev/null
if [ "$?" != '0' ];then
echo "UNKNOWN: $APPNAME: No usable '$required_binary' binary in '$PATH'"
exit $STATE_UNK
fi
done
# Check to see if any parameters were passed
if [[ $# -eq 0 ]]; then
print_usage
exit $STATE_UNK
fi
# Parse our options as passed, and make sure things are peachy
while test -n "$1"; do
case "$1" in
--host|-H)
HOST_NAME=$2
shift
;;
--comunity|-C)
COMMUNITY=$2
shift
;;
--snmpversion|-v)
SNMPVERSION=$2
shift
;;
--user|-u)
SNMPUSER=$2
shift
;;
--privelegelevel|-l)
PRIVILEGELEVEL=$2
shift
;;
--authprotocol|-a)
AUTHPROTOCOL=$2
shift
;;
--authpassword|-A)
AUTHPASSWORD=$2
shift
;;
--privacyprotocol|-x)
PRIVACYPROTOCOL=$2
shift
;;
--privacypassword|-X)
PRIVACYPASSWORD=$2
shift
;;
--type|-t)
CHECK_TYPE=$2
shift
;;
--port|-p)
PORT_LIST=$2
shift
;;
--separator|-S) # Assign separator
SEPARATOR="$2"
shift
;;
--warning|-w) # Assign WARNING threshold
WARNING=$2
shift
;;
--critical|-c) # Assign CRITICAL threshold
CRITICAL=$2
shift
;;
--help|-h)
print_help
;;
--version|-V)
print_version
exit $STATE
;;
*)
echo "Unknown argument: $1"
print_usage
exit $STATE_UNK
;;
esac
shift
done
# Make sure all necessary arguments were given; EXIT with an UNKNOWN status if not
if [ ! -z $CHECK_TYPE ]; then
# Determine the check to perform
case "$CHECK_TYPE" in
"assets")
CheckAssetInfo
;;
"description")
CheckDescription
;;
"uptime")
CheckUptime
STATE=$?
;;
"ports")
CheckPorts
STATE=$?
;;
"port")
# be sure CHECK_TYPE is not null first!!!
for CURRENT_PORT in $(echo "$PORT_LIST" | tr "$ARG_TOKEN" "\n")
do
CheckPort "$CURRENT_PORT"
CURRENT_PORT_STATUS=$?
if [ "$CURRENT_PORT_STATUS" -gt "$STATE" ]; then
STATE="$CURRENT_PORT_STATUS"
fi
done
;;
"health")
GLOBALHEALTH=`get_snmp $OID_productStatusGlobalStatus`
check_snmp_error "$?"
case "$GLOBALHEALTH" in
3)
STATE_STRING="OK: System hardware is okay."
STATE=$STATE_OK
;;
4)
STATE_STRING="WARNING: At least one power supply is not functional, or hardware reported error."
STATE=$STATE_WARN
;;
5)
STATE_STRING="CRITICAL: At least one fan is not functional, or hardware has fatal errors."
STATE=$STATE_CRIT
;;
esac
;;
"temps")
CheckTemps
STATE=$?
;;
"fans")
CheckFans
STATE=$?
;;
"psus")
CheckPSUs
STATE=$?
;;
*)
STATE_STRING="UNKNOWN: No valid check type specified to -t parameter"
STATE=$STATE_UNK
;;
esac
else
echo "Command incomplete!"
STATE=$STATE_UNK
fi
# If the program hasn't exited already, then a check was run okay and we can quit.
if [ "$PERFDATA" == "" ]; then
echo "$STATE_STRING"
else
echo "$STATE_STRING|$PERFDATA"
fi
exit $STATE