Check HP MSA (Modular Smart Array) sensors

This plugin checks all sensors of an HP MSA array.
Currently successfully tested with :

HP MSA2312i
HP MSA2012i
HP MSA2012fc
HP MSA2324i
HP P2000 G3 MSA (iSCSI & FC)

Usage : check_msa_hardware.pl -H [ hostname | IP address ] -C [ SNMP community ]
Don't forget to enable SNMP on the MSA.


This plugin checks HP MSA probes. Thoses probres can be temperature sensors, voltaic sensors, hard disk states (from SMART), power supply states, and many things more.
Each probes send their status which can be "warning" or "critical" according to their severity. Then, the worst state is send back to Nagios.

Example usage:
[root@supervision libexec]# ./check_msa_hardware.pl -C public -H 10.1.1.4
HP StorageWorks MSA2012i: Power Supply 2 Voltage, 12V: 1.75V [power-supply]. Power Supply 2 Voltage, 5V: 0.02V [power-supply]. Overall status value: Failed [enclosure]. CRITICAL


There is a new option --list which list all available probes on your HP MSA:

[root@supervision libexec]# ./check_msa_hardware.pl -H 10.1.1.4 -C public --list -v 2
List of probes:
CPU Temperature (Controller Module A) (type: temperature) has status ok with message: 'CPU Temperature (Controller Module A): 50C 122F'
CPU Temperature (Controller Module B) (type: temperature) has status ok with message: 'CPU Temperature (Controller Module B): 49C 120F'
FPGA Temperature (Controller Module A) (type: temperature) has status ok with message: 'FPGA Temperature (Controller Module A): 53C 127F'
FPGA Temperature (Controller Module B) (type: temperature) has status ok with message: 'FPGA Temperature (Controller Module B): 50C 122F'
Onboard Temperature 1 (Controller Module A) (type: temperature) has status ok with message: 'Onboard Temperature 1 (Controller Module A): 36C 97F'
Onboard Temperature 1 (Controller Module B) (type: temperature) has status ok with message: 'Onboard Temperature 1 (Controller Module B): 34C 93F'
Onboard Temperature 2 (Controller Module A) (type: temperature) has status ok with message: 'Onboard Temperature 2 (Controller Module A): 41C 106F'
Onboard Temperature 2 (Controller Module B) (type: temperature) has status ok with message: 'Onboard Temperature 2 (Controller Module B): 36C 97F'
Capacitor Temperature (Controller Module A) (type: temperature) has status ok with message: 'Capacitor Temperature (Controller Module A): 32C 90F'
Capacitor Temperature (Controller Module B) (type: temperature) has status ok with message: 'Capacitor Temperature (Controller Module B): 29C 84F'
CM Temperature, Upper (Controller Module A) (type: temperature) has status ok with message: 'CM Temperature, Upper (Controller Module A): 41C 106F'
CM Temperature, Lower (Controller Module B) (type: temperature) has status ok with message: 'CM Temperature, Lower (Controller Module B): 38C 100F'
Power Supply 1 Temperature (type: temperature) has status ok with message: 'Power Supply 1 Temperature: 37C 99F'
Power Supply 2 Temperature (type: temperature) has status ok with message: 'Power Supply 2 Temperature: 38C 100F'
Capacitor Pack Voltage (Controller Module A) (type: power) has status ok with message: 'Capacitor Pack Voltage (Controller Module A): 8.19V'
Capacitor Pack Voltage (Controller Module B) (type: power) has status ok with message: 'Capacitor Pack Voltage (Controller Module B): 8.19V'
Capacitor Cell 1 Voltage (Controller Module A) (type: power) has status ok with message: 'Capacitor Cell 1 Voltage (Controller Module A): 2.03V'
Capacitor Cell 1 Voltage (Controller Module B) (type: power) has status ok with message: 'Capacitor Cell 1 Voltage (Controller Module B): 2.03V'
Capacitor Cell 2 Voltage (Controller Module A) (type: power) has status ok with message: 'Capacitor Cell 2 Voltage (Controller Module A): 2.03V'
Capacitor Cell 2 Voltage (Controller Module B) (type: power) has status ok with message: 'Capacitor Cell 2 Voltage (Controller Module B): 2.05V'
Capacitor Cell 3 Voltage (Controller Module A) (type: power) has status ok with message: 'Capacitor Cell 3 Voltage (Controller Module A): 2.05V'
Capacitor Cell 3 Voltage (Controller Module B) (type: power) has status ok with message: 'Capacitor Cell 3 Voltage (Controller Module B): 2.03V'
Capacitor Cell 4 Voltage (Controller Module A) (type: power) has status ok with message: 'Capacitor Cell 4 Voltage (Controller Module A): 2.08V'
Capacitor Cell 4 Voltage (Controller Module B) (type: power) has status ok with message: 'Capacitor Cell 4 Voltage (Controller Module B): 2.07V'
Capacitor Charge (Controller Module A) (type: currentValue) has status ok with message: 'Capacitor Charge (Controller Module A): 98%'
Capacitor Charge (Controller Module B) (type: currentValue) has status ok with message: 'Capacitor Charge (Controller Module B): 98%'
Power Supply 1 Voltage, 12V (type: power) has status ok with message: 'Power Supply 1 Voltage, 12V: 12.00V'
Power Supply 1 Voltage, 5V (type: power) has status ok with message: 'Power Supply 1 Voltage, 5V: 5.12V'
Power Supply 1 Voltage, 3.3V (type: power) has status ok with message: 'Power Supply 1 Voltage, 3.3V: 3.48V'
Power Supply 2 Voltage, 12V (type: power) has status ok with message: 'Power Supply 2 Voltage, 12V: 12.04V'
Power Supply 2 Voltage, 5V (type: power) has status ok with message: 'Power Supply 2 Voltage, 5V: 5.15V'
Power Supply 2 Voltage, 3.3V (type: power) has status ok with message: 'Power Supply 2 Voltage, 3.3V: 3.48V'
Overall Unit Status (type: other) has status ok with message: 'Overall status value: OK'
HP StorageWorks MSA2012fc: OK

Nota1: It should now work with SNMP V1 and V2
Nota2: People having Service check did not exit properly error messages may change the nagios command definition by adding the full path to perl executable in front of this plugin:
define command{
command_name check_msa_sensors
command_line /usr/bin/perl $USER1$/check_msa_hardware.pl -H $HOSTADDRESS$ -C $_HOSTSNMPCOMMUNITY$ -v 2
}
This is needed because your nagios may be built with Embeded Perl in it.