Supervision

Supervision NetAPP SANtricity Storage (Rest API)

par sysadmin · Publié 31/03/2021 · Mis à jour 31/03/2021

Sommaire

Supervision NetAPP SANtricity (CLI)
Supervision NetAPP SANtricity (Centreon-Web)

Hello, nous allons voir dans ce chapitre la supervision des baies de stockage NetApp SANtricity via RestAPI avec Centreon et les plugins packs. Je vous donne comme d’habitude, la commande CLI/Centreon web et un exemple de service.

Ce qu’il vous faut :

Plateforme de supervision Centreon
Centreon Plugin Packs : installation-mise-a-jour-centreon-plugin-packs/
Compte de monitoring Netapp : monitor
- (Setting > Access Management > Local User Roles)

Documentation NetAPP :

Doc API : library.netapp.com
NetApp GitHub : github.com/NetApp

Les macros personnalisées : Configuration > Collecteurs > Ressources

$_SERVICEPLUGIN$
$_SERVICEMODE$
$_SERVICEUSERNAME$
$_SERVICEPASSWORD$
$_SERVICETIMEOUT$
$_SERVICEWARNING$
$_SERVICECRITICAL$
$_SERVICEEXTRAOPTIONS$

Supervision NetAPP SANtricity (CLI)

Commençons en ligne de commande depuis le serveur Centreon.

Recherche de plugin de supervision pour Netapp SANtricity :

[root@pixelabs plugins]# perl centreon_plugins.pl --list-plugin | grep netapp | grep PLUGI                                                                                                            PLUGIN: apps::backup::netapp::snapcenter::restapi::plugin
PLUGIN: storage::netapp::ontap::oncommandapi::plugin
PLUGIN: storage::netapp::ontap::restapi::plugin
PLUGIN: storage::netapp::ontap::snmp::plugin
PLUGIN: storage::netapp::santricity::restapi::plugin
[root@pixelabs plugins]#

C’est le dernier dans la lise : PLUGIN: storage::netapp::santricity::restapi::plugin

Afficher les modes disponible :

[root@pixelabs plugins]# ./centreon_plugins.pl --plugin=storage::netapp::santricity::restapi::plugin --list-mode

Plugin Description:
    Check Netapp storages with Santricity using Rest API.

Global Options:
    --mode  Choose a mode.

    --dyn-mode
            Specify a mode with the path (separated by '::').

    --list-mode
            List available modes.

    --mode-version
            Check minimal version of mode. If not, unknown error.

    --version
            Display plugin version.

    --custommode
            Choose a custom mode.

    --list-custommode
            List available custom modes.

    --multiple
            Multiple custom mode objects (required by some specific modes)

    --pass-manager
            Use a password manager.

Modes Meta:
   multi

Modes Available:
   hardware
   storage-controllers
   storage-pools
   storage-systems
   storage-volumes
[root@pixelabs plugins]#

Les modes dispo dans ce plugin :

Modes Available:
   hardware
   storage-controllers
   storage-pools
   storage-systems
   storage-volumes

Sélectionner un mode et afficher les paramètres. Exemple : Hardware

[root@pixelabs plugins]# ./centreon_plugins.pl --plugin=storage::netapp::santricity::restapi::plugin --mode=hardware --help

Plugin Description:
    Check Netapp storages with Santricity using Rest API.

Global Options:
    --mode  Choose a mode.

    --dyn-mode
            Specify a mode with the path (separated by '::').

    --list-mode
            List available modes.

    --mode-version
            Check minimal version of mode. If not, unknown error.

    --version
            Display plugin version.

    --custommode
            Choose a custom mode.

    --list-custommode
            List available custom modes.

    --multiple
            Multiple custom mode objects (required by some specific modes)

    --pass-manager
            Use a password manager.

Output Options:
    --verbose
            Display long output.

    --debug Display also debug messages.

    --filter-perfdata
            Filter perfdata that match the regexp.

    --explode-perfdata-max
            Put max perfdata (if it exist) in a specific perfdata (without
            values: same with '_max' suffix) (Multiple options)

    --change-perfdata --extend-perfdata
            Change or extend perfdata. Syntax:
            --extend-perfdata=searchlabel,newlabel,target[,[newuom],[min],[m
            ax]]

            Common examples:

                Change storage free perfdata in used:
                --change-perfdata=free,used,invert()

                Change storage free perfdata in used:
                --change-perfdata=used,free,invert()

                Scale traffic values automaticaly:
                --change-perfdata=traffic,,scale(auto)

                Scale traffic values in Mbps:
                --change-perfdata=traffic_in,,scale(Mbps),mbps

                Change traffic values in percent:
                --change-perfdata=traffic_in,,percent()

    --extend-perfdata-group
            Extend perfdata from multiple perfdatas (methods in target are:
            min, max, average, sum) Syntax:
            --extend-perfdata-group=searchlabel,newlabel,target[,[newuom],[m
            in],[max]]

            Common examples:

                Sum wrong packets from all interfaces (with interface need
                --units-errors=absolute):
                --extend-perfdata-group=',packets_wrong,sum(packets_(discard
                |error)_(in|out))'

                Sum traffic by interface:
                --extend-perfdata-group='traffic_in_(.*),traffic_$1,sum(traf
                fic_(in|out)_$1)'

    --change-short-output
            Change short output display.
            --change-short-output=pattern~replace~modifier

    --range-perfdata
            Change perfdata range thresholds display: 1 = start value equals
            to '0' is removed, 2 = threshold range is not display.

    --filter-uom
            Filter UOM that match the regexp.

    --opt-exit
            Optional exit code for an execution error (i.e. wrong option
            provided, SSH connection refused, timeout, etc) (Default:
            unknown).

    --output-ignore-perfdata
            Remove perfdata from output.

    --output-ignore-label
            Remove label status from output.

    --output-xml
            Display output in XML format.

    --output-json
            Display output in JSON format.

    --output-openmetrics
            Display metrics in OpenMetrics format.

    --output-file
            Write output in file (can be used with json and xml options)

    --disco-format
            Display discovery arguments (if the mode manages it).

    --disco-show
            Display discovery values (if the mode manages it).

    --float-precision
            Set the float precision for thresholds (Default: 8).

    --source-encoding
            Set encoding of monitoring sources (In some case. Default:
            'UTF-8').

Rest api Options:
    Netapp Santricity Rest API

    --hostname
            Santricity hostname.

    --port  Port used (Default: 8080)

    --proto Specify https if needed (Default: 'http')

    --api-username
            Santricity API username.

    --api-password
            Santricity API password.

    --api-path
            Specify api path (Default: '/devmgr/v2')

    --timeout
            Set timeout in seconds (Default: 10).

Http Global Options:
    --http-peer-addr
            Set the address you want to connect (Useful if hostname is only
            a vhost. no ip resolve)

    --proxyurl
            Proxy URL

    --proxypac
            Proxy pac file (can be an url or local file)

    --insecure
            Insecure SSL connections.

    --http-backend
            Set the backend used (Default: 'lwp') For curl:
            --http-backend=curl

Backend lwp Options:
    --ssl-opt
            Set SSL Options (--ssl-opt="SSL_version => TLSv1"
            --ssl-opt="SSL_verify_mode => SSL_VERIFY_NONE").

    --ssl   Set SSL version (--ssl=TLSv1).

Backend Curl Options:
    --curl-opt
            Set CURL Options (--curl-opt="CURLOPT_SSL_VERIFYPEER => 0"
            --curl-opt="CURLOPT_SSLVERSION => CURL_SSLVERSION_TLSv1_1" ).

Mode:
    Check hardware.

    --component
            Which component to check (Default: '.*'). Can be: 'storage',
            'ctrl', 'battery', 'board', 'cbd', 'cmd', 'drive', 'psu', 'fan',
            'thsensor'.

    --filter
            Exclude some parts (comma seperated list) Can also exclude
            specific instance:
            --filter='drive,010000005000C500C244251B0000000000000000'

    --no-component
            Return an error if no compenents are checked. If total (with
            skipped) is 0. (Default: 'critical' returns).

    --threshold-overload
            Set to overload default threshold values (syntax:
            section,[instance,]status,regexp) It used before default
            thresholds (order stays). Example:
            --threshold-overload='drive,OK,preFailCopy'

    --warning
            Set warning threshold for 'temperature' (syntax:
            type,regexp,threshold) Example:
            --warning='drive.temperature,.*,40'

    --critical
            Set critical threshold for 'drive.temperature' (syntax:
            type,regexp,threshold) Example:
            --critical='drive.temperature,.*,50'

[root@pixelabs plugins]#

NetAPP SANtricity Hardware

Check NetAPP SANtricity Hardware.

Si vous n’avez pas de certificat valide, désactiver la vérification SSL avec le paramètre : --ssl-opt="SSL_verify_mode => SSL_VERIFY_NONE"

[root@pixelabs plugins]# perl centreon_plugins.pl --plugin=storage::netapp::santricity::restapi::plugin --mode=hardware --hostname=NETAPP-SAN --api-username=monitor --api-password=password --ssl-opt="SSL_verify_mode => SSL_VERIFY_NONE" --verbose
CRITICAL: Drive 'NETAPP-SAN:23:23' status is 'failed' WARNING: Storage '' status is 'needsAttn' | [ ... ]
checking storages
storage 'NETAPP-SAN' status is 'needsAttn' [instance = 721905500206]
checking controllers
controller 'NETAPP-SAN:2:2' status is 'optimal' [instance = 070000000000000000000002]
controller 'NETAPP-SAN:1:1' status is 'optimal' [instance = 070000000000000000000001]
checking batteries
battery 'NETAPP-SAN:1:1' status is 'optimal' [instance = 0900000000000000000001000000000000000000]
battery 'NETAPP-SAN:1:2' status is 'optimal' [instance = 0900000000000000000002000000000000000000]
checking boards
board 'NETAPP-SAN:1:1' status is 'optimal' [instance = 1E00000000000000000001000000000000000000]
board 'NETAPP-SAN:1:2' status is 'optimal' [instance = 1E00000000000000000002000000000000000000]
checking cache backup devices
cache backup device 'NETAPP-SAN:2:3' status is 'optimal' [instance = 24000000380184003D4999000000000000000000]
cache backup device 'NETAPP-SAN:1:1' status is 'optimal' [instance = 240000003001840039B999000000000000000000]
checking cache memory dimms
cache memory dimm 'NETAPP-SAN:1:1' status is 'optimal' [instance = 2600000000000000000001000000000000000000]
cache memory dimm 'NETAPP-SAN:1:3' status is 'optimal' [instance = 2600000000000000000003000000000000000000]
cache memory dimm 'NETAPP-SAN:2:2' status is 'optimal' [instance = 2600000000000000000002000000000000000000]
cache memory dimm 'NETAPP-SAN:2:4' status is 'optimal' [instance = 2600000000000000000004000000000000000000]
checking drives
drive 'NETAPP-SAN:22:22' status is 'optimal' [instance = 010000005000C5009A50666F0000000000000000] [temperature: 18]
drive 'NETAPP-SAN:2:2' status is 'optimal' [instance = 010000005000C500BCAA78BB0000000000000000] [temperature: 17]
drive 'NETAPP-SAN:8:8' status is 'optimal' [instance = 010000005000C500BCAA79470000000000000000] [temperature: 17]
drive 'NETAPP-SAN:19:19' status is 'optimal' [instance = 010000005000C500BCAA7AA30000000000000000] [temperature: 18]
drive 'NETAPP-SAN:9:9' status is 'optimal' [instance = 010000005000C500BCAA7C9B0000000000000000] [temperature: 18]
drive 'NETAPP-SAN:7:7' status is 'optimal' [instance = 010000005000C500BCAA801F0000000000000000] [temperature: 17]
drive 'NETAPP-SAN:18:18' status is 'optimal' [instance = 010000005000C500BCAA803B0000000000000000] [temperature: 18]
drive 'NETAPP-SAN:5:5' status is 'optimal' [instance = 010000005000C500BCAA81BF0000000000000000] [temperature: 18]
drive 'NETAPP-SAN:14:14' status is 'optimal' [instance = 010000005000C500BCAA89330000000000000000] [temperature: 18]
drive 'NETAPP-SAN:13:13' status is 'optimal' [instance = 010000005000C500BCAA8E870000000000000000] [temperature: 18]
drive 'NETAPP-SAN:24:24' status is 'optimal' [instance = 010000005000C500BCAA958F0000000000000000] [temperature: 18]
drive 'NETAPP-SAN:10:10' status is 'optimal' [instance = 010000005000C500BCAA95FB0000000000000000] [temperature: 18]
drive 'NETAPP-SAN:1:1' status is 'optimal' [instance = 010000005000C500BCAA967F0000000000000000] [temperature: 18]
drive 'NETAPP-SAN:15:15' status is 'optimal' [instance = 010000005000C500BCAA97AF0000000000000000] [temperature: 18]
drive 'NETAPP-SAN:11:11' status is 'optimal' [instance = 010000005000C500BCAA9B2B0000000000000000] [temperature: 18]
drive 'NETAPP-SAN:21:21' status is 'optimal' [instance = 010000005000C500BCAAA73B0000000000000000] [temperature: 18]
drive 'NETAPP-SAN:16:16' status is 'optimal' [instance = 010000005000C500BCAAAC6B0000000000000000] [temperature: 18]
drive 'NETAPP-SAN:12:12' status is 'optimal' [instance = 010000005000C500BCAAAC7F0000000000000000] [temperature: 18]
drive 'NETAPP-SAN:3:3' status is 'optimal' [instance = 010000005000C500BCAADD970000000000000000] [temperature: 17]
drive 'NETAPP-SAN:23:23' status is 'failed' [instance = 010000005000C500BCAAE02B0000000000000000] [temperature: 255]
drive 'NETAPP-SAN:20:20' status is 'optimal' [instance = 010000005000C500BCAAE12B0000000000000000] [temperature: 18]
drive 'NETAPP-SAN:4:4' status is 'optimal' [instance = 010000005000C500BD7A96570000000000000000] [temperature: 17]
drive 'NETAPP-SAN:17:17' status is 'optimal' [instance = 010000005000C500C1985CA70000000000000000] [temperature: 18]
drive 'NETAPP-SAN:6:6' status is 'optimal' [instance = 010000005000C500CE25182B0000000000000000] [temperature: 17]
checking power supplies
power supply 'NETAPP-SAN:1:1' status is 'optimal' [instance = 0A00000000000000000001000000000000000000]
power supply 'NETAPP-SAN:1:2' status is 'optimal' [instance = 0A00000000000000000002000000000000000000]
checking fans
fan 'NETAPP-SAN:2:2' status is 'optimal' [instance = 0800000000000000000002000000000000000000]
fan 'NETAPP-SAN:2:4' status is 'optimal' [instance = 0800000000000000000004000000000000000000]
fan 'NETAPP-SAN:1:3' status is 'optimal' [instance = 0800000000000000000003000000000000000000]
fan 'NETAPP-SAN:1:1' status is 'optimal' [instance = 0800000000000000000001000000000000000000]
checking thermal sensors
thermal sensor 'NETAPP-SAN:1:5' status is 'optimal' [instance = 0B00000000000000000005000000000000000000]
thermal sensor 'NETAPP-SAN:1:6' status is 'optimal' [instance = 0B00000000000000000006000000000000000000]
thermal sensor 'NETAPP-SAN:inlet:2:2' status is 'optimal' [instance = 0B00000000000000000002000000000000000000]
thermal sensor 'NETAPP-SAN:inlet:2:4' status is 'optimal' [instance = 0B00000000000000000004000000000000000000]
thermal sensor 'NETAPP-SAN:CPU:1:1' status is 'optimal' [instance = 0B00000000000000000001000000000000000000]
thermal sensor 'NETAPP-SAN:CPU:1:3' status is 'optimal' [instance = 0B00000000000000000003000000000000000000]
[root@pixelabs plugins]#