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Template_IPMI_Supermicro_X7DWU.xml
Template_IPMI_Supermicro_X7DWU.xml
 
 

README.md

Zabbix Supermicro X7DWU monitoring

Monitoring of Supermicro motherboard X7DWU IPMI sensors.

The template supports IPMI Module/Board sensors (sensor type code 15h), power supplies sensors (sensor type code 08h) and threshold based sensors (reading type 01h).

This template is part of RaBe's Zabbix template and helpers collection.

An external script is used for low-level discovery of the sensors (as Zabbix currently lacks LLD of IPMI sensors).

Usage

  1. Install the IPMI sensor discovery script.
  2. Import the IPMI Module Board Generic Sensors template.
  3. Import the IPMI Power Supply Generic Sensors template.
  4. Import the IPMI Threshold Sensors template.
  5. Import the Template_IPMI_Supermicro_SSG-6048R-E1CR24N.xml into your Zabbix server.
  6. Add the template to your host (or stack template)
  7. Set the following user macros on your host or template (those are required for the auto discovery to work)
    • {$HOST.IPMI.CONN} IP address or domain name of your IPMI host
    • {$HOST.IPMI.USER} IPMI user
    • {$HOST.IPMI.PASS} IPMI password
  8. Add an IPMI interface to your host
  9. Configure the IPMI parameters of your host
  10. Check if new data arrives

Template IPMI Supermicro X7DWU

IPMI template for Supermicro Motherboard X7DWU

The {$HOST.IPMI.CONN}, {$HOST.IPMI.USER} and {$HOST.IPMI.PASS} macros have to be set according to your IPMI configuration.

Macros

  • {$HOST.IPMI.CONN} (default: localhost)
  • {$HOST.IPMI.PASS} (default: password)
  • {$HOST.IPMI.USER} (default: admin)

Discovery

Drive slot IPMI sensor discovery (ipmi-sensor-discovery.sh["{$HOST.IPMI.CONN}","{$HOST.IPMI.USER}","{$HOST.IPMI.PASS}", "{$IPMI_DRIVE_SLOT_SENSOR_TYPES}"])

Discovers drive slot IPMI sensors with the help of the external ipmi-sensor-discovery.sh script.

Item Prototypes
  • Sensor $2 (ipmi.discrete-sensor[drive-slot,{#IPMI_SENSOR_NAME}])
    IPMI discrete sensor prototype item for a drive slot (sensor type code 0Dh).
Trigger Prototypes
  • Warning: Drive slote {#IPMI_SENSOR_NAME} predictive failure on {HOST.NAME} 
    {Template IPMI Supermicro X7DWU:ipmi.discrete-sensor[drive-slot,{#IPMI_SENSOR_NAME}].band(#1,4)}=4
    The IPMI drive slot sensor (sensor type code 0Dh) is in "Predictive Failure" (sensor specific offset 02h) state. The third least significant bit is 1 (VALUE & 100 = 100).
  • Information: Drive slot {#IPMI_SENSOR_NAME} consistency check in progress on {HOST.NAME} 
    {Template IPMI Supermicro X7DWU:ipmi.discrete-sensor[drive-slot,{#IPMI_SENSOR_NAME}].band(#1,16)}=16
    The IPMI drive slot sensor (sensor type code 0Dh) is in "Consistency Check / Parity Check in progress" (sensor specific offset 04h) state. The fifth least significant bit is 1 (VALUE & 10000 = 10000).
  • High: Drive slot {#IPMI_SENSOR_NAME} drive fault on {HOST.NAME} 
    {Template IPMI Supermicro X7DWU:ipmi.discrete-sensor[drive-slot,{#IPMI_SENSOR_NAME}].band(#1,2)}=2
    The IPMI drive slot sensor (sensor type code 0Dh) is in "Drive Fault" (sensor specific offset 01h) state. The second least significant bit = 1 (VALUE & 10 = 10).
  • High: Drive slot {#IPMI_SENSOR_NAME} has unknown status on {HOST.NAME} 
    {Template IPMI Supermicro X7DWU:ipmi.discrete-sensor[drive-slot,{#IPMI_SENSOR_NAME}].band(#1,1)}<>1 and {Template IPMI Supermicro X7DWU:ipmi.discrete-sensor[drive-slot,{#IPMI_SENSOR_NAME}].band(#1,8)}<>8
    The IPMI drive slot sensor (sensor type code 0Dh) is not in "Drive Presence" (sensor specific offset 00h) nor in "Hot Spare" (sensor specific offset 03h) state. The least significant bit is not 1 (VALUE & 1 = 0) and he fourth least significant bit is not 1 (VALUE & 1000 = 0).This trigger serves as a safety catch-all for unknown states or IPMI implementation bugs.
  • Information: Drive slot {#IPMI_SENSOR_NAME} in critical array on {HOST.NAME} 
    {Template IPMI Supermicro X7DWU:ipmi.discrete-sensor[drive-slot,{#IPMI_SENSOR_NAME}].band(#1,32)}=32
    The IPMI drive slot sensor (sensor type code 0Dh) is in "In Critical Array" (sensor specific offset 05h) state. The sixth least significant bit is 1 (VALUE & 100000 = 100000).
  • Information: Drive slot {#IPMI_SENSOR_NAME} in failed array on {HOST.NAME} 
    {Template IPMI Supermicro X7DWU:ipmi.discrete-sensor[drive-slot,{#IPMI_SENSOR_NAME}].band(#1,64)}=64
    The IPMI drive slot sensor (sensor type code 0Dh) is in "In Failed Array" (sensor specific offset 06h) state. The seventh least significant bit is 1 (VALUE & 1000000 = 1000000).
  • Warning: Drive slot {#IPMI_SENSOR_NAME} rebuild aborted on {HOST.NAME} 
    {Template IPMI Supermicro X7DWU:ipmi.discrete-sensor[drive-slot,{#IPMI_SENSOR_NAME}].band(#1,256)}=256
    The IPMI drive slot sensor (sensor type code 0Dh) is in "Rebuild/Remap Aborted (was not completed normally)" (sensor specific offset 08h) state. The ninth least significant bit is 1 (VALUE & 100000000 = 100000000).
  • Information: Drive slot {#IPMI_SENSOR_NAME} rebuild in progress on {HOST.NAME} 
    {Template IPMI Supermicro X7DWU:ipmi.discrete-sensor[drive-slot,{#IPMI_SENSOR_NAME}].band(#1,128)}=128
    The IPMI drive slot sensor (sensor type code 0Dh) is in "Rebuild/Remap in progress" (sensor specific offset 07h) state. The eighth least significant bit is 1 (VALUE & 10000000 = 10000000).

License

This template is free software: you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation, version 3 of the License.

Copyright

Copyright (c) 2017 - 2019 Radio Bern RaBe