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Hitachi G-Series (REST) Enterprise

Description

This connector enables hardware monitoring for VSP F-Series and G-Series Hitachi Storage Systems through the SVP REST API.

This connector is superseded by:

This connector supersedes:

hardware[7] hitachi[8] storage[9]

Target

Typical platform: Hitachi VSP F-Series and VSP G-Series Storage Systems

Operating system: Storage System

Prerequisites

Leverages: Hitachi SVP REST

Technology and protocols: HTTP/REST

Examples

CLI

metricshub HOSTNAME -t storage -c +HitachiGSeriesREST --https --http-port 443 -u USERNAME

metricshub.yaml

resourceGroups:
  <RESOURCE_GROUP>:
    resources:
      <HOSTNAME-ID>:
        attributes:
          host.name: <HOSTNAME> # Change with actual host name
          host.type: storage
        connectors: [ +HitachiGSeriesREST ] # Optional, to load only this connector
        protocols:
          http:
            https: true
            port: 443 # or probably something else
            username: <USERNAME> # Change with actual credentials
            password: <PASSWORD> # Encrypted using metricshub-encrypt

Connector Activation Criteria

The Hitachi G-Series (REST) connector will be automatically activated, and its status will be reported as OK if all the below criteria are met:

  • The HTTP Request below to the managed host succeeds:
    • GET /ConfigurationManager/v1/objects/storages
    • Request Header:
      ${file::embeddedFile-1}
    • The response body contains: storageDeviceId (regex)

Metrics

Type Collected Metrics Specific Attributes
battery
  • hw.battery.charge
  • hw.status{hw.type="battery", state="degraded|failed|ok"}
  • hw.status{hw.type="battery", state="present"}
  • hw.parent.id
  • hw.parent.type
  • id
  • name
  • type
disk_controller
  • hw.status{hw.type="disk_controller", state="degraded|failed|ok"}
  • hw.status{hw.type="disk_controller", state="present"}
  • hw.parent.id
  • hw.parent.type
  • id
  • name
enclosure
  • hw.enclosure.energy
  • hw.enclosure.power
  • hw.status{hw.type="enclosure", state="present"}
  • id
  • model
  • name
  • serial_number
  • vendor
fan
  • hw.status{hw.type="fan", state="degraded|failed|ok"}
  • hw.status{hw.type="fan", state="present"}
  • hw.parent.id
  • hw.parent.type
  • id
  • name
led
  • hw.status{hw.type="led", state="degraded|failed|ok"}
  • hw.status{hw.type="led", state="present"}
  • hw.parent.id
  • hw.parent.type
  • id
  • name
memory
  • hw.memory.limit
  • hw.status{hw.type="memory", state="degraded|failed|ok"}
  • hw.status{hw.type="memory", state="present"}
  • hw.parent.id
  • hw.parent.type
  • id
  • model
  • name
  • type
network
  • hw.network.bandwidth.limit
  • hw.status{hw.type="network", state="present"}
  • device_type
  • hw.parent.id
  • hw.parent.type
  • id
  • name
other_device
  • hw.status{hw.type="other_device", state="degraded|failed|ok"}
  • hw.status{hw.type="other_device", state="present"}
  • device_type
  • hw.parent.id
  • hw.parent.type
  • id
  • name
physical_disk
  • hw.physical_disk.size
  • hw.status{hw.type="physical_disk", state="degraded|failed|ok"}
  • hw.status{hw.type="physical_disk", state="present"}
  • hw.parent.id
  • hw.parent.type
  • id
  • model
  • name
power_supply
  • hw.status{hw.type="power_supply", state="degraded|failed|ok"}
  • hw.status{hw.type="power_supply", state="present"}
  • hw.parent.id
  • hw.parent.type
  • id
  • name
  • power_supply_type
temperature
  • hw.status{hw.type="temperature", state="degraded|failed|ok"}
  • hw.status{hw.type="temperature", state="present"}
  • hw.temperature
  • hw.parent.id
  • hw.parent.type
  • id
  • name
  • sensor_location
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