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heketi-cli (8) Linux Manual Page

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heketi-cli – Command line program for Heketi

Synopsis

heketi-cli [commands] [options]

Description

Command line program for Heketi

Commands

Cluster Commands

heketi-cli cluster create Create a cluster
 Example
 $ heketi-cli cluster create
heketi-cli cluster delete <CLUSTER-ID> Delete a cluster
 Example
 $ heketi-cli cluster delete 886a86a868711bef83001
heketi-cli cluster info <CLUSTER-ID> Retrieves information about cluster

 Example
 $ heketi-cli cluster info 886a86a868711bef83001

heketi-cli cluster list Lists the clusters managed by Heketi

 Example
 $ heketi-cli cluster list

Device Commands

heketi-cli device add –name=<DEVICE-NAME> –node=<NODE-ID> Add new device to node to be managed by Heketi

Options

–name=""
             Name of device to add

–node=""
             Id of the node which has this device

        Example
     $ heketi-cli device add \
         –name=/dev/sdb
         –node=3e098cb4407d7109806bb196d9e8f095

heketi-cli device delete <DEVICE-ID> Deletes a device from Heketi node

 Example
 $ heketi-cli device delete 886a86a868711bef83001

heketi-cli device disable <DEVICE-ID> Disallow usage of a device by placing it offline

 Example
 $ heketi-cli device disable 886a86a868711bef83001

heketi-cli device enable <DEVICE-ID> Allows device to go online

 Example
 $ heketi-cli device enable 886a86a868711bef83001

heketi-cli device info <DEVICE-ID> Retrieves information about device

 Example
 $ heketi-cli device info 886a86a868711bef83001

Node Commands

heketi-cli node add –zone=<ZONE-NUMBER> –cluster=<CLUSTER-ID> –management-host-name=<MANAGEMENT-HOSTNAME> –storage-host-name=<STORAGE-HOSTNAME> Add new node to be managed by Heketi

Options

–cluster=""
             The cluster in which the node should reside

–management-host-name=""
             Management host name

–storage-host-name=""
             Storage host name

–zone=-1
             The zone in which the node should reside

        Example
     $ heketi-cli node add \
         –zone=3 \
         –cluster=3e098cb4407d7109806bb196d9e8f095 \
         –management-host-name=node1-manage.gluster.lab.com \
         –storage-host-name=node1-storage.gluster.lab.com

heketi-cli node delete <NODE-ID> Deletes a node from Heketi management

 Example
 $ heketi-cli node delete 886a86a868711bef83001

heketi-cli node disable <NODE-ID> Disallow usage of a node by placing it offline

 Example
 $ heketi-cli node disable 886a86a868711bef83001

heketi-cli node enable <NODE-ID> Allows node to go online

 Example
 $ heketi-cli node enable 886a86a868711bef83001

heketi-cli node info <NODE-ID> Retrieves information about node

 Example
 $ heketi-cli node info 886a86a868711bef83001

heketi-cli node list List all nodes in cluster

 Example
 $ heketi-cli node list

Setup OpenShift/Kubernetes persistent storage for Heketi

heketi-cli setup-openshift-heketi-storage Creates a dedicated GlusterFS volume for Heketi. Once the volume is created, a Kubernetes/OpenShift list object is created to configure the volume.

Options

–listfile="heketi-storage.json"
             Filename to contain list of objects

        Example
     $ heketi-cli setup-openshift-heketi-storage

Topology Commands

heketi-cli topology load –json=<JSON-FILENAME> Add devices to Heketi from a configuration file

Options

-j, –json=""
             Configuration containing devices, nodes, and clusters, in JSON format

        Example
     $ heketi-cli topology load –json=topo.json

heketi-cli topology info Retreives information about the current Topology

 Example
 $ heketi-cli topology info

Volume Commands

heketi-cli volume create –cluster=<CLUSTER-ID> –disperse-data=<DISPERSION-VALUE> –durability=<TYPE> –name=<VOLUME-NAME> –redundancy=<REDUNDENCY-VALUE> –replica=<REPLICA-VALUE> –size=<VOLUME-SIZE> –snapshot-factor=<SNAPSHOT-FACTOR-VALUE> Create a GlusterFS volume

Options

–clusters="" 

 Optional: Comma separated list of cluster ids where this volume
 must be allocated. If omitted, Heketi will allocate the volume
 on any of the configured clusters which have the available space.
 Providing a set of clusters will ensure Heketi allocates storage
 for this volume only in the clusters specified.

–disperse-data=4 

 Optional: Dispersion value for durability type 'disperse'.
 Default is 4

–durability="replicate" 

 Optional: Durability type.
 Values are:
 none: No durability. Distributed volume only.
 replicate: (Default) Distributed-Replica volume.
 disperse: Distributed-Erasure Coded volume.

–gid=0 

 Optional: Initialize volume with the specified group id
 Default is 0

–name="" 

 Optional: Name of volume. Only set if really necessary

–persistent-volume[=false] 

 Optional: Output to standard out a persistent volume JSON file for OpenShift or
 Kubernetes with the name provided.

–persistent-volume-endpoint="" 

 Optional: Endpoint name for the persistent volume

–persistent-volume-file="" 

 Optional: Create a persistent volume JSON file for OpenShift or
 Kubernetes with the name provided.

–redundancy=2 

 Optional: Redundancy value for durability type 'disperse'.
 Default is 2

–replica=3 

 Replica value for durability type 'replicate'.
 Default is 3

–size=-1 

 Size of volume in GB

–snapshot-factor=1 

 Optional: Amount of storage to allocate for snapshot support.
 Must be greater 1.0. For example if a 10TiB volume requires 5TiB of
 snapshot storage, then snapshot-factor would be set to 1.5. If the
 value is set to 1, then snapshots will not be enabled for this volume

        Example
     * Create a 100GB replica 3 volume:
           $ heketi-cli volume create –size=100
     * Create a 100GB replica 3 volume specifying two specific clusters:
           $ heketi-cli volume create –size=100 \
           –clusters=0995098e1284ddccb46c7752d142c832,60d46d518074b13a04ce1022c8c7193c
     * Create a 100GB replica 2 volume with 50GB of snapshot storage:
           $ heketi-cli volume create –size=100 –snapshot-factor=1.5 –replica=2
     * Create a 100GB distributed volume
           $ heketi-cli volume create –size=100 –durability=none
     * Create a 100GB erasure coded 4+2 volume with 25GB snapshot storage:
           $ heketi-cli volume create –size=100 –durability=disperse –snapshot-factor=1.25
     * Create a 100GB erasure coded 8+3 volume with 25GB snapshot storage:
           $ heketi-cli volume create –size=100 –durability=disperse –snapshot-factor=1.25 \
           –disperse-data=8 –redundancy=3

heketi-cli volume delete <VOLUME-ID> Deletes the volume

 Example
 $ heketi-cli volume delete 886a86a868711bef83001

heketi-cli volume expand –expand-size=<SIZE> –volume=<VOLUME-ID> Expand a volume

Options

–expand=""
             Amount in GB to add to the volume

–volume=""
              Id of volume to expand

Example
         * Add 10GB to a volume
               $ heketi-cli volume expand –volume=60d46d518074b13a04ce1022c8c7193c –expand-size=10

heketi-cli volume info <VOLUME-ID> Retrieves information about volume

 Example
 $ heketi-cli volume info 886a86a868711bef83001

heketi-cli volume list Lists the volumes managed by Heketi

 Example
 $ heketi-cli volume list

Global Options

–json[=false] 

Print response as JSON

–secret="" 

Secret key for specified user. Can also be
set using the environment variable HEKETI_CLI_KEY

-s, –server="" 

Heketi server. Can also be set using the
environment variable HEKETI_CLI_SERVER

–user="" 

Heketi user. Can also be set using the
environment variable HEKETI_CLI_USER

-v, –version[=false] 

Print version

Example

 $ export HEKETI_CLI_SERVER=http://localhost:8080
 $ heketi-cli volume list

Copyright

Copyright (c) 2015 The heketi Authors

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