heat-templates/openshift-origin/F19/aws-template
Antoine Abélard dd8cb1c9ad New heat templates for Openshift-Origin deployment using scalability functionality
New heat templates for Openshift-Origin deployment using scalability functionality.
    Templates are based on the Openshift-Origin template
    (https://github.com/openstack/heat-templates/tree/master/openshift-origin/F19).
    The aim is to add scalability functionality to this template. Metric use
    for the scalability are cpu_util and nbgears. This second metric is
    a custom metric implemented by a bash script calling by cron to get
    from the broker node the number of gears used and the number of node
    connected, to determine when a new node is needed. The data is send to
    the Ceilometer V2 API and used in the heat template.
    To avoid compatibility issues due to changes in this project or
    in Puppet modules it depends, versions parameters are provided in hot templates.

    I implemented 5 templates :
    aws format :
      - openshift (1 node and 1 broker)
    hot format :
      - openshift (1 node and 1 broker)
      - openshift-scalable-cpu (scalable openshift environment using cpu_util metric)
      - openshift-scalable-nbgears (scalable openshift environment using nbgears custom metric)
      - openshift-scalable-cpu-nbgears (scalable openshift environment using cpu_util metric and nbgears custom metric)

Change-Id: Idfdf158ff6176c5ef6902e27a6e764e23171cf4c
Implements: blueprint heat-openshift-templates
2014-08-28 13:56:10 +02:00
..
openshift.template New heat templates for Openshift-Origin deployment using scalability functionality 2014-08-28 13:56:10 +02:00
README.rst New heat templates for Openshift-Origin deployment using scalability functionality 2014-08-28 13:56:10 +02:00

OpenShift Origin AWS Template

This directory contains template for deploying OpenShift Origin to an OpenStack environment via Heat.

It includes the following file:

  • openshift.template - heat templates in AWS format for launching OpenShift Origin with a single broker instance and a single node instance