Pierre Riteau cc3d27e2e1 Fix seed VM provisioning on a remote seed hypervisor
The seed VM will fail to provision if the Ansible control host and the
seed hypervisor are not the same hosts.

This is because Kayobe creates the seed-vm-user-data file on the
seed-hypervisor host. It then invokes the jriguera.configdrive role
which uses a copy task without remote_src, which fails to find the
source file locally on the Ansible control host.

Instead we create a local temporary file for seed VM user data.

Change-Id: Iabbe4c624b9ad02bb82c323070f99c16e5822966
Story: 2007530
Task: 39338
2020-04-08 19:02:19 +02:00
2017-12-14 20:39:55 +00:00
2020-04-02 14:44:27 +02:00
2020-03-19 11:23:39 +00:00
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2020-03-25 14:56:57 +00:00
2019-09-16 16:26:27 +02:00
2019-06-25 02:24:45 +00:00
2019-06-25 02:24:45 +00:00
2017-04-06 10:15:29 +01:00
2020-03-05 17:00:46 +00:00
2018-03-08 16:37:08 +00:00

Kayobe

Kayobe enables deployment of containerised OpenStack to bare metal.

Containers offer a compelling solution for isolating OpenStack services, but running the control plane on an orchestrator such as Kubernetes or Docker Swarm adds significant complexity and operational overheads.

The hosts in an OpenStack control plane must somehow be provisioned, but deploying a secondary OpenStack cloud to do this seems like overkill.

Kayobe stands on the shoulders of giants:

  • OpenStack bifrost discovers and provisions the cloud
  • OpenStack kolla builds container images for OpenStack services
  • OpenStack kolla-ansible delivers painless deployment and upgrade of containerised OpenStack services

To this solid base, kayobe adds:

  • Configuration of cloud host OS & flexible networking
  • Management of physical network devices
  • A friendly openstack-like CLI

All this and more, automated from top to bottom using Ansible.

Features

  • Heavily automated using Ansible
  • kayobe Command Line Interface (CLI) for cloud operators
  • Deployment of a seed VM used to manage the OpenStack control plane
  • Configuration of physical network infrastructure
  • Discovery, introspection and provisioning of control plane hardware using OpenStack bifrost
  • Deployment of an OpenStack control plane using OpenStack kolla-ansible
  • Discovery, introspection and provisioning of bare metal compute hosts using OpenStack ironic and ironic inspector
  • Virtualised compute using OpenStack nova
  • Containerised workloads on bare metal using OpenStack magnum
  • Big data on bare metal using OpenStack sahara
  • Control plane and workload monitoring and log aggregation using OpenStack monasca
Description
Deployment of containerised OpenStack to bare metal using kolla and bifrost
Readme 39 MiB
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Python 85.1%
Shell 8%
Jinja 6.9%