/agnosticd

Ansible Deployer for multiple Cloud Deployers

Primary LanguageGroovyGNU General Public License v3.0GPL-3.0

Overview

Ansible Agnostic Deployer, AKA AAD, AKA AgnosticD, is a fully automated 2 Phase deployer for building and deploying everything from basic infrastructure to fully configured running application environments running on either public Cloud Providers or OpenShift clusters.

AgnosticD is not an OpenShift Deployer, though it can and does that, it is however also a deployer that just happens to be used to deploy a lot of OpenShift and OpenShift workloads, amongst other things.

Make your first Deployment

Get started and use agnosticd to deploy on OpenStack with First OSP Environment Walkthrough.

There are many configs you can choose from, here are three that you can start with and modify to fit your needs:

  • Just a bunch of nodes - Simple, multi-cloud.

  • Three Tier App - Relatively simple environment, which deploys by default just a bunch of Linux hosts ready to be configured.

  • OCP4 Workshop - If a fully installed OpenShift Cluster is what you are looking for then take a look here. There is one for OSP too.

  • API as a Business demo Deployment - Want to deploy a workload onto your existing OpenShift Cluster? or local instance running on your laptop? 3Scale is an example of one of around 30 OpenShift workloads ready to go.

How AgnosticD Deploys

  • For OpenShift Workloads AgnosticD executes an ansible role against an existing OpenShift cluster. Roles can be found here and begin ocp-workload-*.

  • For Configs each contain 5 deployment playbooks and supporting files executed in sequence and combined with a Cloud Provider to deploy basic infrastructure through to fully configured applications.

agnosticd flow

Getting Started

AgnosticD deployment workflow

The accompanying documentation explains how to achieve all this, extend it and add both your own environments, hereafter called configs and a lot lot more. Well designed configs, can be easily abstracted to allow deployment to multiple different Public and Private Clouds including AWS, Azure, and others.

The Contributors Guides explore the relevant structures in significantly more detail: