문의하기

One of the goals of Red Hat Services is to bring a standardized and collaboratively created toolkit and approach to customers to speed up and improve automation practices. Red Hat’s Automation Community of Practice--a part of Red Hat Services--has created a new collection that acts as a wrapper for the ansible.tower collection, creating a powerful toolkit to help speed up the automation of an Ansible Tower environment. This post will provide an overview of what’s in the collection and show you how to install and use the tower_configuration. 

Why a wrapper collection was needed

With the most recent releases of Ansible and its transition to using collections last year, a whole wave of community collections have been developed to expand the Ansible ecosystem. One such collection is the “ansible.tower” (based on the upstream “awx.awx”) collection, which creates replacements for the outdated Ansible Tower web modules

The common use case of automating the configuration of Ansible Tower had previously led to us creating a vast array of similar solutions to enable the transition from configuration as code into actual Ansible Tower objects. The convergence of a single, standardised solution has led to the creation of the “tower_configuration” collection, which provides a set of easy-to-use roles for the single purpose for configuring Ansible Tower objects. 

Although the Ansible Tower collection provides a comprehensive set of plugins and modules, there is no overall build configuration approach using roles and playbooks. At present, there is also a lack of a standardized model to drive such automation. Let’s see how Red Hat Services is helping with a standardized model.

What is inside the collection?

The collection contains wrapper roles for each of the Ansible Tower collection modules and in turn, many of the API endpoints for Ansible Tower. We have also put together a standardized data model to be able to use predictable variables to define Tower objects (such as tower_projects, tower_credentials, tower_inventories, etc.) along with detailed example playbooks which provide a demo configuration for Ansible Tower. Finally, the collection makes heavy use of CI practices using code reviews, automated linting (ansible-lint and yaml-lint), and automated integration tests upon new contributions and releases.

Getting started

First things first, we need to install the collection before we can make use of it. To do that, use the following command.

 $ ansible-galaxy collection install redhat_cop.tower_configuration
We will also need to install the dependency for the collection: the ansible.tower collection from Automation Hub (for instructions on configuring the galaxy CLI to pull from Automation Hub see here).
 $ ansible-galaxy collection install ansible.tower

In the below example, two organizations will be created: Satellite and Default, as well as a Demo Project inside of the Default Organization created from the tower-examples git repository. The following playbook defines all of this.

$ vim tower_config.yml
---
- name: Playbook to configure ansible tower organizations
  hosts: localhost
  collections:
    - redhat_cop.tower_configuration
    - ansible.tower
  vars:
    tower_hostname: https://tower.example.com
    tower_username: admin
    tower_password: password
    tower_organizations:
      - name: Satellite
      - name: Default
    tower_projects:
      - name: Demo project
        organization: Default
        scm_branch: master
        scm_type: git
        scm_update_on_launch: true
        scm_url: https://github.com/ansible/tower-example.git
  roles:
    - organization
    - projects

Now we can run the ansible-playbook command to create.

$ ansible-playbook tower_config.yml

Where to go next?

The previous example gives a short introduction for creating a Tower configuration. But we can’t do much with just an Organization and a Project. Next, we want to create objects such as job templates, credentials, inventories, and many more. Fortunately, these can be created in much the same way. 

For the full details of what options you can apply to each Tower object type, visit the git repository, which contains detailed examples on how to shape your Tower configuration playbook. 

We also invite you to learn more about how Red Hat Services can help with furthering your automation journey.


About the author

Red Hat consultant focusing on automation and containers, helping to drive customer success using agile and DevOps practices.

Read full bio
Red Hat logoLinkedInYouTubeFacebookTwitter

제품

체험, 구매 & 영업

커뮤니케이션

Red Hat 소개

Red Hat은 Linux, 클라우드, 컨테이너, 쿠버네티스 등을 포함한 글로벌 엔터프라이즈 오픈소스 솔루션 공급업체입니다. Red Hat은 코어 데이터센터에서 네트워크 엣지에 이르기까지 다양한 플랫폼과 환경에서 기업의 업무 편의성을 높여 주는 강화된 기능의 솔루션을 제공합니다.

Red Hat Shares 뉴스레터를 구독하세요

지금 신청하기

언어 선택