Automated Change Control Validation Lab

Details

Goals & objectives

Hardware & software

Solution overview

Many organizations are requiring vast amounts of data to be collected before and after each approved change window, but many of the engineers working for these organizations are struggling with how to get started capturing and comparing device state programmatically. In this lab, you will be using MinIO, Ansible and pyATS to capture and validate pre- and post-change data from Cisco routers.

Lab diagram

Goals and objectives

In this lab, you will accomplish the following:

Use Ansible and the ansible-pyats role to capture device state from Cisco routers.
Use Ansible and the WWT ATC tool TrafficJam to simulate multiple change windows in the environment.
Leverage MinIO object storage to store device state artifacts generated by Ansible and pyATS.
Use Ansible to compare pre and post-change device state programmatically.

Hardware and software

Ansible
MinIO
Cisco CSR 1000V
WWT ATC TrafficJam

Technologies

Contributors

What's next?

Learn more about Infrastructure Automation, stay up-to-date with the industry and the new technology we have at WWT.

Reading

3 Rules to Follow When Developing Ansible Modules

Ansible for Higher Level Automation with Cisco DNA Center