SectionPreface A: Introduction

SectionSection A.1: Developing Advanced Automation with Red Hat Ansible Automation Platform

Section A.2: Orientation to the Classroom Environment

Section A.3: Performing Lab Exercises

Chapter 1: Developing Playbooks with Ansible Automation Platform 2

Section 1.1: Red Hat Ansible Automation Platform 2

Section 1.2: Quiz: Red Hat Ansible Automation Platform 2

Section 1.3: Running Playbooks with Automation Content Navigator

Section 1.4: Guided Exercise: Running Playbooks with Automation Content Navigator

Section 1.5: Managing Ansible Project Materials Using Git

Section 1.6: Guided Exercise: Managing Ansible Project Materials Using Git

Section 1.7: Implementing Recommended Ansible Practices

Section 1.8: Guided Exercise: Implementing Recommended Ansible Practices

Section 1.9: Lab: Developing Playbooks with Ansible Automation Platform

Section 1.10: Summary

Chapter 2: Managing Content Collections and Execution Environments

Section 2.1: Reusing Content from Ansible Content Collections

Section 2.2: Guided Exercise: Reusing Content from Ansible Content Collections

Section 2.3: Finding and Installing Ansible Content Collections

Section 2.4: Guided Exercise: Finding and Installing Ansible Content Collections

Section 2.5: Selecting an Execution Environment

Section 2.6: Guided Exercise: Selecting an Execution Environment

Section 2.7: Lab: Managing Content Collections and Execution Environments

Section 2.8: Summary

Chapter 3: Running Playbooks with Automation Controller

Section 3.1: Explaining the Automation Controller Architecture

Section 3.2: Quiz: Explaining the Automation Controller Architecture

Section 3.3: Running Playbooks in Automation Controller

Section 3.4: Guided Exercise: Running Playbooks in Automation Controller

Section 3.5: Lab: Running Playbooks with Automation Controller

Section 3.6: Summary

Chapter 4: Working with Ansible Configuration Settings

Section 4.1: Examining the Ansible Configuration with Automation Content Navigator

Section 4.2: Guided Exercise: Examining the Ansible Configuration with Automation Content Navigator

Section 4.3: Configuring Automation Content Navigator

Section 4.4: Guided Exercise: Configuring Automation Content Navigator

Section 4.5: Lab: Working with Ansible Configuration Settings

Section 4.6: Summary

Chapter 5: Managing Inventories

Section 5.1: Managing Dynamic Inventories

Section 5.2: Guided Exercise: Managing Dynamic Inventories

Section 5.3: Writing YAML Inventory Files

Section 5.4: Guided Exercise: Writing YAML Inventory Files

Section 5.5: Managing Inventory Variables

Section 5.6: Guided Exercise: Managing Inventory Variables

Section 5.7: Lab: Managing Inventories

Section 5.8: Summary

Chapter 6: Managing Task Execution

Section 6.1: Controlling Privilege Escalation

Section 6.2: Guided Exercise: Controlling Privilege Escalation

Section 6.3: Controlling Task Execution

Section 6.4: Guided Exercise: Controlling Task Execution

Section 6.5: Running Selected Tasks

Section 6.6: Guided Exercise: Running Selected Tasks

Section 6.7: Optimizing Execution for Speed

Section 6.8: Guided Exercise: Optimizing Execution for Speed

Section 6.9: Lab: Managing Task Execution

Section 6.10: Summary

Chapter 7: Transforming Data with Filters and Plug-ins

Section 7.1: Processing Variables Using Filters

Section 7.2: Guided Exercise: Processing Variables Using Filters

Section 7.3: Templating External Data Using Lookups

Section 7.4: Guided Exercise: Templating External Data Using Lookups

Section 7.5: Implementing Advanced Loops

Section 7.6: Guided Exercise: Implementing Advanced Loops

Section 7.7: Using Filters to Work with Network Addresses

Section 7.8: Guided Exercise: Using Filters to Work with Network Addresses

Section 7.9: Lab: Transforming Data with Filters and Plug-ins

Section 7.10: Summary

Chapter 8: Coordinating Rolling Updates

Section 8.1: Delegating Tasks and Facts

Section 8.2: Guided Exercise: Delegating Tasks and Facts

Section 8.3: Configuring Parallelism

Section 8.4: Guided Exercise: Configuring Parallelism

Section 8.5: Managing Rolling Updates

Section 8.6: Guided Exercise: Managing Rolling Updates

Section 8.7: Lab: Coordinating Rolling Updates

Section 8.8: Summary

Chapter 9: Creating Content Collections and Execution Environments

Section 9.1: Writing Ansible Content Collections

Section 9.2: Guided Exercise: Writing Ansible Content Collections

Section 9.3: Building a Custom Automation Execution Environment

Section 9.4: Guided Exercise: Building a Custom Automation Execution Environment

Section 9.5: Validating a Custom Execution Environment

Section 9.6: Guided Exercise: Validating a Custom Execution Environment

Section 9.7: Using Custom Content Collections and Execution Environments in Automation Controller

Section 9.8: Guided Exercise: Using Custom Content Collections and Execution Environments in Automation Controller

Section 9.9: Lab: Creating Content Collections and Execution Environments

Section 9.10: Summary

Chapter 10: Comprehensive Review

Section 10.1: Comprehensive Review

Section 10.2: Lab: Managing Inventory Variables to Use with Automation Content Navigator

Section 10.3: Lab: Optimizing a Playbook for Large-scale Use

Section 10.4: Lab: Creating and Using Ansible Content Collections and Automation Execution Environments

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Introduction

Developing Advanced Automation with Red Hat Ansible Automation Platform

Developing Advanced Automation with Red Hat Ansible Automation Platform (DO374) is designed for automation content developers to leverage the new, container-focused tools from Red Hat Ansible Automation Platform to efficiently develop automation that can be managed by the automation controller.

Course Objectives

Leverage capabilities of the automation content navigator to develop Ansible Playbooks.
Apply recommended practices for effective and efficient automation with Ansible.
Use advanced features of Ansible to work with data, including filters and plugins.
Perform automation operations as rolling updates.
Create automation execution environments to bundle and distribute the dependencies needed by automation code.

Audience

This course is designed for users who create recommended design patterns and operate automation practices at scale, including these roles: * DevOps engineers. * Linux system administrators. * Developers. * Other IT professionals with basic expertise using Red Hat Ansible Automation Platform to automate, provision, configure, and deploy applications and services in a Linux environment.

Prerequisites

Red Hat Certified Engineer (RHCE) certification (EX294) on Red Hat Enterprise Linux 8 or later, or equivalent Ansible experience.

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Welcome to the Developing Advanced Automation with Red Hat Ansible Automation (DO374) group!

Deanna

12 wrz 2023

We are excited to launch a space dedicated to the Red Hat Training course Developing Advanced Automation with Red Hat Ansible Automation Platform! To gain the most value from this group - click the "Join Group" button in the upper right hand corner of the group home page.We encourage group members to collaborate in this group to discuss topics, ask questions, share best practices and tips, provide course feedback, and share their accomplishments as it relates to DO374.Read more about Developing Advanced Automation with Red Hat Ansible Automation Platform here.

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Revision: do374-2.2-82dc0d7