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Terraform

Learn Terraform in 4 Hours

Published by Pearson

Intermediate to advanced content levelIntermediate to advanced

Go from Dev to DevOps with Infrastructure as Code

High performance software engineering requires powerful infrastructure. As the size and complexity of a software project grows, so do its infrastructure requirements. When creating software we benefit from innovations like source-control, multiple environments, and reusable code. So how can we bring those same innovations to infrastructure?

Enter Terraform, an amazing infrastructure-as-code tool that allows source controlled, reusable, collaboratively developed infrastructure. Using Terraform’s declarative syntax and straight-forward workflow, you can manage infrastructure across multiple services such as AWS, GCP, Azure, Heroku, and more. It is a powerful tool to add to your toolbelt.

In this live training you will learn the details of Terraform’s declarative syntax, how to use its workflow, and how to enable collaboration with the tool. As you do, you will learn to create some basic infrastructure in AWS and GCP.

What you’ll learn and how you can apply it

By the end of the live online course, you’ll understand:

  • Fresh Terraform project creation
  • How Terraform manages state
  • The basic workflows used in Terraform

And you’ll be able to:

  • Write Terraform Configuration Language
  • Start a new Terraform project with AWS
  • Deploy basic infrastructure

This live event is for you because...

  • You are a software engineer or systems engineer interested in getting started with infrastructure-as-code
  • You need tools to make your infrastructure easier to manage
  • You need a deeper understanding of Terraform’s syntax and workflows

Prerequisites

  • Basic programming experience. Understand how to work with variables, functions, data structures, and expressions.
  • High-level understanding of why infrastructure is needed for software projects

Course Set-up

Recommended Preparation

  • Attend: Getting Started with Amazon Web Services (AWS), Chad Smith, Search the O’Reilly Learning Platform for an upcoming date

Recommended Follow-up

Schedule

The time frames are only estimates and may vary according to how the class is progressing.

Introduction (10 minutes)

  • What is Terraform and how is it used?
  • What are the primary use cases for Terraform?
  • What are the benefits of Terraform?

Basic Grammar (15 minutes)

  • Configuration Syntax
  • Arguments, Blocks, and Identifiers
  • Comments

Workflow (20 minutes)

  • Example: Create EC2 Instance
  • Init
  • Plan and Apply
  • Updating
  • Refresh
  • Destroy

Q&A (5 minutes)

Break (10 minutes)

Terraform and Provider Blocks (5 minutes)

Resources (10 minutes)

  • Requirements
  • Provider implementation
  • Resource Arguments

State (20 minutes)

  • State Purpose: Config/Remote Map
  • Metadata: Dependencies
  • Backends: Remote state and locking
  • Example: Create Remote state

Organizing Code (20 minutes)

  • Modules
  • Variables and Outputs
  • Locals
  • Example: Organize existing code

Q&A (5 minutes)

Break (10 minutes)

Meta-Arguments (30 minutes)

  • Depends on
  • For each
  • Count
  • Provider
  • Lifecycle

Expressions (20 minutes)

  • Strings and Templates
  • References
  • Operators
  • Function Calls
  • Flow Control
  • Splats
  • Dynamic blocks

Break (10 minutes)

Data Sources (30 minutes)

  • Query data sources
  • Use data sources to define resources flexibly
  • Example: Using data sources

Working With Sensitive Data (10 minutes)

  • Remote Encryption at rest
  • Protect sensitive variables

Conclusion and Next Steps (10 minutes)

Your Instructor

  • Jim Hall

    Jim Hall is a software engineer with over 12 years of experience building software. His experiences range from front end engineering to dev ops and everything in between. He is currently Engineering Manager at Munetrix where he oversees and contributes to dev ops, application development, project planning, and data transformation processes. Jim is thrilled by the capabilities of the new and powerful tools available to engineers today. The possibilities are endless!

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