- LEARN TERRAFORM FOR CLOUD INFRASTRUCTURES HOW TO
- LEARN TERRAFORM FOR CLOUD INFRASTRUCTURES CODE
Easing collaboration: Having the code in a version control system like Git allows teams to collaborate on infrastructure. If the environment is already in the desired state, no actions are taken. In IaC, only the actions needed to bring the environment to the desired state are executed. Convergence is the trait that actions are only taken if they need to be. Idempotence & Convergence: Extending the last point, idempotence is the trait that no matter you apply the configuration described by your IaC, there are no side effects on the environment. With IaC no environment gets special treatment and fresh new environments are easily created and destroyed. Over time an environment can drift away from its desired state and difficult to diagnose issues can creep into your release pipeline. Reproducible environments: By using code to generate infrastructure, the same environment can be created over and over. 
Infrastructure as code, or IaC, has gained a lot of momentum over the years because helps solves several problems that plagued infrastructure management in the past: That sounds like an infrastructure as code solution, because Terraform is an infrastructure as code solution. Terraform is defined by HashiCorp, the creator of Terraform, as a tool for building, changing, and versioning infrastructure safely and efficiently. Lastly, we’ll see different ways of how you can use Terraform. Next, we’ll look into what specifically Terraform can do for you. We’ll start by defining Terraform and the space that it occupies. After this lesson, you’ll be able to answer questions like what is Terraform, why would you use it, and a simplified version of how does it work? If you have thoughts or suggestions for this course, please contact Cloud Academy at lesson will give a high-level overview of Terraform for our first look at the subject. See how to deploy a two-tier app in multiple environments with Terraform
Learn how Terraform state connects your configuration with the real world
See how to configure parameters that are common to all resources Understand the ins and outs of HashiCorp Configuration Language (HCL)ĭiscover how Terraform integrates various infrastructure sources Take a high-level look at what Terraform is and when to use it This is an intermediate-level course that assumes you have prior experience with a scripting or programming language.
Manage multiple infrastructure environments with Terraform. Understand how Terraform integrates infrastructure sources. Some roles that fit into that category are:Īfter completing this course, you will be able to: This course is for anyone that is interested in managing infrastructure in public, private, or hybrid clouds. The Terraform configuration files used in the course are all available in the course's GitHub repository. The course concludes with a demo to illustrate how Terraform can be used to manage a practical infrastructure for deploying development and production versions of a two-tier application in Google's Cloud using Cloud SQL, Google Kubernetes Engine (GKE), and Kubernetes. While building a strong foundation for you to solve real-world challenges with Terraform, you'll learn about its core concepts including HashiCorp Configuration Language, providers, resources, and state. In this course, we’ll learn Terraform from the ground up. Terraform treats infrastructure as code (IaC) so you never have to worry about you infrastructure drifting away from its desired configuration. If you like what you are hearing about Terraform then this course is for you! The infrastructure Terraform manages can be hosted on public clouds like Amazon Web Services, Microsoft Azure, and Google Cloud Platform, or on-prem in private clouds such as VMWare vSphere, OpenStack, or CloudStack. Terraform is a tool for building, changing, and versioning infrastructure safely and efficiently. Terraform can help with multi-cloud by having one workflow for all clouds.
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