Terraform fundamentals on Azure [ Terraform Associate ]

Explore terraform as infrastructure as code, install it across Windows, Linux, or Mac, and write a basic Azure Resource Group while learning state management, state file outputs, and practice questions.

Learn to create azure resources with terraform, define variables, and view outputs; initialize, plan, apply, and destroy infrastructure; use variable files and command-line variables for flexible configuration.

Learn to provision Azure resources with Terraform, manage configurations, variables, maps, and tags, validate with Terraform validate, use count for containers, and implement remote state with Azure backend.

Learn to pull and read Terraform state files with terraform state pull, format with jq, and query resources such as Databricks notebook language from any backend.

Learn to inspect and selectively destroy Terraform resources using the state list and target flag, and clean the state file to reflect real infrastructure.

Learn to use for loops and count in Terraform on Azure, build a network security group from an array of rules, and attach it to a virtual machine with questions.

Learn to use Terraform loops in Azure, including count, for, and for_each expressions to automate resource creation, from DNS records to network security group rules, with dynamic blocks.

Learn Terraform conditionals and functions on Azure, using boolean expressions and count to create resources like Cosmos DB based on environment, and apply trim, split, join, and element functions.

Learn to build a production azure infrastructure with terraform by using count to deploy multiple windows virtual machines, and apply post provisioning scripts via provisioners.

Build production-ready Azure infrastructure with Terraform, creating public IP, subnet, virtual network, and multiple virtual machines using count and random password features.

Configure newly created azure virtual machines with terraform provisioners, using file, remote-exec, and local-exec to copy files and run init scripts, installing apache on linux machines.

Learn how Terraform modules enable reusable common configurations across multiple environments and clients, and how to create, source, and apply virtual machines, storage accounts, networks, and DNS configurations efficiently.

Learn to explore the Terraform public registry to find and use verified Azure modules. Discover how to deploy a virtual network with a published module, then plan and apply changes.

Convert existing Terraform code into reusable Azure modules, organizing generic inputs and environment-specific variables, and demonstrate module invocation with the Dev environment, including init, plan, and auto-approve.

Reuse the same Terraform module to create multiple environments, overriding variables for dev and prod. Initialize, plan, and apply to provision Azure resources, enabling a multitenant architecture across clients.

Demonstrate dynamic nested loops in Terraform on Azure by using for each inside for each to create multiple routing rules and forwarding configurations for the Azure Front Door.

Define dynamic loops for an Azure front door setup, including routing rules and a back end pool, incorporating a variable schema for scalable deployment.

Define a multi-object backend pool variable and apply dynamic for_each to map each backend’s address, host header, and ports, then extend the pattern to routing rules in Terraform on Azure.

Master dynamic for each loops in Terraform on Azure to configure Front Door with multiple backend pools and routing rules using variables and data forms.

Learn to automate Azure infrastructure with Terraform, using CI/CD pipelines in GitHub Actions and Azure DevOps to deploy resources like virtual machines, IP addresses, Event Hub, and Azure Kubernetes cluster.

Explore automating Terraform deployments on Azure with GitHub actions, transforming manual init, plan, and apply into a secure CI/CD pipeline that stores secrets, runs tests, and provides live logs.

Automate Terraform infrastructure deployment with GitHub actions by creating a Terraform YAML workflow, triggering on pull requests, and running init, validate, and plan steps with secrets like the GitHub token.

Define a terraform plan and apply in a GitHub workflow for Azure, storing client id, client secret, subscription id, and tenant id as environment secrets for authentication and deploying resources.

Learn to set up a GitLab CI pipeline to run Terraform on Azure, using a Hashicorp docker image and an init stage in the lecture seven folder.

Extend your Terraform pipeline on Azure by adding apply and destroy stages with manual approval, enabling end-to-end infrastructure deployment and teardown from GitLab, using state files and resource changes.

Configure GitLab CI/CD authentication with Azure for Terraform, define variables like access key, client ID, client secret, subscription ID, and tenant ID, and execute plan and apply.

Compare Terraform pipelines across GitLab, GitHub, and Azure DevOps; learn to create an Azure DevOps pipeline using YAML, define variables and secrets, and run Terraform plan and init.

Install Terraform and the df lend utility on the build agent, and push a workflow to demonstrate infrastructure as code with Terraform in a GitHub action pipeline.

Install Terraform on a GitHub runner for azure infrastructure as code, then add and manage an auxiliary utility in the build environment, update versions, and verify continuous integration workflow triggers.

Construct a sample Terraform configuration on Azure to create a resource group, using GitHub Actions and Terraform init, with an output showing the resource name and location.

Learn to enable Azure authentication in GitHub Actions, configure secrets for client ID, client secret, subscription and tenant, run Terraform plan and apply to create an Azure resource group.

Learn Terraform fundamentals on Azure, covering 0.13 features, import existing infrastructure with data, and module count, and integrate CI/CD with Azure DevOps, GitHub, or GitLab for real-world infrastructure.

Import existing Azure resources into Terraform with import, and use data sources to query current infrastructure, allowing seamless provisioning of new resources without re-creating existing ones.

Learn how to use custom variables in Terraform 0.13 on Azure to enforce location, tag, and naming validations with conditions and can or regex.

Learn how to reuse Terraform code with modules and count to create multiple resource groups across environments in Azure, using module sources, providers with aliases.

Explore using for_each with Terraform modules to create multiple resource groups across environments, using maps of names and locations, and applying it to complex deployments.