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Terraform Azure DevOps Pipeline Generator

Generate an azure-pipelines.yml with validate / plan / apply stages.

Runs entirely in your browser - nothing is uploaded and no Azure connection is made.
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About Terraform Azure DevOps Pipeline Generator

Azure DevOps Pipelines are a common way to run Terraform in Microsoft-centric organisations, but authoring the YAML by hand means getting trigger rules, pool images, variable groups, and the exact sequence of init, validate, plan and apply steps all correct. A missed step or a wrong task version can break a deployment or, worse, skip validation and apply unverified changes to a live environment. Teams benefit greatly from a repeatable, reviewed pipeline template they can trust and reuse without reinventing it each time a new service appears.

The Terraform Azure DevOps Pipeline Generator produces that YAML for you. Choose your trigger branch, the agent pool and image, whether to use a variable group, and which stages to include, and the tool emits an azure-pipelines.yml that runs Terraform in the right order. It follows Azure DevOps schema and common Terraform task patterns, including service connection usage and conditional apply on protected branches. The pipeline is assembled locally in your browser; no connection to Azure is made and nothing is uploaded, so credentials stay in your key vault and never touch the generator at any point in the process.

Use it to standardise Terraform CI across repositories, to onboard a new service, or to produce a secure baseline your platform team can extend with approvals and gates before promotion to production.

Because the output is a standard YAML file, you can store it next to the Terraform it runs and let the same branch policies protect both, so a change to the pipeline is reviewed with the same rigour as a change to the infrastructure it deploys.

Features

  • YAML output - a valid azure-pipelines.yml skeleton you can extend safely.
  • Triggers - branch and path filters for when the pipeline should run exactly.
  • Agent config - pool name and VM image selection for the agent that runs jobs.
  • Variable groups - link a library variable group for shared values across stages.
  • Stages - init, validate, plan and apply in the correct and safe order.
  • Service connection - placeholder for the Azure connection to fill in later securely.
  • Branch gating - apply only on protected branches such as main to prevent mistakes.
  • Steps detail - correct Terraform task ordering and structure for reliability.
  • Copy or download - export the pipeline YAML for your repository root directly.
  • Private - generation runs in the browser, with no Azure call made at all.
  • Schema safe - valid Azure DevOps structure that will parse and run as written.
  • Reusable - one template for many services and teams across the organisation.

How to Use

  1. Set the trigger branch such as main or refs/heads/main for the pipeline.
  2. Choose the pool and image for the agent that will actually run the tasks.
  3. Link a variable group if secrets live in the library for the project.
  4. Select stages - include validate, plan and apply as needed for your flow.
  5. Add the service connection placeholder name for Azure to use during apply.
  6. Enable branch gating for the apply stage to protect the main branch.
  7. Click Generate pipeline to build the YAML document in the browser.
  8. Review the preview and fix any validation errors shown to you.
  9. Copy or download the YAML into your repository root for committing.
  10. Add approvals in Azure DevOps after pasting the file in and pushing it.

Examples

Worked example - guarded deploy. Trigger on main, use an ubuntu-latest pool, link a tf-vars group, run init, validate, plan and apply, with the apply stage gated to main and using a service connection named azure-conn. The generator emits an azure-pipelines.yml whose apply stage has a condition limiting it to the main branch and references the service connection, so feature branches only plan while main applies, preventing accidental production changes from topic branches entirely.

Benefits

  • Standard CI - one Terraform pipeline shape for all of your repositories.
  • Fewer errors - correct task ordering and triggers every single time you run it.
  • Safer deploys - branch gating built in from the very start of the design.
  • Reviewable - the YAML is easy to audit and approve by a teammate.
  • Onboarding - new services get CI instantly and correctly without delay.
  • Private - no Azure connection is made during the generation step itself.
  • Consistent - a shared, approved baseline across all of your teams and services.

Frequently Asked Questions

What does this generate?
An azure-pipelines.yml with a validate stage and paired plan/apply stages for each selected environment (dev/staging/prod), using the TerraformInstaller task and environments for approvals.
How are environments handled?
Each plan/apply stage targets an Azure DevOps environment named after the environment, so you can attach approvals and gates there.
Does it use a backend?
It runs terraform init (backend configured in your code) and plan with a per-env .tfvars file like dev.tfvars.
Does this connect to Azure?
No. It only builds the YAML in your browser.
Can I download it?
Yes. Copy, download or print the pipeline.