access

 User
subscription_id
tenant_id
client_id
client_secret
key_vault_name
key_vault_secret_name


    User: In this context, it refers to the service principal user account that Terraform will use to authenticate with Azure.

    subscription_id: This is required for Terraform to identify the Azure subscription it will be managing resources within.

    tenant_id: Also known as the directory ID, it identifies the Azure Active Directory (AAD) tenant associated with the subscription. Terraform uses this to authenticate with Azure AD.

    client_id: This is the unique identifier for the service principal itself. Terraform uses this as part of the authentication process to prove the identity of the service principal.

    client_secret: This is the password or secret key associated with the service principal. Terraform uses this secret key during the authentication process to authenticate the service principal.

    key_vault_name: If you're storing sensitive information such as the client_secret securely in Azure Key Vault, Terraform needs to know the name of the Key Vault to retrieve the secret.

    key_vault_secret_name: This is the name of the secret stored in Azure Key Vault that contains the client_secret or any other sensitive information needed for authentication. Terraform uses this to fetch the client_secret securely from Key Vault during runtime.

To set up branching strategies, pipelines, and repositories in Azure DevOps, you typically need specific permissions and accesses assigned to your account or user role. Here's a breakdown of the accesses needed for each:

1. Branching Strategies:

   • Repository Contributor: Users with this role can contribute to repositories, including creating, pushing, and deleting branches.
   • Branch Policy Permissions: Users might need permissions to configure branch policies, such as requiring pull request reviews, status checks, or branch protection rules. This access is usually granted to repository administrators.

2. Pipelines:

   • Pipeline Contributor: Users with this role can create, edit, and manage pipelines. They can also view pipeline runs and manage pipeline variables.
   • Agent Pool Permissions: If your pipeline uses self-hosted agents, users might need permissions to register and manage agents in the agent pool.
   • Service Connection Permissions: Users might need permissions to create and manage service connections to external systems (e.g., Azure subscriptions, Docker registries) used in the pipeline.

3. Repos:

   • Repository Contributor: Users with this role can contribute to repositories, including creating, editing, and deleting files, as well as managing pull requests.
   • Repository Administrator: Users with this role have full control over the repository, including managing permissions, branch policies, and repository settings.
   • Branch Policy Permissions: Similar to branching strategies, users might need permissions to configure branch policies for repositories.

These permissions can be managed at the project level or repository level in Azure DevOps, depending on the scope of access required. It's essential to carefully assign permissions to users or groups to ensure the security and integrity of your source code, pipelines, and branching strategies.