High-Quality Prompt for Terraform Project Generation.

 

Beautiful, High-Quality Prompt for Terraform Project Generation

before executing this prompt in visual studio code copilot / or any IDE, ensure 

1. we have MCP Server for terraform and filesystem mcp server is already installed.  

extend if you want to update for number of resources.. 

Create a complete Terraform project with the following requirements:

📁 1. Folder Structure

• Create a root folder named terraform-rak in C:\drive.

• Inside this folder, create separate .tf files for each module or resource.

📄 2. Core Terraform Files

1. variables.tf

   • Define all variables required by the project.

2. variables_development.tfvars

   • Store all variable values for the development environment.

3. backend.tf

   • Configure a remote backend using an Azure Storage Account.

   • Ensure the Terraform state file is stored in a storage container.

🌐 3. Azure Resources (Each in Its Own File Using Azure Verified Modules)

🔹 Resource Group

• File: resource_group.tf

• Create a resource group.

• use Azure verified modules

🔹 Virtual Network

• File: vnet.tf

• Create a virtual network.

• use Azure verified modules

• - VNet with 10.0.0.0/16 address space

    - Main subnet (10.0.1.0/24) with Container Apps delegation

    - Private endpoint subnet (10.0.2.0/24)

• • use Azure verified modules

🔹 Subnet

• File: subnet.tf

• Create:

  • A main subnet for workloads

  • An additional private endpoint subnet

  • use azure verified modules

🔹 Network Security Group (NSG)

• File: network_security_group.tf

• Create an NSG.

• Create Azure Verified Modules

🔹 NSG Rules

• File: network_security_rules.tf

• Create security rules and:

  • Associate them with the NSG.

  • Associate the NSG with the subnet.

  • Use Azure Verified Modules

🔹 Route Table

• File: route_table.tf

• Create a route table with:

  • A route to the internet

  • A route to a virtual appliance (ASA firewall IP address)

  • Use Azure Verified Modules

🔹 Azure Container Apps Environment (CAE)

• File: container_app_env.tf

• Create a Container Apps Environment

• Use Azure Verified Modules.

🔹 Container App

• File: container_app.tf

• Deploy a Container App and store its configuration here.

• Use Azure Verified Modules

• enable system-assigned identity.

🔹 Azure Container Registry

• File: container_registry.tf

• Create an Azure Container Registry.

• use Azure verified moduled 

• ensure RBAC and ABACs are configured

• create private endpoint

•   - Azure Container Registry (Premium SKU)

    - Container Apps Environment with VNet integration

    - Container App with auto-scaling (1-10 replicas)

    - Health probes (liveness and readiness)

    - RBAC integration between Container Apps and ACR

🔍 4. Diagnostics & Monitoring

• Create diagnostic_settings.tf.

• Create a Log Analytics Workspace.

• Enable diagnostic settings for every resource in the project.

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✅ Additional Requirements

• Use Azure Verified Terraform Modules for every resource.

• Ensure all resources follow best practices for:

  • Naming

  • Tagging

  • Security

  • Network configuration

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✨ Final Output Expectation

Generate:

• A complete folder structure

• Individual .tf files with correct module references and dependencies

• A working Terraform configuration ready to run with: