🚜 AWS ECS and CodePipeline Infrastructure-as-Code

Terraform Modules:

1. app
2. cicd
3. network
4. repo
5. routing
6. security

✏️ Check out the tutorial here

How to setup:

• Create the IAM user and apply the required permissions
• Generate the AWS CLI access keys in the IAM console or Identity Center (SSO)
• Install and configure the AWS CLI
• Configure the Codestar Connection
• Clone this repository
• Fork the nodejs-express-boilerplate repository

Modify the AWS provider block

• Located in the "main.tf" file in each module
• Configure an additional AWS CLI profile:
• aws configure --profile profile-name
• aws configure sso --profile profile-name

# provider "aws" {
    profile = "profile-name"   <--- optional
# }

• Or use the [default] AWS CLI profile

Set the variables

• Option 1 - Add a "terraform.tfvars" file in each module directory
• Option 2 - Set the default variables directly in the module block in the "main.tf" file

🚀 How to run the module:

terraform init
terraform plan
terraform apply

☁️ AWS Resources:

• Virtual Private Cloud (VPC)
  • Subnets
  • Internet Gateway
  • Route Tables
  • NAT Gateway
• Application Load Balancer (ALB)
  • ALB HTTP Listener
  • ALB Listener Rules
  • Target Groups
  • Target Group Health Checks
• IAM Roles & Policies
• Security Groups
• Systems Manager Parameter Store (SSM)
• Elastic Container Registry (ECR)
• Elastic Container Service (ECS)
  • ECS Cluster
  • ECS Task Definition
  • ECS Service
• CodePipeline
• CodeBuild
• CodeDeploy
• S3 Bucket Artifacts

✅️ To-do

• Add a root module and connect the child module outputs in module blocks
• Configure default tags for AWS resources
• Optional: Refactor the monolithic Terraform configuration into environments
• Migrate the local terraform.tfstate to a remote S3 backend
• Configure CI/CD for Terraform using the hashicorp/terraform prebuilt image (one-click deployments)
• Lock the provider version