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DANGER: WIP - SugarFunge Automation

Ansible

  1. Install Ansible
  2. Config the playbook variables.
  3. Create the inventory file (inventory.ini or inventory.yml) and config them in each playbook linked to the main playbook (main.yml). If the file is missing, it will use localhost.
  4. Run the main playbook using the inventory file. (--ask-become-pass will ask for the sudo password in order to execute the playbooks without issues)
$ ansible-playbook -i ansible/inventory.ini  ansible/playbooks/main.yml --ask-become-pass

WARNING:

  1. It is recommended to run the playbooks individually if you want to test them locally since they're designed to be run in different hosts so the ports and nginx sites configuration might collide.
  2. Compatible with: Ubuntu.

Terraform

WARNING: Running terraform will overwrite the files: ansible/inventory.ini

LocalStack
  1. Install Docker
  2. Run the LocalStack docker-compose
$ cd localstack
$ docker-compose up
  1. Create a keys.tf file with the following contents:
resource "aws_key_pair" "sugarfunge_key" {
  key_name   = "sugarfunge_key"
  public_key = "valid OpenSSH public key here"
}
  1. Install the dependencies, validate and apply the Terraform infrastructure. You will get a prompt to fill the variables needed and accept the plan.
$ cd terraform/aws
$ docker-compose run --rm tf init
$ docker-compose run --rm tf validate
$ docker-compose run --rm tf apply
  1. After Terraform finishes you will see a new inventory.ini in your ansible directory with the IPs from the new EC2 instances. The instances created by LocalStack are only for testing purpouses so you can not interact with them.
AWS
  1. Install Docker
  2. Install Aws-Vault and login to AWS with it
$ aws-vault add yourprofile
$ aws-vault exec yourprofile --duration=12h
  1. Edit the file provider.tf:
terraform {
  required_providers {
    aws = {
      source  = "hashicorp/aws"
      version = "~> 3.0"
    }
  }
}

provider "aws" {
  region = "YOUR-REGION-HERE"
}
  1. (Optional) Create an AWS Key Pair for the EC2 instances.
  2. Install the dependencies, validate and apply the Terraform infrastructure to AWS. You will get a prompt to fill the variables needed and accept the plan.
$ cd terraform/aws
$ docker-compose run --rm tf init
$ docker-compose run --rm tf validate
$ docker-compose run --rm tf apply
  1. After Terraform finishes you will see a new inventory.ini in your ansible directory with the IPs from the new EC2 instances.
Azure

WARNING: It will use your public key by default to add to the VMs.

  1. Install Docker
  2. Install the dependencies, validate and apply the Terraform infrastructure to Azure. You will get a prompt to fill the variables needed and accept the plan.
$ cd terraform/azure
$ docker-compose run --rm tf init
$ docker-compose run --rm tf validate
$ docker-compose run --rm tf apply