commit 7b338b223db4e7ac623ce04c2af8693c0ded2879
Author: lavenderguitar <jlavend1@gmail.com>
Date:   Mon Feb 7 03:17:29 2022 -0500

    v1 - Init repo

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+.envrc
+.vault_pass
+*.tfstate
+*.tfstate.backup
+.terraform*
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+Linode Static Site Infrastructure
+===============
+
+This repo provides the Terraform and Ansible configuration for generating and hosting static-sites using [Linode](https://linode.com).
+
+The infrastructure inside Linode will consist of two application instances served behind a NodeBalancer. These instances will have external IPs used to configure and deploy to them. Linode Firewalls in combination with UFW are used to limit access to them. 
+
+On the instances themselves, an administrative user and deploy user are created (as well as a user for Caddy). Caddy is used as the web-server in order to accommodate automatic-HTTPS of each site. 
+
+The jekyll site provided in this repo is an example and includes the necessary Capistrano configuration to perform deploys.
+
+_Hint: If configured properly using the provided setup, a different set of static sites can be served to multiple domains from the same set of app instances._
+
+## Using the repo
+
+### Initialize Linode Infrastructure - Terraform
+
+First, clone the repo. Then `cd terraform/`. From here, use the following commands to connect Terraform to the Linode account:
+
+        echo "export TF_VAR_token=<<linode_account_api_token>>" >> .envrc
+        direnv allow
+        terraform init
+
+Once Terraform has been initialized, set the appropriate variables for the desired infrastructure in `site.auto.tfvars`:
+
+        site = "example.com"
+        region = "us-southeast"
+        environment = "production"
+        app_servers = [
+        {
+                type = "g6-nanode-1"
+                image = "linode/ubuntu20.04"
+        },
+        {
+                type = "g6-nanode-1"
+                image = "linode/ubuntu20.04"
+        }
+        ]
+        bastion_server = {
+                type = "g6-nanode-1"
+                image = "linode/ubuntu20.04"
+        }
+        ssh_key = "~/.ssh/id_rsa.pub"
+
+After filling in the variables, use `terraform plan` to ensure the proper infrastructure will be generated. `terraform apply` will generate the infrastructure.
+
+Upon completion, `terraform apply` will supply the IPv4 addresses of the NodeBalancer, as well as the site instances:
+
+        Outputs:
+
+        linode_instance_ip_address = [
+        toset([
+        "192.168.232.187",
+        "45.79.216.88",
+        ]),
+        toset([
+        "192.168.144.144",
+        "45.79.216.70",
+        ]),
+        ]
+        nodebalancer_ip_address = "45.79.245.251"
+
+**_Use the NodeBalancer IP address to set the DNS A record for the website(s)._**
+
+<br>
+
+
+### Configure Application VMs - Ansible
+
+Once the infrastructure has been created, cd to the `ansible/` directory. From here, we'll set a few inventory variables, and the IP addresses of the hosts.
+
+In `inventories/production/hosts` set the IP address of each instance created. Use the external IP addresses provided by the terraform output.
+
+Using `inventories/production/group_vars/all`, set the variables for the site in `/common-main.yml` and `/main.yml`:
+
+        ## main.yml
+        # Website/Blog settings
+        domain: "example.com"
+        staging_domain: "staging.example.com"
+        site_name: "site"
+
+
+        ## common-main.yml
+        ruby_version: '2.7'
+        bundler_version: '2.1.4'
+
+        ssh__keys:
+        - key: ssh-key-of-the-deployer
+
+After setting these variables appropriately for your project, use the `site.yml` playbook to install the configuration. 
+
+        ansible-playbook site.yml -i inventories/production/hosts --diff
+
+_Since this is the first time running the playbook on the instances, we won't be using --check as we need to install python first_
+
+Using the defaulted configuration will result in a few convenient settings:
+
+- A staging site is served at `/srv/{{site_name}}-staging/`
+- A production site is served at `/srv/{{site-name}}/`
+- A `jekyll` user can be used for deploys.
+- An `ops` user exists to perform administrative actions as needed.
+
+<br>
+
+### Deploy a site with Jekyll
+
+A default Jekyll site exists in the `/jekyll-site` repo. This site will use Capistrano for deploys to the instances.
+
+Navigate to the jekyll-site directory. 
+
+First, look in `config/deploy.rb` and set the ssh url of the repository storing the site.
+
+Set the app instance IP addresses in `config/production.rb` and `config/staging.rb`. Additionally, ensure the `deploy_to` directories match the deploy directories set in the Ansible configuration.
+
+From here, use Capistrano to deploy the site to the instances:
+
+        bundle exec cap production deploy --trace
+
+_`--dry-run` can be used to test the deploy_
+
+### Wrapping up
+
+If all the steps have been completed, the instances should be serving their static site content at the specified domains. To make the infrastructure even more secure, we can take a few additional steps to secure different aspects from the initial build.
+
+First, navigate to `terraform/firewall.tf`. In this file, remove the inbound rules for port `22`. Since we have changed the default port to `8822` we can now close the traffic to this port completely. `apply` this change to the firewall.
+
+Second, navigate to `ansible/inventories/production/hosts`. Notice that the `ansible_user` is set as `root` and the `ansible_port` is `22`. Change the port to `8822` and the user to the specified admin user (default: `ops`). _Root is used for initial ansible run as Linode only provides root access to start. After initial run is complete, port 22 is closed._
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