A reference repo demonstrating how to continuously deploy via terraform from TravisCI.

Via TravisCI (or locally), use Node.js to compile a static website; use Terraform to:

• create www.your-domain.com and your-domain.com AWS S3 buckets configured for static website hosting
• redirect requests to the www.your-domain.com bucket to your-domain.com
• deploy the index.html and error.html objects to the your-domain.com bucket
• establish an AWS Route53 your-domain.com DNS zone
• establish a Route53 A record set pointing your-domain.com to the your-domain.com S3 bucket

TravisCI:

1. Uses Node.js to compile src to a static website.
2. If the branch is master, installs terraform
3. If the branch is master, executes deploy.sh to deploy the static website to AWS S3 website fronted by mikeball.me via:
4. terraform plan
5. terraform apply
6. commit terraform.tfstate back to this repo with a [ci skip] commit message such that a TravisCI build is not triggered.

To deploy your own:

1. Fork this repo.

2. Visit travis-ci.org; activate CI for your fork of this repo.

3. Install the travis CLI if you don't already have it:

$ gem install travis

3. Use the travis CLI to encrypt your AWS credentials and your Github access token in environment variables:

$ travis encrypt AWS_ACCESS_KEY_ID=123 AWS_SECRET_ACCESS_KEY=456 GH_TOKEN=123

4. Add the encrypted credentials string to your .travis.yml, replacing the current secure value:

...
  env:
    secure: "ENCRYPTED STRING HERE"
...

5. Replace GH_USER_NAME, GH_USER_EMAIL, and GH_REPO in the .travis.yml with your details.

6. Replace the domain var in terraform/main.tf with your domain name.

7. Remove my tfstate files to start fresh:

$ git rm terraform/terraform.tfstate*
$ git commit -m 'removed mdb tfstate'

8. Push & deploy:

$ git push origin master

9. Note that you may need to point the DNS servers associated with your-domain.com to those dynamically assigned to your A record by AWS. For example, my A record uses these DNS servers.