The Four Kitchens development server uses ansible for using our bespoke development environment as a VM or in the cloud. You have a great amount of configuration options available to you via yml files but by default, after installing the latest VirtualBox and the latest version of Vagrant you should be only a few steps away from a robust and comprehensive environment.
- VirtualBox, a virtualization platform.
- Vagrant, which creates and configures virtual environments.
- Ansible, an automation tool for configuration, deployment and other IT tasks. Two Ansible Galaxy Roles (bundled automation content) are required:
- nodesource.node - Node.js installation
- zzet.rbenv - rbenv installation
- crushlovely.imagemagick,v2.0.0 - imagemagick
Start by installing Homebrew, a package manager for OS X. Additional instructions can be found in the Homebrew documentation.
ruby -e "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/master/install)"
Next install the Homebrew extension Cask, an application package manager that deals with prebuilt binaries for desktop applications. Additional instructions can be found in the documentation.
brew install caskroom/cask/brew-cask
Next, install VirtualBox.
brew cask install virtualbox
Then, install Vagrant.
brew cask install vagrant
Optionally, install Vagrant Manager to manage your VMs.
brew cask install vagrant-manager
You'll need to install Ansible.
brew install ansible
Continue to Local (All) to complete installation.
Install VirtualBox; see the Linux Downloads page and follow the instructions that match your environment.
Then, install Vagrant; see the download page and download the package that matches your environment. Note: Must be version 1.5.* or greater. Do not use the version provided by apt-get as it is not supported.
Next, install Ansible; see their installation page and follow the instructions that match your environment.
Continue to Local (All) to complete installation.
Ansible Galaxy roles need to be installed, and they are listed in the roles.txt file. The command below will automatically install and/or update roles locally.
ansible-galaxy install --force -r roles.txt
Change directory to where you want to store your project configuration and clone this repository.
cd ~/projects
PROJECT_NAME=dev2-playbooks
git clone [email protected]:fourkitchens/dev2-playbooks.git $PROJECT_NAME
cd $PROJECT_NAME
Within the project, run a single, magical command:
vagrant up
The virtual machine will be created and configured for you.
Pro Tip: If you have trouble mounting shared folders with NFS, which is a known issue for directories encrypted with ecryptfs, see the VagrantFile at the root of this repository for alternative options.
To access the shell, run:
vagrant ssh
To update your machine, pull the latest within the repository, then run:
vagrant provision
If you want to customize any of the settings within the playbooks, create a host_vars/vagrant file, with any settings overrides you need.
Ansible deployment scripts, located in the deploy directory can be used for common deployment tasks. Deployment commands can be run on a development server using the following syntax, however to use them in a Vagrant virtual machine you'll need to use the bash script located below.
ansible-playbook -i hosts deploy/user-add.yml
Fill out the prompts or include them in the extra-vars -e argument
ansible-playbook -i hosts -e="user_name=bender github=fkbender" deploy/user-add.yml
A special bash script is available that makes it possible to run deployment scripts locally.
./vagrant-playook deploy/user-add.yml
The following commands will work on the vagrant machine and on the dev server:
Create MySQL Database
./vagrant-playbook deploy/database/mysql-db-create.yml
Import MySQL Database
./vagrant-playbook deploy/database/mysql-db-import.yml
Add Solr Core
./vagrant-playbook deploy/solr-cores/solr-core-add.yml
Delete Solr Core
./vagrant-playbook deploy/solr-cores/solr-core-delete.yml
Add User
./vagrant-playbook deploy/users/user-add.yml
Delete User
./vagrant-playbook deploy/users/user-delete.yml
The following commands only work on a remote dev server:
Deploy Drupal dev site
deploy/drupal-sites/drupal-dev-site-deploy.yml
Remove Drupal dev site
deploy/drupal-sites/drupal-dev-site-remove.yml
Deploy Drupal trunk site
deploy/drupal-sites/drupal-trunk-site-deploy.yml
Remove Drupal trunk site
deploy/drupal-sites/drupal-trunk-site-remove.yml
In addition to the easy execution of common tasks and parity between our Development and local environments, the playbooks provide a number of features.
- The www folder in your home folder will serve all content in subfolders at easy to use URLs. For example:
/home/vagrant/www/drupalwill be available at the URL http://vagrant.drupal.local.dev/ on a vagrant box and http://username.drupal.example.com/ on a dev server. - All sites created with the deploy scripts have drush aliases created. Try
drush safrom inside the vm to see a list. - Xdebug is available for PHP debugging.
- rvm is used to manage ruby gems.
- Apache SOLR cores can be created using the Ansible script or a Jenkin's Job. The core can be used by Drupal at (http://localhost:8888/solr/core_name) and the SOLR admin is available at (http://hostname.tld:8888/solr/core_name/admin)
The dev2 playbooks now install both apache and nginx. This will allow us to more closely emulate Pantheon (nginx+php-fpm), or more common (apache) application server environments. You can switch between the two by sending either a GET argument (varnish_backend by default) or by setting a request header (X-varnish-backend by default).
For example, the following requests would hit the respective servers:
- apache
- http://fpl.local.dev?varnish_backend=apache
- http://fpl.local.dev (
X-varnish-backend: apache)
- nginx
- http://fpl.local.dev?varnish_backend=nginx
- http://fpl.local.dev (
X-varnish-backend: nginx)
The default webserver can be set from your settings file before running the playbooks but will be set to apache by default.
Protip: you can use the Chrome extension ModHeader to send custom headers and avoid needing to use GET arguments on every request.
You can utilize XHProf with mongodb xhprof which will provide you with a Drupal interface to view the XHProf results without using devel.
- Create a hosts file
ansible-playbooks -i hosts playbook.yml- Magic.
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