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Kuma in VirtualBox via Vagrant

This is an attempt to describe the bootstrap process to get Kuma running in a Vagrant-managed virtual machine.

This is known to work on Mac OS X. It could possibly be made to work under Linux and Windows, but few have tried. Bug reports and suggestions are welcome. The main barrier to Windows is that this Vagrantfile uses NFS to share the current working directory for performance reasons, and also Vagrant support for Windows is not-so-great yet.

Getting up and running

  • Install VirtualBox 4 from http://www.virtualbox.org/

  • Install vagrant from a Terminal window, see vagrantup.com:

    gem update
    gem install vagrant
    
  • Clone Kuma, update submodules:

    git clone git://github.com/mozilla/kuma.git
    cd kuma
    git submodule update --init --recursive
    
  • Create a vagrantconfig_local.yaml file to configure your VM:

    cp vagrantconfig_local.yaml-dist vagrantconfig_local.yaml
    

    This may have some interesting settings for you to tweak, but the defaults should work fine.

  • Fire up the VM and install everything, go take a bike ride (approx. 30 min on a fast net connection):

      vagrant up
    
  • If the process fails with an error, try running the Puppet setup again:

    vagrant provision
    

    This often recovers from transient network issues or installation ordering problems.

  • Add developer-dev.mozilla.org to /etc/hosts:

    echo '192.168.10.55 developer-dev.mozilla.org' >> /etc/hosts
    
  • Everything should be working now, frmo the host side.

    curl 'http://developer-dev.mozilla.org'
    
  • You should be able to log into a shell in the VM as the user vagrant:

    vagrant ssh
    

What's next?

  • Django and node.js web services must be started within the VM by hand, which makes them easier to restart during development. Details on this should be displayed via /etc/motd when you log in with vagrant ssh

  • Edit files as usual on your host machine; the current directory is mounted via NFS at /vagrant within the VM. Update should be reflected without any action on your part.

  • Useful vagrant sub-commands:

    vagrant ssh     # Connect to the VM via ssh
    vagrant suspend # Sleep the VM, saving state
    vagrant halt    # Shutdown the VM
    vagrant up      # Boot up the VM
    vagrant destroy # Destroy the VM
    
  • You should occasionally re-run the Puppet setup, especially after updating code with major changes. This will ensure that the VM environment stays up to date with configuration changes and installation of additional services.

    • On the Host:

        vagrant provision
      
    • Inside the VM:

        sudo puppet apply /vagrant/puppet/manifests/dev-vagrant-mdn.pp
      
  • Experimental and Optional: Download and import data extracted and sanitized from the production site. This can take a long while, since there's over 500MB of data to download.

      vagrant ssh
      sudo puppet apply /vagrant/puppet/manifests/dev-vagrant-mdn-import.pp
      sudo puppet apply /vagrant/puppet/manifests/dev-vagrant.pp
    
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