My Boxen

My personal Boxen configuration, used for managing my personal laptop(s). Because life's too short to spend it installing software.

This is a fairly straight-forward Boxen project, with most of the interesting bits in my personal manifest: modules/people/manifests/krohrbaugh.pp.

Getting Started

See the [our-boxen sample repository][our-boxen] for more details on getting started with Boxen in general.

There are a few potential conflicts to keep in mind. Boxen does its best not to get in the way of a dirty system, but you should check into the following before attempting to install your boxen on any machine (we do some checks before every Boxen run to try and detect most of these and tell you anyway):

Boxen requires at least the Xcode Command Line Tools installed.
Boxen will not work with an existing rvm install.
Boxen may not play nice with a GitHub username that includes dash(-)
Boxen may not play nice with an existing rbenv install.
Boxen may not play nice with an existing chruby install.
Boxen may not play nice with an existing homebrew install.
Boxen may not play nice with an existing nvm install.
Boxen recommends installing the full Xcode.

Dependencies

Install the Xcode Command Lines Tools and/or full Xcode. This will grant you the most predictable behavior in building apps like MacVim.

How do you do it?

OS X 10.9 (Mavericks)

If you are using b26abd0 of boxen-web or newer, it will be automatically installed as part of Boxen. Otherwise, follow instructions below.

OS X < 10.9

Install Xcode from the Mac App Store.
Open Xcode.
Open the Preferences window (Cmd-,).
Go to the Downloads tab.
Install the Command Line Tools.

Installing

Install the boxen on a host machine:

sudo mkdir -p /opt/boxen
sudo chown ${USER}:staff /opt/boxen
git clone https://github.com/krohrbaugh/my-boxen /opt/boxen/repo
cd /opt/boxen/repo
script/boxen --srcdir=/Users/<username>/Code --future-parser

Now that your boxen is bootstrapped, you can run the following to install the default configuration from this repo:

cd /opt/boxen/repo
./script/boxen

Updating

Typically, there are two aspects to updating Boxen: updating Ruby libraries in the Gemfile and updating Puppet modules in the Puppetfile.

To update Ruby libraries, modify the Gemfile and then run script/bootstrap.

To determine what Puppet modules are out of date, first export your Github API token, so that librarian-puppet can use it. Boxen stores the token in your Keychain, under "Github API Token". Find it and run:

export GITHUB_API_TOKEN={token-from-keychain}
bundle exec librarian-puppet outdated

This will list the outdated Puppet modules. Update the Puppetfile with whatever modules you wish to update and run boxen.

NOTE: It's safest to only update modules in the optional/custom part of the Puppetfile and to pull core module updates from upstream.

Distributing

That's enough to get your boxen into a usable state on other machines, usually. From there, we recommend setting up boxen-web as an easy way to automate letting other folks install your boxen.

If you don't want to use boxen-web, folks can get using your boxen like so:

sudo mkdir -p /opt/boxen
sudo chown ${USER}:staff /opt/boxen
git clone <location of my new git repository> /opt/boxen/repo
cd /opt/boxen/repo
./script/boxen

NOTE: The --srcdir setting is only necessary if you choose to use a different path than Boxen's ~/src for repositories.

NOTE: By default, Boxen requires full-disk encryption to be enabled, which is probably a good idea. To skip this, use the --no-fde flag.

script/boxen --no-fde --future-parser

It should run successfully, and should tell you to source a shell script in your environment. For users without a bash or zsh config or a ~/.profile file, Boxen will create a shim for you that will work correctly. If you do have a ~/.bashrc or ~/.zshrc, your shell will not use ~/.profile so you'll need to add a line like so at the end of your config:

[ -f /opt/boxen/env.sh ] && source /opt/boxen/env.sh

Once your shell is ready, open a new tab/window in your Terminal and you should be able to successfully run boxen --env. If that runs cleanly, you're in good shape.

What You Get

This template project provides the following by default:

Homebrew
Git
Hub
dnsmasq w/ .dev resolver for localhost
rbenv
Full Disk Encryption requirement
Node.js 0.6
Node.js 0.8
Node.js 0.10
Ruby 1.9.3
Ruby 2.0.0
Ruby 2.1.0
Ruby 2.1.1
Ruby 2.1.2
ack
Findutils
GNU tar

Customizing

You can always check out the number of existing modules we already provide as optional installs under the boxen organization. These modules are all tested to be compatible with Boxen. Use the Puppetfile to pull them in dependencies automatically whenever boxen is run.

Including boxen modules from github (boxen/puppet-)

You must add the github information for your added Puppet module into your Puppetfile at the root of your boxen repo (ex. /path/to/your-boxen/Puppetfile):

# Core modules for a basic development environment. You can replace
# some/most of these if you want, but it's not recommended.

github "repository", "2.0.2"
github "dnsmasq",    "1.0.0"
github "gcc",        "1.0.0"
github "git",        "1.2.2"
github "homebrew",   "1.1.2"
github "hub",        "1.0.0"
github "inifile",    "0.9.0", :repo => "cprice404/puppetlabs-inifile"
github "nginx",      "1.4.0"
github "nodejs",     "2.2.0"
github "ruby",       "4.1.0"
github "stdlib",     "4.0.2", :repo => "puppetlabs/puppetlabs-stdlib"
github "sudo",       "1.0.0"

# Optional/custom modules. There are tons available at
# https://github.com/boxen.

github "java",     "1.6.0"

In the above snippet of a customized Puppetfile, the bottom line includes the Java module from Github using the tag "1.6.0" from the github repository "boxen/puppet-java/releases". The function "github" is defined at the top of the Puppetfile and takes the name of the module, the version, and optional repo location:

def github(name, version, options = nil)
  options ||= {}
  options[:repo] ||= "boxen/puppet-#{name}"
  mod name, version, :github_tarball => options[:repo]
end

Now Puppet knows where to download the module from when you include it in your site.pp or mypersonal.pp file:

# include the java module referenced in my Puppetfile with the line
# github "java",     "1.6.0"
include java

Hiera

Hiera is preferred mechanism to make changes to module defaults (e.g. default global ruby version, service ports, etc). This repository supplies a starting point for your Hiera configuration at config/hiera.yml, and an example data file at hiera/common.yaml. See those files for more details.

The default config/hiera.yml is configured with a hierarchy that allows individuals to have their own hiera data file in hiera/users/{github_login}.yaml which augments and overrides site-wide values in hiera/common.yaml. This default is, as with most of the configuration in the example repo, a great starting point for many organisations, but is totally up to you. You might want to, for example, have a set of values that can't be overridden by adding a file to the top of the hierarchy, or to have values set on specific OS versions:

# ...
:hierarchy:
  - "global-overrides.yaml"
  - "users/%{::github_login}"
  - "osx-%{::macosx_productversion_major}"
  - common

Node definitions

Puppet has the concept of a 'node', which is essentially the machine on which Puppet is running. Puppet looks for node definitions in the manifests/site.pp file in the Boxen repo. You'll see a default node declaration that looks like the following:

node default {
  # core modules, needed for most things
  include dnsmasq

  # more...
}

How Boxen interacts with Puppet

Boxen runs everything declared in manifests/site.pp by default. But just like any other source code, throwing all your work into one massive file is going to be difficult to work with. Instead, we recommend you use modules in the Puppetfile when you can and make new modules in the modules/ directory when you can't. Then add include $modulename for each new module in manifests/site.pp to include them. One pattern that's very common is to create a module for your organization (e.g., modules/github) and put an environment class in that module to include all of the modules your organization wants to install for everyone by default. An example of this might look like so:

# modules/github/manifests/environment.pp

 class github::environment {
   include github::apps::mac

   include ruby::1-8-7

   include projects::super-top-secret-project
 }

If you'd like to read more about how Puppet works, we recommend checking out the official documentation for:

Creating a personal module

See the documentation in the modules/people directory for creating per-user modules that don't need to be applied globally to everyone.

Creating a project module

See the documentation in the modules/projects directory for creating organization projects (i.e., repositories that people will be working in).

Binary packages

We support binary packaging for everything in Homebrew, rbenv, and nvm. See config/boxen.rb for the environment variables to define.

Sharing Boxen Modules

If you've got a Boxen module you'd like to be grouped under the Boxen org, (so it can easily be found by others), please file an issue on this repository with a link to your module. We'll review the code briefly, and if things look pretty all right, we'll fork it under the Boxen org and give you read+write access to our fork. You'll still be the maintainer, you'll still own the issues and PRs. It'll just be listed under the boxen org so folks can find it more easily.

##upgrading boxen See FAQ-Upgrading.

Integrating with Github Enterprise

If you're using a Github Enterprise instance rather than github.com, you will need to set the BOXEN_GITHUB_ENTERPRISE_URL and BOXEN_REPO_URL_TEMPLATE variables in your Boxen config.

Halp!

See FAQ.

Use Issues or #boxen on irc.freenode.net.

bryanstephens / my-boxen