This repository contains templates for Ubuntu that can create Vagrant boxes using Packer.

64-bit boxes:

• box-cutter/ubuntu1404 - Ubuntu Server 14.04.1 (64-bit), VMware 316MB/VirtualBox 269MB
• box-cutter/ubuntu1404-desktop - Ubuntu Desktop 14.04.1 (64-bit), VMware 1.1GB/VirtualBox 1GB
• box-cutter/ubuntu1404-docker - Ubuntu Server 14.04.1 (64-bit) with Docker preinstalled, VMware 435MB/VirtualBox 389MB
• box-cutter/ubuntu1204 - Ubuntu Server 12.04.4 (64-bit), VMware 278MB, VirtualBox 233MB
• box-cutter/ubuntu1204-desktop - Ubuntu Desktop 12.04.4 (64-bit), VMware 884MB/VirtualBox 813MB
• box-cutter/ubuntu1204-docker - Ubuntu Server 12.04.4 (64-bit) with Docker preinstalled, VMware 396MB/VirtualBox 350MB
• box-cutter/ubuntu1004 - Ubuntu Server 10.04.4 (64-bit), VMware 221MB/VirtualBox 179MB

32-bit boxes:

• box-cutter/ubuntu1404-i386 - Ubuntu Server 14.04.1 (32-bit), VMware 308MB/VirtualBox 278MB
• box-cutter/ubuntu1204-i386 - Ubuntu Server 12.04.4 (32-bit), VMware 273MB/VirtualBox 239MB
• box-cutter/ubuntu1004-i386 - Ubuntu Server 10.04.4 (32-bit), VMware 207MB/VirtualBox 181MB

To build all the boxes, you will need Packer (Website) and both VirtualBox and VMware Fusion installed.

A GNU Make Makefile drives the process via the following targets:

make        # Build all the box types (VirtualBox & VMware)
make test   # Run tests against all the boxes
make list   # Print out individual targets
make clean  # Clean up build detritus

The templates respect the following network proxy environment variables and forward them on to the virtual machine environment during the box creation process, should you be using a proxy:

• http_proxy
• https_proxy
• ftp_proxy
• rsync_proxy
• no_proxy

The tests are written in Serverspec and require the vagrant-serverspec plugin to be installed with:

vagrant plugin install vagrant-serverspec

The Makefile has individual targets for each box type with the prefix test-* should you wish to run tests individually for each box.

Similarly there are targets with the prefix ssh-* for registering a newly-built box with vagrant and for logging in using just one command to do exploratory testing. For example, to do exploratory testing on the VirtualBox training environmnet, run the following command:

make ssh-box/virtualbox/ubuntu1404-nocm.box

Upon logout make ssh-* will automatically de-register the box as well.

You can create a Makefile.local file alongside the Makefile to override some of the default settings. The variables can that can be currently used are:

• CM
• CM_VERSION
• <iso_path>
• UPDATE

Makefile.local is most commonly used to override the default configuration management tool, for example with Chef:

# Makefile.local
CM := chef

Changing the value of the CM variable changes the target suffixes for the output of make list accordingly.

Possible values for the CM variable are:

• nocm - No configuration management tool
• chef - Install Chef
• chefdk - Install Chef Development Kit
• puppet - Install Puppet
• salt - Install Salt
• ansible - Install Ansible

You can also specify a variable CM_VERSION, if supported by the configuration management tool, to override the default of latest. The value of CM_VERSION should have the form x.y or x.y.z, such as CM_VERSION := 11.12.4

The variable UPDATE can be used to perform OS patch management. The default is to not apply OS updates by default. When UPDATE := true, the latest OS updates will be applied.

Another use for Makefile.local is to override the default locations for the Ubuntu install ISO files.

For Ubuntu, the ISO path variables are:

• UBUNTU1004_SERVER_AMD64
• UBUNTU1004_SERVER_I386
• UBUNTU1204_SERVER_AMD64
• UBUNTU1204_SERVER_I386
• UBUNTU1204_ALTERNATE_AMD64
• UBUNTU1304_SERVER_AMD64
• UBUNTU1304_SERVER_I386
• UBUNTU1310_SERVER_AMD64
• UBUNTU1310_SERVER_I386
• UBUNTU1404_SERVER_AMD64
• UBUNTU1404_SERVER_I386

This override is commonly used to speed up Packer builds by pointing at pre-downloaded ISOs instead of using the default download Internet URLs: UBUNTU1404_SERVER_AMD64 := file:///Volumes/Ubuntu/ubuntu-14.04.1-server-amd64.iso

CloudBees is providing a hosted Jenkins master through their CloudBees FOSS program. Their On-Premise Executor feature is used to connect physical machines as build slaves running VirtualBox, VMware Fusion, VMware Workstation, VMware ESXi/vSphere and Hyper-V.