![]() ![]() ![]() Complete List: Everything you need to know.Puppet Apply: Call puppet apply directly without a master.Ansible Local: Run an Ansible playbook inside the guest. ![]() Shell scripts are the easiest to start out with, but they won’t help you with complex tasks. The most useful next step is to learn about all the different provisioners. This command creates a skeleton Vagrantfile in the current directory. The first step is to initialize a new Vagrantfile. We’ll one of the Fedora boxes for this exercise. Feel free to search around and see what’s on offer. You’ll find official and user contributed boxes there. Vagrant Cloud is a public box repository. We’ll start from the beginning by choosing a Linux distribution. This generally involves choosing a Linux distribution, installing various stack components, and starting the required databases. Building Development EnvironmentsĬreating development environments is the most common use case. Now, let’s get started working with Vagrant. Images may be used for creating a pre-packaged version of your application you can hand off to your design team, or building common development environments for different teams. Packer is another tool from HashiCorp that supports creating Vagrant images from other platforms. Vagrant supports building VirtualBox images. Using vagrants gives you support for cloud instances as well local VMs in this scenario to create a kitchen.ci type solution. Vagrant can be used in the test process to spin up VMs for each distribution and run the configuration management. Let’s say that you’re working with a configuration management system like Ansible to install and configure MySQL on different Linux distributions. This encapsulation makes Vagrant a useful tool when testing various infrastructure project. All in all, Vagrant is generally designed to make it as easy as possible to create and distribute virtualised environments. The DCOS Vagrant project uses Vagrant to create a local test environment. ![]() The open source Mastodon social network uses Vagrant to create a development environment for its contributors. It’s also possible to package up your entire product in a Vagrantfile and give that to your designers or product owners, as a way to experiment with the product. It also makes it easy to create disposable environments to experiment with different technologies. DevOps teams can use Vagrant to spin up multiple VMs running different Linux distributions to test configuration management in different systems. Then, they can be distribute it amongst them, so that everyone can work in the same environment of their OS. Engineers can define a Vagrantfile that installs all the programming language tools and databases for their work. These features are useful in modern teams. Now anyone can recreate the same environment with a few short commands. Once you have everything in the Vagrantfile, you’re ready to go. Then, you use the various provisioners to set everything up. Essentially, this is where you decide the operating system. This may be a VirtualBox image or an AMI (Amazon Machine Image) on AWS. The Vagrantfile defines the “box”, VM customizations (like memory and networking settings), and which provisioners to run. Naturally you can use simple shell scripts to automatically install and configure software as well. Vagrant includes support for configuration management tools like Chef or Ansible. Machines are provisioned on top of VirtualBox, VMWare, AWS, or any other provider. Vagrant makes it easy to create reproducible virtualised environments. Let’s unpack this a bit and discuss what Vagrant is, how it works, and who it’s for. This quote comes straight from the Vagrant website. With an easy-to-use workflow and focus on automation, Vagrant lowers development environment setup time, increases production parity, and makes the “works on my machine” excuse a relic of the past. Vagrant is a tool for building and managing virtual machine environments in a single workflow. We’ll cover how Vagrant works and we’ll show some example use cases. By the end of this tutorial, you’ll be ready to start using Vagrant. Vagrant can be especially useful for cross-platform automated tests. It’s primarily designed to standardize environments across platforms. It accomplishes this by leveraging virtual machines with VirtualBox, VMWare, or cloud providers like AWS. Vagrant is a development environment automation tool. ![]()
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