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1. Spark vagrant for mac how to#
2. Spark vagrant for mac install#
3. Spark vagrant for mac update#
4. Spark vagrant for mac software#
5. Spark vagrant for mac mac#

=> default: Running provisioner: docker.ĭefault: Installing Docker onto machine. Once the config has been set in your Vagrantfile do a reload: $ vagrant reload -provisionĭefault: /vagrant => /Users/ruanbekker/workspace/vagrant/devbox

Spark vagrant for mac install#

The convenient thing about the docker provisioner, is that it will install docker onto the VM for you. Since I don't have port 3306 listening locally, I have mapped port 3306 from my laptop to port 3306 on my VM and I am using the mysql:8.0 container image from docker hub and passing the arguments which is specific to the container. Our Vagrantfile: # -*- mode: ruby -*- # vi: set ft=ruby :Ĭonfig.vm.network "forwarded_port", guest: 3306, host: 3306Īrgs: "-p 3306:3306 -e MYSQL_ROOT_PASSWORD=password" end end Vagrant offers a docker provisioner, and for this example we will be hosting a mysql server using docker container in our VM. => default: Running provisioner: shell.ĭefault: Running: / var/folders/ 04/r10yvb8d5dgfvd167jz5z23w0000gn/T/vagrant-shell20210814 -70233 -1p9dump.shĭefault: + echo 'my hostname is mydevbox'Īs you can see the shell script from our local directory was executed on our VM, you can use this method to automate installations as well, etc. Since my VM is already running, I will be doing a reload: $ vagrant reload -provision Now we need to make vagrant aware of the folder that we are mapping to the VM, so we need to edit the Vagrantfile and it will now look like this: # -*- mode: ruby -*- # vi: set ft=ruby :Ĭonfig.vm.provision "shell", inline: "bootstrap.sh" end Then edit the Vagrantfile and add the commands that we want to be executed when the VM boots, in our case, installing Nginx: nfigure( "2") do |config|Ĭonfig.vm.network "forwarded_port", guest: 80, host: 8080Ĭonfig.vm.provision "shell", inline: html/index.html We can now SSH to our VM by running: $ vagrant sshįirst let's destroy the VM that we created: $ vagrant destroy -force The box should now be in a started state, and we can verify that by running: $ vagrant status Then initialize the Vagrantfile by running: $ vagrant init ubuntu/focal64Ī Vagrantfile has been created in the current working directory: $ cat Vagrantfile | grep -v "#" I am creating a new directory for my devbox: $ mkdir devbox If you would like a vagrant manager utility to help you manage your vagrant boxes, you can install vagrant-manager using homebrew: $ brew install -cask va grant-manager Create your first Vagrant Boxįrom /boxes/search you can search for any box, such as ubuntu, centos, alpine etc and for this demonstration I am going with ubuntu/focal64. Install the virtualbox guest additions plugin for vagrant: $ vagrant plugin install va grant-vbguest Install Vagrant using homebrew: $ brew install -cask vagrant Learn more about the DevDojo sponsorship program and see your logo here to get your brand in front of thousands of developers.

Spark vagrant for mac how to#

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Spark vagrant for mac update#

Once homebrew is installed, it's a good thing to update the indexes: $ brew update I will be installing Vagrant and Virtualbox with Homebrew, if you do not have homebrew installed, you can install homebrew with: $ ruby -e " $(curl -fsSL )"

Spark vagrant for mac software#

First we will use Homebrew to install Virtualbox, then Vagrant, then we will provision a Ubuntu box and I will also show how to inject shell commands into your Vagrantfile so that you can provision software to your VM, and also forward traffic to a web server from the host to the guest.

Spark vagrant for mac mac#

We will also look at different configuration options to configure the VM, bootstrapping software, using the shell, docker and ansible provisioner.įor this demonstration, I am using a Mac OSX, but you can run this on Mac, Windows or Linux. When completing this tutorial, you will have Vagrant and Virtualbox installed on your Mac and should be able to launch a Ubuntu Virtual Server locally with Vagrant and using the Virtualbox provider which will be responsible for running our VM's.

Vagrant utilizes a declarative configuration model, so you can describe which OS you want, bootstrap them with installation instructions as soon as it boots, etc. Vagrant makes it really easy to provision virtual servers for local development (not limited to), which they refer as "boxes", that enables developers to run their jobs/tasks/applications in a really easy and fast way.

Vagrant, yet another amazing product from Hashicorp.