Vagrant 1.5 introduced the "share"Ĭommand to collaborate. Vagrant 1.1 made it possible to have development environments on top ofĪny provider (VMware, Docker, etc.). "vagrant up" to build a development environment for any application. To learn all the details about Vagrant Push, please read the This allows 3rd parties to extend the capabilities of vagrant push, and will surely result in future versions of Vagrant shipping with more push
In addition to these built-in strategies, new strategies can beīuilt just like any other Vagrant plugin. This is for custom behavior or more complicated interactions with systems. Local Exec - Executes a local script on the system using a shell, deferring deployment logic to the user.Heroku - Push your Git repository to Heroku, and configure the Git remote for you if it doesn't already exist.This is great for static sites, PHP, etc. FTP/SFTP - Upload files via FTP or SFTP to a remote server.Atlas - Push application to Atlas, a commercial product from HashiCorp.Like providers, provisioners, and other features in Vagrant, pushes canīe configured with multiple strategies. Outgrows Heroku, then the deploy process doesn't change with Vagrant: Of course, not all applications stay that simple, and if your application Your local repository to be able to push to it. You'd at least have to know the Heroku application name and configure To know that Heroku is being used under the hood, Vagrant Push willĪutomatically configure your Git remote so the push works. For simpler deploys, suchĪs a push to Heroku, Vagrant Push is still useful. Is just a simple push to Heroku, developers only need to know that anyĪpplication within their organizations can be deployed with vagrant push.įor complicated deploys, the benefit is obvious. The biggest benefit of Vagrant Push is being able to define a single command To learn more about multiple push definitions, Below, we cover strategies in more detail.Īdditionally, multiple declarations can be in a Vagrantfile toĭefine multiple pushes, perhaps one to staging and one to production, forĮxample. The "ftp" in the configuration above defines the strategy Vagrant will PushĬonfiguration is simple and easy to understand: "ftp" do |push| push.host = "" ername = "username" push.password = "mypassword"Īnd then to push the application to the FTP or SFTP server: $ vagrant push Vagrantfile, and it is immediately available to every developer. grunt.Vagrant push works like anything else in Vagrant: configure it in the In your project's Gruntfile, add a section named vagrant_commands to the data object passed into grunt.initConfig(). You can opt to store it globally with the -global flag, but this will affect all user accoundt on the machine, which is probably not what you want. The path to the vagrant file should be stored with the vagrantPath key: npm config set vagrantPath /path/to/Vagrantfile This means you can configure a different vagrant for your project by creating a vagrant specififc. Npmcofig looks first for project specific config, then user specific config, then finally globally. This file holds configuration for NPM, but since it's so easy to configure, we can make use of it to store our vagrant information.
Vagrant commands how to#
The plugin knows how to get to your vagrant install based on your.
Once the plugin has been installed, it may be enabled inside your Gruntfile with this line of JavaScript: grunt.loadNpmTasks( 'grunt-restart-vagrant') Once you're familiar with that process, you may install this plugin with this command: npm install grunt-vagrant-commands -save-dev If you haven't used Grunt before, be sure to check out the Getting Started guide, as it explains how to create a Gruntfile as well as install and use Grunt plugins. Restarts a vagrant isntance based on environment configuration.
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