You can update the packages using the regular sudo apt update & sudo apt upgrade approach when a new version of Docker is published. Further, if you need to verify that it is up and running, feel free to run the command below. sudo apt install docker-ce= docker-ce-cli= containerd.ioĪfter completing the installation process triggered by the above command, the Docker service should automatically start. So to install a specific version, all you need to do is add the version = after the package’s name, as shown in the demo below. Just note that the Docker versions are displayed in the second column of the output on the terminal. It is up to you to select the one you so wish to have in your system. When you click on “About Chrome OS,” you should see a window similar to the one below.įrom the diagram above, there are many docker versions currently present in the official Docker repositories.
You can access this by opening the settings on Chrome OS, then on the left panel, “About Chrome OS” is located at the bottom. Make sure you’re on Version 69 or higher for this to work.
With this in mind, We’ll walk you through the steps to successfully install and operate Docker on a Chromebook. Modern Chromebooks can run native Linux apps without enabling developer mode. Whether you have virtualized your Chrome OS or running an actual device, you can refer to our other article that has laid a good foundation on Setting up your Chromebook to the point where you have a Linux subsystem running in your Chromebook.
This article assumes that you have done the prerequisites of getting your Chromebook to a point where you can access the terminal and run commands as a developer. So, if you are using a version lower than 69, you will need to switch to developer mode. The initial steps will involve putting your Chromebook in developer mode so that you can access the terminal. Docker enables developers to use a single API to build, deploy, operate, update, and stop containers using simple commands and work-saving automation. Docker’s end-to-end platform comprises UIs, CLIs, APIs, and security designed to function together across the application delivery lifecycle.ĭevelopers can develop containers without Docker, but the platform makes building, deploying, and managing containers easier, simpler, and safer. In addition, Docker streamlines and makes development overly predictable.ĭocker automates tedious configuration processes for fast, easy, and portable desktop and cloud application development across the development lifecycle.
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