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This tip is about the how to use Chrome OS to host several Linux containers for additional build environments. So read this free guide, How to use Chrome OS to host several Linux containers for additional build environments step by step. If you have query related to same article you may contact us.
How to use Chrome OS to host several Linux containers for additional build environments – Guide
If you want to use a Chromebook as a developer computer, you might be interested in Chrome OS 98’s new multi-Linux container feature. Jack Wallen demonstrates how to activate it and operate it. Chrome OS has come a long way from its humble beginnings as a browser. In fact, developers have made running full-featured Linux apps on Chromebooks quite simple. This has helped in the development of mobile laptop platform into a powerful developer tool.
Must read developer content
But without being the only ones to rest on their laurels, the developers have taken Linux support in Chrome OS to another level, allowing multiple Linux containers to run on a single device. This means that you can have more than one instance of Linux on your Chromebook, each isolated from the other. With this, you can create specific build environments for different tasks and not worry that one has an effect on the other.
But how do you enable it feature? It’s still experimental at the moment, so it’s only available on the Dev channel (note that for recent OS iterations, click About Chrome OS | Learn More | Change Channel). If you’re looking forward to checking out this new one feature (and you’re fine with moving to the developer channel), go ahead and change it (with the understanding that the developer channel isn’t as stable as the stable channel). With that said, let’s find out how to enable multiple Linux containers on Chrome OS.
What do you need
For this to work, you need a Chromebook running at least Chrome OS version 98, so make sure you update to the latest version. It’s all you need.
How to enable multiple Linux containers on Chrome OS
Open Chrome and type:
chrome: // flags # crostini-multi-container
Press Enter on your keyboard. In the resulting window (Figure A), click on the Default drop-down menu associated with Allow multiple Crostini containers and select Enabled.
Figure A
Activation of various experimental Linux containers on Chrome OS.
When prompted, click Restart (Figure B).
Figure B
Restart Chrome OS for the changes to take effect.
After your Chromebook restarts, log in and open Settings. In Settings, go to Advanced | Developers | Linux development environment. On this new screen (Figure C), click Manage Additional Containers.
Figure C
You should now see the Manage Additional Containers section of the Linux Development Environment screen.
Click the new section and then click Create (Figure D).
Figure D
Creation of new Linux container on Chrome OS.
You will be asked to name the container and the World Cup. Add these two names and click Create (Figure E).
Figure E
Be sure to give your new Linux container a name that will help describe the environment you want to use it for.
After naming your new Linux container, click Create and Chrome OS will create the environment and open a terminal window attached to it. Once the container is ready, you can start using your new Linux environment.
Be sure to attach the terminal window to its shelf. Once this is done, you can access any running Linux container with a two-finger tap on the launcher (Figure F).
Figure F
Switching between running Linux containers is as simple as pressing two fingers.
And that’s all there is to running multiple Linux containers on Chrome OS. Try this and see if this new feature helps you create more integrated environments on your Chromebook.
Final note
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