Language Selection

English French German Italian Portuguese Spanish

Chrome OS 84 tweaks Linux setup to include username and container sizing options

Filed under
GNU
Linux
Google

When Google introduced Chrome OS back in 2011, it was mostly just a window to the web. The operating system eventually expanded to include Android integration, and last year Google announced that every new Chromebook would be launching with Linux support. However, the implementation of Linux on Chrome OS had been a little limited out of the gate. Now with the launch of Chrome OS 84, Google is adding the ability to set a username and configure the Linux disk size during initial setup.

Previously, it was possible to adjust the size of the Linux container, but it required setting up a fresh installation. The Chrome OS team has been working on this change for several months now, and it's finally landing in the Stable channel. With this update, users will be able to resize the Linux container without having to remove it and re-do the installation.

Read more

Also Google: Tested: Android's newest chip shows we probably don't need premium phones anymore

How to Enable the Hidden Screen Recorder in Android 10

Hack the planet in style with the new Linux Terminal

  • Hack the planet in style with the new Linux Terminal in Chrome OS 84

    Google has been ramping up the Linux environment on Chrome OS lately, with features like microphone support and USB connections. For those of you who spend a lot of time in the command-line Terminal, Chrome OS 84 has updated the app with new themes and customization options.

    The Terminal app on Chrome OS has changed very little since the Linux container was originally released — it's a single window with text. However, the new version shipping in Chrome OS 84 offers tabs, pre-made themes, customizable colors and fonts for text, and even cursor options.

Comment viewing options

Select your preferred way to display the comments and click "Save settings" to activate your changes.

More in Tux Machines

Today in Techrights

today's leftovers

Programming Leftovers

  • Joachim Breitner: Learn Haskell on CodeWorld writing Sokoban

    Two years ago, I held the CIS194 minicourse on Haskell at the University of Pennsylvania. In that installment of the course, I changed the first four weeks to teach the basics of Haskell using the online Haskell environment CodeWorld, and lead the students towards implementing the game Sokoban. As it is customary for CIS194, I put my lecture notes and exercises online, and this has been used as a learning resources by people from all over the world. But since I have left the University of Pennsylvania, I lost the ability to update the text, and as the CodeWorld API has evolved, some of the examples and exercises no longer work.

  • SiFive Begins Adding RISC-V "Bullet" Microarchitecture Code To LLVM

    On Friday night patches began to appear for "RISC-V Bullet" in the LLVM compiler code-base. The initial work is on the scheduler being added for the RISC-V Bullet. The initial scheduler is in place for the RISC-V Bullet microarchitecture and bullet-rv32 / bullet-rv64 naming.

  • Pho 1.0, Belated Release

    I was doing some disk housekeeping and noticed that my venerable image viewer, Pho, was at version 1.0pre1, and had been since 2017. It's had only very minimal changes since that time. I guess maybe it's been long enough that it's time to remove that -pre1 moniker, huh?

  • GammaRay 2.11.2

    We have released version 2.11.2 of our Qt application introspection tool GammaRay, bringing support for Qt 5.15 and improved Qt Quick item picking. GammaRay is a software introspection tool for Qt applications developed by KDAB. Leveraging the QObject introspection mechanism it allows you to observe and manipulate your application at runtime. This works both locally on your workstation and remotely on an embedded target.

  • A meta issue for modules: bug tracking

    I was reading a module on meta::cpan when I spied a small issue. I went up to the Issues link, clicked, and was sent to rt.cpan. I know that many module authors now have their modules on sites like GitHub, GitLab, or Bitbucket. Before I posted the issue on rt.cpan, I checked the author's profile for a linked account to one of the other sites. I found the module on GitHub and read the CONTRIBUTING.md to find the author does want issues reported there and not rt.cpan. I did not report my original issue, I reported the link issue instead as it seemed more important. Today is not the first time I noticed this issue with a module's bug tracking. Before continuing, I have not released a module to CPAN and am still learning all that goes into releasing one. Please be gentle if I am wrong or stating an obvious well known fact.

  • Gisle Aas's CPAN distributions are available for adoption

    Gisle Aas (GAAS on CPAN) is a well-known CPAN author, who made his first releases back in 1995. Over the years he has developed and maintained a number of keystone modules that most of us have relied on, whether we realised it or not. Gisle has informed the PAUSE admins that he will no longer be maintaining his CPAN distributions, and is open to responsible adoption. In this blog post we'll summarise what distributions are available, and our interpretation of responsible adoption. If you're interested, please read this post, and if you still would like to adopt a distribution, contact the PAUSE admins (modules at perl dot org) and not Gisle.

  • Firefox Nightly Flips On New JIT "Warp" Code For Greater JavaScript Performance

    Mozilla's SpiderMonkey JavaScript engine team have been working on a big update to their just-in-time compiler code. This big update called "Warp" is now enabled in the latest Firefox Nightly builds for offering big speed-ups. Warp aims to improve the Firefox JavaScript performance by reducing the amount of internal type information that is tracked along with other optimizations. Warp can lead to greater responsiveness and faster page load speed. Numbers cited by Warm developers are normally in the 5~15% range.

Hardware: Linux on Snapdragon and Raspberry Pi 4