Really, quite literally, some pretty skilled Microsoft employee or contractor reverse engineered our friend EQNEDT32.EXE, located the flawed code, and corrected it by manually overwriting existing instructions with better ones (making sure to only use the space previously occupied by original instructions).
This... This is one hell of a story. The unanswered question is why, exactly, Microsoft felt the need to do this - do they no longer have access to the source code? Has it simply become impossible to set up the correct build environment?
Well, I've really done it. I've taken a pure and unsullied Google Pixelbook, which at one time was fast and secure in all ways, and made it into a crashy mess. My crime? The desire to code.
I'm going to walk you through my process for converting this machine into something that's marginally desirable for programming, but I just wanted to warn you before I begin: this isn't easy, clean, intuitive, or practical. There are rumors that Google is working on better ways to make Chrome OS a host for other flavors of Linux or Linux apps, but right now we're basically working with hacks, and hacks hurt.
Because these hacks hurt, I'd implore you to read this entire guide before attempting any of the steps so you know what you're getting yourself into, and if you, in fact, desire the results.
I think the PixelBook is a stunningly beautiful and fast machine, and while Chrome OS isn't nearly as useless as people often think it is, it clearly isn't the kind of operating system many OSNews readers would prefer. This is a guide to getting a traditional Linux setup up and running.
The RISC-V port was just merged to Linux a few minutes ago. This means we will be in the 4.15 release, which should be out about 10 weeks from last Sunday. As soon as the tarballs are created, the RISC-V Linux ABI will be stable, and
since we'll ideally be in a glibc release that comes out soon after that we'll be fully ABI stable by early in February.
RISC-V is a completely free and open ISA that hasn't seen much adoption just yet.
Raspberry Digital Signage (RDS) is an operating system designed for digital signage installations on the Raspberry Pi. It displays a full-screen browser view restricted to a specified (web) resource. The project has released a new version, Raspberry Digital Signage 10.0, which is based on Raspbian "Stretch". The release....
GhostBSD is an easy to use, FreeBSD-based desktop operating system. The project has released GhostBSD 11.1 which is available in MATE and Xfce flavours. The new version features easy ZFS configuration the Whisker Menu for the Xfce edition, keyboard layout fixes and an independent GhostBSD software repository. "After....
Following a long absence, the Slax project has returned and the new version, Slax 9.2.1, features several significant changes. Slax no longer uses Slackware as its base, the project is now built using Debian packages. With this migration to Debian, Slax will also adopt the APT package management....