One month ago I wrote about the Library Operating System for Linux (LibOS) and initial reaction to that independent project led to an interesting range of responses. A month later, LibOS is still being worked on for Linux.
The Library Operating System (LibOS) for Linux is trying to build the Linux kernel's network stack as a shared library so that user-space programs can access it directly, simulations be easily done by researchers, etc. See the earlier article for more details.
ChromeOS is a crafty devil. If you are not paying attention you can miss the fact that you’ve received an update. Its a little like a dog near to a buffet table, turn away and it will have a cake off there and carry on as normal without you being any the wiser.
I decided to pen a few thoughts on the latest build which has found its way through the interwebs and landed on my HP 14″. When I say land, the image I’d like to convey is not so much a smooth journey opening up a wealth of treats but more of a thump and an exercise in wasting my time.
These are the things I’ve noticed within the first few hours of the update. There will be more.
When I was writing daily about Linux, the operating system and open source apps were already hard at work in data centres, on servers and on high-end workstations.
The IT market was still moving away from a model where servers came with an expensive to buy and expensive to support operating system linked to the hardware maker.
Some of those OSes were fully proprietary. Others were versions of Unix although they often had proprietary branding and non-open components.
The EXT4 file-system updates for the Linux 4.1 kernel have been sent in and it features the file-system-level encryption support.
Earlier this month we wrote about the newly-published patches for EXT4 encryption support coming out of Google and intended to land in the next major release of Android. Those patches for file-system-level encryption will now be landing upstream with the Linux 4.1 kernel update.
Besides this native encryption support for EXT4, the rest of the updates for this merge window pull request equate to mainly fixes. More details via the pull request itself.
Ultra-high-resolution displays with high pixel densities are all the rage now, and for good reason: They look amazing compared to conventional displays. The big problem for PC users is that a lot of software isn't designed with that level of pixel density in mind.
If you're running GNOME 3 in Linux, your first boot will have you looking for your reading glasses. (Windows suffers from similar issues with high-DPI displays.)
Luckily, you can save your eyes and enjoy that glorious screen you paid for with a few steps. This article will show you how to change the scaling settings for GNOME 3, Mozilla’s Firefox and Thunderbird, and Chromium.