Similar to Ubuntu 16.10, the Mesa Vulkan drivers are not present by default on new Ubuntu installations. But to get the packaged Vulkan drivers, simply sudo apt install mesa-vulkan-drivers. When running some tests on Ubuntu 17.04 this weekend, I was a bit surprised to see that Mesa's Intel ANV and Radeon RADV drivers aren't present by default -- since it's been one year since the Vulkan 1.0 debut and the ANV/RADV drivers have matured a lot during this time. There's also more and more software becoming available that can make use of Vulkan while personally wishing for more Linux desktops to push Vulkan. But it's easy to install the Vulkan drivers as mentioned. Similarly, vulkan-utils isn't installed by default.
Regardless of my personal problems with non-Free software, the world has largely accepted FLOSS to SAS’s chagrin. I guess Canonical should be glad except they barely mention “Linux” on their site. What’s with that? They are like some purveyors of non-Free software that talk about the benefits of their products without even mentioning what the software actually does as if that’s best kept secret…
Every year or so it comes up how some users believe that at Phoronix we should be benchmarking with Antergos/Arch, Debian, or [insert here any other distribution] instead of mostly using Ubuntu for our Linux benchmarking. That discussion has come back up in recent days.
In our forums and Twitter the past few days, that discussion seems to have come up by some users requesting I use a different Linux distribution than Ubuntu as the main test platform for all of our benchmarking. As I've said before, Ubuntu is used given it's the most popular when it comes to Linux desktop usage as well as significant usage of it on servers / workstations / cloud. But I have no tie to it beyond focusing upon using the Linux distribution that's used by the most folks for obtaining the maximum relevance to users, gamers, and enthusiasts reading said articles. And for allowing easy comparisons / out-of-the-box expectations. On my main production system I still use Fedora Workstation as my personal favorite and in the basement server room there are a variety of operating systems -- both BSDs and Linux and from Antergos to openSUSE and Debian.
Now, a maker who goes by the name ‘Node’ has built a homemade project called the ‘Zero Terminal’, wherein he has converted the Pi Zero W into a phone-sized computer with a slide-out QWERTY keyboard and touchscreen display. The aim to build this project is to develop a small, all-in-one computer that is both portable, and usable.
Back when news of Andromeda first arrived, we discussed how Google would need to bring Android Studio to Chrome OS if they wanted to succeed in their goals of creating a single platform that fulfills the needs of most of their users, and it looks like they may finally be following through.
The Raspberry Pi Zero W was launched on 28th February earlier this year. It is similar to the Raspberry Pi Zero but has Wireless Fidelity (802.11n wireless LAN) and Bluetooth (4.0) functionality for just around Rs.650.
Google's Chrome / Chromium web-browser has added a native glTF 1.0 parser. The GL Transmission Format, of course, being Khronos' "3D asset delivery format" for dealing with compressed scenes and assets by WebGL, OpenGL ES, and other APIs.
A few weeks ago, Dries Buytaert, founder of the popular open-source CMS Drupal, asked Larry Garfield, a prominent Drupal contributor and long-time member of the Drupal community, “to leave the Drupal project.” Why did he do this? He refuses to say. A huge furor has erupted in response — not least because the reason clearly has much to do with Garfield’s unconventional sex life.
I’ll unpack the first: open-source communities/projects are crucially important to many people’s careers and professional lives — cf “the cornerstone of my career” — so who they allow and deny membership to, and how their codes of conduct are constructed and followed, is highly consequential.
Today at the Midwest RepRap Festival, Lulzbot and IC3D announced the creation of an Open Source filament.
While the RepRap project is the best example we have for what can be done with Open Source hardware, the stuff that makes 3D printers work – filament, motors, and to some extent the electronics – are tied up in trade secrets and proprietary processes. As you would expect from most industrial processes, there is an art and a science to making filament and now these secrets will be revealed.