With Wine having moved to annual, time-based releases, the code freeze is indeed imminent for the next stable release, Wine 2.0.
In this week's World Wine News it includes notes from WineConf 2016. Indeed, the code freeze is coming up and most likely be released in December or January. But given it's December already and no code freeze or release candidates, I'd be more prone to bet on January or later.
A lot of us use the terminal on Ubuntu, typically from an app like GNOME Terminal, Xterm or an app like Guake.
But did you know that there’s an JS/HTML/CSS Terminal? It’s called Hyper (formerly/also known as HyperTerm, though it has no relation to the Windows terminal of the same/similar name) and, usefulness aside, it’s certainl a novel proof-of-concept.
“The goal of the project,” according to the official website, “is to create a beautiful and extensible experience for command-line interface users, built on open web standards.”
Linux is often stereotyped as the operating system for tech savvy users and developers. However, there are some fun Linux commands that one can use in spare time. A small utility named sl can be installed in Linux to play with the Terminal Train.
Do you want a dynamic desktop wallpaper that changes throughout the day and looks like the sort of environment you’d be able to catchPokemon in? If so, check out Bit Day wallpapers. Created by Redditor user ~BloodyMarvelous, Bit Day is a collection of 12 high-resolution pixel art wallpapers.
Pyckground is a simple python script that can fetch a new desktop background on the Cinnamon desktop from any Imgur gallery you want. I came across it while doing a bit of background on the Bit Day wallpaper pack, and though it was nifty enough to be of use to some of you. So how does it work?
In keeping with tradition of LTS aftermaths, the upcoming Plasma 5.9 release – the next feature release after our first Long Term Support Edition – will be packed with lots of goodies to help you get even more productive with Plasma!
I spent last weekend at the Core Apps Hackfest in Berlin. The agenda was to work on GNOME’s core applications: Documents, Files, Music, Photos, Videos, Usage, etc.; to raise their overall standard and to make them push beyond the limits of the framework. There were 19 of us and among us we covered a wide range of modules and areas of expertise.
I spent most of my time on the plumbing necessary for Documents and Photos to use GtkFlowBox and GtkListBox. The innards of Photos had already been overhauled to reduce its dependency on GtkTreeModel. Going into the hackfest we were sorely lacking a widget that had all the bells and whistles we need — the idiomatic GNOME 3 selection mode, and seamlessly switching between a list and grid view. So, this is where I decided to focus my energy. As a result, we now have a work-in-progress GdMainBox widget in libgd to replace the old GtkIconView/GtkTreeView-based GdMainView.
Back in the days, we used to focus on creating modular architectures. We had standard wire protocols like NFS, RPC, etc. and standard API layers like BSD, POSIX, etc. Those were fun days. You could buy products from different vendors, they actually worked well together and were interchangeable. There were always open source implementations of the standard, but people could also build commercial variations to extend functionality or durability.
The most successful open source project is Linux. We tend to forget it has very strict APIs and layers. New kernel implementations must often be backed by official standards (USB, SCSI…). Open source and commercial implementations live happily side by side in Linux.
If we contrast Linux with the state of open source today, we see so many implementations which overlap. Take the big data eco-systems as an example: in most cases there are no standard APIs, or layers, not to mention standard wire protocols. Projects are not interchangeable, causing a much worse lock-in than when using commercial products which conform to a common standard.
A team of Australian student researchers at Sydney Grammar School has managed to recreate the formula for Daraprim, the drug made (in)famous by the actions of Turing Pharmaceuticals last year when it increased the price substantially per pill. According to Futurism, the undertaking was helped along by an, “online research-sharing platform called Open Source Malaria [OSM], which aims to use publicly available drugs and medical techniques to treat malaria.”
The students’ pill passed a battery of tests for purity, and ultimately cost $2 using different, more readily available components. It shows the potential of the platform, which has said elsewhere there is, “enormous potential to crowdsource new potential medicines efficiently.” Although Daraprim is already around, that it could be synthesized relatively easily without the same materials as usual is a good sign for OSM.
We started the Duke University eNable chapter with the simple mission of providing amputees in the Durham area of North Carolina with alternative prostheses, free of cost.
Our chapter is a completely student-run organization that aims to connect amputees with 3D printed prosthetic devices. We are partnered with the Enable Community Foundation (ECF), a non-profit prosthetics organization that works with prosthetists to design and fit 3D printed prosthetic devices on amputees who are in underserved communities. As an official ECF University Chapter, we represent the organization in recipient outreach, and utilize their open sourced designs for prosthetic devices.
China on Monday revealed its latest supercomputer, a monolithic system with 10.65 million compute cores built entirely with Chinese microprocessors. This follows a U.S. government decision last year to deny China access to Intel's fastest microprocessors.
There is no U.S.-made system that comes close to the performance of China's new system, the Sunway TaihuLight. Its theoretical peak performance is 124.5 petaflops, according to the latest biannual release today of the world's Top500 supercomputers. It is the first system to exceed 100 petaflops. A petaflop equals one thousand trillion (one quadrillion) sustained floating-point operations per second.
The most important thing about Sunway TaihuLight may be its microprocessors. In the past, China has relied heavily on U.S. microprocessors in building its supercomputing capacity. The world's next fastest system, China's Tianhe-2, which has a peak performance of 54.9 petaflops, uses Intel Xeon processors.
This past week marked the availability of the first alpha release of Trisequel 8.0 "Flidas", the latest installment of the Free Software Foundation endorsed GNU/Linux distribution.
Among the changes coming for Trisquel 8.0 is using the Linux-Libre 4.4 kernel, MATE 1.12.1 is the default desktop over GNOME, and Ubuntu 16.04 LTS is used as the base.
STEVE KONDIK, the original founder of Cyanogen, has been officially ousted from the company following the closure of its Seattle base.
As reported yesterday, Kondik told developers that he "f*cked up and was f*cked over" and that he was considering what to do next given that he had lost control of rights to the Cyanogen name when he and his co-founder had moved from developer group to business.
Kondik, aka CyanogenMod, relinquished all control over the operation of the business taking on the moniker of chief science officer, which may or may not have been a simple honorific.
Ransomware has slowly become the most common and most difficult threat posed to companies and individuals alike over the last year.
And there is one common thread to practically all ransomware attacks: Windows.
Microsoft acolytes, supporters and astro-turfers can scream till they are blue in the face, but it is very rare to see ransomware that attacks any other platform.
Of course, these Redmond backers are careful to say that ransomware attacks "computer users", not Windows users.
But statistics tell the truth. In 2015, the average number of infections hitting Windows users was between 23,000 and 35,000, according to Symantec.
In March, this number ballooned to 56,000 with the arrival of the Locky ransomware. And in the first quarter of 2016, US$209 million was paid by Windows users in order to make their locked files accessible again.