troublemaker_23 shares an article from ITWire: The Germany-based SUSE Linux marked a milestone last week: on Friday, September 2, the company turned 25, a remarkable achievement in an industry where the remains of software companies litter the landscape around the world... SUSE was formed in 1992 by three university students -- Hubert Mantel, Roland Dyroff, and Burchard Steinbild. The fourth man in the equation was software engineer Thomas Fehr. They had a simple objective: to build software and deliver UNIX support. Linux had been around for a little more than a year at that point and they decided to use it... The name S.u.S.E is a German acronym and means "Software und System-Entwicklung", or "Software and systems development". The name was later changed to SuSE and some years on became SUSE...

Like other open source outfits, SUSE has widened its services and now not only provides an enterprise Linux distribution but has a well developed software-defined storage product and one for a container-as-a-service option. It also caters to those seeking cloud options and does more than its fair share in contributing to upstream FOSS projects. Along the way, it has spawned a top-notch community distribution, openSUSE, which is run by an autonomous board led by the ebullient British developer Richard Brown.
S.u.S.E Linux was one of the first distros, arriving in 1994 after Soft Landing Systems Linux (in mid-1992) and Slackware.

An anonymous reader quotes Linux.com: What happens when you take Ubuntu 17.10, a new desktop interface (one that overlays on top of KDE), snap packages, and roll them all up into a pseudo rolling release? You get Nitrux. At first blush, this particular Linux distribution seems more of an experiment than anything else -- to show how much the KDE desktop can be tweaked to resemble the likes of the Elementary OS or MacOS desktops. At its heart, however, it's much more than that... This particular take on the Linux desktop is focused on the portable, universal nature of snap packages and makes use of a unique desktop, called Nomad, which sits atop KDE Plasma 5... The desktop includes a dock, a system/notification tray, a quick search tool (Plasma Search), and an app menu. Of all the elements on the desktop, it's the Plasma Search tool that will appeal to anyone looking for an efficient means to interact with their desktops. With this tool, you can just start typing on a blank desktop to see a list of results. Say, for example, you want to open LibreOffice writer; on the blank desktop, just start typing "libre" and related entries will appear...

Skilled Linux users should have no problem using Nitrux and might find themselves intrigued with the snap-centric Nomad desktop. The one advantage of having a distribution centered around snap packages would be the ease with which you could quickly install and uninstall a package, without causing issues with other applications... In the end, Nitrux is a beautiful desktop that is incredibly efficient to use -- only slightly hampered by an awkward installer and a lack of available snap packages. Give this distribution a bit of time to work out the kinks and it could become a serious contender.
The GUI-focused distro even includes Android apps in the menu -- although Linux.com's reviewer notes that "on two different installations, I have yet to get this feature to work. Even the pre-installed Android apps never start."

The latest version of Google Chrome has launched, bringing a host of new developer features like JavaScript modules and WebUSB support. An anonymous Slashdot reader shares a report from VentureBeat: Google has launched Chrome 61 for Windows, Mac, and Linux. Additions in this release include JavaScript modules and WebUSB support, among other developer features. You can update to the latest version now using the browser's built-in silent updater or download it directly from google.com/chrome. Google also released Chrome 61 for Android today. In addition to performance and stability fixes, you can expect two new features: Translate pages with a more compact toolbar and pick images with an improved image picker.

Chrome now supports JavaScript modules natively via the new element, letting developers declare a script's dependencies. Modules are already popular in third-party build tools, which use them to bundle only the required scripts. Native support means the browser can fetch granular dependencies in parallel, taking advantage of caching, avoiding duplications across the page, and ensuring the script executes in the correct order, all without a build step. Google recommends these two blog posts for more information: ECMAScript modules in browsers and ES6 Modules in Depth. Speaking of JavaScript, Chrome 61 also upgrades the browser's V8 JavaScript engine to version 6.1. Developers can expect performance improvements and a binary size reduction. The WebUSB API meanwhile allows web apps to access user-permitted USB devices. This enables all the functionality provided by hardware peripherals such as keyboards, mice, printers, and gamepads, while still preserving the security guarantees of the web.

prisoninmate writes: As expected, the Linux 4.13 kernel series was made official this past weekend by none other than its creator, Linus Torvalds, which urges all Linux users to start migrating to this version as soon as possible. Work on Linux kernel 4.13 started in mid-July with the first Release Candidate (RC) milestone, which already gave us a glimpse of the new features coming to this major kernel branch. There are, of course, numerous improvements and support for new hardware through updated drivers and core components. Highlights of Linux kernel 4.13 include Intel's Cannon Lake and Coffee Lake CPUs, support for non-blocking buffered I/O operations to improve asynchronous I/O support, support for "lifetime hints" in the block layers and the virtual filesystem, AppArmor enhancements, and better power management. There's also AMD Raven Ridge support implemented in the AMDGPU graphics driver, which received numerous improvements, support for five-level page tables was added in the s390 architecture, and the structure randomization plugin was added as part of the build system.

Mark Wilson shares a report from BetaNews: As is easy to tell by comparing versions of Android from different handset manufacturers, developers are -- broadly speaking -- free to do whatever they want with Android, but with Oreo, one aspect of this is changing. Google is introducing a new requirement that OEMs must meet certain requirements when choosing the Linux kernel they use. Until now, as pointed out by XDA Developers, OEMs have been free to use whatever Linux kernel they wanted to create their own version of Android. Of course, their builds still had to pass Google's other tests, but the kernel number itself was not an issue. Moving forward, Android devices running Oreo must use at least kernel 3.18, but there are more specific requirements to meet as well. Google explains on the Android Source page: "Android O mandates a minimum kernel version and kernel configuration and checks them both in VTS as well as during an OTA. Android device kernels must enable the kernel .config support along with the option to read the kernel configuration at runtime through procfs."

An anonymous reader quotes a report from Salon: Released in 2009 by Palm -- the same company that popularized the PDA in the 1990s -- WebOS pioneered a number of innovations, including multiple synchronized calendars, unified social media and contact management, curved displays, wireless charging, integrated text and Web messaging, and unintrusive notifications [that have all been copied by the mobile operating systems that defeated it on the marketplace]. The operating system, built on top of a Linux kernel, was also legendary for how easily it could be upgraded by users with programming skills. WebOS was also special in that it used native internet technologies like JavaScript for local applications. That was a huge part of why it was able to do so much integration with Web services, something its competitors at the time simply couldn't match.

Apple's upcoming iOS 11 once again demonstrates how far ahead of its time WebOS really was. The yet-to-be-released Apple mobile system has essentially copied the WebOS model for switching apps by having the user swipe upward from the bottom to reveal several "cards" that represent background applications. While Apple's decision to remove its massively overworked Home button is an improvement, it is still an inferior way of switching apps, compared to what you could do on WebOS eight years ago.

Data for the month of August 2017 from reliable market analytics firm Net Applications is here, and it suggests that Linux has finally surpassed the three percent mark, quite possibly for the first time in recent years. According to Net Applications, the desktop market share of Linux jumped from 2.53 percent in July to 3.37 percent in August. There's no explanation for what accounted for this growth.

An anonymous reader writes: After AMD confirmed the a "performance marginality problem" affecting some Ryzen Linux users, RMAs are being issued and replacement Ryzen processors arriving for affected opensource fans. Phoronix has been able to confirm that the new Ryzen CPUs are running stable without the segmentation fault problem that would occur under very heavy workloads. They have also been able to test now the Ryzen Threadripper 1950X. The Threadripper 1950X on Linux is unaffected by any issues unless you count the lack of a thermal reporting driver. With the 32 threads under Linux they have been able to build the Linux kernel in just about a half minute.

To celebrate Linux's 26th anniversary, the Linux Foundation tweeted a picture of Tux on a birthday cake, and linked to an essay on OpenSource.com by FreeDOS founder Jim Hall: My first Linux distribution was Softlanding Linux System (SLS) 1.03, with Linux kernel 0.99 alpha patch level 11. That required a whopping 2MB of RAM, or 4MB if you wanted to compile programs, and 8MB to run X windows... To celebrate, I reinstalled SLS 1.05 to remind myself what the Linux 1.0 kernel was like and to recognize how far Linux has come since the 1990s.
"Getting X windows to perform was not exactly easy..." Hall writes, adding "the concept of a desktop didn't exist yet." Meanwhile Phoronix celebrated by republishing that fateful email Linus Torvalds sent on August 25, 1991. And Fossbytes shared the most recent statistics about modern-day Linux's 20 million lines of code from the Linux Foundation: During the period between the 3.19 and 4.7 releases, the kernel community was merging changes at an average rate of 7.8 patches per hour; that is a slight increase from the 7.71 patches per hour seen in the previous version of this report, and a continuation of the longterm trend toward higher patch volumes.

BrianFagioli writes: Thankfully, consumers are starting to wake up and become more aware of security and privacy, and some companies, such as Purism, are designing products to safeguard users. The company's laptops, for instance, run an open source Linux-based operating system, called "PureOS" with a focus on privacy. These machines even have hardware "kill switches" so you can physically disconnect a webcam or Wi-Fi card. Today, Purism announces that it is taking those same design philosophies and using them to build a new $599 smartphone called Librem 5. The planned phone will use the GNOME desktop environment and PureOS by default, but users can install different distros too. Sound good? Well you can help the company build it through crowdfunding. "Purism, the social purpose corporation which designs and produces popular privacy conscious hardware and software, has revealed its plans to build the world's first encrypted, open platform smartphone that will empower users to protect their digital identity in an increasingly unsafe mobile world. After 18 months of R&D to test hardware specifications and engage with one of the largest phone fabricators, Purism is opening a self-hosted crowdfunding campaign to gauge demand for the initial fabrication order and add the features most important to users," says Purism.

Billly Gates writes: Microsoft recently released Visual Studio 15.3 for Windows and Visual Studio 7.1 for Mac with .NET core 2.0. In addition to porting Microsoft Code and SQL Server to Linux, they have ported .NET. Redhat will bundle .NET in their software offerings instead of relying on Mono. .NET core is Microsoft's open-source .NET platform which is not based off Mono and available for Linux, Mac, and Windows here.

An anonymous reader writes: Some media outlets called Ceylon an attempted "Java killer" when Gavin King first unveiled his secret two-year development project in 2011. In 2013 Red Hat finally released version 1.0 of the modern, modular statically-typed programming language for the Java and JavaScript virtual machines. After another four years, "Ceylon has a small but very active and enthusiastic community of developers and users, and indeed is the fruit of the hard work of a large number of contributors over the years," says a project proposal page at Eclipse.org seeking "to further grow our community... a key strategy to achieve that would be to move Ceylon from Red Hat to a vendor-neutral foundation."

That project has now been approved, and the "Eclipse Ceylon" project has been created. It includes the Ceylon distribution and its SDK, plus the Java2Ceylon converter and the Ceylon Herd project's server (and related services) for Ceylon module sharing. There's also three IDEs (and their code-formatting and functionality-sharing modules).
Back in 2011 InfoWorld predicted that instead of becoming a Java killer, "it is more likely Ceylon will join a growing list of new languages resting atop the JVM, while the Java language and platform will continue on as staples of enterprise computing."

An anonymous reader quotes Liliputing: Buy an iPhone and you might get 4-5 years of official software updates. Android phones typically get 1-3 years of updates... if they get any updates at all. But there are ways to breathe new life into some older Android phones. If you can unlock the bootloader, you may be able to install a custom ROM like LineageOS and get unofficial software updates for a few more years. The folks behind postmarketOS want to go even further: they're developing a Linux-based alternative to Android with the goal of providing up to 10 years of support for old smartphones...

Right now postmarketOS is a touch-friendly operating system based on Alpine Linux that runs on a handful of devices including the Samsung Galaxy Nexus, Google Nexus 4, 5, and 7 (2012), and several other Samsung, HTC, LG, Motorola, and Sony smartphones. There are also ports for some non-Android phones such as the Nokia N900 and work-in-progress builds for the BlackBerry Bolt Touch 9900 and Jolla Phone. Note that when I say the operating system runs on those devices, I basically mean it boots. Some phones only have network access via a USB cable, for instance. None of the devices can actually be used to make phone calls. But here's the cool thing: the developers are hoping to create a single kernel that works with all supported devices, which means that postmarketOS would work a lot like a desktop operating system, allowing you to install the same OS on any smartphone with the proper hardware.
One postmarketOS developer complains that Android's architecture "is based on forking (one might as well say copy-pasting) the entire code-base for each and every device and Android version. And then working on that independent, basically instantly incompatible version. Especially adding device-specific drivers plays an important role... Here is the solution: Bend an existing Linux distribution to run on smartphones. Apply all necessary changes as small patches and upstream them, where it makes sense."

Electron, a popular framework that allows developers to write code once and seamlessly deploy it across multiple platforms, has been a topic of conversation lately among developers and users alike. Many have criticised Electron-powered apps to be "too memory intensive." A developer, who admittedly uses a high-end computer, shares his perspective: I can speak for myself when I say Electron runs like a dream. On a typical day, I'll have about three Atom windows open, a multi-team Slack up and running, as well as actively using and debugging my own Electron-based app Standard Notes. [...] So, how does it feel to run this bloat train of death every day? Well, it feels like nothing. I don't notice it. My laptop doesn't get hot. I don't hear the fan. I experience no lags in any application. [...] But aside from how it makes end-users feel, there is an arguably more important perspective to be had: how it makes software companies feel. For context, the project I work in is an open-source cross-platform notes app that's available on most platforms, including web, Mac, Windows, Linux, iOS, and Android. All the desktop applications are based off the main web codebase, and are bundled using Electron, while the iOS and Android app use their own native codebases respectively, one in Swift and the other in Kotlin. And as a new company without a lot of resources, this setup has just barely allowed us to enter the marketplace. Three codebases is two too many codebases to maintain. Every time we make a change, we have to make it in three different places, violating the most sacred tenet of computer science of keeping it DRY. As a one-person team deploying on all these platforms, even the most minor change will take at minimum three development days, one for each codebase. This includes debugging, fixing, testing, bundling, deploying, and distributing every single codebase. This is by no means an easy task.

An anonymous reader quotes OpenSource.com: A unique trait of open source is that it's never truly EOL (End of Life). The disc images mostly remain online, and their licenses don't expire, so going back and installing an old version of Linux in a virtual machine and getting a precise picture of what progress Linux has made over the years is relatively simple... Whether you're new to Linux, or whether you're such an old hand that most of these screenshots have been more biographical than historical, it's good to be able to look back at how one of the largest open source projects in the world has developed. More importantly, it's exciting to think of where Linux is headed and how we can all be a part of that, starting now, and for years to come.
The article looks at seven distros -- Slackware 1.01 (1993), Debian 0.91 (1994), Jurix/S.u.S.E. (1996), SUSE 5.1 (1998), Red Hat 6.0 (1999), Mandrake 8.0 (2001), and Fedora 1 (2003). Click through for some of the highlights.

BrianFagioli quotes BetaNews: On August 24 and 25, the Ubuntu Desktop team will be holding a "Fit and Finish Sprint," where they will aggressively test GNOME. Canonical is also asking the Ubuntu community to help with this process. In other words, you might be able to assist with making Artful Aardvark even better.

What makes this particularly cool, however, is that Canonical will be selecting some community members to visit its London office on August 24 between 4 pm and 9 pm. "Over the two days we'll be scrutinizing the new GNOME Shell desktop experience, looking for anything jarring/glitchy or out of place," says Alan Pope, Community Manager. "We'll be working on the GTK, GDM and desktop theme alike, to fix inconsistencies, performance, behavioral or visual issues. We'll also be looking at the default key bindings, panel color schemes and anything else we discover along the way."
A few caveats: Canonical won't pay anyone's travel expenses to London, and "Ideally we're looking for people who are experienced in identifying (and fixing) theme issues, CSS experts and GNOME Shell / GTK themers."

An anonymous reader writes: Ryzen customers experiencing segmentation faults under Linux when firing off many compilation processes have now had their problem officially acknowledged by AMD. The company describes it as a "performance marginality problem" affecting some Ryzen customers and only on Linux. AMD confirmed Threadripper and Epyc processors are unaffected; they will be dealing with the issue on a customer-by-customer basis, and their future consumer products will see better Linux testing/validation. Ryzen customers believed to be affected by the problem can contact AMD Customer Care. Michael Larabel writes via Phoronix: "With the Ryzen segmentation faults on Linux they are found to occur with many, parallel compilation workloads in particular -- certainly not the workloads most Linux users will be firing off on a frequent basis unless intentionally running scripts like ryzen-test/kill-ryzen. As I've previously written, my Ryzen Linux boxes have been working out great except in cases of intentional torture testing with these heavy parallel compilation tasks. [AMD's] analysis has also found that these Ryzen segmentation faults aren't isolated to a particular motherboard vendor or the like, contrary to rumors/noise online due to the complexity of the problem."

An anonymous reader writes: Debian Linux "sid" is deprecating TLS 1.0 Encryption. A new version of OpenSSL has been uploaded to Debian Linux unstable. This version disables the TLS 1.0 and 1.1 protocol. This currently leaves TLS 1.2 as the only supported SSL/TLS protocol version. This will likely break certain things that for whatever reason still don't support TLS 1.2. I strongly suggest that if it's not supported that you add support for it, or get the other side to add support for it. OpenSSL made a release 5 years ago that supported TLS 1.2. The current support of the server side seems to be around 90%. I hope that by the time Buster releases the support for TLS 1.2 will be high enough that I don't need to enable them again. This move caused some concern among Debian users and sysadmins. If you are running Debian Unstable on server tons of stuff is going to broken cryptographically. Not to mention legacy hardware and firmware that still uses TLS 1.0. On the client side (i.e. your users), you need to use the latest version of a browser such as Chrome/Chromium and Firefox. The Older version of Android (e.g. Android v5.x and earlier) do not support TLS 1.2. You need to use minimum iOS 5 for TLS 1.2 support. Same goes with SMTP/mail servers, desktop email clients, FTP clients and more. All of them using old outdated crypto.

This move will also affect for Android 4.3 users or stock MS-Windows 7/IE users (which has TLS 1.2 switched off in Internet Options.) Not to mention all the mail servers out there running outdated crypto.

An anonymous reader quotes Fortune: Business software company Red Hat said on Monday that it is acquiring the technology assets of Permabit, a small company that specializes in cleaning up corporate data to make storage more efficient and data access faster. Terms of the deal were not disclosed but a Red Hat spokesman said 16 people from Permabit will be joining that company...

While the conventional wisdom is that data storage is cheap, it is not free. And with companies turning to more expensive flash storage, it saves money to remove redundant data, said Richard Fichera, vice president and principal analyst at Forrester Research... Red Hat, which sells a version of the Linux operating system used by many Fortune 500 companies, also offers its own storage software. And, it wants to become a more formidable challenger in data storage, a goal that can be furthered by buying Permabit's technology, Fichera said.
Slashdot reader See Attached points out that this week Red Hat also released RHEL 7.4, which introduces support for Network Bound Disk Encryption (NBDE) and system protection against intrusive USB devices.

An anonymous reader shares a report from The Register: In late June, noted open-source programmer Bruce Perens [a longtime Slashdot reader] warned that using Grsecurity's Linux kernel security could invite legal trouble. "As a customer, it's my opinion that you would be subject to both contributory infringement and breach of contract by employing this product in conjunction with the Linux kernel under the no-redistribution policy currently employed by Grsecurity," Perens wrote on his blog. The following month, Perens was invited to court. Grsecurity sued the open-source doyen, his web host, and as-yet-unidentified defendants who may have helped him draft that post, for defamation and business interference. Grsecurity offers Linux kernel security patches on a paid-for subscription basis. The software hardens kernel defenses through checks for common errors like memory overflows. Perens, meanwhile, is known for using the Debian Free Software Guidelines to draft the Open Source Definition, with the help of others.

Grsecurity used to allow others to redistribute its patches, but the biz ended that practice for stable releases two years ago and for test patches in April this year. It offers its GPLv2 licensed software through a subscription agreement. The agreement says that customers who redistribute the code -- a right under the GPLv2 license -- will no longer be customers and will lose the right to distribute subsequent versions of the software. According to Perens, "GPL version 2 section 6 explicitly prohibits the addition of terms such as this redistribution prohibition." A legal complaint (PDF) filed on behalf of Grsecurity in San Francisco, California, insists the company's software complies with the GPLv2. Grsecurity's agreement, the lawsuit states, only applies to future patches, which have yet to be developed. Perens isn't arguing that the GPLv2 applies to unreleased software. Rather, he asserts the GPLv2, under section 6, specifically forbids the addition of contractual terms.