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Server: Containers, ARM Servers, and China's HPC Lead

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  • OCI Update: v1.0.1 Release and New Maintainer

    The OCI community continues to be hard at work, having just issued the first update to OCI v.1.0, after five months of focusing on stability. OCI 1.0.1 contains updates to both the image format and runtime specifications.

    We’re still growing and expanding, with even more collaboration since the launch of v 1.0. For example, we are now up to over 5,000 commits from 184 authors across 42 different organizations. Organizations like AWS, Docker, Cloud Foundry, CoreOS, Intel, Mesosphere, Oracle, Red Hat and Kubernetes have already taken advantage of the OCI v1.0 specifications, and with v1.0.1 now available, the industry is on the precipice of true portability and standardization. We had a strong showing on site at recent industry events, at both DockerCon Europe in Copenhagen and Open Source Summit Europe in Prague.

  • How enterprise IT uses Kubernetes to tame container complexity

    Running a few standalone containers for development purposes won’t rob your IT team of time or patience: A standards-based container runtime by itself will do the job. But once you scale to a production environment and multiple applications spanning many containers, it’s clear that you need a way to coordinate those containers to deliver the individual services. As containers accumulate, complexity grows. Eventually, you need to take a step back and group containers along with the coordinated services they need, such as networking, security, and telemetry.

    That’s why technologies like the open source Kubernetes project are such a big part of the container scene.

  • ARM emulator in a VM? Yup, done. Ready to roll, no config required

    Hacking low-level code on ARM processors just became a little easier after a researcher who operates under the name Azeria Labs put together virtual machines that emulate common hardware.

  • AMD Rolls Out ROCm 1.7 Platform For Supercomputing 17

    AMD has unveiled the Radeon Open Compute platform (ROCm) 1.7 release as part of their wares at this week's Supercomputing 17 (SC17) conference in Denver.

    The ROCm 1.7 update introduces multi-GPU support for "the latest Radeon GPU hardware" (presumably referring to Vega) while also supporting TensorFlow and Caffe via AMD's MIOpen libraries.

  • Red Hat introduces Arm server support for Red Hat Enterprise Linux
  • Red Hat Enterprise Linux for ARM64
  • Red Hat Enterprise Linux for ARM Hits General Availability

    Red Hat now considers their ARM support on Red Hat Enterprise Linux (RHEL7) to be supported under general availability "GA" terms.

  • Orange and Red Hat push open source NFVi development

    At the OpenStack Summit 2017, operator Orange has joined forces with equally colourful open-source software vendor Red Hat to promote NFVi innovation.

    Sadly the two companies have missed a trick by declining to name their mutual endeavour Orange Hat, but we mustn’t let that detract from the underlying cleverness. Orange seems to reckon network functions virtualization infrastructure is best done in the open-source environment and Red Hat unsurprisingly agrees.

  • China Pulls Ahead of U.S. in Latest TOP500 List

    The fiftieth TOP500 list of the fastest supercomputers in the world has China overtaking the US in the total number of ranked systems by a margin of 202 to 143. It is the largest number of supercomputers China has ever claimed on the TOP500 ranking, with the US presence shrinking to its lowest level since the list’s inception 25 years ago.

More in Tux Machines

Ubuntu 18.10 (Cosmic Cuttlefish) Screenshot Tour and Statistics

  • Ubuntu 18.10 (Cosmic Cuttlefish) Screenshot Tour | What’s New
    Here we are going to take a screenshot tour of the latest release Ubuntu 18.10 (Cosmic Cuttlefish). Let’s go through the recent changes since the earlier long term support release Ubuntu 18.04 (Bionic Beaver). Ubuntu 18.10 (Cosmic Cuttlefish) introduces major user interface changes and more mature interface since Canonical decided ditching Unity desktop environment. Cosmic release ships with Gnome Shell 3.30.1 desktop environment for its main Desktop release and there are more variants of desktop environments you could choose from, check the release notes for further information. The default desktop and login screen “GDM” features the Cuttlefish background with the usual color scheme for Ubuntu desktop releases. It comes with multiple colorful and cheering desktop backgrounds. I will leave a link down below if you are interested to download the default Wallpapers for Ubuntu 18.10 (Cosmic Cuttlefish).
  • Canonical and Ubuntu – user statistics
    Then you arrive at the story of Canonical and Ubuntu and things aren’t quite so clear anymore, lines are blurred. Ubuntu appears everywhere, sometimes accompanied by Canonical, but frequently not. Then sometimes Canonical tries to make an appearance alone and everyone is left asking ‘what is Canonical?’ Well, no more. No more shall wondering what Canonical is be akin to a quiz question of who was the fourth Destiny’s Child. (Answer at the end) We all know Ubuntu, it’s the most popular open source operating system (OS) in the world, loved by developers for a multitude of reasons, it’s where innovation happens, and it’s everywhere. Canonical is described by Wikipedia (let’s face it that’s where your Google search takes you) as a UK-based, “privately held computer software company founded and funded by South African entrepreneur Mark Shuttleworth to market commercial support and related services for Ubuntu and related projects.” Well, that’s pretty accurate, but it doesn’t tell the whole story. You see, Canonical is passionate about Ubuntu. We love it. We all use it and we want everyone else to use the OS because we think it’s the best around and it’ll make your lives a lot easier. Canonical is full of people working on improving and adding to Ubuntu, from the OS to things that rely on the OS at the core but are more related to things such as Kubernetes, yes we really do Kubernetes, or OpenStack, AI/ML, and a whole host of technologies related to the internet of things (IoT).

today's howtos

Licensing in Kate and Other KDE News/Changes

  • MIT licensed KSyntaxHighlighting usage
    With the KDE Frameworks 5.50 release, the KSyntaxHighlighting framework was re-licensed to the MIT license. This re-licensing only covers the actual code in the library and the bundled themes but not all of the syntax highlighting definition data files. One of the main motivation points was to get QtCreator to use this, if possible, instead of their own implementation of the Kate highlighting they needed to create in the past due to the incompatible licensing of KatePart at that time (and the impossibility to do a quick split/re-licensing of the parts in question).
  • This week in Usability & Productivity, part 41
  • KDE Will Now Set Scale Factor For GTK Apps, Plasma Gets Other Scaling & UI Polishing Too
    KDE developer Nate Graham is out with his weekly recap of interesting development activities impacting Plasma, Frameworks, and the Applications stack. When the display scaling factor for KDE is set to an integer, KDE will now export that as well to the GNOME/GTK environment variables of GDK_SCALE/GDK_DPI_SCALE, for helping out GTK applications running on the KDE desktop so they should still scale appropriately. The Wayland behavior was already correct while this should help out GTK X11 applications. The GNOME/GTK scaling though only supports scaling by integer numbers.

Graphics: NVIDIA, Kazan, Sway and Panfrost

  • NVIDIA Developers Express Interest In Helping Out libc++/libstdc++ Parallel Algorithms
    NVIDIA developers have expressed interest in helping the open-source GCC libstdc++ and LLVM Clang libc++ standard libraries in bringing up support for the standardized parallel algorithms. C++17 brings parallelized versions for some of the algorithms exposed by the C++ standard library, but sadly GCC's libstdc++ and LLVM's libc++ do not yet support these parallel algorithms while the rest of their C++17 support is in great shape. Going back over a year Intel has been interested in contributing parallel support code to these C++ standard libraries that could be shared by both projects. The Intel path builds in abstractions for supporting different underlying thread/parallelism APIs.
  • The Rust-Written Kazan Vulkan Driver Lights Up Its Shader Compiler
    This week the Kazan project (formerly known as "Vulkan-CPU") celebrated a small but important milestone in its trek to having a CPU-based Vulkan software implementation. As a refresher, Kazan is the project born as Vulkan-CPU during the 2017 Google Summer of Code. The work was started by student developer Jacob Lifshay and he made good progress last summer on the foundation of the project and continued contributing past the conclusion of that Google-funded program. By the end of the summer he was able to run some simple Vulkan compute tests. He also renamed Vulkan-CPU to Kazan (Japanese for "volcano").
  • Sway 1.0 Beta Released - Offers 100% Compatibility With i3 Window Manager
    The Sway Wayland compositor inspired by X11's i3 window manager is now up to its beta ahead of the big 1.0 release. Sway 1.0 Beta offers "100%" compatibility with the i3 window manager. The Sway 1.0 release has also been working on many other changes including improved window handling, multi-GPU support, virtual keyboard protocol, real-time video capture, tablet support, and many other changes.
  • Panfrost Open-Source GPU Driver Continues Advancing For Mali GPUs
    The Panfrost open-source, community-driven, reverse-engineered graphics driver for ARM Mali graphics processors continues panning out pretty well. Alyssa Rosenzweig has provided an update this weekend on the state of Panfrost for open-source Mali 3D support. The developers involved have been working out some texture issues, various OpenGL / GLES issues around GLMark2, and support now for running Wayland's Weston reference compositor.