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Kernel: Linux 5.1.5, Mesa 19.1 Near and "X.Org Server Closer To Better Handling On-Demand XWayland Startup"

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Graphics/Benchmarks
Linux
  • Linux 5.1.5 Kernel Fixes The Latest Data Corruption Bug

    For those concerned by the kernel's most recent data corruption bug involving LVM, dm-crypt, and Samsung SSD drive combinations leading to FSTRIM/Discard wiping too much data, the issue should be resolved in the newly-minted Linux 5.1.5 kernel. 

    The Linux 5.1.5 kernel debuted on Saturday with this fix as well as various other kernel fixes. 

  • Intel's Linux OpenGL/Vulkan Drivers Seeing Minor Performance Gains With Mesa 19.1

    With Mesa 19.1 due to be released in the coming days as the quarterly update to this open-source OpenGL/Vulkan driver stack, here are some fresh benchmarks looking at how the current Intel (i965) OpenGL and ANV Vulkan drivers performance compare to that of the existing Mesa 19.0 stable series.

  • X.Org Server Closer To Better Handling On-Demand XWayland Startup

    Merged this week to the X.Org Server code-base was an EGL-based GLX provider for helping XWayland and allowing some games to run nicely now under this X11 code-path for Wayland compositors. While not yet merged, another interesting bit of XWayland code is now under review as a merge request.

    The code by Carlos Garnacho is for handling surface creation should the client come up before the compositor. This functionality is necessary for on-demand start-up of XWayland so it's only running when actively used. The on-demand approach that jives better with this XWayland code pending is the compositor setting up a display socket, listening for incoming data, and only spawning XWayland when there are incoming requests from a launched X11 client.

More in Tux Machines

Alpine 3.10.0 released

We are pleased to announce the release of Alpine Linux 3.10.0, the first in the v3.10 stable series. Read more Also: Alpine Linux 3.10 Brings Support For Intel's IWD, Better Arm Support

Open Invention Network, the Linux-based patent non-aggression community, exceeds 3,000 licensees

OIN's mission is to enable Linux, its related software, and its programmers to develop and monetize without being hogtied by patent fights. In Linux's early years, this was a constant threat. Now, thanks largely to the OIN's efforts to get everyone to agree on the basic open-source principle -- that's it's better and more profitable to share than to cling to proprietary property -- open-source software has taken off in the marketplace. The OIN isn't the first to take this concept and apply it to the Unix/Linux operating system family. After Novell bought Unix from AT&T, rather than keep fighting with Berkeley Software Design Inc. (BSDO) over possible Unix IP rights violations in BSD/OS, an early, commercial BSD Unix, Noorda famously declared that he'd rather compete in the marketplace than in court. This Unix case was settled in 1994. That was a one off. The OIN, which has grown by 50% in the last two years, has turned patent non-aggression into policy for thousands of companies. By agreeing to the OIN license, members gain access to patented inventions worth hundreds of millions of dollars while promoting a favorable environment for Linux and related open source software. Read more

today's howtos

Leftovers: IBM, Mozilla and SUSE

  • What Is Razee, and Why IBM Open Sourced It
    The continuous delivery software that's been doing the heavy lifting on IBM's global Kubernetes platform is now open source.
  • View Source 5 comes to Amsterdam
    Mozilla’s View Source Conference is back for a fifth year, this time in Amsterdam, September 30 – October 1, 2019. Tickets are available now.
  • SUSE & SAP “A 20 years of Partnership”
  • SUSE on the IO500 List for HPC Storage
    If you haven’t been hanging around the Ceph world for a bit, you may not realize that Ceph was originally intended to provide a distributed file-system to service HPC clusters.  While this was the original intent, Ceph has taken a round-a-bout path to relevance in this space, especially given that we are only supporting multiple active MDS servers since the Luminous release.  The result is that we are, only now, really starting to see adoption in the HPC space, and mostly for the second tier storage needs. Enter, the science project.  Given an all-flash environment on SATA SSDS with a fast storage pool on Intel Optane for the metadata, would it be possible to provide a reasonable storage environment for HPC clusters?