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Kernel: Greg K-H on Patch Workflow With Mutt, Building Linux Fast, and AMD Firmware Fix

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Graphics/Benchmarks
Linux
  • Patch Workflow With Mutt - 2019

    Given that the main development workflow for most kernel maintainers is with email, I spend a lot of time in my email client. For the past few decades I have used (mutt), but every once in a while I look around to see if there is anything else out there that might work better.

    One project that looks promising is (aerc) which was started by (Drew DeVault). It is a terminal-based email client written in Go, and relies on a lot of other go libraries to handle a lot of the “grungy” work in dealing with imap clients, email parsing, and other fun things when it comes to free-flow text parsing that emails require.

    aerc isn’t in a usable state for me just yet, but Drew asked if I could document exactly how I use an email client for my day-to-day workflow to see what needs to be done to aerc to have me consider switching.

    Note, this isn’t a criticism of mutt at all. I love the tool, and spend more time using that userspace program than any other. But as anyone who knows email clients, they all suck, it’s just that mutt sucks less than everything else (that’s literally their motto)

  • Building The Default x86_64 Linux Kernel In Just 16 Seconds

    It's now been one week since the launch of AMD's EPYC Rome processors with up to 64 cores / 128 threads per socket and better IPC uplift compared to their previous-generation parts. Rome has outperformed Intel Xeon Scalable CPUs in their class while offering better power efficiency and way better performance-per-dollar. One of my favorite metrics has been how quickly the new EPYC 7742 2P can build the Linux kernel. 

    It used to be that building out the Linux kernel could easily take the time needed to enjoy a beverage or have a meal while now with the EPYC 7742 2P it's easy to build the Linux kernel in just 15~16 seconds! Up until the Rome testing I was never able to crack 20 seconds with any of the hardware at my disposal while now it's easy hitting 15 seconds. That is with a Linux x86_64 default "defconfig" build. As shown in the launch article, that easily beats the likes of a dual Intel Xeon Platinum 8280 and a big improvement as well over the Naples EPYC 7601 2P configuration. 

  • New Firmware update Reportedly solves Ryzen 3000 boot issues Linux

    We don't talk about Linux a lot, as the install base is small and not really the PC Gamers domain, however as it turns out Linux users have had Boot issues with Ryzen 3000. A problem that is now confirmed to be solved with the latest BIOS updates.

    AMD provided a solution for the Linux issues at hand as firmware updates with AGESA Combo-AM4 1.0.0.3abb should solve the problems (and various others on the Windows platform). The Linux issues had been named Systemd error, at least that is listed at the change log of the ROG Crosshair VII Hero bios.

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