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Joined 1 year ago
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Cake day: July 21st, 2023

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  • I don’t want to be a hater, but you’re wrong about a lot of things in this post. Supressors do not slow a projectile, and in most cases actually increase muzzle velocity due to increased dwell time for gas expansion. They suppress muzzle flash and report by containing said gasses. Sonic booms still happen, and supressors work more effectively with specific sub sonic ammunition, which is usually achieved with a heavier projectile weight lowering the velocity.

    I’m not trying to dunk on you here, just trying to educate.

    Obtaining a supressor isn’t too difficult, but you do have to be thoroughly screened by the ATF after submitting photos, fingerprints, and a form, and a $200 tax, which leads me to believe this suppressor was homemade and lacked a Nielsen device, see my thread above.


  • So, many older pistol designs used a barrel in a fixed position in relation to the pistols frame. Due to this configuration, the added weight of a suppressor hanging from the barrel does not impede the mechanical operation of the slide cycling.

    Modern pistol designs utilize variations of John Brownings tilting barrel design. Because the barrel tilts during the cycling of the pistol, the weight of the suppressor interrupts the movement of the barrel and slide preventing a full stroke of the slide to eject the spent case and feed another round from the magazine. Not good.

    In response, something called a Nielsen device was developed, basically a cylinder with a spring in it that encourages the pistol slide to fully cycle. These are sometimes referred to as a “piston” or “booster”.

    Suppressors are heavily regulated by the ATF, and id have to guess that when seeking one on the grey or black market, or manufacturing your own, a Nielsen device is not easy to replicate with crude means, nor easy to find on the street.

    TL:DR dude was missing a part that makes a pistol work more gooder with a suppressor.

    Source: I gun.




  • This is entirely plausible, but I don’t know if it’s there yet. I’ve long since moved to AMD GPUs so I can’t really fiddle and find out. Give the open source drivers some time to mature.

    Until then, you are reasonably safe running Linux with secure boot turned off. I’m no expert on the matter, but I’m not familiar with any ongoing threats to boot loader in Linux distributions. Stick to your official repos to be safest, unverified user maintained sources like AUR and COPR are possibly more likely to harbor security threats, don’t use them if you don’t need to or don’t know what you’re doing. Password your bios and require a password to log in to your operating system. Common sense is a better defense than secure boot.







  • Love it when people speak with authority and are confidently incorrect. Eugenia is right.

    You could potentially use flatseal to grant the flatpak the necessary permissions, and you might find out what those permissions are by looking for other users experiences with the flatpak version.

    Or, you find the .deb file and it installs natively without being sandboxed. OR, you can find a PPA repository for it, load said repository and install your software.

    But those things require learning a little. Linux rewards self starters who can use a search engine and forums. Hope this maybe points you in the right direction.



  • I spent my first year of Linux installing a new distro, or same distro with a different DE probably every other week, sometimes more than once in a week. The Linux ecosystem rewards self starters with curiosity and the ability to search for answers.

    LearnLinuxTV is an amazing YouTube channel, high quality distro tours and reviews, as well as tutorials at various levels of mastery. ItsFOSS and Phoronix are great sources for Linux news that help you build some awareness and vocabulary. The official forums of almost every distro are extremely helpful places to find solutions to problems. You just kinda have to be motivated to seek out the answers you need as they arise.


  • That’s one thing I find particularly neat about Fedora, it has all of these software package groups that can be either added on at install, or installed at any time, including:

       3D Printing
       Administration Tools
       Audio Production
       Authoring and Publishing
       Books and Guides
       C Development Tools and Libraries
       Cloud Infrastructure
       Cloud Management Tools
       Container Management
       D Development Tools and Libraries
       Design Suite
       Development Tools
       Domain Membership
       Fedora Eclipse
       Editors
       Educational Software
       Electronic Lab
       Engineering and Scientific
       FreeIPA Server
       Games and Entertainment
       Headless Management
       LibreOffice
       MATE Applications
       MATE Compiz
       Medical Applications
       Milkymist
       Network Servers
       Office/Productivity
       Robotics
       RPM Development Tools
       Security Lab
       Sound and Video
       System Tools
       Text-based Internet
       Window Managers
    

  • I got a laptop with a touch screen for a young kid in my family, installed Fedora Workstation with its native Gnome desktop, and touch worked great without any tinkering.

    Gnomes workflow is a big departure from windows, but with its gesture navigation on a trackpad, I think it’s a highly superior way to use a laptop. My desktop gets KDE Plasma, but if I had a laptop it would use gnome