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Joined 3 years ago
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Cake day: June 28th, 2023

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  • What are you talking about? Linux has virtually no backwards compatibility at all. Maybe one or two years max. The kernel is fine. The weak point is glibc.

    You literally need to recompile applications constantly to stay compatible with glibc. Otherwise they just don’t work.

    The good news is that distros are constantly providing freshly compiled versions of open source applications.

    The bad news is that actual binary backwards compatibility is non existent. Try running a binary compiled in 2005 on modern Linux. You’ll just get a ton of glibc errors.

    Windows lets you run applications compiled in 1995 on modern desktops.

    Linux is great and it’s what I use. But we can’t claim backwards compatibility as a strength. Maybe a binary compiled today with musl might run in 2036 but musl targeting is quite rare.















  • But we can agree that there are upper and lower limits though. And I believe that we can now agree that system utilities and system libraries are outside of that limit. Just because the edge are fuzzy, don’t mean we can’t come to any conclusions at all.

    Any now stepping way way back. I think we can now agree that Fedora, Ubuntu and other distros run the same operating system. That operating system being Linux.



  • You’re gunna do you and use your own definitions and I respect that. But the first line from the page is

    Debian GNU/kFreeBSD is a port that consists of GNU userland using the GNU C library on top of FreeBSD’s kernel, coupled with the regular Debian package set.

    It is literally GNU userland using the GNU C library on top of FreeBSD’s kernel, coupled with the regular Debian package set

    You can say Debian GNU/kFreeBSD is BSD system tools with a Linux kernel but you would be evidently and clearly wrong.

    Anyways. I wish you well. Best of luck.



  • But it literally is the same. The only difference is the user space. Debian GNU/kFreeBSD shows this. Different operating system same user space.

    Take a look at Wikipedia for more info.

    An operating system (OS) is system software that manages computer hardware and software resources, and provides common services for computer programs. Time-sharing operating systems schedule tasks for efficient use of the system and may also include accounting software for cost allocation of processor time, mass storage, peripherals, and other resources.


  • I mean they are all literally the same operating system yah! They all use the same kernel APIs.

    The logical conclusion is that from an operating system they are all basicly the same.

    The main difference is the user space. The package management and defaults.

    Look at Debian GNU/kFreeBSD it’s a whole different operating system with the Debian user space. It’s cool stuff and really highlights the difference between operating system and user space.