• cm0002@lemmy.world
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    2 months ago

    See also: Let’s roll our own .zip implementation that only Mac can reliably read for…reasons

    • stebo@lemmy.dbzer0.com
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      2 months ago

      every time i get a zip file from a mac user it has a folder with random junk in it. what’s up with that? i can open the files without it so clearly those files are unnecessary

      • skuzz@discuss.tchncs.de
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        2 months ago

        Metadata that’s a holdover from the 1980s MacOS behavior. Hilariously, today, NTFS supports that metadata better than Apple’s own filesystems of today. They can hide it in Alternate Data Streams.

          • kalleboo@lemmy.world
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            2 months ago

            APFS still supports resource forks just fine - I can unstuff a 1990’s Mac application in Sequoia on a Apple Silicon Mac, copy it to my Synology NAS over SMB, and then access that NAS from a MacOS 9 Mac using AFP and it launches just fine.

            The Finder just doesn’t use most of it so that it gets preserved in file copies and zip files and such.

  • Lazycog@sopuli.xyz
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    2 months ago

    Hmm… Smells like a windows user aswell… Look at that:

    .desktop desktop.ini

    Edit: fixed the filename

      • Speiser0@feddit.org
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        2 months ago

        Think the other way around: What’s the use case for case insensitive file names? Does it justify the effort and complexity for the filesystem and the programs to know the difference between lower and upper space chars?

        • mindbleach@sh.itjust.works
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          2 months ago

          What’s the use case for case insensitive file names?

          Human comprehension.

          Readme, readme, README, and ReadMe are not meaningfully different to the average user.

          And for dorks like us - oh my god, tab completion, you know I mean Documents, just take the fucking d!

      • Takumidesh@lemmy.world
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        2 months ago

        Well an uppercase ASCII char is a different char than its lowercase counterpart. I would argue that not differentiating between them is an arbitrary rule that doesn’t make any sense, and in many cases, is more computationally difficult as it involves more comparisons and string manipulations (converting everything to lower case).

        And the result is that you ultimately get files with visually distinct names, that aren’t actually treated as distinct, and so there is a disconnect from how we process information and how the computer is doing it.

        ‘A’ != ‘a’, they are just as unequal as ‘a’ and ‘b’

        Edit: I would say the use case is exactly the same as programming case sensitivity, characters have meaning and capitalizing them has intent. Casing strategies are immensely prevalent in programming and carry a lot of weight for identifying programmers’ intent (properties vs backing fields as an example) similar intent can be shown with file names.