• 4 Posts
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Joined 11 months ago
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Cake day: August 4th, 2023

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  • Theoretically if you rotated the creature 180°, it could again perceive things from its own world, though in a very different way. But you’d think a sufficiently smart 2 dimensional creature could come to recognize that it was indeed the same world just mirrored.

    Though it’s possible this creature’s chemistry would have a “handedness” and it could no longer metabolize the nutrients that exist in that world.






  • Thank you for bringing more awareness of this. I’m what you might call an “AI skeptic” and don’t really care what happens in the AI space as long as it doesn’t screw up things I care about.

    But I care deeply about FOSS and AI is screwing it up. I don’t want to have to explain why XYZ thing absolutely is not Open Source and that “Open Source” has a specific meaning beyond “you can look at (at least some of) the source code.”

    (Compare it to the term “hacker” that has among at least a lot of muggles taken on the exclusive meaning of committing some kind of fraud with computers. Originally it meant something very different. And it’s unfortunate the world has forgotten the old meaning.)

    Another project that is diluting the term “Open Source” is Grayjay, a video streaming app that is a FUTO project (and FUTO is a Louis Rossman thing.) Rossman has called it Open Source in YouTube videos, but it’s not Open Source. (The license is here and forbids things like “commercial use” (selling the software or derivative works) and removing facilites for paying the FUTO project from derivative works. Which is a lot less restrictive than the license was last time I checked it. Previously it didn’t allow redistribution or derivative works at all. But it’s not Open Source even now.)







  • If it’s already in memory, that’s one few step to reach it.

    I search my live memory with Tab Manager Plud

    Oh, so you’re doing something like Googling just to find the page title and then rather than clicking the link in Google, (closing the Google results page, I hope and) searching through your tab titles with Tab Manager Plus to find and switch to the open tab where you already have the page in question open?

    Though, I still don’t understand why you keep the tab open in the first place rather than juat closing the tab when you’re (at least for the moment) done with it and then Googling to find the content again and clicking the appropriate link to get that same content in a new tab when you do need it again. I asked whether the reason was so that if the content is removed from the server, you didn’t lose it, but I don’t think anything you said in your last post answered that question. You did say:

    My software should not discard data without my permission. When it runs out of RAM it should dump to disk cache, not delete.

    Which wasn’t quite a direct answer to my question. And you then directly admit that the browser doesn’t even keep content that’s open in a tab:

    But browser have the builtin assumption that the web remembers everything, which is false.

    So that must not be why you keep content open in tabs, right?

    Is it maybe something like if you keep something open in a tab, the presence of that page title in your tab manager gives you confirmation when you later Google to find the page title that such-and-such particular result in the Google results is indeed the thing you’re looking for and not a different page than the one you were looking for?

    Just as an aside, my web browser use is probably atypical as well. I have my browser forget all cookies, history, cache, etc (basically everything but my bookmarks) every time I fully close it. And I close it every time I switch activities to keep my online personas isolated from each other. (So I’m never logged into my Google account and my Amazon account at the same time, for instance. To reduce targeted ads and such.)

    Also, I’m wondering if something more like a caching proxy with maybe page searching capabilities and finegrained control of what is cached and what isn’t might fill part of your use case, but I still don’t have a firm grasp on your use case.


  • I’ve read this entire thread like three times and watched all the videos you’ve posted, and I still don’t understand your workflow at all.

    If searching bookmarks/history is harder than using Google to just find the thing you want to get back to, why do you need to keep the things you want to get back to open rather than just using Google to find the page again later? Or when you want to get back to something you (think you?) have left open, do you find it just by scrolling through all your tabs until a title/favicon looks like what you’re looking for?

    Your last paragraph makes it seem like maybe you want to keep the tabs open so if the page/content gets deleted off of the server, you don’t lose it. Is that correct? I’d imagine that doesn’t always accomplish that, though, right? (Particularly for something like YouTube.) If that’s a significant part of why you keep the tabs open, though, maybe that bit at least is a good question for a data hoarder community.

    I haven’t been able to find any “discard all tabs” addon for Firefox by Googling. And I can’t guess what exactly it does. (Does it save tab states to disk and suspend - but also leave open - all tabs or something?) Are you sure that’s the name of the addon you’re using?


  • map := map[string] int {}

    Not sure where you got your examples, but the spacing is pretty wonky on some (which can’t possibly help with confusion) and this one in particular causes a compile-time error. (It’s kindof trying to declare a variable named “map”, but “map” is a reserved word in Go.)

    var test int < bruh what?

    This article gives the reasoning for the type-after-variable-name declaration syntax.

    :=

    Lots of languages have a colon-equals construction. Python for one. It’s not terribly consistent what it means between languages. But in Go it declares and assigns one or more variables in one statement and tells Go to figure out the types of the variables for you so you don’t have to explicitly tell it the types to use.

    func(u User) hi () { … }

    That function (“method”, really, though in Go it’s more idiomatic to call it a “receiver func”) has no return values, so no return type. (Similar to declaring a function/method " void in other languages.)

    The first pair of parens says to make this “function” a “method” of the “User” type (which must be declared in the same package for such a function declaration to work.) The whole “when I call it like u.hi(), don’t make me pass u as a parameter as well as putting u before the period” thing also has precedent in plenty of other languages. Python, again, is a good example.

    Oh, and the second set of parens are where the function’s (non-receiver) parameters go. Your example just doesn’t take any. A function like func (u User) say(msg string) { ... }, for instance, could be called with u.say("Hey."). func (u User) ask(question string) string { ... } has a return type of string. So you could do var ans string = u.ask("Wuzzup?") or ans := u.ask("Wuzzup?").

    I can’t say I was ever too taken aback with Go’s syntax. Just out of curiosity, what languages do you have experience with?