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Cake day: February 15th, 2021

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  • Oh… ALL housekeeping? initially I thought you’d only want the video you are playing to be updated with missing extra content (subtitles and intro-skipper audio fingerprints).

    Do note that if the library scan does not run, you won’t see any new videos that you might have added since the last scan, so you won’t even be able to see them in the Jellyfin UI to be able to play them. So at the very least, the library scan needs to run independently from the playback of any new video you’d wanna play that wasn’t detected in a previous scan.

    It looks to me that it makes more sense to make it run automatically in a time range when you know you won’t be doing something important (I think you can tweak the schedule from the dashboard as admin). And perhaps combine that with manual library scans when needed.



  • Ok, then it’s not the condition of “being a black hole” what makes it “suck in”, but its mass, which can be varied (according to Stephen Hawking, the theoretical minimum mass to form a black hole would be 0.01 mg)

    Saying that a black hole “sucks in” in that sense is as valid as saying that any object with mass (like a tenis ball) “sucks in”. But I don’t think that’s what the article was referring to as a “myth”, the myth the article targets is the suck power being a particular characteristic of black holes.


  • Yes, but that’s very localized and it’s not the same as the image some people have of black holes characterizing themselves for instantly sucking it all in its vecinity.

    If the teachings don’t reach outside the classroom, you wouldn’t say that people outside can learn more standing there than they would from any other similarly looking room. For a black hole, the gravitational pull over everything that you can see around it is the exact same as it would for a lower density equivalent mass you might be orbiting.

    And we know there are stars heavier than some black holes, which actually would have a stronger pull to things in their proximity than if they were a black hole with smaller mass. Also Stephen Hawkins introduced the concept of micro/mini black holes. He theorized that the minimum mass for a black hole is in the order of 0.00000001 Kg. What makes a black hole have a singularity has more to do with its density than its mass, so if you could smash together a mass with enough strength you could cause it to collapse.


  • Then, under that interpretation, whether a black hole “sucks in” depends entirely on the trajectory you have. I’d argue then that considering all possible trajectories, you are more likely to not be sucked in by the black hole.

    The path the Earth traces isn’t circular, it’s more like it’s spiraling forming ellipses around the Sun and progressively getting further and further away from it (so we are actually slowly being pulled out rather than sucked in). If instead of a Sun we had a black hole with the same mass, nothing would change in that respect, since gravity only depends on the center of mass.

    The difference (other than the temperature and light) is that a black hole is very very dense so it would be much much smaller. This means you can get a lot closer to it and this is what makes the gravity skyrocket (since gravity relates to the distance squared). With a star, you can’t get close enough to its center without reaching first the INSIDE of the star… and once you are below the surface of the star then the mass between you and the center of the star gets progressively smaller the closer you get to its center (and the mass that’s behind you will get higher and higher), so this dampens the gravitational pull.


  • Would you say our planet is currently being sucked in by the Sun? or would you rather say that we are just orbiting the Sun?

    Because odds are that if you approach a black hole without aiming directly for it, you might just end up in an orbit around it, not unlike we currently are around the Sun. Or you might even be catapulted out, instead of being “sucked in” in the popular sense.



  • I think the point the article was trying to make is that “sucking in with lots of force” does not really happen any differently outside the event horizon of a black hole than it would in the proximity of any other star (or object) with the same mass.

    So it’s addressing the “myth” that being in the proximity of a black hole would inevitably suck you in… however, odds are that if you are not directly aiming for the black hole, even if you did not resist, you would just end up entering an orbit around it, the same way we are currently orbiting the Sun. Or maybe even be catapulted out of it, instead of sucked in.

    The difference would be that past the event horizon you would be torn apart by the space distortion (instead of being cooked alive if it were a star). But theoretically if you can avoid crashing into a star, then you can avoid entering a black hole.


  • I assume you’d want the scripts to run right before playback starts, not on start.

    Otherwise, updates (on subtitles, chapters, intro skipping, etc.) won’t be reflected on the video, since it would be already playing and the remote player does not get those updated mid-playback.

    The playback would have to wait for the script to be finished before it actually starts playing. So this can potentially introduce a lot of delay. However, it’d be a good idea as an optional add-on.


  • FerktoLinuxAI Subtitles Are Coming to VLC— Get Ready!
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    3 days ago

    Personally, I would be happy even if it didn’t translate it but were able to give some half decent transcription of, at least, English voice into English text. I prefer having subtitles, even when I speak the language, because it helps in noisy environments and/or when the characters mumble / have weird accents.

    However, even that would likely be difficult with a lightweight model. Even big companies like Google often struggle with their autogenerated subtitles. When there’s some very context-specific terminology, or uncommon names, it fumbles. And adding translation to an already incorrect transcript multiplies the nonsense, even if the translation were technically correct.





  • I don’t understand the posh stylistic decisions around padding, rounded borders, etc. How do those things make the UI better exactly?

    As someone who used low resolutions for most of my University years (I did my thesis in a tiny ultralaptop), I relied heavily on a custom gtk2 theme I had to write to remove most of that padding that made the UI feel so unnecessary and my screen so cramped.

    Gnome now pushing for removing theming completely and relying on just color scheme customization feels totally backwards to me. I don’t have an answer for OP sadly… other than just using terminal / tui apps more whenever possible.



  • True. Same for Android. I feel some form of that should be part of the approach. Splitting it carelessly would likely either:

    A) result in no real change: ie. instead of allocating budgets within Google, they’ll just exchange money through deals and partnerships, as separate companies, but still having pretty much the same relationship between projects and level of control (Android & Chrome would continue favoring Google interests, even as independent companies), and they’ll keep being monopolies each within their own fields (I don’t see how that’s being addressed with the split).

    B) result in independent projects that push for monetization and shady schemes to try and be profitable on their own (although, to be honest Mozilla has proven that being non-profit is not a shield against this either). This actually might be a good thing if the enshittification manages to get people to switch away from Chrome to a better alternative… but I wouldn’t be so sure of that (both that they would move, or that they’d choose a better one …as opposed to say MS Edge which has just as bad of a ruler).


  • It’s true that they say both things out of comfort.

    Though to be completely honest, both statements are not contradictory. They are not necessarily accepting that they do have something worth hiding, but just stating that hiding is too difficult these days anyway. That does not mean (sadly) that they would start doing it were it easier, just that they have even less of a motive to care about it now that hiding is so much harder (to the point of almost being “a myth”).

    I’m not saying they are right, I’m saying that lack of consistency is not the problem with that attitude. It’s not a “shift”, just a consistent continuation of a lazy attitude towards comfort.


  • Stock Android does not have tools to do that verification. Just verify it from the desktop and then send it to your Android device.

    But I don’t see how verifying the apk signature would help if your concern is that “you have bare to none knowledge how it works”. The only thing that would fix that would be if you actually learn how it works.

    Luckily, unlike other stores that are closed source and actively and purposefully hide from you what they do, F-Droid is open source, so anyone can go to the repo holding their source code and learn how it works, or build their own themselves, as long as they wanna spend that much effort.



  • FerktoPrivacy*Permanently Deleted*
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    3 months ago

    You share public keys when registering the passkey on a third party service, but for the portability of the keys to other password managers (what the article is about) the private ones do need to be transferred (that’s the whole point of making them portable).

    I think the phishing concerns are about attackers using this new portability feature to get a user (via phishing / social engineering) to export/move their passkeys to the attacker’s store. The point is that portability shouldn’t be so user-friendly / transparent that it becomes exploitable.

    That said, I don’t know if this new protocol makes things THAT easy to port (probably not?).