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Joined 1 year ago
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Cake day: September 7th, 2023

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  • Website redesigns. Just more whitespace all over the place, less information on the screen, and more trouble trying to get anything done.

    Github is especially bad about this. I’m so tired of only being able to fit about 50 lines of code on the screen at a time, or issues with a similar lack of information density. I can understand this paradigm for websites that you only use once every year or so, but for something that most people use regularly every day, it’s such a backwards anti-productivity trend. I hate it… hope it dies someday.


  • I would vote for docker as well. The last time I had to inherit a system that ran on virtual machines, it was quite a pain to figure out how the software was installed, what was where in the file system, and where all the configuration was coming from. Replicating that setup took months of preparation.

    By contrast, with Docker, all your setup is documented. The commands that were used to install our software into the virtual machines and were long gone are present right there in the Docker file. And building the code? An even bigger win for Docker. In the VM project, the build environment for the C++ portion of our codebase was configured by about a dozen environment variables, none of which were documented. If it were built in Docker, all the necessary environment variables would have been right there in the build environment. Not to mention the build commands themselves would be there too, whereas with VMs, we would often have developers build locally and then copy it into the VM, which was terrible for reproducibility and onboarding new developers.

    That said, this all comes down to execution - a well-managed VM system can easily be much better than a poorly managed Docker system. But in general, I feel that Docker tends to be easier to work with than a VM. While Docker is far from flawless, there are a lot more things that can make life harder with VMs, at least from my experience.


  • Interesting! Sorry, I don’t know why I thought you were using swipe keyboards, it must have been stuck in my memory from reading other comments. I definitely agree that pressing the buttons was a little annoying, but manufacturers could probably make softer buttons if they were willing to put the money into developing them.

    Anyway, I really miss the phone I had from about 2008-2010. It had two sliders that moved in orthogonal directions. One of the slide directions revealed a standard 12-button phone pad, while the other had a 4-row keyboard. And yet, I’m pretty sure it was under 1.5cm, so not too large. It was definitely easier to keep in my pocket than current phones!

    If it weren’t for reading Lemmy/RSS feeds and a camera, I’d probably be going back to dumb phones for my next one…


  • But what’s the error rate? I could type at 200 words per minute (even on a phone!!) if I didn’t care about how many typos I was making. And swiping keyboards get confused incredibly easily. The error rates are especially bad when you’re writing words that only use a single row of keys - on QWERTY keyboards for example, try writing something like “type”, and you could get that, or you might get something else, like wipe/write/ripe. Other groups could include things like tip/top, pit/pot, wit/wire and the selected word will be wrong almost as frequently as it’s right. And autocorrect systems can’t really correct for things like when you mean to press enter and hit the backspace key instead. Plus, their suggestions are generally just very stupid. So while buttons take longer to press on physical keyboards, the reduced error rate makes typing speed about the same in my experience.

    Plus, with physical buttons, you get tactile feedback, so you can tell when your fingers are slightly off and adjust them, whereas on a flat surface, you have no idea whether you pressed the correct button or not. You have to stare straight at the screen to make sure every press is correct, which is exhausting and bad for your eyesight. I feel a lot more eyestrain from simply typing on phones, whereas with physical buttons, I didn’t even have to look at the screen, and I could look at something else around me while typing. And don’t get me started on how many calls I’ve missed because I accidentally hit the hang-up button, or couldn’t find the accept call button - not a problem when you have physical buttons!

    Regarding screen real estate, all you need is a slide-out keyboard. They work great!

    There are a few downsides to physical keyboards, but in my experience, they’re far superior to non-keyboard devices. But what can you do - in the 21st century, practicality never matters, it’s just all about aesthetics and nothing else…


  • Also, another issue with what you’re suggesting is that people have to memorize several conversion factors as well. Inherently, you only have to be able to convert inches -> cm and pounds -> kg, but unless you want to do even more math in your head, you also have to remember feet -> cm, yards -> cm, miles -> cm, square feet -> square meters, cubic feet -> cubic meters (phew, that’s just all the length conversions), pounds -> kg, ounces -> grams, pounds -> grams, cups -> grams (for every fluid you might want to measure), litres -> gallons, litres -> pints, etc.

    Or you could just go through the one-time effort of actually using the metric system so you don’t have to carry this mental burden with you everywhere you go…


  • The problems with that are:

    1. hardly anyone knows the conversion factor

    2. other people aren’t going to do the math in their head

    That’s on them

    them == everybody in this case. Practically, nobody is going to do what you suggest - instead, non-metric users will ask metric users to do the conversion for them. And why should we be responsible for doing the work when they are the ones who refuse to use the system that 96% of the world has adopted?





  • There is no way to make a network request faster than a function call.

    Apologies in advance if this it too pedantic, but this isn’t necessarily true. If you’re talking about an operation call that takes ~seconds to run, then the network overhead is negligible. And if you need specialized hardware for it, then it definitely could be delegate it out to a separate machine over the network. Examples could include requiring a GPU, more RAM, or even a faster CPU if your main application is running on more power-efficient CPUs.

    I’m not saying that this is true in every case - they are definitely niche cases. But I definitely wouldn’t say that network requests are never faster than local function calls.





  • It’s really depressing how often I have to turn off CSS entirely just to view a webpage. I could of course always go into the inspector and turn off the bad CSS, but Gecko-based browsers fortunately have “View -> Page Style -> No Style” which is must easier and faster.

    And seriously, whoever invented the font-weight CSS property can burn in hell. Ditto for whoever decided that we should only be allowed to read light grey text on slightly lighter grey background.



  • Same here. Sure, KDE and Gnome may have great Wayland support by now, but what about other DEs? The situation in XFCE seems to be pretty grim:

    It is not clear yet which Xfce release will target a complete Xfce Wayland transition (or if such a transition will happen at all).

    MATE seems to have piecemeal support. No idea what the status of LXDE/LXQT are. And there are plenty of other window managers that don’t have the manpower to support wayland either.

    The deprecation of X is going to leave a lot of dead software in its wake.