megane-kun

Not too sure if they outright lied, but I suppose we can say that they used the change to make their drives seem larger!

That’s why I wished computer people had used a prefix system distinct from the SI ones. If we’re measuring our storage devices in yeetibytes rather than gigabytes, for example, then I suppose there’s less chance that we’ve ended up in this situation.

I realized why I didn’t think of base 2 in my previous reply. For one, hexadecimal (base 16) often used in really low-level programming, as a shorthand for working in base 2 because base 2 is unwieldy. Octal (base 8) was also used, but not so much nowadays. Furthermore, even when working in base 2, they’re often grouped into four bits: a nibble. A nibble corresponds to one hexadecimal digit.

Now, I suppose that we’re just going to use powers of two, not base-2, so maybe it’d help if we do a comparison. Below is a table that compares some powers of two, the binary prefixes, and the system I described earlier:

Each row of the table (except for the rows for 2¹⁰ and 2⁵⁰) would be requiring a new prefix if we’re to be working with powers of 2 (four apart, and more if it’d be three apart instead). Meanwhile, using powers of 16 would require less prefixes, but would require larger numerals before changing over to the next prefix (a maximum of 16⁴ - 1 = 2¹⁶ - 1 = 65 535)

One thing that works to your argument’s favor is the fact that 1024 = 2¹⁰. But I think that’s what caused this entire MiB vs. MB confusion in the first place.

However, having said all that, I would have been happy with just using an entirely different set of prefixes, and kept the values based on 2¹⁰.

I guess? I just pulled that example out of my ass earlier, thinking well, hexadecimal is used heavily in computing, so maybe something with powers of 16 would do just fine.

At any rate, my point is that using a prefix system that is different and easily distinguishable from the metric SI prefixes would have been way better.

I think the biggest mistake there is using SI prefixes (such as kilo, mega, giga, tera) with bytes (or bits) to refer to the power of two near a power of ten in the first place. Had computer people had used other names for 1024 bytes and the like, this confusion between kibibytes and kilobytes could have been avoided. Computer people back then could have come up with a set of base·16 prefixes and used that for measuring data.

Maybe something like 65,536 bytes = 1,0000 (base 16) = 1 myri·byte; ‭4,294,967,296 bytes = 1,0000,0000 (base 16) = dyri·byte; and so on in groups of four hex digits instead of three decimal digits (16¹² = tryri·byte, 16¹⁶ = tesri·byte, etc). That’s just one system I pulled out of my ass (based on the myriad, and using Greek numbers to count groups of digits), and surely one can come up with a better system.

Anyways, while it’d take me a while to recognize one kilobyte as 1000 bytes and not as 1024 bytes, I think it’s better that ‘kilo’ always means 1000 times something in as many situations as possible.

If the earliest sports were a way to practice skills needed for hunting or warfare, then making an e-sport out of spreadsheets is going back to the roots of sports. It’s practicing skills needed for your daily job.

Using Arch with KDE Plasma too. My only problem with KDE‌ Plasma is that I just can’t stop customizing it. I find a couple of things that “I can do something to improve upon” and the next thing I know I’m tweaking things again!

Other than the odd problem with Wayland/XWayland or something, that I usually just make a mental note to investigate further, I’m pretty happy. Now if I‌ can only stop myself from “making just one more little change…”

I’ve used Librewolf until pretty recently and I say it’s not for everyone. It’s hardened Firefox made into its own thing for people who want the benefits of hardened Firefox but don’t want to go through the effort of hardening their Firefox install.

There are some sites that wouldn’t work in the strictest settings. As far as I remember, the most problematic sites with Librewolf are those that demand way too much in terms of privacy and security, so I took it as a given that if a site doesn’t work with Librewolf (with me using the default settings), it’s not worth it to enter to begin with.

Back when I tried it, I only had it in one device–which is great, since I dunno if I can do it on more than one device, let alone worry how a hardened Firefox mobile would even look like.

I actually don’t remember if the settings change with updates. But I suppose they don’t (as they don’t either with Librewolf). What I meant with “hard to maintain” is basically keeping note that the hardened Firefox config doesn’t behave like vanilla Firefox (and isn’t expected to). Making some temporary changes to accommodate a “necessary evil” website, you’d have to make note what setting you “temporarily” have to change it to, what the hardened config should be for that setting, and most importantly: remembering to change it back to the hardened config.

So, I guess it’s not really a matter of maintaining the config than being aware of all those config changes (from default). With LibreWolf, I’m just brushing it off as “yeah, that’s how LibreWolf works.”

More importantly, using Firefox (or any of its forks) would mean less people are dependent on Google’s Chromium. With less people depending on Google’s Chromium, the less Google can swing its weight around, imposing its dictum on unsuspecting users.

I tried using hardened Firefox before moving on to use LibreWolf. Manually hardening Firefox is arguably more powerful than what you’d have with LibreWolf out of the box, but the effort involved in making those changes in the settings and remembering what they are (what they were by default, and what they were changed to) makes it hard to maintain.

I looked it up and it looks great. Currently downloading it to give it a try. I wonder how it compares to LibreWolf though.

Yeah, I remember the IT department at work back then (circa 2006) recommending Opera to me. It had features that are more or less mainstream now, like tab reloading on a timer, and all that while running smoothly than any other browser I’ve used at that time.

Since then, I’ve tried a lot of browsers like Vivaldi and Maxthon, but for some reason or the other, like being bloated, or being taken over by entities I don’t trust, had found a reason to move to a different browser. Currently using LibreWolf, and I hope I won’t have any reason to switch browsers anytime soon.

My first computer was a hand-me-down Toshiba T3100. I was around ten years old at the time, in the late 90’s. The portable computer, was way far different from any computer I’ve seen thus far. It also came with a printer, but I don’t think I managed to make it work. The portable computer only had a 20MiB hard drive, and memory that can be measured in kibibytes. Its hard drive has already been reformatted, and had MS-DOS 6.21, Windows 3.11, as well as some DOS‌ games installed in it.

I didn’t really bother with the DOS‌ games, but I’ve had a lot of fun playing Chips Challenge on Windows. However, a huge chunk of time went into me just messing around with QBasic. Later on, when I had programming classes, I installed Turbo Basic, Turbo Pascal, and Turbo C in there for homework and projects.

It could have lasted far longer but I couldn’t resist myself opening it up. I didn’t have a lot of trouble opening it up, but had a bit of trouble putting it back together. It didn’t survive my prying though, and it got shoved into the storage.

Just recently, a few years ago, I found out that it’s a bit of a collector’s item, and was even expensive back when it was new. I couldn’t have known it at that time, nor would I have cared, but I still regret not taking care of it a bit more.

Thanks for the explanation. Prior to our exchange, I didn’t even know such a thing is possible. It’s wonderful, though to be honest, being as technologically klutzy as I am, I might find it easier to just buy a different set of hardware for my win10 to use, if ever, and disable any networking capabilities (because if it’s no longer supported, it needs to be taken offline).

Again, thanks!

I swear, I can read the first part of your first sentence just fine, but I don’t understand what it means, lol!

I tried to look it up, and as far as I understood it, it’s a technique that allows a virtual machine to access a physical GPU directly. I guess that means that even if your VM is elsewhere (a server or wherever) it can still use the GPU you have. But the more relevant part is that since your Win10 install is on a VM, it can’t do shit on the rest of your system, and the GPU access is just there so that it won’t run as slow as shit when gaming, right?

Huh, that’s interesting. I’ve gotten used to using the Grub menu every time I had to reboot (which is quite often), but it defaults to the Linux installation (auto-selects the Linux install after a timeout), so if I want to go to Windows, I’ll just have to make sure I catch the Grub menu.

I’ve kept a Windows 10 install on a separate SSD for the programs that stubbornly refuse to run on Linux (games, in my case). However, I won’t be upgrading that to Windows 11. I’ll just reclaim that SSD for other purposes and use Linux exclusively.