If you’re on Linux, I don’t think a windows VM is very useful for gaming? Most games run fine in proton, and the ones that don’t, probably don’t because of anticheat that will also refuse to run in a VM. I do know of one niche case that needed to be run in a VM until recently, that being SS13, but that was because of an engine dependency on IE for webviews.
Shouldn’t it be more efficient to download only the changes and patch the existing files?
As people mentioned, that becomes problematic with a distro like arch. You could easily be jumping 5-6 versions with an update, with some more busy packages and updating less frequently. This means you need to go through the diffs in order, and you need to actually keep those diffs available.
This actually poses two issues, and the first one is that software usually isn’t built for this kind of binary stability - anything compiled/autogenerated might change a lot with a small source change, and even just compressing data files will mess it up. Because of that, a diff/delta might end up not saving much space, and going through multiple of them could end up bigger than just a direct download of the files.
And the second issue is, mirrors - mirrors need to store and provide a lot of data, and they’re not controlled by the distribution. Presumably to save on space, they quickly remove older package versions - and when I say older, I mean potentially less than a week old. In order for diffs/deltas to work, you’d need the mirrors to not only store the full package files they already do (for any new installs), but now also store deltas for N days back, and they’d only be useful to people who update more often than every N days.
I’ve got one light in a room that makes a quiet whining noise when on, seemingly only after a minute or so (maybe after it warms up a bit). Thankfully I can just keep it off just fine, but occasionally I’ll turn it on for a bit more brightness, and realise it’s still on a while later by the annoying noise.
You literally used the word “should” in your previous comment 😉
Both java and go seem excessively complex at runtime for fundamental system utilities, featuring garbage collection. Rust, on the other hand, keeps the complexity in the compiler and source, keeping the runtime code simpler. And of course it’s doing that while trying to make it easier to manage memory and harder to make mistakes, without forcing extra runtime logic on you.
Chell?
I think most of the work is in the fact that there often isn’t an “equivalent call”, and it can be quite a lot of code to make it work. One funny thing is the whole esync-fsync-ntsync issue, where synchronization is done differently on Linux and on windows, and translating it was a big performance hit, and difficult to do accurately. If I understood correctly, esync, fsync and ntsync were a series of kernel patches implementing additional synchronization code in the kernel, with ntsync actually replicating the windows style.
Not the same person, but the Hyprland developer is… controversial, so that could be the reason.
I don’t think “update notes or any marketing material” qualifies for making this kind of change non-silent - if the update is pushed through the same channel as regular security updates, and doesn’t explicitly notify the user the behavior of the button has changed, that’s pretty silent.
Often for those kinds of updates software will show a special introduction screen, tutorial, or outright a prompt asking you to choose between the new and old behavior - but that’s software from people that care about the user having a good experience, and making such changes is a big deal for them.
Framework let you swap everything
I think there’s still a pretty big asterisk on that, because laptop parts are generally not built to be swappable… So I don’t think you can swap the CPU without the rest of the mainboard, and some parts like the CPU cooler are probably tied to the specific variant of mainboard and need to be swapped together if you want to switch CPUs.
They do let you swap out parts that are reasonably swappable, so it’s pretty much a guarantee you’ll be able to upgrade storage and memory, and even where you can’t swap to different parts they make sure you can replace broken parts more granularly, so it still seems like a good deal.
I might be wrong, but I don’t think proton is either? It’s running x86 instructions either way, wine just provides a way to load it from the windows executable and library formats, and together with proton they provide implementations of windows libraries for those executables to use.
Are you sure that site is trustworthy? It kinda reads like an LLM being told to explain the difference between two names for the same thing and basically rephrasing the same thing. I’d imagine it might just be a different name to get rid of a male-coded word.
Now it seems every tutorial I see is really just clicking around in a gui. Very little actual typing of code, which is the part I actually find cool and interesting.
Not sure where you’re seeing “just clicking around in a gui”, but if you like computer games, there’s some fun gameplay you can have while coding. Some of those very much contributed to my experience.
BitBurner is a free idle incremental programming game, where you write scripts to hack things to make money to begin with, progressing onto both progressively more complex mechanics (how about automating a manufacturing corporation with a script?) and utility scripts to automate things you’ve been doing manually.
If you like Minecraft, there’s fun to be had with ComputerCraft, scripting things in Lua. With some add-ons (Plethora IIRC) you can access chest inventories via cable and transfer items between them, and set up your own fully automated storage system with recursive autocrafting, as just one example.
Or how about modding games - if there’s a Unity game you enjoy that doesn’t use IL2CPP, like Risk of Rain 2, it’s very moddable using C# and interacting with Unity APIs, and for advanced stuff modifying the underlying IL that C# compiles to. Quite a lot you can learn, and if you stick to pure code mods to begin with, not that hard to get started - though code mod means nothing like new items, new enemies, new characters, buildings etc. since adding models/textures/sounds tends to be more involved.
Yeah, answering questions and debugging issues sounds great to me… As long as the employer acknowledges that takes time and work, and brings value. And also somewhat acknowledges it as a proper role, and not something being done “in the meanwhile”/“on the side”, since just interrupting work to answer questions knocks you out of the flow, so to speak.
It definitely didn’t always require a wipe - I think it might be storage encryption by default that was introduced, that made it a requirement, where modifying/replacing system/bootloader components means it can’t decrypt the data anymore.
You can call “bs” all you want, but you’re yelling at the messenger. If I understand the situation correctly, you’re using an Amazon service, so Amazon promoting Amazon stuff on that service might count as self-promotion (or whatever the term is) rather than advertisement. The difference being that they’re not being paid by somebody to promote their thing, and just calling out their own services/events.
Note that I’m also not supporting this, I don’t like it, but I’m also not surprised if that’s how that works, and that Amazon would be using it this way.
Eh, there’s plenty of community for projects like XLibre where that seems more likely, what with the “anti-woke” ideas.
The game, including worldgen, will still bug out at longer distances - the issues were reduced and a world limit was added to prevent you going too far, and IIRC past a certain point the world turns into non-stop ocean, but I’m pretty sure if you bypass those limits you’ll encounter chunks that outright fail to generate.
I, for one, value even this mundane history of low importance, and appreciate knowyourmeme for documenting the origin, development and variations of memes.
It’s a shame peoples’ creations and ideas are stolen with no credit under the excuse of memes just being like that, but that’s not a fight I could win, so trying to document that information seems like the best we can do.
One counterpoint - even with a weak speed to capacity ratio it could be very useful to have a lot of storage for incremental backup solutions, where you have a small index to check what needs to be backed up, only need to write new/modified data, and when restoring you only need to read the indexes and the amount you’re actually restoring. This saves time writing the data and lets you keep access to historical versions.
There’s two caveats here, of course, assuming those are not rewritable. One, you need to be able to quickly seek to the latest index, which can’t reliably be at the start, and two, you need a format that works without rewriting any data, possibly with a footer (like tar or zip, forgot which one), which introduces extra complexity (though I foresee a potential trick where the previous index can leave an unallocated block of data to write the address of the next index, to be written later)