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.
The weakest part of any security system is the people.
Well, maybe not any, but most ;D
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’m on the fence about the topic, but you’ve gotta be dense to believe CSAM has nothing to do here. The accusation is one of CSAM, so the argument is whether the scene is CSAM or not.
In a perfect world the question would be simple, but in the reality we live in, you have to consider if the art will be misused - and that’s assuming the artist is honest about their intentions in the first place.
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.
Unless something changed, players who don’t own DLC can’t play as the DLC characters. I believe they can interact with all the rest of the content normally, just locked to the vanilla character selection (which is still broad and fun enough, and further expandable with mods).
Ah, sorry, I confused you for the original commenter. The first sentence is a bit nonsensical, it is a bit rude and snarky, but I meant it as a joke, since I had the wrong impression the person having issues with flatpak steam is asking about issues with flatpak steam.
I don’t have a reference, but I’ve been seeing random individuals asking for help and finally saying they fixed their issue by switching away from flatpak, so… You, I guess? Your.problem might be a perfect example of one of the many problems that keep popping up, that seem to only happen on the flatpak version.
I think you’re wrong about one thing - it’s not about compute cost, but about complexity of accounting for latency. You could check if the player can see the enemy they’re claiming to have shot, but you really need to check if they feasibly could’ve seen the enemy on their computer at the time they sent the packet, and with them also having outdated information about where the enemy was.
The issue gets more complex the more complex the game logic is. Throw physics simulation into the mix and the server and clients can quickly diverge from small differences.
Ultimately, compensating for lag is convoluted, can still cause visible desync for clients (see people complaining about seeing their shots connect in CS2 without doing damage), and opens up potential issues with fake lag.
More casual games will often simply trust the client, since it’s better for somebody to, say, fly around on an object that’s not there for other players, than for a laggy player to be spazzing out and rubberbanding on their screen, unable to control their character.
I suppose the thing I’m worried about is more general Linux SteamVR support than the streaming itself… But duh, the headset can run games on Linux standalone, so they’ve gotta have SteamVR working well. The only question is, am I behind on the news, or have they been holding back the updates internally?
I do believe they called out that the steam machine is designed to work with the frame, right? I’d have expected to see Linux SteamVR updates leasing up to this, to get it fully fixed up and tested ahead of time, though I might also have missed something…
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.
Always has been
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 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.
I’ll add Luck be a Landlord as a game that’s surprisingly fun, has no time pressure, and lets you save and quit anytime.
Also worth noting is that FTL has a great mod, Multiverse, adding new features and lots of new content. I’m not sure how well FTL works when you have little time, but if it works, there’s a lot of unique content to see.
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.
And then fuck it up by pointing Linux at your windows EFI partition, end up with neither system bootable and make things worse as you panic and try to rush a fix without understanding what you’re doing.
If you’re new to how it all works and having a working machine is important, best to keep it simple and as separated as you can.
I’m also not convinced that “Windows doesn’t know about the other partitions”, that sounds like the kind of thing that’s true until it isn’t and it overwrites your Linux bootloader.
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)