They're not either, every one of these projects contains a gigantic vendor/ folder full of unmaintained libraries, modified so much that keeping up with the latest changes is impossible so they're stuck with whatever version they copied back in 2009.

Sure, the good old days where _all of this didn't work without specialized hardware that you bought with every single cartridge_. Mode 7 didn't come for free, it was an entire additional, single purpose chip in the cart on a console that didn't have any concept of task management or even OS. But hey, if you want to have to plug in and swap PCIE cards for each piece of software that you want to run, feel free to reinstall DOS.

You bet your ass I'm going to make your life difficult. If you want it to stop, you're the one with the ball on your side of the court, you know exactly what to do.

It's a very American concept, to believe you can just ignore systems and networks. The guy shitting in your yard every day doesn't go away just because you're not looking at him do it.

It's morally right to fuck over Anthropic (and OpenAI, or any other lab). Works generated by AI are not copyrightable anyways, and their terms of service have zero legal value.

Sourcehut does not matter, and federation of repos is already a real thing. The ones that don't want to federate just.. don't?

Good luck to Portland getting fucked by Waymo.

You're just comparing the wrong things. Yes, when you're locked into one environment, everything works together well. The moment you interact with outside systems, all hell breaks loose. If anything, what you're saying is just that platforms should have a much larger stdlib, or abstract platform differences properly (hint: this is only doable if you're a game engine and can afford to absolutely ignore _everything_ the OS does and just concern yourself with reinventing every wheel).

Not to say there's nothing good in the games side of things: a bunch of software could benefit from accepting that some systems like a big fat central message bus and singletons can be good when handled well.

You may also have a very narrow view of how the world actually works, left as an exercise to the reader to figure out which one it is

I'm perfectly happy to let the chinese get a piece of the pie and fight the US, no matter how bad they are right now.

Valve is nonexistent in the modern gamedev community, Source 2 is used by approximately noone, and overall releasing one game every decade doesn't exactly make Valve a prominent voice in the gamedev community.

However, yes, companies lock their engines at whatever it was when they started their project, and any upgrades comes from internal engineering. Decade long undertakings like the "recent" FF7 remakes are still on UE4 and will stick with that for the third game, because that's what they started with, and at this point the rendering pipeline and workflow is theirs

When you're putting the bar that low, sure.

He's about as knowledgeable as the junior you hired last week, except that he speaks from a position of authority and gets retweeted by the entire JS slop sphere. He's LinkedIn slop for Gen Z.

Needless to say, it's not exactly making you look too good.

>One command

Notwithstanding the fact that there's about zero difference between `ollama run model-name` and `llama-cpp -hf model-name`, and that running things in the terminal is already a gigantic UX blocker (Ollama's popularity comes from the fact that it has a GUI), why are you putting the blame back on an open source project that owes you approximately zero communication ?

Obsidian is the simplest thing in the world. Write text.

yeah, no shit ? All you're saying is that you're happily locking yourself in to models you have zero control over and that Anthropic can fuck you over at any time.

However, yes, Mistral is not in the business of providing you with a perfect, general purpose model. They fine tune from their base models for specific tasks.

The software is provided as is.

Go's GC is absolutely awful and leads to nondeterministic pauses and catastrophic latency spikes, especially when the memory pressure and capacity is high. Throw the go GC against a 256GB heap, see how well it survives.

Technologies have strong and weak points. Go's strong points are small, targeted pieces of software and having 66% of a binary basically be if err != nil return err. Rust's strong points are that you get to have the symbol<():soup<_, |_| of { c++ }>> while not saying you're writing c++ and feeling really smug when you say that you only needed to use 5 Arc> and rewrote your entire software three times but at least it runs almost as fast as some shitty C that does fgets() in the middle of a hot loop. Java lets you spawn spring boot and instantiate a string through reflection because why not.

I promise you, I can write allocation heavy FizzBuzzEnterpriseFactoryFactories in Rust too.