Sublimation. As long as it gets energy from radiation some atoms or molecules would randomy get enough to f off into space. In my theory, at least. And bones would stay last as they are the hardest.
China has many more competent engineers then... any other country. They often steal ideas (everybody does), and even whole designs (less of everybody does). But i doubt they stole anything for ev-s. Making the "car" part is harder then the "electric part", especially for china.
Fair enough. But in the context of usa it never had a defensive war, always the agressor. And the propaganda was "they have bio weapons of mass destruction and will use them", and later "they terrorists". None of which was true. Iran was far from innocent either.
Half of programming is writing code, the other half is thinking about the problem. As i learn more about programming i feel that it is even more about solving problems.
Data oriented design is the new thing, much different from that.
OOP, other then smalltalk and maybe few other languages, is somewhat different in practice from the original idea. I can dig up a great talk from Alan Kay on OOP if you want. Actually i want to watch it again so i'l edit it in here when i find it.
That said, we often have to process seemingly unrelated data together which is slow with the model of passing data arround (even when by reference). When OOP was invented memory access was as fast as actual operations on it, while today memory is much slower then processing. With caches and simd and such, it is much faster if everything is an array. Peronally i'm not a fan of OOP because of the "everything has to be an object" mentality, but do whatever you like.
Because programmers find a good way to do something then apply it to everything. It becomes the one true way, a dogma, a rule. Like how OOP was the best thing ever for everything, and just now 30 years later is proven to be actually bad. At least appimage is more like DOS-s "just unzip and run it" then "download another 500MB of useless stuff because the program depends on 1 20kB file in it".
That said, well made libraries are good. As in those that have a stable API so versions don't matter that much.
Process monitoring, in the basic sense, is seeing if a process is running. You mean how they handle dependency trees/graphs ? From what i just read sysD targets are groups that can have other groups in them (aka inherit, aka "services", aka compose). I wonder if that is the core of the problem. Not that i care, that's the hole they dug for themselves when they insisted only pid EINS can orchestrate cgroups (didn't use to be).
Either way, in the overwhelming majority of use cases they are practically the same.
Bdw, i didn't downvote you. I reserve it only for the most irrational fans, aka parroting fanboys.
Nobody else solved the problems ? Other then hotplugging audio, init thing have been solved many times over. Wanna know the alsa bug on my audio card ? It calls master volume "master center" instead of master. Good progress on pa has been made after its creator long left. And it's done properly only now with pw. PW... where the dev asked for advice from professionals instead of knowing it all. PA is now x11, without the pedigree.
And what about making udev locked down to one init ? I should be greatful for that ? SystemD didn't make computers boot faster the, say, upstart. Logging does not have to be tied to it, as there are even established protocols for it. Etc etc etc
As someone who wrote an init system for fun and knows how udev and practically everything else associated with bringing a modern computer to a fully functional state (including network mounts, if that is your nitpick) works, i can not know what you are nitpicking about without you saying it. Not that someone who is actively supporting two commercial products to meet different requirements would have any idea what i am saying.
PS It's all simple really, just that it seems magic to people without curiosity.
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