Windows has no problem with hibernation and FDE and it uses a swap file.
Windows and Linux run on the exact same hardware. Windows hibernation doesn't rely on secret bios features.
Unreliable hibernation is 100% and undeniably a Linux problem, there is no secret advantage or conspiracy to keep it down. It's just that nobody cares enough to make Linux not suck.
I frequently get mini failures with quad9 and my DNS client is too dumb to retry with another server (or quad9 returns a valid but bogus response that prevents my client from hoping to the next server) so I had to ditch quad9.
Quad9 also has worse latency but I could live with it, I just can't live with web pages failing to load several times per day(especially hacker News that has their DNS TTL set to 1 second)
It doesn't happen with my ISP's servers nor with CloudFlare or google or even good ol' L3.
None of what you say makes Europe better when it comes to the topic at hand, though?
If I have to choose US or EU to host my website, the size of their army, the strength of their currency, or their history as political bullies doesn't affect my blog or nextcloud instance.
What affects me is their privacy and data harvesting laws. EU is nominally better with the former, but the latter is eroding very fast and they're roughly the same.
> but the latter is eroding very fast and they're roughly the same.
Citation needed. Some politicians keep on pushing for data harvesting and secret backdoors and what not but most attempts have been blocked and we're still nowhere near the level like, e.g., in the US.
They give you the full /64 even on vps or kimsufi(low end servers) it's just that the interface is configured with the ::1/128 by default in their cloud-init.
Their documentation about it is not consistent though, so the confusion is understandable.
Semantically you wouldn't, because they require their specific run-times. The difference is that those run-times are built to work natively on Linux (and often are enmeshed within its distributions), whereas any software requiring WINE is built to natively work on Windows, but is able to be translated for Linux. That distinction, between a native built runtime and a translation layer, is pretty major, and I think is why you can argue the colloquial usage of the term 'runs on Linux' differs between the two.
Note Pinta was only ever a port of the engine, Pinta's UI is a from-scratch Gtk# clone. Given the compelling reason to use Paint.NET was arguably the UI, that's a pretty big drawback.
I have tried to use Pinta at several independent points in time over the past 10+ years, and every time I have tried it, it has been so buggy as to be practically unusable.
It's a shame. It would be the perfect application for my basic image editing needs, if only I could actually rely on it to work.
These days, I just use Krita. It's on the heavier side, but functionally, it does what I need.
SSD still have slower reads when the data isn't sequential. Not slow enough to matter, especially with extents meaning the data is probably in a handful of locations, not 10000, but it's absolutely measurable if your blocks are small enough (<1MB typically, though disk benchmarks usually use 64KB random reads and sometimes 4KB).
It's more complex than that... Sequential reads are faster than random reads across most mediums (including system ram), but if there's enough prefetching, you might get better throughput on an SSD with the data fragmented than contiguous because SSDs can often read from multiple regions in parallel and contiguous data might not allow for that.
If you're at the point where you're optimizing for this, you've got some really high performance requirements though. And you'll have to do your own testing, because rules of thumb won't do.
Except most SSD also don't store pages sequentially internally (hidden flash wear leveling is even in microsd cards now), and the dram/SLC buffer areas are finite especially on low end budget hardware. Don't defrag your SSD dude. =3
Windows and Linux run on the exact same hardware. Windows hibernation doesn't rely on secret bios features.
Unreliable hibernation is 100% and undeniably a Linux problem, there is no secret advantage or conspiracy to keep it down. It's just that nobody cares enough to make Linux not suck.
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