btrfs is good, but it's far from perfect. RAID 5 and 6 don't exactly work, it can have problems at high snapshot counts, and there's lots of even recent reports of corruption and other kinds of filesystem damage.
It feels more user friendly than ZFS, but ZFS is much more feature complete. I used to use btrfs for all my personal stuff, but honestly ext4 is just easier.
I love Stoke (and I sorta really want to work there). It has like a startup vibe to it, but with some seriously advanced technology. Dogs in the workplace, and also two enormous, expensive, metal 3d printers.
Shout-out to Joshua and co for letting me look around.
1. The West of Germany, particularly the Rhine, had large amounts of natural resources and much industrial capacity. This was true long before Germany was split. Take the steel production of Germany in 1944, for example. 59% of Steel production was in the West, 18% was in the East, and 16% was in the areas outside of Germany. This is not only more production, but more production per capita.
2. Like most of the former Easter bloc, the privatization of state companies resulted in economic downturn in that region. Especially since many of these state industries were simply closed and cashed out on. Jörg Steinbach, economy minister of Brandenburg, is quoted as saying "Some 70 per cent of East German industry disappeared".
You could try using something like Synth[0]! You can hook it up to a database, it'll generate some json describing the shape and types of your data based on your database (or you could write the json yourself), then you can use Synth to generate fake data and directly insert it into your database.
Full disclosure, I'm the maintainer, but it's not like it'll cost you anything.
Probably a diaeresis, a diacritic which indicates that two vowels aren't to be read as a digraph or diphthong. It's fancy and pretentious, and frequently seen in New Yorker articles.
There's a VW factory making gas vehicles pretty close to Berlin. I sorta understand where they're coming from (Tesla emits ~33 million tons of CO2 equivalent per year, and is significantly less efficient than bikes, public transport, or even some motorized vehicles), but this adventurism is at best having little impact, and they didn't really choose their target well.
On my phone, I'll just open a new tab and not even bother trying to get to the other tabs. The syncing is more phone -> computer than the other way around. And, beyond that, syncing is more useful for me for between computers.
Factoring 15 with quantum computers happened nearly 22 years ago[1]. The current record for factoring, with just Shor's and no minimization, is 21. Like you said, a lot of the hyped ones aren't practical. It's not that hard to pretend to factor large numbers on a quantum computer [2]. There have been a few newer algorithms can work with larger numbers, but they have scaling issues and so aren't useful for cryptography.
I hope it gets resolved in the next hour or two, or it could be a serious problem for me.