We need a new framework, one that allows universal lookup, and makes life easier
x = _.dialog.file.open
y = _.open.file.dialog
z = _.file.open.dialog
a = _.file.dialog.open
Once done, the formatter simply changes everything to _.open.file.dialog
Let’s get this done JS peeps
\s
The OP is correct wrt powerful e bikes sharing space with pedestrians and normal bikes.
They are a different beast, heavier and noisier. They have much higher speed limit, and require less effort (some models need no pedal power) to travel. This, alongside the rise of delivery services, encourages people to overspeed (more than 20mph).
15mph is roughly the limit of what makes bicycles safe for mixing with pedestrians, but beyond this speed, they aren’t that different from a motorbike in terms of road design considerations.
At least they are better than cars and SUVs
It’s pretty natural not to reserve seats on shinkansen, because you can find seats unless you are travelling at peak hours (and there are trains every 20 minutes or better)
The travel time to and from airport, and the baggage+security easily eats into the 1.5 hour savings. Same day fare on shinkansen remains constant, unlike 30k+ that flights demand.
On shinkansen, you have lots of leg room compared to LCC seats. There’s also enough space to move, talk and option to reconfigure the seats for a group of 4 or 6 travelers. There’s cell connectivity (and decent wifi onboard) so you don’t have to pay through your nose for in flight WiFi. The toilets are spacious. There’s dedicated place to talk on the phone. Less noisy and fewer bumps than a flight.
This makes the bullet trains really attractive for business and family travels (with kids). You don’t need to plan beforehand and there’s less inconvenience compared to flight. Moreover, the cost also balances out if you’re traveling to a smaller city with poor air connectivity.
These kind of options actually allow spur of the moment travels over such distances.
I know plenty of people who plan and use bus and flights due to the cost benefit, but also tons of people prefer the hassle free travel on shinkansen
Same with Switzerland
If it’s a revenue generating machine, the impact of 10 or 20% improvement in day to day could recoup the additional cost in a few months or a year.
Similarly, for someone who travels a lot, having a useful battery life of 8-10 hours of internet+video playback allows a work routine that is worry free wrt charging and this allows tighter travel schedules.
Ofc, this isn’t the case every time, but this creates anchor effect on several segments of the market. This also doesn’t include the extra cost of “luxury” aka thin and light or small bezels.
350 USD is perfectly fine if you don’t need a ton of battery life or color accurate screen or multimedia or multicore workloads. If you need any of this, most of the options get pricier than 700 USD. It’s not uncommon to have to shell out 1500 USD or more for the desired specs.
It might be something built using digital payments with no transaction fee (and a percentage for currency conversion)
Not possible globally, but in India and the Nordics, such standards are already in use. (No private apps like venmo which can’t inter-operate don’t count)
Without context this link is just bad. Plant growth will not reduce CO2 levels because biosphere is temporary store or carbon (since it is a part of the carbon cycle)
We are putting carbon (into the atmosphere) that was previously buried. So putting a tiny bit of it back into plants doesn’t help because:
Yup. Intel can boost significantly higher than base clock
That’s still a bad example. We don’t say that “I drive a XYZ car” since car is implied and we can just say “I drive a XYZ”
Check with any XYZ standing for a manufacturer like Toyota, Tesla or a model like Corolla, 911, etc.
If there’s enough understanding of the concept, no need for clarification. Everyone knows naan is a bread. Unless you are asking a question in Japanese, just drop the bread (and law for Sharia)
Intel CPU do outperform AMD in several workloads, but on the top end, AMD seems to have the efficiency advantage.
If AMD lost in some, they outperformed in many more metrics by large enough margins.
This trend was true in past 2 gens (price and efficiency advantage with an overall perf advantage in power limited scenarios). Nothing to astroturf about it.
The weird part would be if someone is comparing a zen2 with 14gen and still sticking with AMD for “some reason”
Isn’t this a year old news?
Tokio has support for multiple threaded async in rust. As for micro controller, I don’t think you can have multiple threads in flight anyways, so that’s the best you’ll get
Which language? Usually there’s a thread pool where multiple tasks are run in parallel. CPython is a special case due to gil, but we have pypy which has actual parallelism
X code is convoluted, so much so that the maintainers didn’t want to continue. AFAIK, no commercial entity has put any significant money behind Xorg and friends. Potentially unmaintained code with known bugs, unknown CVEs and demands for permission system for privacy made continuing with Xorg a near impossibility.
If you don’t want new features and don’t care about CVEs that will be discovered in future as well as the bugs (present and future), then you can continue using Xorg, and ignore all this. If not, then you need to find an alternative, which doesn’t need to be Wayland
Oh, and you might need to manage Xorg while other people and software including your distro move onto something else.
So yeah, “xorg bad” is literally the short summary for creating Mir and Wayland
I use an extension in Firefox for this
I’ve used mirror.vim for this. Pretty much similar UX as remote workspaces. Forone off editing, you can do vim ssh://remote/<abs or ~ location>
Sometimes, VS Code-ium is piss poor especially over bad connections but otherwise the remote management is quite awesome
And ofc, there’s emacs with TRAMP mode
That’s why it’s interesting that inverse square is in electrostatic and gravitational forces only. Weak and strong force don’t follow inverse square. And we don’t see the highly complex organization inside the nucleus that we see outside it (otherwise we’d have stable orbits inside the nucleus as well)
Bertrand’s theorem states that stable orbits are only possible for one single inverse distance relation (in classical mechanics): inverse square
If the law is not inverse square (or harmonic oscillator), there will be no long lasting orbits, no galaxy clusters, no galaxies, no star systems, no planet and moon pairs.
If the electrostatic force wasn’t inverse square, electromagnetic force would look much different. No gauss law would be possible.
Inverse square relationship is really neat
I wanted to update my family PC (technically, but I don’t think anyone else apart from me used it). Windows XP licence was too expensive for me as a kid and I found a CD ROM in my library with a FOSS OS advertised on it.
Fast forward to now, and I have been using Linux almost exclusively for 15 years now (some Windows usage needed for work or gaming)
I can’t taste the breed in market milk, but I could differentiate most cows just by taste of milk from my family’s farm. I can still tell the difference between brands and seasons.
Market milk tastes kinda devoid of personality. But it is still milk. Just that milk from hundreds of cows gets mixed together