Using reverse proxies is common enough now that quite a few apps can deal with subpaths, and for the ones that can’t you can generally get nginx to rewrite the paths for you to make things work.
Using reverse proxies is common enough now that quite a few apps can deal with subpaths, and for the ones that can’t you can generally get nginx to rewrite the paths for you to make things work.
Is signal not a viable option? Or can you still not use it without leaking your phone-number?
Put simply you just give every candidate points out of 10 and then elect the one with the highest average.
Approval voting (not acceptance, my mistake), simplifies things a bit by only allowing none or all points. Which is the best if you want to vote tactically anyway.
This method sidesteps a couple of the issues that Arrow’s impossibility theorem raises, and is easy enough to understand. Ranked choice is better than first past the post but still has the issue that adding an additional candidate can affect the end result in complex ways.
With approval voting most aspects are easy to understand. Adding or removing candidates trivially has no effect on the rest of the result. And while you can still vote tactically the only real tactic is where you put your cutoff, you should still vote for the option(s) you like best.
In a way AI refusing to recommend using so much computing power on LLMs could well be the first sign of actual intelligence.
Not sure about the self-driving, but he had a video challenging the idea that electrons in wires that carry electricity. Basically arguing that it was the electric fields themselves that carried the power, which is largely outside of the actual wires.
Not sure if that’s the same one where he asked what would happen if you used a light switch connected to a lamp by two wires. Apart from some truly egregious mistaken units (1s/c as unit of time), I vaguely recall thinking it was basically a huge clusterfuck of misunderstandings about what an electrical circuit diagram even is (stuff like real vs idealized components, parasitic capacitance / inductance etc.)
They’re the kind of ‘Well actually’ half true factoids that you never hope to encounter in the wild if you actually understand the stuff. For someone claiming to be enthusiastic about science communication he did one heck of a job poisoning concepts with subtly wrong/misleading explanations that make it a lot harder to explain stuff to anyone with the misfortune to encounter his version first.
Why not acceptance/range voting?
Setting Milei aside for a minute, should you wish to revise government you nigh always need to do so from a position of power. This also applies if you actually wish to reduce the power government has.
Technically giving yourself absolute power makes sense even for someone acting in good faith wanting to reduce or improve government. Wouldn’t be the first time someone fucked up the succession though.
The third is more gravity than physics, or perhaps you should consider it the absence of gravity.
What I’m trying to say is: stop following geodesics.
Not much you can do about institutions you have no control over, but surely you could go to a different bank?
Assuming there is a bank that doesn’t use this of course.
You want the EU to go hard because you’ve given up on the rest of the world?
I mean I get where you’re coming from but that’s not even remotely resembling a solution.
To settle this argument could you clarify if we’re supposed to be considering the straw as a solid 3D object with a thickness, or as a curved 2D surface? The answer kind of depends on which you pick.
As far as 2D topology is concerned the number of holes increase when you glue the edges of the rectangle together.
Though in that case you’re basically counting how many boundaries the surface has, which for a straw is 2 distinct circles.
Are we considering it 3D then? I thought we’d be thinking of it as a 2D surface (which, for the record, has got 2 holes).
That’s fair, but is that environment any different from just a virtual OS? I mean it doesn’t have its own filesystem and drivers etc, but that’s precisely because they’ve been made virtual.
In this context I’d say systemd is an application, not the OS, though the distinction gets iffy I know.
The images can get big, but they’re fairly clever about it so it is manageable. Performance wise they don’t take up more CPU and RAM than a regular application.
There’s an (unofficial) image running nodemon on dockerhub about 250MB in size. The official NodeJS image is about 300MB (presumably they’ve preinstalled a bunch of stuff). You could start with the official image and install nodemon on it, that would probably be most future proof (no way of knowing if the unofficial image keeps getting updates, if any).
To understand it you’ll need to know roughly what an OS is. Very roughly speaking an OS provides a program with a way to access files, connect to the internet and launch other programs.
What docker does is make something a bit like a ‘virtual’ OS with its own filesystem, network and task manager, and then start running programs in it (which then may launch other programs).
Since you’re not making a VM which must simulate all of the hardware, this is a lot cheaper. However since a docker container gets its own filesystem, network etc. it can do whatever it wants without any other programs getting in the way.
Among other things docker containers make installation a lot easier since a program will only ever see its own files (unless you explicitly add your own files to the docker container). To a large extent you also don’t need to worry about installing any prerequisites, since those can just be put into the container.
Making a docker container is a bit (a lot) like installing a fresh OS, just putting the stuff you need in it and then copying the whole OS whenever you want to run the thing again. Except it’s been optimized such that it takes about as much effort as launching a program, as opposed to a VM which needs dedicated resources and are generally slower than the machine that hosts them.
I am, no worries.