Which would be what, exactly?
Literally the next line on the image tells you what:
“This includes: disability, pregnancy/maternity for the purposes of the mobility assistance use case.”
Modern tech, retro tech, 80s/90s music & nostalgia. I live in northern England so most things I post about have a UK slant.
Elsewhere on Fedi:
Which would be what, exactly?
Literally the next line on the image tells you what:
“This includes: disability, pregnancy/maternity for the purposes of the mobility assistance use case.”
Give Clojure a go.
It’s a modern variant of lisp that runs on the JVM and has deep interoperability with Java, so you can leverage your existing knowledge of Java libraries.
But as it’s a lisp, it will have you thinking about problems in a very different way.
You don’t need a desktop for CAD anymore.
Not for the raw processing power, but anyone doing serious CAD work is going to want at least a 21" monitor, relying on just the laptop screen is going to be difficult especially (and I speak as someone aged over 50 myself) as your eyes become less able to focus on fine details as you get older.
So OP needs to decide if they’re going to want to use the machine for other things as well, in which case a laptop + external monitor might be fine, or if it’s a dedicated work/hobby CAD machine in which case why not get the desktop + monitor.
With flying cars we’d have the opportunity to take the human factor out of the equation, which is the cause of the vast majority of car crashes.
Imagine we had never invented cars and trucks and highways and were just doing it now. Do you think we’d take these two ton death machines and say “let’s put them under control of an individual person, with all the distractions and fallibility and other problems we know we suffer from”? Or would be instead design a system where every single vehicle has a computer that is constantly in communication with all the other vehicles around it, and can react far quicker to any issue than a person could.
The problem with self-driving cars is that they have to operate in a world where there are also human-driven cars, and cyclists, and pedestrians, etc. If the only things on the road were computer-controlled, it’s a completely different scenario. And that’s what we’d have with flying cars. At least I hope so!
Yes, I think that ‘masquerading’ is the key bit to grasp. The MITM Proxy isn’t just intercepting the traffic, it alters the traffic as it passes through.
DigitalOcean’s guides in general are pretty good for all sorts of things, whether it’s a generic discussion of a concept like the ones you’ve posted, or a step-by-step guide for installing and configuring specific systems or software. Even if you’re not using DO as a host, much of what they suggest is still very useful.
systemd [is] a niche
Maybe in the wider world of all the operating systems installed on all the computers, but for Linux-based computing it is, like it or not, near ubiquitous these days. And in particular for server systems (and this is, after all, /m/selfhosted), good luck finding something that isn’t systemd-based unless you’re deliberately choosing a BSD or aiming for a system which has ever-decreasing amounts of support available.
what if I’m not using CoreOS?
Podman runs on any distro (or more strictly: any distro that uses systemd). It’s essentially a FOSS alternative to Docker.
It’s half as much again! If your budget is that flexible you really should have mentioned it in the original post so that people could give you a wider range of options.
Translate it up by a couple of orders of magnitude and you get “I want to buy a car, I have €10,000 to spend” … “I found one for €15,000, it’s a little bit more but …”