I think mplayer has an ASCII output mode (VLC, too?), and I believe youtube-dl can output to stdout.

The rest is, as they say, left as an exercise to the reader.

Sounds like he was a mantis and was posting while copulating.

Haha yeah that was the counter example I was thinking of. I agree completely — you could make a Gentoo from source beginner distro, and I think you could make it reasonably “idiot proof,” but it would still be a bad user experience most likely (too much time spent compiling).

If your distro can’t be forked into a “beginner distro” then it’s fundamentally flawed IMHO.

To be clear, I’ve used Arch as my daily drivers for a while, and while it’s not the best fit for my needs (I use Debian mostly), there’s nothing that I experienced that was incompatible with a “beginner” distro.

No love for us Dvorak users :(

Oh absolutely; the folks who sat at home, are outraged that a fascist is in power, and are too dumb to understand how voting works to realize that they enabled it — they are infuriating.

It’s kinda a weird take? Like if I’m in a discussion about some scary things AfD are doing and a left-of-center German joins the conversation, I’d like to think I’d have the ability to…you know…hear what they have to say about things.

There are a bunch of Americans who asked for this; there are a bunch who stood by and did nothing to stop it; and there are a bunch who tried to stop it, did not, and are devastated.

I guess at the end of the day it’s just a meme.

You can also drop cache for debugging by running something like echo 3 | sudo tee /proc/sys/vm/drop-caches

But remember that the kernel knows best — this RAM will automatically be freed up when needed and you should never run this except for debugging (or maybe benchmarking).

I switched from raspberry pi and orange pi to a cheap Intel NUC, and I think it’s just a much nicer experience.

The pi is great fun, but the HW transcoding on a NUC “just works,” and the SSD and 16GB RAM opens a lot of doors. My N100 NUC was less than $150, and it included everything (case, power supply, 500GB SSD).

My pi found new life as an off-site backup: attach a big HDD, set up WireGuard, and have a cronjob do daily rsync and snapshots. I have it set up at in-laws, and it works great.

Ah, good point!

Dell XPS 13 Snapdragon seems like it’s trying to compete with the Air.

My comment from cross post:

Sounds like it was a 2 petawatt pulsed laser, with picosecond pulses, so 2kJ/pulse. Staggering amount of power and energy for a pulsed laser!

Note that it’s not CW, so the average power will be much, much, much less than the pulsed power. Too lazy to find the rep rate to see average power.

Sounds like it was a 2 petawatt pulsed laser, with picosecond pulses, so 2kJ/pulse. Staggering amount of power and energy for a pulsed laser!

Note that it’s not CW, so the average power will be much, much, much less than the pulsed power. Too lazy to find the rep rate to see average power.

man rot13 ;)

TIL, thanks! Edited my earlier comment.

Momentum could still be conserved if the velocity is unchanged, but it would mean there’s now a lot of kickback once it gets big…

Yeah, the only thing I could imagine would be that image loading/processing uses an optimized library, but a single color is (unlikely but possibly) implemented poorly as a loop over every pixel, with some egregious overhead.

Most likely shit post though… See reply, apparently real!

One of the coolest parts of The Expanse IMHO was that The Mormons commissioned a giant space ship, and it didn’t feel forced or far-fetched.

I’ve been super happy with it. Knock on wood it’s been super reliable. I have a single ZFS drive, take snapshots with various retention policies, nothing fancy.

Another fun thing is to set up a reverse proxy on it as an endpoint for services on your local (home) network which can only be accessed by VPN. For example, my Jellyfin service isn’t public facing, but I didn’t want e.g. my parents to need to set up WireGuard. So instead they can point their TV to a raspberry pi on their network to access the service — even a first gen RPI can handle Jellyfin reverse proxy over WireGuard for moderate bitrates!

In my experience, the blue (405nm) lasers pointers can far, far exceed the nominal (5mW?) power.