Has any software ever entered the public domain through copyright expiration? I think software at least 70 years old (125 years for corporate created) when its copyright expires prevents it from being any benefit at all.
Has any software ever entered the public domain through copyright expiration? I think software at least 70 years old (125 years for corporate created) when its copyright expires prevents it from being any benefit at all.


Remember Memristors? They’re commercially available today, at 200 EUR per bit.


Three years ago, I replaced a failing SATA SSD in my personal laptop with a new SATA SSD. That laptop had plenty of power, and I’d still be using it today if the keyboard still worked, and the screen hinges weren’t cracked. It had no NVME slots.


This is illegal in some places. It should be illegal everywhere in the US.


The usual way for me is to give certbot write access to a directory in the HTTP root, so the server can keep running.


For internal stuff, it may be easier to set up your own CA.
A pretty piggy
A pretty Polly (a common name for a parrot)
“Refrigerator Wifi Firmware”
3 words, but my job is still bullshit.
Hell no. I want to be unable to use that emoji for at least a year, preferably a lifetime.
(The Unicode consortium betrayed us, and themselves, by putting emoji in Unicode.)
Thanks, that looks a little better, but still missing things like sending keystrokes to non-active windows. (Also, I’m on Mate desktop on most my computers.)
I just need xdotool. ydotool is missing almost everything. I don’t need programs sandboxed from each other. I don’t need that multi-DPI stuff (200% scaling works fine in X). Wayland doesn’t provide any features I’m missing.
Yes. But it keeps going forever, and eventually some chaotic-evil person will kill choose to kill 2^43 people, which is a thousand times the world’s population.
If any cops or cop apologists wanna disagree with this: show me a good cop who arrested an ICE. Because ICE is breaking the law, and as far as I can tell, nobody’s arresting them.


They used to use analog computers to solve differential equations, back when every transistor was expensive (relays and tubes even more so) and clock rates were measured in kilohertz. There’s no practical purpose for them now.
In cases of number theory, and RSA cryptography, you need even more precision. They combine multiple integers together to get 4096-bit precision.
If you’re asking about the 24-bit ADC, I think that’s usually high-end audio recording.


The maximum theoretical precision of an analog computer is limited by the charge of an electron, 10^-19 coulombs. A normal analog computer runs at a few milliamps, for a second max. So a max theoretical precision of 10^16, or 53 bits. This is the same as a double precision (64-bit) float. I believe 80-bit floats are standard in desktop computers.
In practice, just getting a good 24-bit ADC is expensive, and 12-bit or 16-bit ADCs are way more common. Analog computers aren’t solving anything that can’t be done faster by digitally simulating an analog computer.
It would be a more meaningful discussion if the government wasn’t controlled so much by large corporations and oligarchs.


Inkjet printers are good for furry artists who sell prints at conventions. Hmm… that’s actually so specific that it reinforces your point.
My main issue is the lack of xdotool support. It can’t ever be supported because of the way Wayland isolates processes from each other.
See https://gist.github.com/probonopd/9feb7c20257af5dd915e3a9f2d1f2277