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So do I, but it’s close* to 20 years old and has never had driver issues. Back then HP was one of the more supported OEMs for Linux printing.
*Edit: I pulled up the cover and it turns out it will be exactly 20 years old in 3 days.
So do I, but it’s close* to 20 years old and has never had driver issues. Back then HP was one of the more supported OEMs for Linux printing.
*Edit: I pulled up the cover and it turns out it will be exactly 20 years old in 3 days.
Naaa.
Na na na na na na na, na naa naa na na na
Maybe it’s specifically meant to be used on boot USB sticks/memory-cards and optical discs? If so then maybe this is about the host filesystem and not what’s inside the images being booted?
That’s the only way I can make sense of this, but I haven’t heard of it before, so I just don’t know.
I started taking lessons about a year ago. I’m glad I have. At least I feel like I might have a chance if something happens and I end up in deeper water than I can just stand in.
I wonder how 2kHz would do. Or 10kHz.
I’m surprised existing systems weren’t mentioned.
Booting from the network has been a thing since the 80s and is now standardized, I guess the main ‘new’ thing here is using https instead of tftp
Yes, the speed of sound in an object is how fast neighboring atoms can react to each other, and not only is that information (therefore limited to C already) but specifically it’s the electric field caused by the electrons that keep atoms certain distances from each other and push each other around. And changes in the electric/magnetic fields are famously carried by photons (light) specifically - so even in bulk those changes move at the speed of light at most
Deathliest catch.
I didn’t see anything about port knocking there, it rather looks like it has the opposite focus - a quote from that page is “features that support widespread scanning of many machines are supported, while in-depth scanning of single machines aren’t.”
I’ll join the ranks asking for a perfect phone.
Mine would have:
The GPS ‘time zone’ does not account for leap seconds at all and is currently 18 seconds ahead of UTC. The GPS navigation messages from the satellites do however include the current offset.