I haven’t had the courage to run executable code from P2P networks since the early 2000s. Even then it was probably a bad idea.
See also https://sh.itjust.works/u/p1mrx
I haven’t had the courage to run executable code from P2P networks since the early 2000s. Even then it was probably a bad idea.
They should park it with two staircases.
I asked our AI overlords for an appropriate punishment:
The company executives have to spend the weekend acting as city gardeners, complete with typical gardening attire, tending to the local parks and trees - ensuring the community that they’re committed to their “root-level” duties.
Android still doesn’t support DHCPv6 and will be left without a valid address.
RFC 7934 explains their reasoning, though it’s not exactly an ironclad argument.
At least my washing machine plays a cute little tune.
Is it an LG?
♫
I’m done with the laundry
dirty and stinky old laundry
I’m done with the laundry
what do you want from me now?
♫
It is straightforward to run an isolated network with TCP/IP, DNS, and web servers. The hard part would be dealing with software that complains/fails if you’re not using HTTPS.
In general, you would want an offline copy of the entire software stack (e.g. a Gentoo Linux mirror) so you can patch whatever problems you encounter.
It is possible to smooth PLA using ethyl acetate, but I don’t know if that’s good enough for food safety, plus you have to remove the ethyl acetate itself.
PLA won’t survive in a dishwasher. PETG might, but there are no reasonable solvents for smoothing PETG.
Maybe it’d be best to print a mold in PLA, smooth with ethyl acetate, clean thoroughly, and then pour silicone into the mold.
It’s more like 3 really wide pixels.