Mostly joking, but Farenheit is % hot outside.
0°F is 0% hot. Jacket, pants, boots, scarf, etc.
30°F is 30% hot. Shorts, but with boots & an unzipped jacket.
60°F is 60% hot. Shorts, short sleeves, & sandals.
80°F is 80% hot. AC recommended.
100°F is 100% hot. AC or you’ll melt.
120°F is Phoenix, Arizona, a city which should not exist and a temperature which should not exist.
DOH, skipped those two critical letters! Thanks for the correction.
Astronomers already use Julian Dates for various reasons. Right now it’s 2460261.2834606, it’ll be later by the time you read this. Julian dates/times are fractional days starting from January 1st, 4713 B.C. = 0. Just keep counting up from there.
__auto_type is a compiler builtin, not a library function. It’s not a function at all, the parentheses are for precedence & grouping.
#define max(x,y) ( { __auto_type __x = (x); __auto_type __y = (y); __x > __y ? __x : __y; })
GNU C. Also works with Clang. Avoids evaluating the arguments multiple times. The optimizer will convert the branch into a conditional move, if it doesn’t I’d replace the ternary with the “bit hacker 2” version.
DoH looks identical to normal website traffic. If it’s slow, it’s probably the DoH provider and not the ISP.
You mean SNI, not ESNI. ESNI is the Encrypted Server Name Indication that gets around that, though the newer ECH (Encrypted Client Hello) is better in many ways. Not all sites support either though.
You don’t have an autoformatter in your pre-commit hook? Why not?
Looks a heck of a lot like the RS-485 serial cable I’ve got on my desk right now. Scale is hard to tell, not sure how big that bowl is.
Soylent green, clearly.
Or meat. Humans are mostly meat.
Same, I’ve tiny hands and a Note 9. Works fine.
If GitHub’s UI isn’t saying “infinity files changed” you’re not trying hard enough.
“Middle of the iceberg” layer.
You finish the pasta by cooking it in the sauce. They have to cook together! You bring shame to all of Italy.
Another violation is that they conserve speed, not velocity. Put 2 portals 90° apart. Travel into the first perpendicular to the surface. You’ll exit the second perpendicular to its surface. That means you accelerated to change direction, which takes energy. Portals don’t conserve momentum or energy.
But the orange portal is moving. The game code works more like A (it bugs out and the object bounces off the portal surface, but it uses a world-fixed coordinate frame that would match A for behavior). A (Newtonian) relativistic coordinate system would match B. For everything with non-moving portals A & B are equivalent.
KeePass + Syncthing is pretty convenient.
Buttercup looks to be using AES-CBC with PBKDF2 and no authentication, but I only took a very brief look so I may have missed important details. That’s not secure if an attacker can alter the vault file, and PBKDF2 isn’t a great KDF to use. If you use this, you definitely need a 128-bit or higher entropy passphrase (10 Diceware words). You usually want that anyway, but using a weaker string for your master password will be less secure than you expect compared to something using a modern KDF.
To be extra pedantic, there are a lot of dash, hyphen, and minus characters, but critically no such thing as a “hyphen-dash”, just “hyphen-minus” or " dash".