I know a guy that calls before the email even reaches my inbox. “I just sent you an email…”

We end up waiting on the phone until I say “oh, there it is”. To which he asks “what do you think”. So I have to stop the world and read the fucking thing while he’s waiting on the phone so I can give him a comment…

That is the most stupid use of time ever.

Well, that’s the thing, it is a Large Language Model… the thing talks, and talks well. It is not smart

Indeed. Broccoli has much more calcium than milk.

Btw, most milk in the US, even the expensive shit you get at Whole Foods, is utter trash in terms of texture and flavor richness.

Nope

The second, please

bread 👍🏼

The guy is happily surprised

Why did that happen?

Sure, pal

RISC-V

• royalty free
• future-proof
• extensible
• base ISA is 40 instructions!
• beautifully documented
• can perform in a range of situations, from embedded to many-cores servers!
• can handle petabytes of memory (the higher schemes)
• no nonsense historic compatibility drag.

Basically: if you don’t have choice, you don’t have freedom.

However, I see the value of reinterpreting your only option and get to love it not because you choose it, but because you can appreciate its (perhaps few) good things.

my two cents

Aaaaaa, that is what “crabs” mean!

I am not familiar with the required slang. Could somebody ELI5 me?

hahahahahahahaha… this is so stupid!

Nice, but I quite didn’t understand the utility of this video

Out of any other possible frame for a thumbnail…

What is “manosphere”?

Apple knows your shit better than you ®

Tell us how it goes 👀

Yeah the big question is what’s gonna happen to the project after Linus…

you got it pretty much right. An ABI, depending on the context, could include just the app/OS interface or also the across-apps, across-apps-modules interface too. Things like calling convention, register usage, stack usage, etc.

when you distribute compiled libraries, you want clients to know how to invoke your functions and know how to retrieve your returned values. That’s part of the ABI too.

The ABI also defines the type translation from the language (say, C) to asm undertood by a processor (say riscv64g) so, you map types. Following that example, you may instruct the assembler and linker to use abi “lp64” that maps longs and pointers to 64 bits, and integers (int) to 32 bits. This abi also emulates floating point operations (n the other hand, lp64d would make use of dedicated hardware for “double precision” floats)