"this program generates around 31GiB of FizzBuzz per second"
"this program generates around 31GiB of FizzBuzz per second"
Fizz Buzz is a common challenge given during interviews. The challenge goes something like this: Write a program that prints the numbers from 1 to n. If a number is divisible by 3, write Fizz inst...
I've spent months working on this program. I've long thought that "how fast can you make a FizzBuzz" would be a really interesting question for learning about high-performance programming, and when I subsequently saw this question posted on CGCC, I pretty much had to try.
This is so beautiful 🥹
edit: outjerked yet again https://codegolf.stackexchange.com/a/269772
![[HN] 55 GiB/s FizzBuzz (2021)](https://lemmy.uhhoh.com/pictrs/image/832926dd-ef04-4072-812a-57c068265341.png?format=webp&thumbnail=128)
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Why did you post that implementation and not David Frank's with 1.7 Terrabit/s ?
I saw it before that one, and by that time i already posted. I think deleting and reposting is a little weird so I guess I'll have to make due X)
I'll mention it in the post body though, thanks lol
Didn't realise that it's yours! Kudos :)
I didn't make it, sorry 😅 I found it since i like to browse codegolf (and PCJ, i also saw it before from there) and decided to upload it here because it always makes me crack up. If only i were this dedicated 😂
Sorry 😅
Yeah, I haven't solved puzzles like that in a while either
Can we get a tldr for the approach used?
hand-optimized SIMD-instructions probably