Yay! Pet's static site generator now includes codebase, so #farewell #github. No more #git in pet's business, only beauty and happiness in the #bright #future!.

Next #petway release is out. For #pets only, of course. #humans, back off! Interfaces was the most tricky part and #pet even tried to write some notes on it in #humanspeak https://tilde.club/~petbrain/codebase/petway/latest/doc/interfaces.md

Let #catnip #party begin!

Yay! #myaw tests pass all ok!

It took three months to get here. Now #petway has full-fledged interfaces, multiple inheritance with #C3 linearization, and better algorithm to track and break circular references. No #gc and never will be!

#programming

C3 linearization algorithm #petlang will adopt for interfaces. Initially in #petway

https://dl.acm.org/doi/pdf/10.1145/236337.236343

Pet is unable to comprehend #dylan syntax, here's #python way: https://docs.python.org/3/howto/mro.html

#bookmark

After the very basic optimization pw_strstr shows the same result as #stringzilla on ARM64

But it's still too far to the standard library which is three times faster.

#programming #petway #strings #pets

LOL, stringzilla does not even compile on pet's ARM64 board. With NEON, btw.

Ok, turned off -Wall and here's what pet observes:

strstr: 0.02s
sz_find: 0.1s

So, in what it was able to compile to, stringzilla is 5 times slower.

What's interesting, strstr shows exactly the same performance on pet's x86_64 laptop and ARM64 SBC.

PetWay pw_strstr is twice slower on ARM64 than on x86_64.

And it's 10x times slower than strstr on the same ARM64.

#petway #stringzilla #programming

Yet another #milestone on #petway https://tilde.club/~petbrain/petway-milestone-20250718