Ahh forgot to update the general CI, or should we remove the quaddtype from there, given that build_wheels.yml has those same checks in its CI with more strict and on all platforms

Would the new functionality only be accessed through the dot function or is there a way to call that automatically when using numpy dot, matmul, etc?

Unfortunately no, not easily. We'd need to add a new dtype hook to the DType API in NumPy. Worth doing though! See numpy/numpy#28516 which adds a hook for sorting.

As per @seberg 's suggestion, this now implements numpy.matmul ufunc.

Some extra stuff includes:

• Refactor of umath
• Added a release_tracker.md to track the progress (pinned all the available numpy ufuncs and what we support right now)

@ngoldbaum please take a look and let me know if anything needs a fix

This is a lot of code! I'll try to give this a once-over but I'm probably not going to have the bandwidth to go over this with a fine-toothed comb. @juntyr I'd appreciate it if you could also do a round of code review. Don't be afraid to ask questions if anything is confusing to you.

This is a lot of code! I'll try to give this a once-over but I'm probably not going to have the bandwidth to go over this with a fine-toothed comb. @juntyr I'd appreciate it if you could also do a round of code review. Don't be afraid to ask questions if anything is confusing to you.

Yeah the refactor of umath made it big (but those codes are already reviewed), here is what's new

• umath/matmul.cpp & .h files
• quadblas_interface.cpp and h files
• tests/test_dot.py
• GitHub CI files

Thanks @ngoldbaum will apply all the changes in next commit :) and so sorry this one got hectic

I didn't test the windows instructions but we can always fix issues later and I think what's in here is a significant improvement over the nothing we had before :)

I wrote these parallel to windows CI and tested them on windows-11 PC
Remaining all ufuncs (from tracker) are easily doable @juntyr tackling some, so I'll most probably start the branch for auto documentation and support for high-endianess systems