Why code in Python+C if you can code in Lisp+Zig?
Pjotr Prins (University of Tennessee)
Most bioinformatics software today is written in Python and for performance C is used. Lisp has been around for over half a century and here I don’t have to tell how or why programming Lisp is great. I will talk about Zig as a minimalistic new language that is unapologetically focused on performance, tellingly with a blazingly fast compiler. It is advertised as a replacement for Thompson, Ritchie, and Kernighan’s C, but it may even replace C++ in places. Zig uses the C-ABI and does not do garbage collection, so it is ideal for binding against other languages. In this talk I will present combining GNU Guile Lisp with Zig. I’ll argue that everyone needs two languages: one for quick coding and one for performance. With Guile and Zig you get both at the same time and you won’t have to fight the Rust borrow checker either.
| (guile-zig.pdf) | 1.58MiB |
Sat 9 SepDisplayed time zone: Pacific Time (US & Canada) change
11:00 - 12:30 | |||
10:50 25mTalk | Modeling Graph-Based Morphology of the Synaptic Spine Head DeclMed Matthew Hur University of California, Irvine | ||
11:15 25mTalk | Why code in Python+C if you can code in Lisp+Zig? DeclMed Pjotr Prins University of Tennessee Health Science Center File Attached | ||
11:40 25mTalk | Propagator networks for degenerate computation DeclMed Arun Isaac University College London (UCL) File Attached | ||
12:05 25mTalk | Functional Pearl: Signature Memoization for Drug Repurposing DeclMed Media Attached File Attached | ||
