I’ve been using this for a while now. But one thing I recently worked on required these locks to be extremely efficient. Does anyone have any benchmarks on usage of these locks? Preferably compared to the use of rust’s tokio mutex from a wasm context.
You should write your own benchmarks! I've been using mitata for microbenchmarks which is what the bun and deno people use for their cool benchmark charts. It's fast and tries to call the system GC between runs which helps reduce bias. github: https://github.com/evanwashere/mitata
I find iterating in mitata super fun and a little addictive. It's hard to write a representative micro-benchmark, but optimizing them is still useful as long as you aren't making anything worse, which is often easy to avoid. I recently used mitata-benchmark-guided optimization to rewrite a core data structure at Notion for a 5% latency decrease on a few endpoints at p90/95/99. One of our returning interns used it to assess serialization libraries and she found one 3x faster. a+++ would recommend
I’d assume that if you have used them for a while, you have a rough understanding of the performance characteristics and/or the knowledge of how to write even a quick, rough benchmark for them.
