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For a somewhat more "productive" hello world (as in a very simple application which does useful things), there's nh3 (https://github.com/messense/nh3) which is a pretty simple wrapper around ammonia (https://github.com/rust-ammonia/ammonia), an HTML sanitisation library. The lib.rs is all of 125 SLOC (and about half of that is owing to the handling of `attribute_filter` which is pretty demanding on the glue layer: https://github.com/messense/nh3/commit/72be3e6728b7ceb9185e7...).
For a somewhat more "productive" hello world (as in a very simple application which does useful things), there's nh3 (https://github.com/messense/nh3) which is a pretty simple wrapper around ammonia (https://github.com/rust-ammonia/ammonia), an HTML sanitisation library. The lib.rs is all of 125 SLOC (and about half of that is owing to the handling of `attribute_filter` which is pretty demanding on the glue layer: https://github.com/messense/nh3/commit/72be3e6728b7ceb9185e7...).
PyO3 is being used to expose the Python bindings to the delta-rs project: https://github.com/delta-io/delta-rs
It's a great way to expose Python bindings because it "feels" Pythonic. Most users run pip install deltalake and are completely unaware that the backend is implemented in Rust.
This is quite a different user experience than Python bindings for Java backends exposed via py4j. The py4j interfaces have the Java feel and require Java to be installed, which most Python users don't like.