EmbeddingGemma 2: an open, lightweight multimodal embedding model
deepmind.google·6d ago
AI Engineering
Lobsters·Aug 30·5 min read
Rust Function Overloading - Call for Experimentation
TL;DR
The Rust Project is exploring function overloading for Foreign Function Interface (FFI) bindings, allowing developers to experiment with this feature. While stable Rust supports a form of overloading using tuples and traits, the current implementation requires passing overloaded arguments as a single tuple, which can be awkward.
✦ Why It Matters
Experiment with Rust's function overloading to enhance your FFI bindings and improve code clarity.
Key Takeaways
- Explore the 'splat' feature in nightly Rust for function overloading.
- Test how overloaded functions can improve C++ calls from Rust.
- Contribute feedback on the usability of the experimental feature.
- Stay updated on future developments in Rust's function overloading.
How It Works
The 'splat' feature allows developers to call overloaded functions with separate arguments instead of a single tuple. This is achieved through the #[rustc_splat] attribute, which enables Rust to infer types and check them as it would in stable Rust.
The feature is designed to facilitate smoother interoperability with C++ by allowing Rust to handle multiple function signatures more intuitively.