Search Results for "tiny-workflow"

cuda-oxide is an experimental NVIDIA Labs project that brings Rust closer to native CUDA GPU development. It works as a Rust-to-CUDA compiler path that lets developers write SIMT GPU kernels in idiomatic Rust instead of using a separate CUDA C++ workflow. The project compiles standard Rust code directly to PTX, avoiding DSLs, source-to-source translation, or foreign-language bindings. It supports a single-source programming style where host and device code can live together and be built through Cargo-oriented tooling. cuda-oxide is still experimental, so it is best suited for research, early exploration, and developers interested in Rust-based GPU programming. ...

nikivdev/rust is a personal workspace containing Rust tools, libraries, experiments, and command-line utilities. It is not a single product with one narrow feature set, but a collection of reusable Rust code organized around the author’s development workflow. The repository is designed to work with the author’s Flow task runner, which provides setup, task discovery, and deployment commands. Some utilities can be compiled and installed into the user’s local path through project-specific deploy commands. The project is useful as a reference for how a developer organizes practical Rust tooling across many small programs. ...

..., #[sorted], #[bitfield]. The README indicates the focus is on learning: parsing token streams, generating code, handling generics, attribute arguments, etc. It has test harness and workflow guidance. Because procedural macros are quite subtle in Rust, this workshop is a strong resource for anyone wanting to go from beginner to intermediate/advanced macro writing.

Floem is a cross-platform GUI framework for Rust. It aims to be extremely performant while providing world-class developer ergonomics. Supporting both GPU and CPU rendering, Floem gives you performance that's closest to bare metal. Also primitives are provided to help the developer to write performant UI code without too much effect.