Safe interop between Rust and C++. Contribute to ubuntu-repo/cxx development by creating an account on GitHub.
CXX — safe FFI between Rust and C++This library provides a safe mechanism for calling C++ code from Rust and Rust code from C++, not subject to the many ways that things can go wrong when using bindgen or cbindgen to generate unsafe C-style bindings.This...
Both C++ and Rust Have C Interop C++ has a very complex ABI, and the Rust ABI is not frozen. However, both C++ and Rust support functions that use the C ABI. Therefore, interoperability between C++ and Rust involves writing things in such a way that C++ sees Rust code as C code and ...
Seamless C interop, and dozens of supported platforms (based on LLVM). "Most loved or admired language" for 4 5 6 7 8 years in a row. 🤷♀️ Modern tooling: cargo (builds just work), clippy (700+ code quality lints), rustup (easy toolchain mgmt). Weaknesses Points you mig...
feature Python in 2024: Faster, more powerful, and more popular than ever Dec 25, 20244 mins how-to 4 key concepts for Rust beginners Dec 18, 20246 mins analysis The Python AI library hack that didn’t hack Python Dec 13, 20242 mins ...
gdbgui - Browser based frontend for gdb to debug C, C++, Rust, and go. kxxt/tracexec [tracexec] - Tracer for execve{,at} and pre-exec behavior, launcher for debuggers. LLDB CodeLLDB - A LLDB extension for Visual Studio Code. Deployment Docker emk/rust-musl-builder - Docker images...
dtolnay/cxx - Safe interop between Rust and C++ rust-cpp - Embed C++ code directly in Rust. rust-lang/rust-bindgen - A Rust bindings generator Erlang rusterlium/rustler - safe Rust bridge for creating Erlang NIF functions Java bennettanderson/rjni - use Java from Rust drrb/java-rus...
Sean1708/rusty-cheddar— generates C header files from Rust source files C++ rust-lang/rust-bindgen— A Rust bindings generator dtolnay/cxx— Safe interop between Rust and C++ rust-cpp - Embed C++ code directly in Rust. Erlang rusterlium/rustler— safe Rust bridge for creating Erlang ...
In short, Rust is slightly friendlier regarding C interop than Go, so anything with major dependencies on existing C may tip the scale toward Rust. In both Rust and Go, though, interoperability with C comes at some cost to the developer: more conceptual overhead, slower compile times, more...
which I can incorporate automatically by pressing a few keys in my IDE. Contrast this with C/C++ and even Go, which tend to have either too-terse-to-be-actionable or too-verbose-to-make-sense-of feedback. By comparison, output from other compilers often comes across as condescending, as...