A recent technical post demonstrates how to bind Rust code to .NET 10 using Foreign Function Interface (FFI), with the Oxigraph library as a case study. The approach involves creating a Rust library with a C-compatible API, then consuming it from .NET via P/Invoke or COM interop. This enables developers to leverage Rust's memory safety and performance in .NET applications without rewriting existing codebases. The post covers practical steps like marshaling data, handling errors, and managing lifetimes across language boundaries. As .NET continues to expand its cross-platform capabilities, such FFI bridges become increasingly valuable for integrating high-performance Rust libraries into enterprise .NET ecosystems. This trend signals a broader move toward polyglot programming where developers choose the best language for each component.
This article details binding Rust code to .NET 10 using FFI, specifically with the Oxigraph library. It demonstrates a practical approach for integrating Rust's performance and safety into .NET applications, highlighting a trend toward polyglot systems programming. This matters for developers seeking to leverage Rust in .NET ecosystems without full rewrites.