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Use Rust's Foreign Function Interface (FFI) feature to create a C-compatible interface for Rust code. This allows Rust code to be called from .NET applications using the platform invocation services (P/Invoke) feature of .NET.
Use Rust's WebAssembly (WASM) capabilities to expose Rust functions as web APIs that can be consumed from any programming language including .NET.
Use a bridge tool like RustBind which automates the process of generating C bindings from Rust code. RustBind generates C code that you can call from .NET or any other C-compatible language.
Use a serialization format like Protocol Buffers or JSON to exchange data between Rust and .NET applications. This provides a standard format that can be used by both platforms to communicate with each other.
Use Rust's C/C++ compatibility to create native code libraries that can be called from .NET applications. .NET applications can consume Rust libraries using P/Invoke or COM interop.
Use a cross-platform serialization format like MessagePack, BSON or FlatBuffers to exchange data between Rust and .NET applications. This provides a lightweight, efficient format that can be used by both platforms to communicate with each other.