rust-core-arch

Structure a Rust core library for polyglot integration by separating domain logic into modular crates, enforcing strict error handling, and defining FFI integration points for Python, Node.js, Ruby, PHP, and WASM.

Rust module organization and public API design best practices emphasize modularity, domain logic separation, and cross-language compatibility conventions to ensure robust, maintainable architecture.

Expose Rust functions to Python, Node.js, and Ruby by defining specific FFI integration points and bindings, following polyglot conventions for naming, async operations, and memory management.

Apply rigorous testing strategies to Rust core architecture by enforcing strict quality gates including clippy, coverage thresholds, and a strict no-unwrap policy to ensure robustness.

Yes, you can use a single Rust core library with both WASM and PHP bindings by defining specific integration points and following polyglot conventions for cross-language compatibility.

Polyglot error handling in Rust integrations requires defining specific conventions for error propagation across language boundaries, ensuring robust cross-language compatibility without relying on panics.