math-expression-parser

To translate a math expression parser from TypeScript, you provide the target language and desired parser nodes. The Skill generates a native implementation using language-specific translation hints and reference tests as a behavioral contract.

Yes, you can generate selective node subsets of the math expression parser instead of the full pipeline. Subset extraction rules map individual components like the tokenizer, parser, or evaluator directly from the verified TypeScript reference.

The best way to ensure consistent multi-language math expression parser behavior is using the accompanying tests from the TypeScript reference as a behavioral contract. Generated native implementations must pass these tests to enforce correct translation.

Yes, the generated native math expression parser code includes explicit dependencies and a provenance header. This ensures traceability back to the verified TypeScript reference and clarifies all required external libraries.

Cross-language code generation for math expression evaluators works by leveraging language hints in to-<lang>.md files. These hints guide the translation of the verified TypeScript node graph into native implementations.

A reference implementation is needed to generate a math expression parser because it provides the verified node graph and test suite. This serves as the behavioral contract and structural blueprint for accurate native code generation.