A programming language-agnostic algebraic data type definition language based on polynomials.
Typedefs is a programming language-agnostic type construction language based on polynomials. It allows developers to define algebraic data types in a way that can be used across different programming languages, solving the problem of type definition duplication and interoperability. The system provides a mathematical foundation for type construction using polynomial functors.
Developers and language designers working on projects that require type definitions to be shared across multiple programming languages or ecosystems.
Typedefs offers a mathematically rigorous, language-agnostic approach to type definitions, enabling true cross-language interoperability and reducing the need to reimplement types for each language.
Programming language agnostic type construction language based on polynomials.
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Based on polynomial functors, providing a solid foundation for type construction, as emphasized in the project's philosophy and key features.
Enables type definitions to be shared across multiple languages, reducing duplication and promoting interoperability, per the value proposition and README description.
Supports sum and product types for complex data modeling, a key feature that enhances flexibility in type design.
The online Try Typedefs interface allows instant experimentation with examples, facilitating learning and prototyping without local setup.
The README outlines multiple build methods (Nix, Makefile, Elba), which can be daunting and time-consuming for users not versed in these tools.
Written in Idris, a less common language, which may limit community contributions, support, and increase the learning curve for mainstream developers.
While language-agnostic, the README lacks details on concrete implementations for popular languages, potentially requiring additional effort for real-world use.