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This free online converter lets you convert code from Carbon to Haskell in a click of a button. To use this converter, take the following steps -
Characteristic | Carbon | Haskell |
---|---|---|
Syntax | C++-like, imperative, familiar to C-family programmers, designed for readability and migration from C++. | Functional, concise, uses significant whitespace, mathematical notation, and infix operators. |
Paradigm | Primarily imperative and object-oriented, with support for generic programming. | Purely functional, emphasizes immutability and higher-order functions. |
Typing | Static, strong, with type inference and modern generics. | Static, strong, with advanced type system (type inference, type classes, algebraic data types). |
Performance | Aims for performance similar to C++, suitable for systems programming. | Good performance for functional code, but may lag behind C++/Carbon in low-level or real-time scenarios. |
Libraries and frameworks | Limited, as the language is still experimental; aims for C++ interoperability. | Mature ecosystem for functional programming, web, concurrency, but fewer mainstream libraries than C++. |
Community and support | Small, early-stage community, mostly experimental and driven by Google. | Established academic and open-source community, good documentation and learning resources. |
Learning curve | Low for C++/C developers, designed for easy migration. | Steep, especially for those new to functional programming or advanced type systems. |