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This free online converter lets you convert code from OCaml to Zig in a click of a button. To use this converter, take the following steps -
Characteristic | OCaml | Zig |
---|---|---|
Syntax | Functional, ML-style syntax with significant whitespace and pattern matching; concise but can be unfamiliar to those used to C-like languages. | C-like, imperative syntax; explicit and minimalistic, designed for clarity and direct control over the hardware. |
Paradigm | Primarily functional, but supports imperative and object-oriented programming. | Imperative and procedural, with some support for generic programming; not functional. |
Typing | Statically typed with strong type inference and type safety. | Statically typed with explicit types; no type inference, types must be specified. |
Performance | Good performance for a high-level language, but generally slower than low-level languages like C or Zig. | High performance, comparable to C; designed for systems programming and low-level control. |
Libraries and frameworks | Decent standard library and some third-party libraries, but ecosystem is smaller compared to mainstream languages. | Minimal standard library, ecosystem is young and still growing; fewer libraries and frameworks available. |
Community and support | Established academic and industrial community, good documentation, but smaller and less active than major languages. | Rapidly growing but still small community; active development and responsive maintainers, but less mature support. |
Learning curve | Steep for those unfamiliar with functional programming or ML-family languages. | Moderate for those with C experience; straightforward syntax but requires understanding of low-level concepts. |