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This free online converter lets you convert code from Haskell to Zig in a click of a button. To use this converter, take the following steps -
Characteristic | Haskell | Zig |
---|---|---|
Syntax | Concise, functional, uses significant whitespace and pattern matching; emphasizes immutability and purity. | C-like, imperative, explicit, minimalistic; focuses on clarity and direct control over code structure. |
Paradigm | Purely functional, declarative, lazy evaluation by default. | Imperative, procedural, with manual memory management; not functional. |
Typing | Statically typed, strong type inference, advanced type system (e.g., type classes, algebraic data types). | Statically typed, no type inference, simpler type system, explicit types. |
Performance | Good performance for functional code, but can be unpredictable due to laziness and garbage collection. | High performance, predictable, no garbage collector, close to C in efficiency. |
Libraries and frameworks | Rich ecosystem for functional programming, web, and data science, but some libraries may be outdated or less maintained. | Smaller ecosystem, growing standard library, limited third-party libraries compared to older languages. |
Community and support | Established academic and open-source community, good documentation, but smaller and more niche. | Young and rapidly growing community, active development, but fewer resources and contributors. |
Learning curve | Steep, especially for those new to functional programming and advanced type systems. | Moderate, easier for those familiar with C-like languages, but manual memory management can be challenging. |