Online Swift to Grain Converter
Click to select or drop your input code file here.
You can also type the input code below.
How to use this tool?
This free online converter lets you convert code from Swift to Grain in a click of a button. To use this converter, take the following steps -
- Type or paste your Swift code in the input box.
- Click the convert button.
- The resulting Grain code from the conversion will be displayed in the output box.
Key differences between Swift and Grain
| Characteristic | Swift | Grain |
|---|---|---|
| Syntax | Modern, concise, and expressive syntax inspired by languages like Python and Ruby; designed for readability and safety. | Functional, ML-inspired syntax similar to OCaml and ReasonML; emphasizes immutability and pattern matching. |
| Paradigm | Multi-paradigm: supports object-oriented, protocol-oriented, and functional programming. | Purely functional: emphasizes immutability, first-class functions, and strong functional programming concepts. |
| Typing | Statically typed with type inference; strong type safety and optionals for null safety. | Statically typed with type inference; uses Hindley-Milner type system for strong type safety. |
| Performance | High performance, compiled to native code (LLVM); suitable for production mobile and server applications. | Compiles to WebAssembly for efficient execution in browsers and other WASM environments; performance is good for WASM but not as fast as native code. |
| Libraries and frameworks | Rich ecosystem, especially for Apple platforms (iOS, macOS); extensive standard library and third-party frameworks. | Smaller ecosystem; limited libraries and frameworks, mostly focused on WebAssembly and functional programming. |
| Community and support | Large, active community with strong support from Apple and open-source contributors. | Small, niche community; primarily supported by enthusiasts and core maintainers. |
| Learning curve | Moderate; approachable for beginners, especially those familiar with modern programming languages. | Steep; requires understanding of functional programming and ML-family languages. |
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