Online Carbon to Lisp 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 Carbon to Lisp in a click of a button. To use this converter, take the following steps -
- Type or paste your Carbon code in the input box.
- Click the convert button.
- The resulting Lisp code from the conversion will be displayed in the output box.
Key differences between Carbon and Lisp
| Characteristic | Carbon | Lisp |
|---|---|---|
| Syntax | C++-like, modern, uses braces and semicolons, designed for readability and familiarity for C++ developers. | Parenthesis-based, prefix notation, minimal syntax, code and data share the same structure (homoiconic). |
| Paradigm | Multi-paradigm, primarily supports object-oriented and generic programming, designed as a successor to C++. | Multi-paradigm, strong support for functional and symbolic programming, also supports procedural and object-oriented styles. |
| Typing | Statically typed, with type inference and strong type safety. | Dynamically typed (in most dialects), some dialects offer optional static typing. |
| Performance | Aims for high performance, close to C++ with low-level control and optimizations. | Performance varies by implementation; can be fast, but generally not as optimized for low-level systems as C++-like languages. |
| Libraries and frameworks | Limited, as it is a new language; ecosystem is still developing. | Mature, but fragmented across dialects; many libraries exist, especially for Common Lisp and Scheme. |
| Community and support | Small and emerging community, mostly early adopters and contributors. | Long-standing, but niche community; good support for major dialects, but not as large as mainstream languages. |
| Learning curve | Moderate for C++ developers, easier transition for those familiar with C-like languages. | Steep for beginners due to unique syntax and concepts, but powerful once mastered. |
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