Three simple steps
How to use this tool?
This free online converter translates Carbon source code into Haskell in three simple steps.
- Step 1
Add your Carbon code
Type, paste, or upload the Carbon code you want to translate.
- Step 2
Convert the code
Click Convert to translate the source code into Haskell.
- Step 3
Review the result
Review, copy, or download the resulting Haskell code from the output editor.
Language comparison
Key differences between Carbon and Haskell
| 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. |
Common questions
Frequently Asked Questions
How do I convert Carbon to Haskell?
Paste your Carbon code into the input box, confirm the languages are set to Carbon and Haskell, and click Convert. CodeConvert AI analyzes your Carbon code and generates equivalent Haskell code in seconds, preserving the original logic and structure.
What are the main differences between Carbon and Haskell?
Carbon and Haskell differ in syntax, type system, standard libraries, and common idioms, so copying code line for line usually will not compile. The converter maps each Carbon construct to its closest Haskell equivalent. See the comparison table below for the key differences between Carbon and Haskell.
Is the converted Haskell code accurate?
The AI produces high-quality Haskell code that preserves the behavior of your original Carbon code and follows Haskell conventions. It handles common patterns, data structures, and idioms for both Carbon and Haskell. For large or performance-critical code, review and test the Haskell output before using it in production.
Can I convert an entire Carbon project to Haskell?
You can convert Carbon files one at a time by pasting each file's code. For a full migration, convert each file and then review how classes, dependencies, and project structure map from Carbon to Haskell. Signing in for free raises the input limit to 25,000 characters per conversion for larger files.
Can I convert Haskell back to Carbon?
Yes. CodeConvert AI converts in both directions, so you can convert Haskell to Carbon just as easily using our Haskell to Carbon converter. Try the Haskell to Carbon Converter
Is the Carbon to Haskell converter free, and do I need to install anything?
Yes, it is free and runs in your browser with nothing to install and no IDE extension required. You can convert Carbon to Haskell without an account for up to 2 conversions per day. Sign in for free for higher limits.
What are the benefits of signing in?
Signing in unlocks CodeConvert AI's Pro converter with more powerful AI models, a built-in chat assistant, code execution, saved conversion history, and personal notes. Every free account includes 5 credits and supports up to 25,000 characters of input per conversion, with no credit card required.
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