A Common Lisp to JavaScript compiler enabling Lisp development for web and React applications.
Valtan is a Common Lisp to JavaScript compiler that translates Lisp code into executable JavaScript, enabling developers to build web applications and React components using Common Lisp. It solves the problem of integrating Lisp's advanced features, like macros, into the JavaScript ecosystem, allowing for more expressive and maintainable web development.
Common Lisp developers who want to target web platforms, and web developers interested in leveraging Lisp's macro system and syntax for building applications, particularly those using React.
Developers choose Valtan for its ability to bring Common Lisp's powerful macro system and syntax to JavaScript environments, offering a unique approach to web development with features like code obfuscation, minification, and seamless integration with existing JavaScript libraries.
Common Lisp to JavaScript compiler
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Valtan supports Common Lisp macros, enabling complex code generation like React components directly from Lisp, as highlighted in the features for web applications.
It seamlessly works with existing JavaScript libraries and frameworks, and integrates with webpack for code minification, optimizing production builds as per the README.
Provides source maps that map compiled JavaScript back to the original Lisp source, aiding debugging in browsers, a key feature mentioned in the documentation.
Includes code obfuscation and minification features, protecting source code and reducing file size for production deployments, as noted in the feature list.
Valtan is explicitly in alpha with incomplete ANSI Common Lisp compatibility and relies on the SACLA test suite, indicating potential bugs and missing features for serious use.
Installation requires Roswell or building from source, and projects involve npm and webpack, adding overhead compared to simpler JavaScript toolchains.
Aims for ANSI Common Lisp compatibility but isn't fully there yet, with gaps in the test suite, which could affect feature completeness for advanced Lisp code.