

Highlight 1
The addition of a module system is a significant improvement, allowing for cleaner code organization and modular development.
Highlight 2
The language’s built-in slices and SIMD types offer performance improvements and ease of use, especially for developers working on high-performance applications.
Highlight 3
Gradual contracts and built-in checks in debug mode provide developers with powerful tools for error detection and runtime safety.

Improvement 1
While C3 introduces great new features, its lack of backward compatibility with C could limit adoption among developers who rely on existing C codebases.
Improvement 2
The documentation could be more detailed, especially around more advanced features like semantic macros and compile-time introspection, to help new users quickly understand and adopt these features.
Improvement 3
As the language evolves, it may be beneficial to implement a more structured roadmap and clear versioning system to ensure developers know when major changes or breaking changes are coming.
Product Functionality
Adding more practical examples and tutorials could help users better understand how to use C3 for different types of applications, from embedded systems to large software projects.
UI & UX
The website could benefit from a more interactive approach, such as live coding examples or an integrated editor where users can test C3 code directly in the browser.
SEO or Marketing
To improve marketing and visibility, consider publishing more case studies, success stories, and examples of C3 being used in real-world applications across various industries.
MultiLanguage Support
Introducing multi-language support on the website would allow non-English-speaking developers to engage more easily, especially for global adoption.
- 1
What is C3 and how is it different from C?
C3 is a language designed to evolve C with modern features like a module system, semantic macros, and built-in slices, making it more powerful and flexible than C. Unlike C, C3 doesn’t prioritize backward compatibility, allowing for more forward-thinking design choices.
- 2
How does C3 handle error detection?
C3 introduces zero-overhead errors and built-in checks in debug mode, helping developers identify and fix issues during the development process with minimal performance penalties.
- 3
Is C3 suitable for large-scale production applications?
Yes, C3 is designed with performance in mind, offering advanced features like SIMD types and a module system, making it suitable for large-scale production environments, especially where C-like performance is needed but with modern enhancements.