

Highlight 1
Seastar's ability to manage recursive dependencies simplifies project management and reduces manual overhead for developers.
Highlight 2
The use of TOML for configuration makes the setup process user-friendly and allows for easy modifications.
Highlight 3
The command to quickly create new libraries encourages rapid development and experimentation within the C and C++ ecosystems.

Improvement 1
Needs comprehensive documentation to help new users understand how to effectively use all features.
Improvement 2
The current lack of a package registry like crates.io may limit the accessibility of shared libraries for developers.
Improvement 3
Enhancing compatibility with CMake projects could improve Seastar's adoption within existing C/C++ workflows.
Product Functionality
Consider adding a visual interface for managing dependencies and project settings to appeal to users who prefer a GUI.
UI & UX
Implement a more intuitive navigation system and provide onboarding experiences or tutorials for new users.
SEO or Marketing
Develop a marketing strategy that includes writing blog posts and case studies on GitHub or developer forums to showcase Seastar's capabilities and use-cases.
MultiLanguage Support
Introduce multi-language support for the documentation to reach a wider audience, particularly for non-English-speaking developers.
- 1
What programming languages does Seastar support?
Seastar supports C and C++ programming languages.
- 2
Is Seastar suitable for both beginners and experienced developers?
Yes, Seastar aims to be user-friendly for beginners while offering powerful features that experienced developers will appreciate.
- 3
How do I create a new library using Seastar?
You can create a new library by using the command `seastar new mylib --lang c++ --lib`, which sets up the initial structure for your library.