A lightweight Haskell web framework inspired by Ruby's Sinatra, using WAI and Warp for RESTful applications.
Scotty is a lightweight web framework for Haskell that enables developers to quickly build RESTful web applications with minimal boilerplate. Inspired by Ruby's Sinatra, it provides a simple, declarative syntax for defining routes and handlers while leveraging the performance of the Warp web server and the WAI interface standard. It solves the problem of creating efficient web services in Haskell without the complexity of larger frameworks.
Haskell developers looking for a minimal, unopinionated web framework to build APIs or small to medium-sized web applications quickly and with clear, maintainable code.
Developers choose Scotty for its simplicity, speed, and adherence to Haskell idioms, offering a straightforward way to create web applications without the overhead of more complex frameworks while still benefiting from strong typing and WAI ecosystem compatibility.
Haskell web framework inspired by Ruby's Sinatra, using WAI and Warp (Official Repository)
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Defines routes with HTTP verbs and patterns in a concise, declarative style, as shown in the basic example with `get "/:word"`.
Works with any template language or function returning Text, offering flexibility in view rendering without locking into a specific system.
Adheres to the Web Application Interface standard, ensuring seamless integration with Haskell web ecosystem tools and middleware.
Uses the high-performance Warp web server by default, providing efficient request handling for web applications with minimal configuration.
Includes practical examples for common tasks like exception handling, sessions, and file uploads, aiding in quick implementation and learning.
Lacks built-in features such as authentication, database integration, or form validation, requiring reliance on external libraries and more manual setup.
Requires proficiency in Haskell and functional programming, which can be a significant hurdle for teams unfamiliar with the language ecosystem.
On platforms like Windows, compilation issues with dependencies like regex-posix can arise, as noted in the FAQ, adding to initial setup challenges.
Compared to full-stack frameworks, the ecosystem for pre-built components and plugins is smaller, necessitating more custom development for advanced features.