A DSL for quickly writing web applications in Swift with type-safe path routing.
Frank is a domain-specific language (DSL) for building web applications in Swift. It enables developers to define HTTP routes with type-safe path parameters and handle requests using Swift's expressive syntax. The framework simplifies web development in Swift by reducing boilerplate and integrating seamlessly with the Nest web server interface.
Swift developers looking to build web applications or APIs with a clean, type-safe routing system. It's ideal for those who prefer Swift's syntax and want to leverage its type system for web development.
Frank offers a minimalistic, type-safe approach to web routing in Swift, reducing runtime errors and improving code clarity. Its compatibility with the Nest ecosystem allows flexibility in server choice, while its DSL makes route definitions intuitive and concise.
Frank is a DSL for quickly writing web applications in Swift
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Frank uses the ParameterConvertible protocol to automatically convert wildcard parameters to specified Swift types, ensuring compile-time safety and reducing runtime errors, as shown in the routing examples.
Routes are defined with intuitive functions like get and post, using separate arguments for path components, which makes code readable and minimizes boilerplate, as demonstrated in the basic usage.
Easily integrates with Stencil for server-side rendering, with helper functions provided to render templates, streamlining HTML generation in Swift web apps.
Built around the Nest Swift Web Server Gateway Interface, allowing use with any Nest-compatible server, which enables deployment across various environments like Heroku.
The project is in an archive (kylef-archive/Frank), meaning no active development, updates, or security patches, posing risks for production use.
Focuses primarily on routing; lacks out-of-the-box support for common web needs like authentication, database ORM, or JSON parsing, requiring additional libraries and manual implementation.
Swift on the server has a smaller community and fewer third-party extensions compared to languages like JavaScript or Python, limiting resources and community support.