Open Source Dart Frameworks

LunaSea is a fully featured, open source self-hosted controller focused on giving you a seamless experience between all of your self-hosted media software remotely on your devices. LunaSea even comes with support for webhook-based push notifications, multiple instances of applications using profiles, backup and restore functionality for your configuration, an AMOLED black theme, and more!

Nylo is a powerful framework for developing mobile apps in Flutter. Out of the box, it comes with a router, secure storage, networking, and more.

Rust for native business logic, Flutter for flexible and beautiful GUI. Rinf is a production-ready framework for creating beautiful and performant cross-platform apps using Flutter and Rust with batteries fully included. Simply add this framework to your app project, and you're all set to write Flutter and Rust together. There are no webviews, web servers, hidden threads, or unnecessary memory copying that might cause performance overhead. This setup acts as a very thin wrapper around Dart and Rust. This is not a bulky framework that requires you to install so many dependencies and use complicated CLI commands. Just focus on your code using your preferred Flutter and Rust libraries. Creating hundreds or even thousands of message APIs between Dart and Rust feels smooth and clean. Additionally, you have the flexibility to utilize any number of Rust library crates, perhaps including those you might have been working on.

Aqueduct is a modern Dart HTTP server framework. The framework is composed of libraries for handling and routing HTTP requests, object-relational mapping (ORM), authentication and authorization (OAuth 2.0 provider) and documentation (OpenAPI). These libraries are used to build scalable REST APIs that run on the Dart VM. An object-oriented, multi-threaded HTTP server framework written in Dart. Aqueduct is an extensible HTTP framework for building REST APIs on top of the Dart VM. It includes a statically-typed ORM, OAuth 2.0 provider, automated testing libraries, and OpenAPI 3.0 integration. Aqueduct's memory-isolated threads leverage every CPU without writing any code. No race conditions or complicated synchronization logic to worry about. A familiar, higher-order functional syntax makes application flow easy to construct and read. Powerful, statically typed queries enable code-completion and refactoring tools while minimizing error.

GetX is an extra-light and powerful solution for Flutter. It combines high-performance state management, intelligent dependency injection, and route management quickly and practically. GetX has 3 basic principles. This means that these are the priority for all resources in the library: PRODUCTIVITY, PERFORMANCE AND ORGANIZATION. GetX is focused on performance and minimum consumption of resources. GetX does not use Streams or ChangeNotifier. GetX uses an easy and pleasant syntax. No matter what you want to do, there is always an easier way with GetX. It will save hours of development and will provide the maximum performance your application can deliver. Generally, the developer should be concerned with removing controllers from memory. With GetX this is not necessary because resources are removed from memory when they are not used by default. If you want to keep it in memory, you must explicitly declare "permanent: true" in your dependency.

Responsive Framework adapts your UI to different screen sizes automatically. Create your UI once and have it display pixel-perfect on mobile, tablet, and desktop! Supporting multiple display sizes often means recreating the same layout multiple times. Under the traditional Bootstrap approach, building responsive UI is time-consuming, frustrating and repetitive. Furthermore, getting everything pixel-perfect is nearly impossible and simple edits take hours. AutoScale shrinks and expands your layout proportionally, preserving the exact look of your UI. This eliminates the need to manually adapt layouts to mobile, tablet, and desktop. Flutter's default behavior is resize which Responsive Framework respects. AutoScale is off by default and can be enabled at breakpoints by setting autoScale to true. Flutter's default behavior is to resize your layout when the screen dimensions change. Resizing a layout stretches it in the direction of an unconstrained width or height.