cunarist/rinf
Rinf
rinf is a cross-platform native bridge and integration layer used to connect business logic written in Rust to application frontends. It functions as a cross-language message broker and binary serialization framework that enables the exchange of structured data between a Rust backend and user interfaces across mobile, desktop, and web targets.
The project utilizes a schema-driven code generator to produce language-specific message classes from shared definitions. This ensures type-safe message passing and consistency across different programming environments, preventing data mismatches during serialization.
The framework covers asynchronous message passing and reactive data streaming for pushing real-time updates from the native layer to the UI. It also manages bidirectional data transmission, allowing for both upstream and downstream structured data exchange.
The system includes utilities for cross-platform build orchestration, project template generation, and resource lifecycle management.
Features
- Native Backend UIs - Provides a native Rust backend integrated with a Flutter graphical front-end.
- Native-to-UI Bridges - Connects a Rust backend to a frontend using generated types that prevent data mismatches during serialization.
- Type-Safe Message Buses - Exchanges asynchronous data packets between a frontend and backend while enforcing type safety through generated classes.
- Binary Serialization Formats - Provides a binary serialization format to encode structured data into compact byte streams for efficient transfer.
- Rust - Implements a serialization framework specifically for the Rust ecosystem to exchange structured data with other languages.
- Native-to-UI Type Mappings - Provides a typed interface for connecting business logic written in Rust to application frontends across multiple platforms.
- Schema-Driven Code Generators - Produces language-specific message classes from shared definitions to ensure type consistency across different environments.
- Rust-Dart FFI Generators - Provides type-safe Dart bindings and automatic serialization for transmitting data to Rust backend logic.
- Asynchronous Message Passing - Implements non-blocking communication channels to transmit data packets between the Rust native layer and the user interface.
- Message Brokers - Acts as a middleware component facilitating asynchronous, schema-defined communication between a native backend and a UI.
- Structured Data Exchanges - Implements binary serialization for exchanging structured data between Rust and Dart application layers.
- Native Logic Integrations - Connects a native Rust logic layer to a user interface with type-safe communication and automated build configurations.
- Cross-Language Data Exchange - Enables bidirectional movement of structured data between Rust and frontend languages using a shared serialization format.
- Cross-Language Message Classes - Generates type-safe language-specific classes from shared schemas to prevent data mismatches.
- Reactive Data Streams - Pipes real-time structured updates from the native logic layer to the user interface via reactive streams.
- Cross-Platform UI Bridges - Provides a bridge for streaming structured updates and handling binary data exchange between Rust and multi-platform targets.
- Cross-Platform App Builders - Builds applications for mobile, desktop, and web targets from a single source with a shared native core.
- Cross-Platform Build Systems - Automates build configurations to compile and package native code and UI layers across mobile, desktop, and web targets.
- Cross-Platform Deployment Targets - Supports compiling and running integrated applications across diverse operating systems and hardware architectures.
Star history
How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.
