Projects sharing features with Provider

This repository is a collection of practical code snippets and implementation patterns for Flutter and Dart. It serves as a comprehensive guide and reference for asynchronous programming, state management patterns, and UI component design. The project provides advanced language reference material covering generics, reflection, factory constructors, and null-aware operators. It also includes specific utilities for manipulating Dart collections, such as helper methods for transforming and filtering maps, lists, and iterables. The coverage extends to high-level capabilities including asynchrono

This is a dependency injection framework and inversion of control container for Python. It decouples object creation from business logic by managing how services and their dependencies are assembled, delivered, and linked within an application. The framework is distinguished by its ability to perform automated component wiring, using import hooks and decorators to inject dependencies into functions and classes across different modules. It supports non-blocking flows through an asynchronous dependency resolver and manages the initialization and shutdown sequences of shared external resources a

tsyringe is a TypeScript dependency injection container and inversion of control framework. It decouples class implementations from object creation by managing dependencies and object lifecycles using decorators and metadata. The framework features a hierarchical container system where child containers can maintain independent registration scopes and fall back to parent containers for dependency resolution. It provides a provider system that controls object longevity through singleton and transient instantiation rules. The system supports recursive constructor injection and handles circular

RIBs is a mobile architecture framework that structures applications around isolated, lifecycle-managed units of business logic called RIBs. Each RIB separates routing, business logic, and construction into distinct classes through the Router-Interactor-Builder pattern, with hierarchical dependency injection scoping dependencies per node and static analysis enforcing architectural rules at build time. The framework enforces automatic disposal of Rx subscriptions scoped to interactor lifecycles, blocking compilation when subscriptions lack proper disposal to prevent memory leaks. It supports v

Awilix is a JavaScript dependency injection framework and inversion of control container. It provides a centralized system for registering and resolving services, decoupling application components by automating how dependencies are created and passed to the functions or classes that require them. The framework features an automatic module loader that scans the filesystem using glob patterns to register dependencies based on filenames and exports. It supports parameter-name-based injection and proxy-based resolution to manage how dependencies are delivered to constructors and functions. The s

Modular is a framework for the Flutter ecosystem that provides a structured approach to application architecture through module-based dependency injection and navigation management. It enables developers to organize complex codebases into independent, decoupled units, facilitating the management of shared services and object lifecycles within specific application scopes. The framework distinguishes itself by offering hierarchical dependency scoping and lazy resolution, which allow for the automatic creation and disposal of objects based on the active module or page lifecycle. It also features

TUnit is a comprehensive C# testing framework, mocking library, and fluent assertion tool. It utilizes source generation for test discovery and mock creation, ensuring compatibility with Native AOT and IL trimming by eliminating the need for runtime reflection and proxies. The framework provides specialized capabilities for integration testing, including the management of distributed application lifecycles, isolated database schemas, and the correlation of telemetry and logs across process boundaries via OTLP. It also includes an HTTP testing utility to intercept network exchanges and mock AP

This project is a TypeScript-driven toolkit that provides decorators and class-based structures for building Vue.js components. It acts as a wrapper that replaces the standard options API object configuration with a class-based library, allowing developers to define component logic, state, and metadata using typed properties. The toolkit focuses on using TypeScript decorators to map class properties to component options such as props, models, and watchers. It enables type-driven prop validation and provides a structured syntax for managing reactive state synchronization and component communic

Litestar is a high-performance Python ASGI web framework designed for building asynchronous APIs and web services. It functions as a type-safe toolkit that leverages Python type hints to provide automatic request validation and response serialization, while natively generating interactive API documentation based on the OpenAPI specification. The framework is distinguished by its integrated dependency injection system, which manages shared resources and resolves complex nested service chains directly within request handlers. It further organizes API development through class-based controllers

Livestore is a reactive state management framework that utilizes a local SQLite database to store and synchronize application data. It provides an event-sourced state store that processes typed events through materializer functions to derive and persist application state. The framework implements offline-first data synchronization using a push-pull engine and append-only event logs to maintain consistency between clients and servers. It includes a real-time presence system for tracking user activity and shared session status across connected clients. The system covers a broad capability surf

MPX is a cross-platform framework designed to build applications for multiple mini-program ecosystems and the web from a single codebase. It utilizes a static transpilation pipeline to transform source code into platform-specific bundles, employing a single-file component system that encapsulates templates, logic, and styles. The framework provides a reactive state management system that automatically synchronizes application data with the user interface through computed properties and watchers. The project distinguishes itself through a robust build-time toolchain that supports sub-package p

MobX for the Dart language. Hassle-free, reactive state-management for your Dart and Flutter apps.

Compile-time dependency injection for Dart and Flutter

GetX is a comprehensive state management framework for Flutter that provides a toolkit for managing application state, dependency injection, and routing without requiring build context. It serves as a core architectural system for reactive state management, navigation, service location, and multi-language theme support. The project is distinguished by its ability to handle context-free navigation and the use of observable variables that automatically trigger user interface updates. It features a dependency injection container with lazy loading and automated memory management, alongside a rout

fish-redux is a Flutter application framework and state management library that implements a Redux-based workflow. It provides a centralized state container and uses reducers and actions to maintain a single source of truth, ensuring data consistency across application screens and components. The framework includes a state-to-UI connector that transforms raw state data for display and automatically updates views. It features a component lifecycle manager that triggers logic and state updates based on when UI components mount or unmount. The project covers dependency injection for reducing co

Redux for Dart

Effector is a reactive state management library designed for building complex, event-driven applications. It functions as a data flow engine that models application logic as a directed acyclic graph, ensuring that state updates propagate automatically through interconnected nodes. By utilizing atomic state updates and declarative unit composition, the library maintains data consistency and provides a predictable execution model for managing application state. The project distinguishes itself through its framework-agnostic architecture, which decouples business logic from user interface implem

Effector is a reactive state management library and data flow orchestrator designed for building complex, event-driven applications. It models application logic as a directed acyclic graph, where state updates and asynchronous side effects propagate automatically through declarative pipelines. By decoupling business logic from user interface layers, it allows developers to maintain state in independent containers that communicate via standard interfaces, ensuring the system remains framework-agnostic. The library distinguishes itself through its robust support for isolated execution scopes, w

Nano Stores is a framework-agnostic state management library that uses a system of small, independent atomic stores to synchronize data across different JavaScript UI frameworks. It provides a reactive state container designed to minimize unnecessary component re-renders by decoupling application state into independent stores. The library features specialized synchronizers for real-time distributed state using WebSockets with conflict-free replicated data types, as well as a browser storage persistor for maintaining state across multiple open tabs. It utilizes adapter-based integration to map

Kong is a declarative command line interface framework and parser for Go. It maps flags and positional arguments directly into typed Go structures using struct tags, allowing developers to define terminal interfaces through data models rather than manual parsing logic. The project functions as a configuration mapper that populates Go structures from a combination of command-line arguments, environment variables, and JSON files. It distinguishes itself by providing a dependency injection container to pass external services into command handlers and a plugin architecture for dynamic command reg

This project is an educational guide focused on building modular web applications using native PHP features. It demonstrates how to construct a functional application architecture from the ground up without relying on external third-party frameworks. The guide centers on implementing core architectural patterns, including a request router that maps incoming HTTP paths to specific controller logic and a dependency injection container that manages object lifecycles and class requirements. By decoupling components through automated dependency resolution, the project emphasizes maintainability an

Inject is a dependency injection library for Go that manages object lifecycles and wires application components by automating the provision of dependencies. It functions as a reflection-based container that maps specific values to their corresponding types, enabling the automatic retrieval and injection of objects into application logic. The library distinguishes itself through its ability to perform automatic function invocation, where it inspects function signatures at runtime to resolve and provide required arguments from a central registry. It also supports struct field injection, which p

This is a demonstration and template project that applies Clean Architecture principles to SwiftUI application development. It implements a layered architecture that separates presentation, business logic, and data access into independent layers, with unidirectional data flow managed through a single immutable app store that serves as the sole source of truth for all screens. The project distinguishes itself through its implementation of interactor-driven business logic, where all domain rules and workflows live in stateless objects that receive requests and update the central store. Dependen

Swinject is a dependency injection framework for Swift that manages object creation and wiring through a centralized container. It resolves dependencies by looking up registered service types at runtime, supporting iOS, macOS, and Linux platforms. The framework provides multiple injection patterns, including initializer injection where dependencies are passed through initializer parameters, property injection that sets resolved dependencies on stored properties after object creation, and method injection that calls methods with resolved dependencies as arguments. It handles complex dependency

FastStream is an asynchronous Python framework designed for building event-driven microservices. It provides a unified abstraction layer for interacting with various message brokers, enabling developers to manage event production and consumption through a consistent interface while maintaining access to native provider-specific features. The framework centers on a decorator-based routing model that binds application logic directly to broker topics, supported by a built-in dependency injection container that resolves resources at runtime. The framework distinguishes itself through its deep int

Koin is a dependency injection framework for Kotlin applications that manages object lifetimes and resolves dependencies through a lightweight container. It functions as a multiplatform library, allowing shared object definitions and resource bindings to be reused across different target platforms and source sets. The framework provides a system for resolving dependencies directly within user interface components to decouple business logic from view implementations. It includes a compile-time dependency validator that analyzes dependency graphs during the build process to detect missing bindi

This project is the .NET Base Class Library, providing the foundational types and APIs required for .NET applications. It serves as a cross-platform runtime library and a standardized managed API framework, acting as the primary set of namespaces for memory management, collections, and asynchronous programming. The library enables the development of enterprise backend infrastructure and the execution of managed code consistently across different operating systems and hardware architectures. It includes capabilities for cross-platform application deployment using self-contained binaries, frame