popsicle 1.0.0-rc.1

Popsicle is a lightweight, reactive state management and DI framework for Flutter. Built on the philosophy f(state) = UI, it simplifies building scalable, declarative apps.

1.0.0-rc.1

🧪 Release Candidate – Finalizing API for 1.0.0

• 🧩 New Core State: PopsicleState<T>

  • Lightweight reactive state class added for simplified state management.
  • Offers a minimal API while integrating with the existing reactive ecosystem.

• 🚀 Dependency Bootstrap Enhancement

  • Refactored and improved DI bootstrap logic to support more modular and testable setups.

⚠️ This is a release candidate for 1.0.0. While the API is considered feature-complete, minor refinements and naming adjustments may still occur before final release.

0.1.1-beta

🎉 Beta Release Highlights

• 🧠 Middleware Revamp

  • Introduced type-safe MiddlewareContext<T> and MiddlewarePipeline<T> to support chained middleware with contextual awareness (oldValue, newValue, key, scope).

• ⚙️ Modular & Scalable Dependency Injection

• 💥 Declarative State Access

  • Introduced ReactiveProvider.get<T>() for easy and declarative access to state.

• 🧩 Clean Architecture Improvements

  • Refactored internals to better support separation of concerns and composability.
  • Reduced boilerplate and improved clarity in the state registration lifecycle.

• 🧪 Enhanced Testability

  • State and DI system now fully testable in isolation.
  • Easier to mock, override, and inject test-specific dependencies or states.

• 📦 Scalability Enhancements

  • Popsicle is now ready for large-scale applications with a robust foundation for reactive state and modular DI.

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Note: This is a beta release, APIs may change slightly before the stable 1.0.0. Feedback is welcome!

0.0.2-alpha

✨ Initial Release

🔁 Popsicle State Management

• ✅ ReactiveState, AsyncState, and StreamState for fully reactive and composable state handling
• ✅ Lifecycle-aware state observers with automatic disposal
• ✅ Middleware support to intercept or transform state changes

📦 Built-in Dependency Injection

• ✅ Zero-boilerplate DI with centralized configuration via AppDI class
• ✅ No global variables required — clean and testable setup
• ✅ Context-free access using inject<T>()
• ✅ context.get<T>() extension for widget-based DI

🛠️ Architecture

• ✅ Designed for both small and large-scale applications
• ✅ Works in Flutter apps and Dart CLI projects

🌱 Ideal for

• Developers looking for a lightweight yet powerful state management and DI solution with minimal setup.