PLATFORM Fluxy Framework

Industrial-Grade Managed Application Platform for Flutter

Standardize your Flutter engineering with a high-integrity, unified runtime environment.

Fluxy is not just a library; it is a Managed Application Platform (MAP) designed to provide architectural authority to the Flutter ecosystem. It replaces fragmented third-party dependencies with a single, high-performance kernel that manages state, layout stability, platform hardware, and security.

ARCH Structural Hierarchy

Fluxy is built on a layered architecture that ensures separation of concerns while maintaining a unified developer experience.

  1. LEVEL 0 The Stability Kernel™: The lowest layer, providing auto-correction for layout violations, async race protection, and global error intercepts.
  2. LEVEL 1 Managed Runtime: A unified plugin engine that lifecycle-manages hardware modules (Camera, Biometrics, Notifications) with zero-config registration.
  3. LEVEL 2 Reactive Flux Engine: A signal-based state management system with built-in persistence, computed derivations, and automatic memory cleanup.
  4. LEVEL 3 Fluxy DSL: A declarative styling and layout language that provides modifier-based parity across all Flutter widgets.

ENGINE How it Works

Fluxy operates as a Structural Authority. When you initialize Fluxy.init(), the framework takes control of the application lifecycle:

  • Hydration: Restores persisted state (flux signals) from the encrypted vault before the first frame.
  • Discovery: Automatically wires up all platform modules via the FluxyPluginEngine.
  • Interception: Wraps the widget tree in a FluxyLayoutGuard that "solves" impossible layout constraints in real-time, preventing the "Red Screen of Death" in production.

MATRIX Comparative Analysis

Feature Fluxy BLoC Provider GetX
Logic/UI Binding High-Performance Signals Streams/Events ChangeNotifiers Observables
Platform Modules Native Managed (Unified) External Packages External Packages Integrated Utils
Stability Active Kernel (Auto-Fix) Passive (Manual) Passive (Manual) Passive (Manual)
Boilerplate Minimal (Zero-Setup) High (Event/State) Medium Minimal
Architecture Managed Runtime Pattern-Only Pattern-Only Utility-First
Enterprise Readiness High (Internal Audits) High Medium Medium

CODE Implementation Paradigms

Fluxy simplifies complex Flutter patterns into intuitive, high-performance DSL chains.

1. High-Fidelity Infrastructure

void main() async {
  await Fluxy.init(); // Hydrates state and boots Managed Runtime
  runApp(Fluxy.debug(child: FluxyApp(routes: appRoutes)));
}

2. Reactive State with Persistent Vault

// Native persistence with zero-config encryption
final session = flux<User?>(null, key: 'auth_session', persist: true);

Fx(() => Fx.text("Welcome, ${session.value?.name ?? 'Guest'}")
  .font(size: 18, weight: FontWeight.bold)
  .color(Colors.blueAccent)
  .center()
);

3. Managed Hardware Interfacing

Future<void> captureSecure() async {
  final isSecure = await Fx.biometric.authenticate();
  if (isSecure) {
    final image = await Fx.camera.capture();
    await Fx.storage.setSecure('last_scan', image.path);
  }
}

STRENGTH Core Pillars

1. The Stability Kernel (Resilience)

The framework proactively monitors the render tree. If a layout violation is detected (e.g., an unbounded height inside a scrollable), the Kernel intercepts the exception and applies an Auto-Repair (clamping the height to the viewport) to keep the app interactive while logging a diagnostic trace.

2. Universal Modifier DSL (Speed)

Development speed is accelerated through a chainable modifier system. Every Fx widget supports 100+ modifiers for layout, styling, and motion, which are strictly typed and mirrored into a FxStyle object for state-based logic.

3. Unified Hardware Access (Consistency)

Accessing Fx.camera, Fx.biometric, or Fx.notifications follows a consistent pattern. All modules share the same permission handling, error reporting, and reactive status signals.

STATUS Roadmap & Active Development

Fluxy is under active development with a focus on enterprise-grade features.

  • PROG SDUI (Server-Driven UI): Universal JSON-to-Fluxy renderer with dynamic styling. EXPERIMENTAL
  • PROG Fluxy Cloud CLI: Automated CI/CD scaffolding for Android/iOS with zero-config GitHub Actions. EXPERIMENTAL
  • PROG Time-Travel Debugging: Advanced state inspection in the DevTools timeline.
  • PROG OTA (Over-the-Air) Style Updates: Update app branding and themes without a Store release. EXPERIMENTAL

COMMUNITY Support & Contribution

We are seeking contribution from the community to make Fluxy the default standard for professional Flutter apps.

How to Support:

  • CONTRIBUTE: Submit PRs for Core Plugins or Layout Modifiers.
  • FEEDBACK: Document edge cases where the Stability Kernel should intercept.
  • SHARE: If Fluxy helped you clear a production deadline, share your success story.

DOCS Visit the Full Documentation Site for in-depth implementation guides.

Fluxy is designed for environments where failure is not an option. It provides the structural integrity, global error boundaries, and architectural authority required for large-scale, mission-critical applications.

Standardize your Flutter engineering with Fluxy.

Libraries

fluxy
fluxy_test