reactive-engine

Reactive state coordination across independent React modules is achieved using a graph-based engine that activates lazily. It maintains isolated component instances while sharing node definitions like Cells, Streams, and Resources across your application.

Managing data fetching and routing in modular React applications is handled through dedicated query and router modules. These integrate with the engine to enable end-to-end reactive flows, ensuring data and routes activate only when the specific engine is engaged.

Lazy activation in React state management works by deferring module-scope wiring until an engine is activated. Every engine shares the same definitions but maintains completely isolated state, preventing unnecessary loads until the specific feature is engaged.

This graph engine approach supports scalable cross-engine orchestration through remote hooks and per-engine lifecycle management. It allows multiple independent feature engines to coordinate data flows without violating their isolated state boundaries.

This state management approach works with local storage in React through a dedicated storage module. It integrates persistence directly into the reactive graph, allowing Cells and Resources to sync with local storage across isolated engine instances.