reflux/refluxjs

Features

• Unidirectional Data Flow Architectures - Ensures state changes follow a strict unidirectional cycle of actions and stores to prevent unpredictable update loops.
• Centralized State Stores - Provides centralized state stores that act as the source of truth for application data.
• Unidirectional State Management - Implements a strict unidirectional dataflow architecture to prevent unpredictable state update loops.
• Asynchronous Action Handling - Coordinates long-running operations by managing event streams and triggering success or failure actions.
• Action Creators - Provides a mechanism to define function objects that trigger application state changes.
• Action Dispatching - Dispatches events to listening stores via synchronous execution or deferred asynchronous emission.
• Centralized State Containers - Implements a centralized state management system where independent stores listen for actions to update application data.
• Component State Bindings - Binds central store data directly to components to trigger automatic view re-renders.
• Observer Patterns - Employs the observer pattern to notify registered listeners whenever store state changes.
• Named Event Dispatchers - Implements a system that dispatches named events to notify subscribed store handlers.
• Action-to-Handler Mappings - Binds stores to collections of actions by mapping action names to corresponding handler methods.
• State Containers - Implements state containers that process actions and trigger updates to registered listeners.
• Unidirectional Dataflow Architectures - Enforces a strict unidirectional dataflow to prevent unpredictable update loops in application state.
• Action Creators - Defines function objects that trigger state changes through synchronous or asynchronous event execution.
• Reactive Store Bindings - Binds store data to components so the view re-renders automatically upon store updates.
• Reactive State Syncing - Connects central stores to UI components by mixing store state into properties with selective filtering.
• Action Dispatchers - Provides mechanisms for dispatching named events to trigger state mutations within stores.
• Subtree Action Listeners - Binds callbacks to trigger state updates when specific actions are dispatched via individual or bulk mapping.
• Centralized State Management - Maintains application data in central stores that listen for actions and update internal state.
• React State Bindings - Binds central store data directly to React components to trigger automatic view re-renders.
• State Management Libraries - Provides a library for managing application state using a unidirectional dataflow architecture.
• Undo-Redo State Stores - Enables the retrieval of global state deep copies and programmatic updates to support undo and redo features.
• Time-Travel Debugging - Provides a global state registry that enables deep cloning for persistence and time-travel debugging.
• Event Stream Join Patterns - Joins multiple asynchronous action emissions to coordinate parallel state operations.
• State Snapshots - Tracks state across multiple stores in a central registry to enable deep cloning and debugging.
• Pre-Emission Hooks - Provides pre-emission hooks to filter or transform arguments and conditionally block action dispatch.
• State Snapshots - Captures and reconstructs application state snapshots to enable time-travel debugging.
• State Snapshot Registries - Maintains a global state registry that tracks store states via unique identifiers for persistence and debugging.
• Async Action Coordination - Executes long-running operations by triggering child actions upon completion to return results to stores.
• Async Operation Coordinators - Includes utilities for synchronizing multiple asynchronous event streams into a single coordinated callback.
• Dataflow Frameworks - Implements a framework based on the architectural pattern of unidirectional dataflow for state transitions.
• Derived State Management - Allows the creation of secondary stores that derive and transform data from primary stores.
• Derived State Stores - Provides the ability to create derived stores that combine or transform data from multiple primary stores.
• Shared State Registries - Maintains a global registry of store states to support deep cloning and time-travel debugging.
• State Registries - Maintains a centralized registry of all store states to enable persistence and state restoration.

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