nx-js/observer-util

Features

• Proxy-Based Reactivity - Provides a reactive state management tool that uses ES6 Proxies to track data mutations and automatically trigger function execution.
• Property Reactivity - Wraps plain data structures in transparent proxies that track property access and mutations to detect changes without modifying the original data.
• Dependency Tracking - Maintains a global registry that maps specific data properties to the functions that rely on them for execution.
• Observable State Management - Provides a lightweight framework for wrapping plain data structures in transparent proxies to enable automatic synchronization between application logic and data.
• Property Interception - Wraps plain objects in transparent proxies to intercept property access and mutations for automatic dependency tracking.
• Reactive State Management - Builds predictable data layers where application logic automatically synchronizes with underlying state changes using ES6 Proxies.
• Transparent Functional Reactivity - Runs functions automatically whenever the observable state they depend on changes to ensure application logic stays in sync.
• Automatic Dependency Tracking - Offers a utility for building reactive systems that automatically monitors property access and manages the lifecycle of dependent functions.
• Reactive Dependency Triggers - Triggers functions automatically whenever the observable data they access undergoes a change to keep the user interface updated.
• Customizable Break Schedulers - Provides mechanisms to decouple data change detection from reaction execution, allowing developers to implement custom scheduling logic for updates.
• Weak Collections - Uses weak collections to store relationships between data and reactions to prevent memory leaks when objects are garbage collected.
• Memory Leak Prevention - Manages the lifecycle of reactive observers to ensure that dependency tracking stops when components or functions are no longer active.
• Reactive Subscription Management - Inspects observable status and manually stops automatic execution of reactions to maintain control over the reactive system.
• Reactive Update Scheduling - Controls the execution flow and timing of data-driven updates to optimize performance and manage complex application lifecycles.
• Context State Propagators - Triggers registered functions immediately upon data mutation to ensure the application state remains consistent with the underlying model.
• Reactive Components - Connects user interface elements to data models so that views update automatically whenever the underlying state is modified.
• Memory Lifecycle Managers - Stops automatic execution of reactive functions by removing them from the dependency tracking system once they are no longer needed.
• Reactive Debugging Utilities - Provides diagnostic utilities to inspect reactive object status and access raw data for troubleshooting state-driven application updates.

Star history