cs-element/dist/workers/reactivity/ReactivityManagerImpl.d.ts

Advanced reactive data management library with state machines, blueprints, persistence, compression, networking, and multithreading support

/**
 * Реализация менеджера реактивности и computed свойств
 */
import { EventEmitter } from 'eventemitter3';
import { ReactivityManager, ComputedProperty, ComputedFunction, ComputedConfig, ReactiveWatcher, WatchCallback, WatcherConfig, ReactiveRef, DependencyGraph, ReactivityStats, ReactivityConfig, ReactivityEvent, ReactivityEventCallback, ReactiveContext, ReactiveScope } from '../types/reactivity-interfaces';
export declare class ReactivityManagerImpl extends EventEmitter implements ReactivityManager {
    private computedProperties;
    private watchers;
    private reactiveProperties;
    private refs;
    private scopes;
    private config;
    private currentlyComputing;
    private notificationQueue;
    private batchTimeout;
    private statsInterval;
    private memoryLeakCheckInterval;
    private context;
    private stats;
    private notificationHistory;
    constructor(config?: ReactivityConfig);
    computed<T>(compute: ComputedFunction<T>, config?: ComputedConfig): ComputedProperty<T>;
    watch(path: string | string[], callback: WatchCallback, config?: WatcherConfig): ReactiveWatcher;
    unwatch(watcherId: string): boolean;
    getComputedValue<T>(computedId: string): T | undefined;
    createScope(parentId?: string): ReactiveScope;
    runInScope<T>(scopeId: string, fn: () => T): T;
    disposeScope(scopeId: string): void;
    disposeComputed(computedId: string): void;
    disposeWatcher(watcherId: string): void;
    getCurrentContext(): ReactiveContext;
    setParent(childId: string, parentId: string, type: 'computed' | 'watcher'): void;
    getChildren(parentId: string, type?: 'computed' | 'watcher'): string[];
    isDisposed(id: string, type: 'computed' | 'watcher'): boolean;
    private disposeChildren;
    private removeFromParent;
    private checkMemoryLeaks;
    invalidateComputed(computedId: string): void;
    invalidateByPath(path: string[]): void;
    notify(path: string[], newValue: any, oldValue: any): void;
    private scheduleBatchNotification;
    private processBatchNotifications;
    private processNotification;
    ref<T>(value: T): ReactiveRef<T>;
    reactive<T extends object>(obj: T): T;
    private createReactiveProxy;
    private currentDependencyTracker;
    private trackDependency;
    private clearComputedDependencies;
    getDependencies(computedId: string): string[];
    getDependencyGraph(): DependencyGraph;
    clear(): void;
    getStats(): ReactivityStats;
    private updateStats;
    private estimateMemoryUsage;
    private generateId;
    private emitEvent;
    onReactivityEvent(event: ReactivityEvent, callback: ReactivityEventCallback): void;
    offReactivityEvent(event: ReactivityEvent, callback: ReactivityEventCallback): void;
}
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