import { Dispatchable, RecursivePartial, Settable } from '@zedux/core';
import { AtomGenerics, AtomGenericsToAtomApiGenerics, Cleanup, DependentEdge, EvaluationReason, EvaluationSourceType, ExportsInfusedSetter, LifecycleStatus, PromiseStatus } from '../../types/index';
import { InjectorDescriptor } from '../../utils/types';
import { Ecosystem } from '../Ecosystem';
import { AtomApi } from '../AtomApi';
import { AtomInstanceBase } from './AtomInstanceBase';
import { AtomTemplateBase } from '../templates/AtomTemplateBase';
declare const StoreState = 1;
declare const RawState = 2;
export declare class AtomInstance<G extends AtomGenerics, AtomTemplateType extends AtomTemplateBase<G, AtomInstance<G, AtomTemplateType>> = AtomTemplateBase<G, AtomInstance<G, any>>> extends AtomInstanceBase<G['State'], AtomTemplateType> {
    readonly ecosystem: Ecosystem;
    readonly template: AtomTemplateType;
    readonly id: string;
    readonly params: G['Params'];
    status: LifecycleStatus;
    api?: AtomApi<AtomGenericsToAtomApiGenerics<G>>;
    exports: G['Exports'];
    nextReasons: EvaluationReason[];
    prevReasons?: EvaluationReason[];
    promise: G['Promise'];
    store: G['Store'];
    _cancelDestruction?: Cleanup;
    _createdAt: number;
    _injectors?: InjectorDescriptor[];
    _isEvaluating?: boolean;
    _lastEdge?: WeakRef<DependentEdge>;
    _nextInjectors?: InjectorDescriptor[];
    _promiseError?: Error;
    _promiseStatus?: PromiseStatus;
    _stateType?: typeof StoreState | typeof RawState;
    private _bufferedUpdate?;
    private _subscription?;
    constructor(ecosystem: Ecosystem, template: AtomTemplateType, id: string, params: G['Params']);
    /**
     * Detach this atom instance from the ecosystem and clean up all graph edges
     * and other subscriptions/effects created by this atom instance.
     *
     * Destruction will bail out if this atom instance still has dependents. Pass
     * `true` to force-destroy the atom instance anyway.
     */
    destroy(force?: boolean): void;
    /**
     * An alias for `.store.dispatch()`
     */
    dispatch: (action: Dispatchable) => any;
    /**
     * An alias for `instance.store.getState()`. Returns the current state of this
     * atom instance's store.
     */
    getState(): G['State'];
    /**
     * Force this atom instance to reevaluate.
     */
    invalidate(operation?: string, sourceType?: EvaluationSourceType): void;
    /**
     * An alias for `.store.setState()`
     */
    setState: (settable: Settable<G['State']>, meta?: any) => G['State'];
    /**
     * An alias for `.store.setStateDeep()`
     */
    setStateDeep: (settable: Settable<RecursivePartial<G['State']>, G['State']>, meta?: any) => G['State'];
    _set?: ExportsInfusedSetter<G['State'], G['Exports']>;
    get _infusedSetter(): any;
    _init(): void;
    /**
     * When a standard atom instance's refCount hits 0 and a ttl is set, we set a
     * timeout to destroy this atom instance.
     */
    _scheduleDestruction(): void;
    _scheduleEvaluation: (reason: EvaluationReason, shouldSetTimeout?: boolean | undefined) => void;
    private evaluationTask;
    private _doEvaluate;
    /**
     * A standard atom's value can be one of:
     *
     * - A raw value
     * - A Zedux store
     * - A function that returns a raw value
     * - A function that returns a Zedux store
     * - A function that returns an AtomApi
     */
    private _evaluate;
    private _evaluationTask;
    private _getTtl;
    private _handleStateChange;
    private _setStatus;
    private _setPromise;
}
export {};