import { AnyAtomInstance, AnyAtomTemplate, AtomGettersBase, AtomInstanceType, AtomParamsType, AtomStateType, EcosystemConfig, GraphEdgeInfo, GraphViewRecursive, ParamlessTemplate, PartialAtomInstance, Selectable } from '../types/index.js';
import { EvaluationStack } from './EvaluationStack.js';
import { Graph } from './Graph.js';
import { IdGenerator } from './IdGenerator.js';
import { Scheduler } from './Scheduler.js';
import { Selectors } from './Selectors.js';
import { Mod, ZeduxPlugin } from './ZeduxPlugin.js';
export declare class Ecosystem<Context extends Record<string, any> | undefined = any> implements AtomGettersBase {
    atomDefaults?: EcosystemConfig['atomDefaults'];
    complexParams?: boolean;
    context: Context;
    destroyOnUnmount?: boolean;
    flags?: string[];
    hydration?: Record<string, any>;
    id: string;
    modBus: import("@zedux/core").Store<any>;
    onReady: EcosystemConfig<Context>['onReady'];
    overrides: Record<string, AnyAtomTemplate>;
    selectors: Selectors;
    ssr?: boolean;
    _graph: Graph;
    _evaluationStack: EvaluationStack;
    _idGenerator: IdGenerator;
    _instances: Record<string, AnyAtomInstance>;
    _mods: Record<Mod, number>;
    _refCount: number;
    _scheduler: Scheduler;
    /**
     * Only for use by internal addon packages - lets us attach anything we want
     * to the ecosystem. For example, the React package uses this to store React
     * Context objects
     */
    _storage: Record<string, any>;
    private cleanup?;
    private isInitialized;
    private plugins;
    constructor(config: EcosystemConfig<Context>);
    /**
     * Merge the passed atom overrides into the ecosystem's current list of
     * overrides. Force-destroys all atom instances currently in the ecosystem
     * that should now be overridden.
     *
     * This can't be used to remove overrides. Use `.setOverrides()` or
     * `.removeOverrides()` for that.
     */
    addOverrides(overrides: AnyAtomTemplate[]): void;
    /**
     * Batch all state updates that happen synchronously during the passed
     * callback's execution. Flush all updates when the passed callback completes.
     *
     * Has no effect if the scheduler is already running - updates are always
     * batched when the scheduler is running.
     */
    batch<T = any>(callback: () => T): T;
    /**
     * Retrieve an object mapping atom instance ids to their current values.
     *
     * Calls the `dehydrate` atom config option (on atoms that have one) to
     * transform state to a serializable form. Pass `transform: false` to prevent
     * this.
     *
     * Atoms can be excluded from dehydration by passing `exclude` and/or
     * `excludeFlags` options:
     *
     * ```ts
     * myEcosystem.dehydrate({
     *   exclude: [myAtom, 'my-fuzzy-search-string'],
     *   excludeFlags: ['no-ssr']
     * })
     * ```
     *
     * An atom passed to `exclude` will exclude all instances of that atom. A
     * string passed to `exclude` will exclude all instances whose id contains the
     * string (case-insensitive)
     *
     * You can dehydrate only a subset of all atoms by passing `include` and/or
     * `includeFlags` options:
     *
     * ```ts
     * myEcosystem.dehydrate({
     *   include: [myAtom, 'my-fuzzy-search-string'],
     *   includeFlags: ['ssr']
     * })
     * ```
     *
     * An atom passed to `include` will include all instances of that atom. A
     * string passed to `include` will include all instances whose id contains the
     * string (case-insensitive)
     *
     * Excludes takes precedence over includes.
     *
     * By default, dehydration will call any configured `dehydrate` atom config
     * options to transform atom instance state. Pass `{ transform: false }` to
     * prevent this.
     */
    dehydrate({ exclude, excludeFlags, include, includeFlags, transform, }?: {
        exclude?: (AnyAtomTemplate | string)[];
        excludeFlags?: string[];
        include?: (AnyAtomTemplate | string)[];
        includeFlags?: string[];
        transform?: boolean;
    }): Record<string, any>;
    /**
     * Destroy this ecosystem - destroy all this ecosystem's atom instances,
     * remove and clean up all plugins, and remove this ecosystem from the
     * internal store.
     *
     * Destruction will bail out by default if this ecosystem is still being
     * provided via an <EcosystemProvider>. Pass `true` as the first parameter to
     * force destruction anyway.
     */
    destroy(force?: boolean): void;
    /**
     * Get an atom instance. Don't create the atom instance if it doesn't exist.
     * Don't register any graph dependencies.
     *
     * Tries to find an exact match, but falls back to doing a fuzzy search if no
     * exact match is found. Pass atom params (or an empty array if no params or
     * when passing a search string) for the second argument to disable fuzzy
     * search.
     */
    find<A extends AnyAtomTemplate>(template: A, params: AtomParamsType<A>): AtomInstanceType<A> | undefined;
    find<A extends AnyAtomTemplate<{
        Params: [];
    }>>(template: A): AtomInstanceType<A> | undefined;
    find<A extends AnyAtomTemplate>(template: ParamlessTemplate<A>): AtomInstanceType<A> | undefined;
    find<A extends AnyAtomTemplate = any>(searchStr: string, params?: []): AtomInstanceType<A> | undefined;
    /**
     * Get an object of all atom instances in this ecosystem keyed by their id.
     *
     * Pass an atom template to only find instances of that atom. Pass an atom key
     * string to only return instances whose id weakly matches the passed key.
     */
    findAll(template?: AnyAtomTemplate | string): Record<string, AnyAtomInstance<"any">>;
    get<A extends AnyAtomTemplate>(template: A, params: AtomParamsType<A>): AtomStateType<A>;
    get<A extends AnyAtomTemplate<{
        Params: [];
    }>>(template: A): AtomStateType<A>;
    get<A extends AnyAtomTemplate>(template: ParamlessTemplate<A>): AtomStateType<A>;
    get<I extends AnyAtomInstance>(instance: I): AtomStateType<I>;
    getInstance<A extends AnyAtomTemplate>(template: A, params: AtomParamsType<A>, edgeInfo?: GraphEdgeInfo): AtomInstanceType<A>;
    getInstance<A extends AnyAtomTemplate<{
        Params: [];
    }>>(template: A): AtomInstanceType<A>;
    getInstance<A extends AnyAtomTemplate>(template: ParamlessTemplate<A>): AtomInstanceType<A>;
    getInstance<I extends AnyAtomInstance>(instance: I, params?: [], edgeInfo?: GraphEdgeInfo): I;
    /**
     * Hydrate the state of atoms in this ecosystem with an object mapping atom
     * instance ids to their hydrated state. This object will usually be the
     * result of a call to `ecosystem.dehydrate()`.
     *
     * This is the key to SSR. The ecosystem's initial state can be dehydrated on
     * the server, sent to the client in serialized form, deserialized, and passed
     * to `ecosystem.hydrate()`. Every atom instance that evaluates after this
     * hydration can use the `hydrate` injectStore config option to retrieve its
     * hydrated state.
     *
     * Pass `retroactive: false` to prevent this call from updating the state of
     * all atom instances that have already been initialized with this new
     * hydration. Hydration is retroactive by default.
     *
     * ```ts
     * ecosystem.hydrate(dehydratedState, { retroactive: false })
     * ```
     */
    hydrate(dehydratedState: Record<string, any>, config?: {
        retroactive?: boolean;
    }): void;
    /**
     * Add a ZeduxPlugin to this ecosystem. This ecosystem will subscribe to the
     * plugin's modStore, whose state can be changed to reactively update the mods
     * of this ecosystem.
     *
     * This method will also call the passed plugin's `.registerEcosystem` method,
     * allowing the plugin to subscribe to this ecosystem's modBus
     *
     * The plugin will remain part of this ecosystem until it is unregistered or
     * this ecosystem is destroyed. `.wipe()` and `.reset()` don't remove plugins.
     * However, a plugin _can_ set the `ecosystemWiped` mod and react to those
     * events.
     */
    registerPlugin(plugin: ZeduxPlugin): void;
    /**
     * Remove all passed atoms from this ecosystem's list of atom overrides. Does
     * nothing for passed atoms that aren't currently in the overrides list.
     *
     * Force destroys all instances of all removed atoms. This forced destruction
     * will cause dependents of those instances to recreate their dependency atom
     * instance without using an override.
     */
    removeOverrides(overrides: (AnyAtomTemplate | string)[]): void;
    /**
     * Destroys all atom instances in this ecosystem, runs the cleanup function
     * returned from `onReady` (if any), and calls `onReady` again to reinitialize
     * the ecosystem.
     *
     * Note that this doesn't remove overrides or plugins but _does_ remove
     * hydrations. This is because you can remove overrides/plugins yourself if
     * needed, but there isn't currently a way to remove hydrations.
     */
    reset(newContext?: Context): void;
    /**
     * Runs an AtomSelector statically - without registering any dependencies or
     * updating any caches. If we've already cached this exact selector + args
     * combo, returns the cached value without running the selector again
     */
    select<T, Args extends any[]>(selectable: Selectable<T, Args>, ...args: Args): T;
    /**
     * Completely replace this ecosystem's current list of atom overrides with a
     * new list.
     *
     * Force destroys all instances of all previously- and newly-overridden atoms.
     * This forced destruction will cause dependents of those instances to
     * recreate their dependency atom instance.
     */
    setOverrides(newOverrides: AnyAtomTemplate[]): void;
    /**
     * Unregister a plugin registered in this ecosystem via `.registerPlugin()`
     */
    unregisterPlugin(plugin: ZeduxPlugin): void;
    viewGraph(view: 'bottom-up'): GraphViewRecursive;
    viewGraph(view?: 'flat'): Record<string, {
        dependencies: {
            key: string;
            operation: string;
        }[];
        dependents: {
            key: string;
            operation: string;
        }[];
        weight: number;
    }>;
    viewGraph(view: 'top-down'): GraphViewRecursive;
    /**
     * Returns the list of reasons detailing why the current atom instance or
     * selector is evaluating.
     *
     * Returns undefined if nothing is currently evaluating. Returns an empty
     * array if this is the first evaluation of the instance or selector.
     */
    why(): import("../types/index").EvaluationReason<any>[] | undefined;
    /**
     * Destroy all atom instances in this ecosystem. Also run the cleanup function
     * returned from the onReady callback (if any). Don't remove plugins or re-run
     * the onReady callback.
     *
     * Also don't remove overrides. This may usually be wanted, but it's easy
     * enough to add a `.setOverrides([])` call when you need it.
     *
     * Important! This method is mostly for internal use. You won't typically want
     * to call this method. Prefer `.reset()` which re-runs the onReady callback
     * after wiping the ecosystem, allowing onReady to re-initialize the ecosystem
     * - preloading atoms, registering plugins, configuring context, etc
     */
    wipe(): void;
    /**
     * Should only be used internally
     */
    _consumeHydration(instance: PartialAtomInstance): any;
    /**
     * Should only be used internally
     */
    _decrementRefCount(): void;
    /**
     * Should only be used internally
     */
    _destroyAtomInstance(id: string): void;
    /**
     * Should only be used internally
     */
    _incrementRefCount(): void;
    private recalculateMods;
    private resolveAtom;
}