import { SimpleInjector } from './injectors/simple-injector.js';
import { type Listener } from './events/shared.js';
import { AsyncEvent } from './events/async.js';
import type { Injectable, InjectableAsyncWithTypedThis, InjectableWithTypedThis, Resolvable } from './injectors/shared.js';
/**
 * Extended event class that supports async completion tracking
 * @template T - Type of event arguments
 * @extends AsyncEvent<[ExtendableEvent<T>]>
 */
export declare class ExtendableEvent<T = void> extends AsyncEvent<[ExtendableEvent<T>]> {
    private readonly once;
    private markAsDone;
    private _triggered;
    /**
     * Create an ExtendableEvent
     * @param once - Whether the event should only trigger once
     */
    constructor(once: boolean);
    private promises;
    /**
     * Add a promise to wait for before marking event as complete
     * @template T - Type of promise result
     * @param p - Promise to wait for
     */
    waitUntil<T>(p: PromiseLike<T>): void;
    /**
     * Reset event state for reuse (if configured with once=false)
     * @throws Error if reset during incomplete event or after single use
     */
    reset(): void;
    /** Event arguments passed during triggering */
    eventArgs: T;
    /**
     * Trigger the event with given arguments
     * @param value - Arguments to pass to event handlers
     */
    trigger(value: T): Promise<void>;
    /**
     * Add event listener
     * @param handler - Handler function to add
     * @returns Self for chaining
     */
    addListener(handler: Listener<[this], void | PromiseLike<void>>): import("./teardown-manager.js").Subscription;
    /** Whether the event has been triggered */
    get triggered(): boolean;
    private _whenDone;
    /** Promise that resolves when event completes */
    get whenDone(): Promise<T>;
    /** Complete all pending promises and mark event done */
    complete(): Promise<void>;
    /** Whether the event has completed */
    get done(): boolean;
    private _done;
}
/**
 * Core module management class handling dependency injection and lifecycle events
 * @extends SimpleInjector
 */
export declare class Module extends SimpleInjector {
    name: string;
    dep?: Module[];
    /**
     * Create a new Module
     * @param name - Unique module name
     * @param dep - Optional array of module dependencies
     */
    constructor(name: string, dep?: Module[]);
    private static readonly o;
    /** Event triggered when module activates */
    readonly activateEvent: ExtendableEvent<void>;
    /** Event triggered when module is fully ready */
    readonly readyEvent: ExtendableEvent<void>;
    /**
     * Add a module dependency
     * @param m - Module to add as dependency
     */
    addDependency(m: Module): void;
    /**
     * Register a module with the orchestrator
     * @param m - Module to register
     */
    static registerModule(m: Module): void;
    /**
     * Register ready handler with dependency injection
     * @template TArgs - Argument types
     * @param toInject - Names of dependencies to inject
     * @param f - Handler function
     * @returns Self for chaining
     */
    ready<TArgs extends unknown[]>(toInject: Resolvable[], f: InjectableWithTypedThis<void | Promise<void>, ExtendableEvent, TArgs>): any;
    ready<TArgs extends unknown[]>(toInject: Resolvable[]): (f: InjectableWithTypedThis<void | Promise<void>, ExtendableEvent, TArgs>) => this;
    /**
     * Register async ready handler with dependency injection
     * @template TArgs - Argument types
     * @param toInject - Names of dependencies to inject
     * @param f - Async handler function
     * @returns Self for chaining
     */
    readyAsync<TArgs extends unknown[]>(toInject: Resolvable[], f: InjectableAsyncWithTypedThis<void, ExtendableEvent, TArgs>): any;
    readyAsync<TArgs extends unknown[]>(toInject: Resolvable[]): (f: InjectableWithTypedThis<void, ExtendableEvent, TArgs>) => this;
    /**
     * Register activation handler with dependency injection
     * @template TArgs - Argument types
     * @param toInject - Names of dependencies to inject
     * @param f - Handler function
     * @returns Self for chaining
     */
    activate<TArgs extends unknown[]>(toInject: Resolvable[], f: InjectableWithTypedThis<void | Promise<void>, ExtendableEvent, TArgs>): this;
    activate<TArgs extends unknown[]>(toInject: Resolvable[]): (f: InjectableWithTypedThis<void | Promise<void>, ExtendableEvent, TArgs>) => this;
    /**
     * Register async activation handler with dependency injection
     * @template TArgs - Argument types
     * @param toInject - Names of dependencies to inject
     * @param f - Async handler function
     * @returns Self for chaining
     */
    activateAsync<TArgs extends unknown[]>(toInject: Resolvable[], f: InjectableAsyncWithTypedThis<void, ExtendableEvent, TArgs>): any;
    activateAsync<TArgs extends unknown[]>(toInject: Resolvable[]): (f: InjectableWithTypedThis<void, ExtendableEvent, TArgs>) => this;
    /**
     * Create activation handler for class instantiation
     * @param toInject - Names of dependencies to inject
     * @returns Decorator function for class constructor
     */
    activateNew(...toInject: Resolvable[]): <T>(ctor: new (...args: unknown[]) => T) => void;
    /**
     * Create async activation handler for class instantiation
     * @param toInject - Names of dependencies to inject
     * @returns Decorator function for class constructor
     */
    activateNewAsync(...toInject: Resolvable[]): <T>(ctor: new (...args: unknown[]) => T) => void;
    /**
     * Create ready handler for class instantiation
     * @param toInject - Names of dependencies to inject
     * @returns Decorator function for class constructor
     */
    readyNew(...toInject: Resolvable[]): <T>(ctor: new (...args: unknown[]) => T) => void;
    /**
     * Create async ready handler for class instantiation
     * @param toInject - Names of dependencies to inject
     * @returns Decorator function for class constructor
     */
    readyNewAsync(...toInject: Resolvable[]): <T>(ctor: new (...args: unknown[]) => T) => void;
    /**
     * Start the module lifecycle
     * @template TArgs - Argument types
     * @param toInject - Names of dependencies to inject
     * @param f - Optional handler function
     * @returns Promise that resolves when module stops
     */
    start<TArgs extends unknown[]>(toInject?: string[], f?: Injectable<unknown, TArgs>): Promise<void>;
}
export declare function module(name: string, ...dependencies: string[]): Module;
export declare function module(name: string, ...dependencies: Module[]): Module;