import { SignerAgent } from '@slide-computer/signer-agent';
export { SignerAgent, SignerAgentOptions } from '@slide-computer/signer-agent';
import { Agent as Agent$1, HttpAgent, Identity, SignIdentity } from '@dfinity/agent';
import { Signer } from '@slide-computer/signer';
export { fromBase64, toBase64 } from '@slide-computer/signer';
import * as _dfinity_identity from '@dfinity/identity';
import { Delegation, PartialIdentity } from '@dfinity/identity';
import { SignerStorage } from '@slide-computer/signer-storage';
import { AuthClientStorage } from '@dfinity/auth-client';
import { SubAccount } from '@dfinity/ledger-icp';
import { Principal } from '@dfinity/principal';

type AgentOptions = {
    delegation?: Delegation;
    signerAgent: SignerAgent<Signer>;
    agent: HttpAgent;
    identity?: Identity | PartialIdentity;
};
declare class Agent implements Agent$1 {
    private signerAgentStrategy;
    private agentStrategy;
    private delegation?;
    private constructor();
    static create({ delegation, signerAgent, agent }: AgentOptions): Promise<Agent>;
    call(...params: Parameters<Agent$1["call"]>): ReturnType<Agent$1["call"]>;
    query(...params: Parameters<Agent$1["query"]>): ReturnType<Agent$1["query"]>;
    get rootKey(): ArrayBuffer | null;
    fetchRootKey(): ReturnType<Agent$1["fetchRootKey"]>;
    getPrincipal(): ReturnType<Agent$1["getPrincipal"]>;
    status(): ReturnType<Agent$1["status"]>;
    readState(...params: Parameters<Agent$1["readState"]>): ReturnType<Agent$1["readState"]>;
    createReadStateRequest?(...params: Parameters<NonNullable<Agent$1["createReadStateRequest"]>>): ReturnType<NonNullable<Agent$1["createReadStateRequest"]>>;
}

/** @module IdleManager */
type TimeoutCB = () => unknown;
type TimeoutManagerOptions = {
    /**
     * Callback after the timeout
     */
    onTimeout?: TimeoutCB;
    /**
     * timeout in ms
     */
    timeout: number;
};
/**
 * Detects if the `timeout` ms is over, and calls `onTimeout` and registered callbacks.
 * To override these defaults, you can pass an `onTimeout` callback, or configure a custom `timeout` in milliseconds
 */
declare class TimeoutManager {
    callbacks: TimeoutCB[];
    timeout?: TimeoutManagerOptions["timeout"];
    timeoutID?: number;
    /**
     * @param options {@link IdleManagerOptions}
     */
    constructor(options: TimeoutManagerOptions);
    /**
     * @param {TimeoutCB} callback function to be called on timeout
     */
    registerCallback(callback: TimeoutCB): void;
    /**
     * Cleans up the timeout manager and its listeners
     */
    exit(): void;
    /**
     * Resets the timeouts during cleanup
     */
    _resetTimer(): void;
}

type IdleManagerOptions = {
    /**
     * capture scroll events
     * @default false
     */
    captureScroll?: boolean;
    /**
     * scroll debounce time in ms
     * @default 100
     */
    scrollDebounce?: number;
    /**
     * Callback after the user has gone idle
     */
    onIdle?: () => unknown;
    /**
     * timeout in ms
     */
    idleTimeout?: number;
};
/**
 * Detects if the user has been idle for a duration of `idleTimeout` ms, and calls `onIdle` and registered callbacks.
 * By default, the IdleManager will log a user out after 10 minutes of inactivity.
 * To override these defaults, you can pass an `onIdle` callback, or configure a custom `idleTimeout` in milliseconds
 */
declare class IdleManager extends TimeoutManager {
    constructor(options?: IdleManagerOptions);
}

interface IdleOptions extends IdleManagerOptions {
    /**
     * Disables idle functionality for {@link IdleManager}
     * @default false
     */
    disableIdle?: boolean;
    /**
     * Disables default idle behavior - call logout
     * @default false
     */
    disableDefaultIdleCallback?: boolean;
}
interface SignerClientOptions {
    signer: Signer;
    /**
     * Optional, used to generate random bytes
     * @default uses browser/node Crypto by default
     */
    crypto?: Pick<Crypto, "getRandomValues" | "randomUUID">;
    /**
     * Optional storage with get, set, and remove. Uses {@link IdbStorage} by default
     */
    storage?: AuthClientStorage;
    /**
     * Options to handle idle timeouts
     * @default after 30 minutes, invalidates the identity
     */
    idleOptions?: IdleOptions;
    derivationOrigin?: string;
    onLogout?: () => Promise<unknown>;
}
declare abstract class SignerClient {
    protected options: SignerClientOptions;
    protected idleManager: IdleManager | undefined;
    protected storage: SignerStorage;
    connectedUser: {
        principal: Principal;
        subAccount?: SubAccount;
    } | undefined;
    constructor(options: SignerClientOptions);
    protected registerDefaultIdleCallback(): void;
    protected logout(options?: {
        returnTo?: string;
    }): Promise<void>;
    protected setConnectedUser(user: {
        owner: string;
        subAccount?: ArrayBuffer;
    } | undefined): Promise<void>;
    protected setConnectedUserToStorage(user: {
        owner: string;
        subAccount?: ArrayBuffer;
    } | undefined): Promise<void>;
    static shouldCheckIsUserConnected(): boolean;
    protected getConnectedUserFromStorage(): Promise<{
        owner: string;
        subAccount?: ArrayBuffer;
    } | undefined>;
    protected get crypto(): Pick<Crypto, "getRandomValues" | "randomUUID">;
}

declare const ED25519_KEY_LABEL = "Ed25519";
type BaseKeyType = "ECDSA" | typeof ED25519_KEY_LABEL;
declare enum DelegationType {
    ACCOUNT = "ACCOUNT",
    RELYING_PARTY = "RELYING_PARTY"
}
interface DelegationSignerClientOptions extends SignerClientOptions {
    /**
     * An identity to use as the base
     */
    identity?: SignIdentity | PartialIdentity;
    /**
     * type to use for the base key
     * @default 'ECDSA'
     * If you are using a custom storage provider that does not support CryptoKey storage,
     * you should use 'Ed25519' as the key type, as it can serialize to a string
     */
    keyType?: BaseKeyType;
    targets?: string[];
    /**
     * Expiration of the delegation in nanoseconds
     */
    maxTimeToLive?: bigint;
}
declare class DelegationSignerClient extends SignerClient {
    private identity;
    private baseIdentity;
    private targets?;
    private maxTimeToLive;
    private expirationManager?;
    constructor(options: SignerClientOptions, identity: Identity | PartialIdentity, baseIdentity: SignIdentity | PartialIdentity, targets?: string[] | undefined, maxTimeToLive?: bigint);
    static create(options: DelegationSignerClientOptions): Promise<DelegationSignerClient>;
    private static createIdentity;
    login(): Promise<void>;
    private initExpirationManager;
    logout(options?: {
        returnTo?: string;
    }): Promise<void>;
    getIdentity(): Identity | PartialIdentity;
    getDelegationType(): Promise<DelegationType>;
    getDelegation(): Promise<_dfinity_identity.SignedDelegation | undefined>;
}

interface AccountsSignerClientOptions extends SignerClientOptions {
}
declare class AccountsSignerClient extends SignerClient {
    static create(options: AccountsSignerClientOptions): Promise<AccountsSignerClient>;
    login(): Promise<void>;
    logout(options?: {
        returnTo?: string;
    }): Promise<void>;
    private setAccounts;
    getAccounts(): Promise<{
        principal: Principal;
        subAccount?: SubAccount;
    }[] | undefined>;
}

type SignerConfig = {
    id: string;
    providerUrl: string;
    label: string;
    transportType: TransportType;
    icon?: string;
    description?: string;
};
declare enum TransportType {
    NEW_TAB = 0,
    EXTENSION = 1,
    INTERNET_IDENTITY = 2,
    STOIC = 3
}

declare const NFIDW: SignerConfig;
declare const MockedSigner: SignerConfig;
declare const InternetIdentity: SignerConfig;
declare const Stoic: SignerConfig;
declare const OISY: SignerConfig;

declare const IdentityKitCustomSignerAuthType: {
    [OISY.id]: "ACCOUNTS";
    [InternetIdentity.id]: "DELEGATION";
    [Stoic.id]: "DELEGATION";
};
type ObjectValuesType<T> = T[keyof T];
declare const IdentityKitAuthType: {
    readonly DELEGATION: "DELEGATION";
    readonly ACCOUNTS: "ACCOUNTS";
};
type IdentityKitAuthType = ObjectValuesType<typeof IdentityKitAuthType>;
declare class IdentityKit<T extends IdentityKitAuthType = typeof IdentityKitAuthType.ACCOUNTS, TSignerClient = T extends typeof IdentityKitAuthType.DELEGATION ? DelegationSignerClient : AccountsSignerClient> {
    signerClient: TSignerClient;
    constructor(signerClient: TSignerClient);
    getIcpBalance(): Promise<number>;
    static create<T extends IdentityKitAuthType = typeof IdentityKitAuthType.ACCOUNTS, TSignerClientOptions = T extends typeof IdentityKitAuthType.DELEGATION ? DelegationSignerClientOptions : AccountsSignerClientOptions>({ signerClientOptions, authType }: {
        signerClientOptions: TSignerClientOptions;
        authType: T;
    }): Promise<IdentityKit<"ACCOUNTS", DelegationSignerClient> | IdentityKit<"ACCOUNTS", AccountsSignerClient>>;
}

export { IdentityKit, AccountsSignerClient as IdentityKitAccountsSignerClient, Agent as IdentityKitAgent, IdentityKitAuthType, IdentityKitCustomSignerAuthType, DelegationSignerClient as IdentityKitDelegationSignerClient, DelegationType as IdentityKitDelegationType, SignerClient as IdentityKitSignerClient, TransportType as IdentityKitTransportType, InternetIdentity, MockedSigner, NFIDW, OISY, Stoic };
export type { AccountsSignerClientOptions as IdentityKitAccountsSignerClientOptions, AgentOptions as IdentityKitAgentOptions, DelegationSignerClientOptions as IdentityKitDelegationSignerClientOptions, SignerClientOptions as IdentityKitSignerClientOptions, SignerConfig as IdentityKitSignerConfig };