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import { Auth0ClientOptions, RedirectLoginOptions, PopupLoginOptions, PopupConfigOptions, RedirectLoginResult, GetTokenSilentlyOptions, GetTokenWithPopupOptions, LogoutOptions, User, IdToken, GetTokenSilentlyVerboseResponse, TokenEndpointResponse, ConnectAccountRedirectResult, RedirectConnectAccountOptions } from './global';
import { CustomTokenExchangeOptions } from './TokenExchange';
import { Dpop } from './dpop/dpop';
import { Fetcher, type FetcherConfig, type CustomFetchMinimalOutput } from './fetcher';
/**
* Auth0 SDK for Single Page Applications using [Authorization Code Grant Flow with PKCE](https://auth0.com/docs/api-auth/tutorials/authorization-code-grant-pkce).
*/
export declare class Auth0Client {
private readonly transactionManager;
private readonly cacheManager;
private readonly domainUrl;
private readonly tokenIssuer;
private readonly scope;
private readonly cookieStorage;
private readonly dpop;
private readonly sessionCheckExpiryDays;
private readonly orgHintCookieName;
private readonly isAuthenticatedCookieName;
private readonly nowProvider;
private readonly httpTimeoutMs;
private readonly options;
private readonly userCache;
private readonly myAccountApi;
private worker?;
private readonly activeLockKeys;
private readonly defaultOptions;
constructor(options: Auth0ClientOptions);
private _url;
private _authorizeUrl;
private _verifyIdToken;
private _processOrgHint;
private _prepareAuthorizeUrl;
/**
* ```js
* try {
* await auth0.loginWithPopup(options);
* } catch(e) {
* if (e instanceof PopupCancelledError) {
* // Popup was closed before login completed
* }
* }
* ```
*
* Opens a popup with the `/authorize` URL using the parameters
* provided as arguments. Random and secure `state` and `nonce`
* parameters will be auto-generated. If the response is successful,
* results will be valid according to their expiration times.
*
* IMPORTANT: This method has to be called from an event handler
* that was started by the user like a button click, for example,
* otherwise the popup will be blocked in most browsers.
*
* @param options
* @param config
*/
loginWithPopup(options?: PopupLoginOptions, config?: PopupConfigOptions): Promise<void>;
/**
* ```js
* const user = await auth0.getUser();
* ```
*
* Returns the user information if available (decoded
* from the `id_token`).
*
* @typeparam TUser The type to return, has to extend {@link User}.
*/
getUser<TUser extends User>(): Promise<TUser | undefined>;
/**
* ```js
* const claims = await auth0.getIdTokenClaims();
* ```
*
* Returns all claims from the id_token if available.
*/
getIdTokenClaims(): Promise<IdToken | undefined>;
/**
* ```js
* await auth0.loginWithRedirect(options);
* ```
*
* Performs a redirect to `/authorize` using the parameters
* provided as arguments. Random and secure `state` and `nonce`
* parameters will be auto-generated.
*
* @param options
*/
loginWithRedirect<TAppState = any>(options?: RedirectLoginOptions<TAppState>): Promise<void>;
/**
* After the browser redirects back to the callback page,
* call `handleRedirectCallback` to handle success and error
* responses from Auth0. If the response is successful, results
* will be valid according to their expiration times.
*/
handleRedirectCallback<TAppState = any>(url?: string): Promise<RedirectLoginResult<TAppState> | ConnectAccountRedirectResult<TAppState>>;
/**
* Handles the redirect callback from the login flow.
*
* @template AppState - The application state persisted from the /authorize redirect.
* @param {string} authenticationResult - The parsed authentication result from the URL.
* @param {string} transaction - The login transaction.
*
* @returns {RedirectLoginResult} Resolves with the persisted app state.
* @throws {GenericError | Error} If the transaction is missing, invalid, or the code exchange fails.
*/
private _handleLoginRedirectCallback;
/**
* Handles the redirect callback from the connect account flow.
* This works the same as the redirect from the login flow expect it verifies the `connect_code`
* with the My Account API rather than the `code` with the Authorization Server.
*
* @template AppState - The application state persisted from the connect redirect.
* @param {string} connectResult - The parsed connect accounts result from the URL.
* @param {string} transaction - The login transaction.
* @returns {Promise<ConnectAccountRedirectResult>} The result of the My Account API, including any persisted app state.
* @throws {GenericError | MyAccountApiError} If the transaction is missing, invalid, or an error is returned from the My Account API.
*/
private _handleConnectAccountRedirectCallback;
/**
* ```js
* await auth0.checkSession();
* ```
*
* Check if the user is logged in using `getTokenSilently`. The difference
* with `getTokenSilently` is that this doesn't return a token, but it will
* pre-fill the token cache.
*
* This method also heeds the `auth0.{clientId}.is.authenticated` cookie, as an optimization
* to prevent calling Auth0 unnecessarily. If the cookie is not present because
* there was no previous login (or it has expired) then tokens will not be refreshed.
*
* It should be used for silently logging in the user when you instantiate the
* `Auth0Client` constructor. You should not need this if you are using the
* `createAuth0Client` factory.
*
* **Note:** the cookie **may not** be present if running an app using a private tab, as some
* browsers clear JS cookie data and local storage when the tab or page is closed, or on page reload. This effectively
* means that `checkSession` could silently return without authenticating the user on page refresh when
* using a private tab, despite having previously logged in. As a workaround, use `getTokenSilently` instead
* and handle the possible `login_required` error [as shown in the readme](https://github.com/auth0/auth0-spa-js#creating-the-client).
*
* @param options
*/
checkSession(options?: GetTokenSilentlyOptions): Promise<void>;
/**
* Fetches a new access token and returns the response from the /oauth/token endpoint, omitting the refresh token.
*
* @param options
*/
getTokenSilently(options: GetTokenSilentlyOptions & {
detailedResponse: true;
}): Promise<GetTokenSilentlyVerboseResponse>;
/**
* Fetches a new access token and returns it.
*
* @param options
*/
getTokenSilently(options?: GetTokenSilentlyOptions): Promise<string>;
private _getTokenSilently;
/**
* ```js
* const token = await auth0.getTokenWithPopup(options);
* ```
* Opens a popup with the `/authorize` URL using the parameters
* provided as arguments. Random and secure `state` and `nonce`
* parameters will be auto-generated. If the response is successful,
* results will be valid according to their expiration times.
*
* @param options
* @param config
*/
getTokenWithPopup(options?: GetTokenWithPopupOptions, config?: PopupConfigOptions): Promise<string | undefined>;
/**
* ```js
* const isAuthenticated = await auth0.isAuthenticated();
* ```
*
* Returns `true` if there's valid information stored,
* otherwise returns `false`.
*
*/
isAuthenticated(): Promise<boolean>;
/**
* ```js
* await auth0.buildLogoutUrl(options);
* ```
*
* Builds a URL to the logout endpoint using the parameters provided as arguments.
* @param options
*/
private _buildLogoutUrl;
/**
* ```js
* await auth0.logout(options);
* ```
*
* Clears the application session and performs a redirect to `/v2/logout`, using
* the parameters provided as arguments, to clear the Auth0 session.
*
* If the `federated` option is specified it also clears the Identity Provider session.
* [Read more about how Logout works at Auth0](https://auth0.com/docs/logout).
*
* @param options
*/
logout(options?: LogoutOptions): Promise<void>;
private _getTokenFromIFrame;
private _getTokenUsingRefreshToken;
private _saveEntryInCache;
private _getIdTokenFromCache;
private _getEntryFromCache;
/**
* Releases any locks acquired by the current page that are not released yet
*
* Get's called on the `pagehide` event.
* https://developer.mozilla.org/en-US/docs/Web/API/Window/pagehide_event
*/
private _releaseLockOnPageHide;
private _requestToken;
/**
* Exchanges an external subject token for an Auth0 token via a token exchange request.
*
* @param {CustomTokenExchangeOptions} options - The options required to perform the token exchange.
*
* @returns {Promise<TokenEndpointResponse>} A promise that resolves to the token endpoint response,
* which contains the issued Auth0 tokens.
*
* This method implements the token exchange grant as specified in RFC 8693 by first validating
* the provided subject token type and then constructing a token request to the /oauth/token endpoint.
* The request includes the following parameters:
*
* - `grant_type`: Hard-coded to "urn:ietf:params:oauth:grant-type:token-exchange".
* - `subject_token`: The external token provided via the options.
* - `subject_token_type`: The type of the external token (validated by this function).
* - `scope`: A unique set of scopes, generated by merging the scopes supplied in the options
* with the SDK’s default scopes.
* - `audience`: The target audience from the options, with fallback to the SDK's authorization configuration.
*
* **Example Usage:**
*
* ```
* // Define the token exchange options
* const options: CustomTokenExchangeOptions = {
* subject_token: 'eyJhbGciOiJIUzI1NiIsInR5cCI6Ikp...',
* subject_token_type: 'urn:acme:legacy-system-token',
* scope: "openid profile"
* };
*
* // Exchange the external token for Auth0 tokens
* try {
* const tokenResponse = await instance.exchangeToken(options);
* // Use tokenResponse.access_token, tokenResponse.id_token, etc.
* } catch (error) {
* // Handle token exchange error
* }
* ```
*/
exchangeToken(options: CustomTokenExchangeOptions): Promise<TokenEndpointResponse>;
protected _assertDpop(dpop: Dpop | undefined): asserts dpop is Dpop;
/**
* Returns the current DPoP nonce used for making requests to Auth0.
*
* It can return `undefined` because when starting fresh it will not
* be populated until after the first response from the server.
*
* It requires enabling the {@link Auth0ClientOptions.useDpop} option.
*
* @param nonce The nonce value.
* @param id The identifier of a nonce: if absent, it will get the nonce
* used for requests to Auth0. Otherwise, it will be used to
* select a specific non-Auth0 nonce.
*/
getDpopNonce(id?: string): Promise<string | undefined>;
/**
* Sets the current DPoP nonce used for making requests to Auth0.
*
* It requires enabling the {@link Auth0ClientOptions.useDpop} option.
*
* @param nonce The nonce value.
* @param id The identifier of a nonce: if absent, it will set the nonce
* used for requests to Auth0. Otherwise, it will be used to
* select a specific non-Auth0 nonce.
*/
setDpopNonce(nonce: string, id?: string): Promise<void>;
/**
* Returns a string to be used to demonstrate possession of the private
* key used to cryptographically bind access tokens with DPoP.
*
* It requires enabling the {@link Auth0ClientOptions.useDpop} option.
*/
generateDpopProof(params: {
url: string;
method: string;
nonce?: string;
accessToken: string;
}): Promise<string>;
/**
* Returns a new `Fetcher` class that will contain a `fetchWithAuth()` method.
* This is a drop-in replacement for the Fetch API's `fetch()` method, but will
* handle certain authentication logic for you, like building the proper auth
* headers or managing DPoP nonces and retries automatically.
*
* Check the `EXAMPLES.md` file for a deeper look into this method.
*/
createFetcher<TOutput extends CustomFetchMinimalOutput = Response>(config?: FetcherConfig<TOutput>): Fetcher<TOutput>;
/**
* Initiates a redirect to connect the user's account with a specified connection.
* This method generates PKCE parameters, creates a transaction, and redirects to the /connect endpoint.
*
* You must enable `Offline Access` from the Connection Permissions settings to be able to use the connection with Connected Accounts.
*
* @template TAppState - The application state to persist through the transaction.
* @param {RedirectConnectAccountOptions<TAppState>} options - Options for the connect account redirect flow.
* @param {string} options.connection - The name of the connection to link (e.g. 'google-oauth2').
* @param {string[]} [options.scopes] - Array of scopes to request from the Identity Provider during the connect account flow.
* @param {AuthorizationParams} [options.authorization_params] - Additional authorization parameters for the request to the upstream IdP.
* @param {string} [options.redirectUri] - The URI to redirect back to after connecting the account.
* @param {TAppState} [options.appState] - Application state to persist through the transaction.
* @param {(url: string) => Promise<void>} [options.openUrl] - Custom function to open the URL.
*
* @returns {Promise<void>} Resolves when the redirect is initiated.
* @throws {MyAccountApiError} If the connect request to the My Account API fails.
*/
connectAccountWithRedirect<TAppState = any>(options: RedirectConnectAccountOptions<TAppState>): Promise<void>;
}
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import { ICache } from './cache';
import { Auth0ClientOptions, AuthorizationParams, AuthorizeOptions, ClientAuthorizationParams, LogoutOptions } from './global';
/**
* @ignore
*/
export declare const GET_TOKEN_SILENTLY_LOCK_KEY = "auth0.lock.getTokenSilently";
/**
* @ignore
*/
export declare const buildGetTokenSilentlyLockKey: (clientId: string, audience: string) => string;
/**
* @ignore
*/
export declare const buildOrganizationHintCookieName: (clientId: string) => string;
/**
* @ignore
*/
export declare const OLD_IS_AUTHENTICATED_COOKIE_NAME = "auth0.is.authenticated";
/**
* @ignore
*/
export declare const buildIsAuthenticatedCookieName: (clientId: string) => string;
/**
* @ignore
*/
export declare const cacheFactory: (location: string) => () => ICache;
/**
* @ignore
*/
export declare const getAuthorizeParams: (clientOptions: Auth0ClientOptions & {
authorizationParams: ClientAuthorizationParams;
}, scope: Record<string, string>, authorizationParams: AuthorizationParams & {
scope?: string | undefined;
}, state: string, nonce: string, code_challenge: string, redirect_uri: string | undefined, response_mode: string | undefined, thumbprint: string | undefined) => AuthorizeOptions;
/**
* @ignore
*
* Function used to provide support for the deprecated onRedirect through openUrl.
*/
export declare const patchOpenUrlWithOnRedirect: <T extends Pick<LogoutOptions, "openUrl" | "onRedirect">>(options: T) => T;
/**
* @ignore
*
* Checks if all scopes are included inside other array of scopes
*/
export declare const allScopesAreIncluded: (scopeToInclude?: string, scopes?: string) => boolean;
/**
* @ignore
*
* Returns the scopes that are missing after a refresh
*/
export declare const getMissingScopes: (requestedScope?: string, respondedScope?: string) => string;
/**
* @ignore
*
* For backward compatibility we are going to check if we are going to downscope while doing a refresh request
* while MRRT is allowed. If the audience is the same for the refresh_token we are going to use and it has
* lower scopes than the ones originally in the token, we are going to return the scopes that were stored
* with the refresh_token in the tokenset.
* @param useMrrt Setting that the user can activate to use MRRT in their requests
* @param authorizationParams Contains the audience and scope that the user requested to obtain a token
* @param cachedAudience Audience stored with the refresh_token wich we are going to use in the request
* @param cachedScope Scope stored with the refresh_token wich we are going to use in the request
*/
export declare const getScopeToRequest: (useMrrt: boolean | undefined, authorizationParams: {
audience?: string;
scope: string;
}, cachedAudience?: string, cachedScope?: string) => string;
/**
* @ignore
*
* Checks if the refresh request has been done using MRRT
* @param cachedAudience Audience from the refresh token used to refresh
* @param cachedScope Scopes from the refresh token used to refresh
* @param requestAudience Audience sent to the server
* @param requestScope Scopes sent to the server
*/
export declare const isRefreshWithMrrt: (cachedAudience: string | undefined, cachedScope: string | undefined, requestAudience: string | undefined, requestScope: string) => boolean;
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import { AuthorizationParams } from './global';
import { Fetcher } from './fetcher';
interface ConnectRequest {
/** The name of the connection to link the account with (e.g., 'google-oauth2', 'facebook'). */
connection: string;
/** Array of scopes to request from the Identity Provider during the connect account flow. */
scopes?: string[];
/** The URI to redirect to after the connection process completes. */
redirect_uri: string;
/** An opaque value used to maintain state between the request and callback. */
state?: string;
/** The PKCE code challenge derived from the code verifier. */
code_challenge?: string;
/** The method used to derive the code challenge. Required when code_challenge is provided. */
code_challenge_method?: 'S256';
authorization_params?: AuthorizationParams;
}
interface ConnectResponse {
/** The base URI to initiate the account connection flow. */
connect_uri: string;
/** The authentication session identifier. */
auth_session: string;
/** Parameters to be used with the connect URI. */
connect_params: {
/** The ticket identifier to be used with the connection URI. */
ticket: string;
};
/** The number of seconds until the ticket expires. */
expires_in: number;
}
interface CompleteRequest {
/** The authentication session identifier */
auth_session: string;
/** The authorization code returned from the connect flow */
connect_code: string;
/** The redirect URI used in the original request */
redirect_uri: string;
/** The PKCE code verifier */
code_verifier?: string;
}
export interface CompleteResponse {
/** The unique identifier of the connected account */
id: string;
/** The connection name */
connection: string;
/** The access type, always 'offline' */
access_type: 'offline';
/** Array of scopes granted */
scopes?: string[];
/** ISO date string of when the connected account was created */
created_at: string;
/** ISO date string of when the refresh token expires (optional) */
expires_at?: string;
}
export interface ErrorResponse {
type: string;
status: number;
title: string;
detail: string;
validation_errors?: {
detail: string;
field?: string;
pointer?: string;
source?: string;
}[];
}
/**
* Subset of the MyAccount API that handles the connect accounts flow.
*/
export declare class MyAccountApiClient {
private myAccountFetcher;
private apiBase;
constructor(myAccountFetcher: Fetcher<Response>, apiBase: string);
/**
* Get a ticket for the connect account flow.
*/
connectAccount(params: ConnectRequest): Promise<ConnectResponse>;
/**
* Verify the redirect from the connect account flow and complete the connecting of the account.
*/
completeAccount(params: CompleteRequest): Promise<CompleteResponse>;
private _handleResponse;
}
export declare class MyAccountApiError extends Error {
readonly type: string;
readonly status: number;
readonly title: string;
readonly detail: string;
readonly validation_errors?: ErrorResponse['validation_errors'];
constructor({ type, status, title, detail, validation_errors }: ErrorResponse);
}
export {};
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/**
* Represents the configuration options required for initiating a Custom Token Exchange request
* following RFC 8693 specifications.
*
* @see {@link https://www.rfc-editor.org/rfc/rfc8693 | RFC 8693: OAuth 2.0 Token Exchange}
*/
export type CustomTokenExchangeOptions = {
/**
* The type identifier for the subject token being exchanged
*
* @pattern
* - Must be a namespaced URI under your organization's control
* - Forbidden patterns:
* - `^urn:ietf:params:oauth:*` (IETF reserved)
* - `^https:\/\/auth0\.com/*` (Auth0 reserved)
* - `^urn:auth0:*` (Auth0 reserved)
*
* @example
* "urn:acme:legacy-system-token"
* "https://api.yourcompany.com/token-type/v1"
*/
subject_token_type: string;
/**
* The opaque token value being exchanged for Auth0 tokens
*
* @security
* - Must be validated in Auth0 Actions using strong cryptographic verification
* - Implement replay attack protection
* - Recommended validation libraries: `jose`, `jsonwebtoken`
*
* @example
* "eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJzdWIiOiIxMjM0NTY3ODkwIiwibmFtZSI6IkpvaG4gRG9lIiwiaWF0IjoxNTE2MjM5MDIyfQ.SflKxwRJSMeKKF2QT4fwpMeJf36POk6yJV_adQssw5c"
*/
subject_token: string;
/**
* The target audience for the requested Auth0 token
*
* @remarks
* Must match exactly with an API identifier configured in your Auth0 tenant.
* If not provided, falls back to the client's default audience.
*
* @example
* "https://api.your-service.com/v1"
*/
audience?: string;
/**
* Space-separated list of OAuth 2.0 scopes being requested
*
* @remarks
* Subject to API authorization policies configured in Auth0
*
* @example
* "openid profile email read:data write:data"
*/
scope?: string;
/**
* Additional custom parameters for Auth0 Action processing
*
* @remarks
* Accessible in Action code via `event.request.body`
*
* @example
* ```typescript
* {
* custom_parameter: "session_context",
* device_fingerprint: "a3d8f7...",
* }
* ```
*/
[key: string]: unknown;
};
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import { TokenEndpointOptions, TokenEndpointResponse } from './global';
export declare function oauthToken({ baseUrl, timeout, audience, scope, auth0Client, useFormData, useMrrt, dpop, ...options }: TokenEndpointOptions, worker?: Worker): Promise<TokenEndpointResponse>;
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import { ICache, Cacheable, MaybePromise } from './shared';
export declare class LocalStorageCache implements ICache {
set<T = Cacheable>(key: string, entry: T): void;
get<T = Cacheable>(key: string): MaybePromise<T | undefined>;
remove(key: string): void;
allKeys(): string[];
}
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import { CacheKeyManifest } from './key-manifest';
import { CacheEntry, ICache, CacheKey, DecodedToken, IdTokenEntry } from './shared';
export declare class CacheManager {
private cache;
private keyManifest?;
private nowProvider;
constructor(cache: ICache, keyManifest?: CacheKeyManifest | undefined, nowProvider?: () => number | Promise<number>);
setIdToken(clientId: string, idToken: string, decodedToken: DecodedToken): Promise<void>;
getIdToken(cacheKey: CacheKey): Promise<IdTokenEntry | undefined>;
get(cacheKey: CacheKey, expiryAdjustmentSeconds?: number, useMrrt?: boolean, cacheMode?: string): Promise<Partial<CacheEntry> | undefined>;
private modifiedCachedEntry;
set(entry: CacheEntry): Promise<void>;
remove(client_id: string, audience?: string, scope?: string): Promise<void>;
clear(clientId?: string): Promise<void>;
private wrapCacheEntry;
private getCacheKeys;
/**
* Returns the cache key to be used to store the id token
* @param clientId The client id used to link to the id token
* @returns The constructed cache key, as a string, to store the id token
*/
private getIdTokenCacheKey;
/**
* Finds the corresponding key in the cache based on the provided cache key.
* The keys inside the cache are in the format {prefix}::{clientId}::{audience}::{scope}.
* The first key in the cache that satisfies the following conditions is returned
* - `prefix` is strict equal to Auth0's internally configured `keyPrefix`
* - `clientId` is strict equal to the `cacheKey.clientId`
* - `audience` is strict equal to the `cacheKey.audience`
* - `scope` contains at least all the `cacheKey.scope` values
* *
* @param keyToMatch The provided cache key
* @param allKeys A list of existing cache keys
*/
private matchExistingCacheKey;
/**
* Returns the first entry that contains a refresh_token that satisfies the following conditions
* The keys inside the cache are in the format {prefix}::{clientId}::{audience}::{scope}.
* - `prefix` is strict equal to Auth0's internally configured `keyPrefix`
* - `clientId` is strict equal to the `cacheKey.clientId`
* @param keyToMatch The provided cache key
* @param allKeys A list of existing cache keys
*/
private getEntryWithRefreshToken;
/**
* Updates in the cache all entries that has a match with previous refresh_token with the
* new refresh_token obtained from the server
* @param oldRefreshToken Old refresh_token used on refresh
* @param newRefreshToken New refresh_token obtained from the server after refresh
*/
updateEntry(oldRefreshToken: string, newRefreshToken: string): Promise<void>;
}
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import { ICache } from './shared';
export declare class InMemoryCache {
enclosedCache: ICache;
}
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export * from './cache-localstorage';
export * from './cache-memory';
export * from './cache-manager';
export * from './shared';
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import { ICache, KeyManifestEntry, MaybePromise } from './shared';
export declare class CacheKeyManifest {
private cache;
private clientId;
private readonly manifestKey;
constructor(cache: ICache, clientId: string);
add(key: string): Promise<void>;
remove(key: string): Promise<void>;
get(): MaybePromise<KeyManifestEntry | undefined>;
clear(): MaybePromise<void>;
private createManifestKeyFrom;
}
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import { IdToken, User } from '../global';
export declare const CACHE_KEY_PREFIX = "@@auth0spajs@@";
export declare const CACHE_KEY_ID_TOKEN_SUFFIX = "@@user@@";
export type CacheKeyData = {
audience?: string;
scope?: string;
clientId: string;
};
export declare class CacheKey {
prefix: string;
suffix?: string | undefined;
clientId: string;
scope?: string;
audience?: string;
constructor(data: CacheKeyData, prefix?: string, suffix?: string | undefined);
/**
* Converts this `CacheKey` instance into a string for use in a cache
* @returns A string representation of the key
*/
toKey(): string;
/**
* Converts a cache key string into a `CacheKey` instance.
* @param key The key to convert
* @returns An instance of `CacheKey`
*/
static fromKey(key: string): CacheKey;
/**
* Utility function to build a `CacheKey` instance from a cache entry
* @param entry The entry
* @returns An instance of `CacheKey`
*/
static fromCacheEntry(entry: CacheEntry): CacheKey;
}
export interface DecodedToken {
claims: IdToken;
user: User;
}
export interface IdTokenEntry {
id_token: string;
decodedToken: DecodedToken;
}
export type CacheEntry = {
id_token?: string;
token_type?: string;
access_token: string;
expires_in: number;
decodedToken?: DecodedToken;
audience: string;
scope: string;
client_id: string;
refresh_token?: string;
oauthTokenScope?: string;
};
export type WrappedCacheEntry = {
body: Partial<CacheEntry>;
expiresAt: number;
};
export type KeyManifestEntry = {
keys: string[];
};
export type Cacheable = WrappedCacheEntry | KeyManifestEntry;
export type MaybePromise<T> = Promise<T> | T;
export interface ICache {
set<T = Cacheable>(key: string, entry: T): MaybePromise<void>;
get<T = Cacheable>(key: string): MaybePromise<T | undefined>;
remove(key: string): MaybePromise<void>;
allKeys?(): MaybePromise<string[]>;
}
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import { PopupConfigOptions } from './global';
/**
* @ignore
*/
export declare const DEFAULT_AUTHORIZE_TIMEOUT_IN_SECONDS = 60;
/**
* @ignore
*/
export declare const DEFAULT_POPUP_CONFIG_OPTIONS: PopupConfigOptions;
/**
* @ignore
*/
export declare const DEFAULT_SILENT_TOKEN_RETRY_COUNT = 3;
/**
* @ignore
*/
export declare const CLEANUP_IFRAME_TIMEOUT_IN_SECONDS = 2;
/**
* @ignore
*/
export declare const DEFAULT_FETCH_TIMEOUT_MS = 10000;
export declare const CACHE_LOCATION_MEMORY = "memory";
export declare const CACHE_LOCATION_LOCAL_STORAGE = "localstorage";
/**
* @ignore
*/
export declare const MISSING_REFRESH_TOKEN_ERROR_MESSAGE = "Missing Refresh Token";
/**
* @ignore
*/
export declare const INVALID_REFRESH_TOKEN_ERROR_MESSAGE = "invalid refresh token";
/**
* @ignore
*/
export declare const DEFAULT_SCOPE = "openid profile email";
/**
* @ignore
*/
export declare const DEFAULT_SESSION_CHECK_EXPIRY_DAYS = 1;
/**
* @ignore
*/
export declare const DEFAULT_AUTH0_CLIENT: {
name: string;
version: string;
};
export declare const DEFAULT_NOW_PROVIDER: () => number;
export declare const DEFAULT_AUDIENCE = "default";
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import { DpopStorage } from './storage';
import * as dpopUtils from './utils';
export declare class Dpop {
protected readonly storage: DpopStorage;
constructor(clientId: string);
getNonce(id?: string): Promise<string | undefined>;
setNonce(nonce: string, id?: string): Promise<void>;
protected getOrGenerateKeyPair(): Promise<dpopUtils.KeyPair>;
generateProof(params: {
url: string;
method: string;
nonce?: string;
accessToken?: string;
}): Promise<string>;
calculateThumbprint(): Promise<string>;
clear(): Promise<void>;
}
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import { type KeyPair } from './utils';
declare const TABLES: {
readonly NONCE: "nonce";
readonly KEYPAIR: "keypair";
};
type Table = (typeof TABLES)[keyof typeof TABLES];
export declare class DpopStorage {
protected readonly clientId: string;
protected dbHandle: IDBDatabase | undefined;
constructor(clientId: string);
protected getVersion(): number;
protected createDbHandle(): Promise<IDBDatabase>;
protected getDbHandle(): Promise<IDBDatabase>;
protected executeDbRequest<T = unknown>(table: string, mode: IDBTransactionMode, requestFactory: (table: IDBObjectStore) => IDBRequest<T>): Promise<T>;
protected buildKey(id?: string): string;
setNonce(nonce: string, id?: string): Promise<void>;
setKeyPair(keyPair: KeyPair): Promise<void>;
protected save(table: Table, key: IDBValidKey, obj: unknown): Promise<void>;
findNonce(id?: string): Promise<string | undefined>;
findKeyPair(): Promise<KeyPair | undefined>;
protected find<T = unknown>(table: Table, key: IDBValidKey): Promise<T | undefined>;
protected deleteBy(table: Table, predicate: (key: IDBValidKey) => boolean): Promise<void>;
protected deleteByClientId(table: Table, clientId: string): Promise<void>;
clearNonces(): Promise<void>;
clearKeyPairs(): Promise<void>;
}
export {};
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import * as dpopLib from 'dpop';
export declare const DPOP_NONCE_HEADER = "dpop-nonce";
export type KeyPair = Readonly<dpopLib.KeyPair>;
type GenerateProofParams = {
keyPair: KeyPair;
url: string;
method: string;
nonce?: string;
accessToken?: string;
};
export declare function generateKeyPair(): Promise<KeyPair>;
export declare function calculateThumbprint(keyPair: Pick<KeyPair, 'publicKey'>): Promise<string>;
export declare function generateProof({ keyPair, url, method, nonce, accessToken }: GenerateProofParams): Promise<string>;
export declare function isGrantTypeSupported(grantType: string): boolean;
export {};
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/**
* Thrown when network requests to the Auth server fail.
*/
export declare class GenericError extends Error {
error: string;
error_description: string;
constructor(error: string, error_description: string);
static fromPayload({ error, error_description }: {
error: string;
error_description: string;
}): GenericError;
}
/**
* Thrown when handling the redirect callback fails, will be one of Auth0's
* Authentication API's Standard Error Responses: https://auth0.com/docs/api/authentication?javascript#standard-error-responses
*/
export declare class AuthenticationError extends GenericError {
state: string;
appState: any;
constructor(error: string, error_description: string, state: string, appState?: any);
}
/**
* Thrown when handling the redirect callback for the connect flow fails, will be one of Auth0's
* Authentication API's Standard Error Responses: https://auth0.com/docs/api/authentication?javascript#standard-error-responses
*/
export declare class ConnectError extends GenericError {
connection: string;
state: string;
appState: any;
constructor(error: string, error_description: string, connection: string, state: string, appState?: any);
}
/**
* Thrown when silent auth times out (usually due to a configuration issue) or
* when network requests to the Auth server timeout.
*/
export declare class TimeoutError extends GenericError {
constructor();
}
/**
* Error thrown when the login popup times out (if the user does not complete auth)
*/
export declare class PopupTimeoutError extends TimeoutError {
popup: Window;
constructor(popup: Window);
}
export declare class PopupCancelledError extends GenericError {
popup: Window;
constructor(popup: Window);
}
/**
* Error thrown when the token exchange results in a `mfa_required` error
*/
export declare class MfaRequiredError extends GenericError {
mfa_token: string;
constructor(error: string, error_description: string, mfa_token: string);
}
/**
* Error thrown when there is no refresh token to use
*/
export declare class MissingRefreshTokenError extends GenericError {
audience: string;
scope: string;
constructor(audience: string, scope: string);
}
/**
* Error thrown when there are missing scopes after refreshing a token
*/
export declare class MissingScopesError extends GenericError {
audience: string;
scope: string;
constructor(audience: string, scope: string);
}
/**
* Error thrown when the wrong DPoP nonce is used and a potential subsequent retry wasn't able to fix it.
*/
export declare class UseDpopNonceError extends GenericError {
newDpopNonce: string | undefined;
constructor(newDpopNonce: string | undefined);
}
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import { GetTokenSilentlyVerboseResponse } from './global';
export type ResponseHeaders = Record<string, string | null | undefined> | [string, string][] | {
get(name: string): string | null | undefined;
};
export type CustomFetchMinimalOutput = {
status: number;
headers: ResponseHeaders;
};
export type CustomFetchImpl<TOutput extends CustomFetchMinimalOutput> = (req: Request) => Promise<TOutput>;
export type AuthParams = {
scope?: string[];
audience?: string;
};
type AccessTokenFactory = (authParams?: AuthParams) => Promise<string | GetTokenSilentlyVerboseResponse>;
export type FetcherConfig<TOutput extends CustomFetchMinimalOutput> = {
getAccessToken?: AccessTokenFactory;
baseUrl?: string;
fetch?: CustomFetchImpl<TOutput>;
dpopNonceId?: string;
};
export type FetcherHooks = {
isDpopEnabled: () => boolean;
getAccessToken: AccessTokenFactory;
getDpopNonce: () => Promise<string | undefined>;
setDpopNonce: (nonce: string) => Promise<void>;
generateDpopProof: (params: {
url: string;
method: string;
nonce?: string;
accessToken: string;
}) => Promise<string>;
};
export type FetchWithAuthCallbacks<TOutput> = {
onUseDpopNonceError?(): Promise<TOutput>;
};
export declare class Fetcher<TOutput extends CustomFetchMinimalOutput> {
protected readonly config: Omit<FetcherConfig<TOutput>, 'fetch'> & Required<Pick<FetcherConfig<TOutput>, 'fetch'>>;
protected readonly hooks: FetcherHooks;
constructor(config: FetcherConfig<TOutput>, hooks: FetcherHooks);
protected isAbsoluteUrl(url: string): boolean;
protected buildUrl(baseUrl: string | undefined, url: string | undefined): string;
protected getAccessToken(authParams?: AuthParams): Promise<string | GetTokenSilentlyVerboseResponse>;
protected extractUrl(info: RequestInfo | URL): string;
protected buildBaseRequest(info: RequestInfo | URL, init: RequestInit | undefined): Request;
protected setAuthorizationHeader(request: Request, accessToken: string, tokenType?: string): void;
protected setDpopProofHeader(request: Request, accessToken: string): Promise<void>;
protected prepareRequest(request: Request, authParams?: AuthParams): Promise<void>;
protected getHeader(headers: ResponseHeaders, name: string): string;
protected hasUseDpopNonceError(response: TOutput): boolean;
protected handleResponse(response: TOutput, callbacks: FetchWithAuthCallbacks<TOutput>): Promise<TOutput>;
protected internalFetchWithAuth(info: RequestInfo | URL, init: RequestInit | undefined, callbacks: FetchWithAuthCallbacks<TOutput>, authParams?: AuthParams): Promise<TOutput>;
fetchWithAuth(info: RequestInfo | URL, init?: RequestInit, authParams?: AuthParams): Promise<TOutput>;
}
export {};
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import { ICache } from './cache';
import type { Dpop } from './dpop/dpop';
import { CompleteResponse } from './MyAccountApiClient';
export interface AuthorizationParams {
/**
* - `'page'`: displays the UI with a full page view
* - `'popup'`: displays the UI with a popup window
* - `'touch'`: displays the UI in a way that leverages a touch interface
* - `'wap'`: displays the UI with a "feature phone" type interface
*/
display?: 'page' | 'popup' | 'touch' | 'wap';
/**
* - `'none'`: do not prompt user for login or consent on reauthentication
* - `'login'`: prompt user for reauthentication
* - `'consent'`: prompt user for consent before processing request
* - `'select_account'`: prompt user to select an account
*/
prompt?: 'none' | 'login' | 'consent' | 'select_account';
/**
* Maximum allowable elapsed time (in seconds) since authentication.
* If the last time the user authenticated is greater than this value,
* the user must be reauthenticated.
*/
max_age?: string | number;
/**
* The space-separated list of language tags, ordered by preference.
* For example: `'fr-CA fr en'`.
*/
ui_locales?: string;
/**
* Previously issued ID Token.
*/
id_token_hint?: string;
/**
* Provides a hint to Auth0 as to what flow should be displayed.
* The default behavior is to show a login page but you can override
* this by passing 'signup' to show the signup page instead.
*
* This only affects the New Universal Login Experience.
*/
screen_hint?: 'signup' | 'login' | string;
/**
* The user's email address or other identifier. When your app knows
* which user is trying to authenticate, you can provide this parameter
* to pre-fill the email box or select the right session for sign-in.
*
* This currently only affects the classic Lock experience.
*/
login_hint?: string;
acr_values?: string;
/**
* The default scope to be used on authentication requests.
*
* This defaults to `profile email` if not set. If you are setting extra scopes and require
* `profile` and `email` to be included then you must include them in the provided scope.
*
* Note: The `openid` scope is **always applied** regardless of this setting.
*/
scope?: string;
/**
* The default audience to be used for requesting API access.
*/
audience?: string;
/**
* The name of the connection configured for your application.
* If null, it will redirect to the Auth0 Login Page and show
* the Login Widget.
*/
connection?: string;
/**
* The organization to log in to.
*
* This will specify an `organization` parameter in your user's login request.
*
* - If you provide an Organization ID (a string with the prefix `org_`), it will be validated against the `org_id` claim of your user's ID Token. The validation is case-sensitive.
* - If you provide an Organization Name (a string *without* the prefix `org_`), it will be validated against the `org_name` claim of your user's ID Token. The validation is case-insensitive.
* To use an Organization Name you must have "Allow Organization Names in Authentication API" switched on in your Auth0 settings dashboard.
* More information is available on the [Auth0 documentation portal](https://auth0.com/docs/manage-users/organizations/configure-organizations/use-org-name-authentication-api)
*
*/
organization?: string;
/**
* The Id of an invitation to accept. This is available from the user invitation URL that is given when participating in a user invitation flow.
*/
invitation?: string;
/**
* The default URL where Auth0 will redirect your browser to with
* the authentication result. It must be whitelisted in
* the "Allowed Callback URLs" field in your Auth0 Application's
* settings. If not provided here, it should be provided in the other
* methods that provide authentication.
*/
redirect_uri?: string;
/**
* If you need to send custom parameters to the Authorization Server,
* make sure to use the original parameter name.
*/
[key: string]: any;
}
export interface ClientAuthorizationParams extends Omit<AuthorizationParams, 'scope'> {
scope?: string | Record<string, string>;
}
interface BaseLoginOptions {
/**
* URL parameters that will be sent back to the Authorization Server. This can be known parameters
* defined by Auth0 or custom parameters that you define.
*/
authorizationParams?: AuthorizationParams;
}
export interface Auth0ClientOptions {
/**
* Your Auth0 account domain such as `'example.auth0.com'`,
* `'example.eu.auth0.com'` or , `'example.mycompany.com'`
* (when using [custom domains](https://auth0.com/docs/custom-domains))
*/
domain: string;
/**
* The issuer to be used for validation of JWTs, optionally defaults to the domain above
*/
issuer?: string;
/**
* The Client ID found on your Application settings page
*/
clientId: string;
/**
* The value in seconds used to account for clock skew in JWT expirations.
* Typically, this value is no more than a minute or two at maximum.
* Defaults to 60s.
*/
leeway?: number;
/**
* The location to use when storing cache data. Valid values are `memory` or `localstorage`.
* The default setting is `memory`.
*
* Read more about [changing storage options in the Auth0 docs](https://auth0.com/docs/libraries/auth0-single-page-app-sdk#change-storage-options)
*/
cacheLocation?: CacheLocation;
/**
* Specify a custom cache implementation to use for token storage and retrieval. This setting takes precedence over `cacheLocation` if they are both specified.
*/
cache?: ICache;
/**
* If true, refresh tokens are used to fetch new access tokens from the Auth0 server. If false, the legacy technique of using a hidden iframe and the `authorization_code` grant with `prompt=none` is used.
* The default setting is `false`.
*
* **Note**: Use of refresh tokens must be enabled by an administrator on your Auth0 client application.
*/
useRefreshTokens?: boolean;
/**
* If true, fallback to the technique of using a hidden iframe and the `authorization_code` grant with `prompt=none` when unable to use refresh tokens. If false, the iframe fallback is not used and
* errors relating to a failed `refresh_token` grant should be handled appropriately. The default setting is `false`.
*
* **Note**: There might be situations where doing silent auth with a Web Message response from an iframe is not possible,
* like when you're serving your application from the file system or a custom protocol (like in a Desktop or Native app).
* In situations like this you can disable the iframe fallback and handle the failed `refresh_token` grant and prompt the user to login interactively with `loginWithRedirect` or `loginWithPopup`."
*
* E.g. Using the `file:` protocol in an Electron application does not support that legacy technique.
*
* @example
* let token: string;
* try {
* token = await auth0.getTokenSilently();
* } catch (e) {
* if (e.error === 'missing_refresh_token' || e.error === 'invalid_grant') {
* auth0.loginWithRedirect();
* }
* }
*/
useRefreshTokensFallback?: boolean;
/**
* A maximum number of seconds to wait before declaring background calls to /authorize as failed for timeout
* Defaults to 60s.
*/
authorizeTimeoutInSeconds?: number;
/**
* Specify the timeout for HTTP calls using `fetch`. The default is 10 seconds.
*/
httpTimeoutInSeconds?: number;
/**
* Internal property to send information about the client to the authorization server.
* @internal
*/
auth0Client?: {
name: string;
version: string;
env?: {
[key: string]: string;
};
};
/**
* Sets an additional cookie with no SameSite attribute to support legacy browsers
* that are not compatible with the latest SameSite changes.
* This will log a warning on modern browsers, you can disable the warning by setting
* this to false but be aware that some older useragents will not work,
* See https://www.chromium.org/updates/same-site/incompatible-clients
* Defaults to true
*/
legacySameSiteCookie?: boolean;
/**
* If `true`, the SDK will use a cookie when storing information about the auth transaction while
* the user is going through the authentication flow on the authorization server.
*
* The default is `false`, in which case the SDK will use session storage.
*
* @notes
*
* You might want to enable this if you rely on your users being able to authenticate using flows that
* may end up spanning across multiple tabs (e.g. magic links) or you cannot otherwise rely on session storage being available.
*/
useCookiesForTransactions?: boolean;
/**
* Number of days until the cookie `auth0.is.authenticated` will expire
* Defaults to 1.
*/
sessionCheckExpiryDays?: number;
/**
* The domain the cookie is accessible from. If not set, the cookie is scoped to
* the current domain, including the subdomain.
*
* Note: setting this incorrectly may cause silent authentication to stop working
* on page load.
*
*
* To keep a user logged in across multiple subdomains set this to your
* top-level domain and prefixed with a `.` (eg: `.example.com`).
*/
cookieDomain?: string;
/**
* If true, data to the token endpoint is transmitted as x-www-form-urlencoded data, if false it will be transmitted as JSON. The default setting is `true`.
*
* **Note:** Setting this to `false` may affect you if you use Auth0 Rules and are sending custom, non-primitive data. If you disable this,
* please verify that your Auth0 Rules continue to work as intended.
*/
useFormData?: boolean;
/**
* Modify the value used as the current time during the token validation.
*
* **Note**: Using this improperly can potentially compromise the token validation.
*/
nowProvider?: () => Promise<number> | number;
/**
* If provided, the SDK will load the token worker from this URL instead of the integrated `blob`. An example of when this is useful is if you have strict
* Content-Security-Policy (CSP) and wish to avoid needing to set `worker-src: blob:`. We recommend either serving the worker, which you can find in the module
* at `<module_path>/dist/auth0-spa-js.worker.production.js`, from the same host as your application or using the Auth0 CDN
* `https://cdn.auth0.com/js/auth0-spa-js/<version>/auth0-spa-js.worker.production.js`.
*
* **Note**: The worker is only used when `useRefreshTokens: true`, `cacheLocation: 'memory'`, and the `cache` is not custom.
*/
workerUrl?: string;
/**
* If `true`, the SDK will allow the refreshing of tokens using MRRT
*/
useMrrt?: boolean;
/**
* If `true`, DPoP (OAuth 2.0 Demonstrating Proof of Possession, RFC9449)
* will be used to cryptographically bind tokens to this specific browser
* so they can't be used from a different device in case of a leak.
*
* The default setting is `false`.
*/
useDpop?: boolean;
/**
* URL parameters that will be sent back to the Authorization Server. This can be known parameters
* defined by Auth0 or custom parameters that you define.
*/
authorizationParams?: ClientAuthorizationParams;
}
/**
* The possible locations where tokens can be stored
*/
export type CacheLocation = 'memory' | 'localstorage';
/**
* @ignore
*/
export interface AuthorizeOptions extends AuthorizationParams {
response_type: string;
response_mode: string;
redirect_uri?: string;
nonce: string;
state: string;
scope: string;
code_challenge: string;
code_challenge_method: string;
}
export interface RedirectLoginOptions<TAppState = any> extends BaseLoginOptions {
/**
* Used to store state before doing the redirect
*/
appState?: TAppState;
/**
* Used to add to the URL fragment before redirecting
*/
fragment?: string;
/**
* Used to control the redirect and not rely on the SDK to do the actual redirect.
*
* @example
* const client = new Auth0Client({
* async onRedirect(url) {
* window.location.replace(url);
* }
* });
* @deprecated since v2.0.1, use `openUrl` instead.
*/
onRedirect?: (url: string) => Promise<void>;
/**
* Used to control the redirect and not rely on the SDK to do the actual redirect.
*
* @example
* const client = new Auth0Client({
* openUrl(url) {
* window.location.replace(url);
* }
* });
*
* @example
* import { Browser } from '@capacitor/browser';
*
* const client = new Auth0Client({
* async openUrl(url) {
* await Browser.open({ url });
* }
* });
*/
openUrl?: (url: string) => Promise<void> | void;
}
/**
* The types of responses expected from the authorization server.
* - `code`: used for the standard login flow.
* - `connect_code`: used for the connect account flow.
*/
export declare enum ResponseType {
Code = "code",
ConnectCode = "connect_code"
}
export interface RedirectLoginResult<TAppState = any> {
/**
* State stored when the redirect request was made
*/
appState?: TAppState;
/**
* The type of response, for login it will be `code`
*/
response_type: ResponseType.Code;
}
export interface PopupLoginOptions extends BaseLoginOptions {
}
export interface PopupConfigOptions {
/**
* The number of seconds to wait for a popup response before
* throwing a timeout error. Defaults to 60s
*/
timeoutInSeconds?: number;
/**
* Accepts an already-created popup window to use. If not specified, the SDK
* will create its own. This may be useful for platforms like iOS that have
* security restrictions around when popups can be invoked (e.g. from a user click event)
*/
popup?: any;
}
export interface GetTokenSilentlyOptions {
/**
* When `off`, ignores the cache and always sends a
* request to Auth0.
* When `cache-only`, only reads from the cache and never sends a request to Auth0.
* Defaults to `on`, where it both reads from the cache and sends a request to Auth0 as needed.
*/
cacheMode?: 'on' | 'off' | 'cache-only';
/**
* Parameters that will be sent back to Auth0 as part of a request.
*/
authorizationParams?: {
/**
* There's no actual redirect when getting a token silently,
* but, according to the spec, a `redirect_uri` param is required.
* Auth0 uses this parameter to validate that the current `origin`
* matches the `redirect_uri` `origin` when sending the response.
* It must be whitelisted in the "Allowed Web Origins" in your
* Auth0 Application's settings.
*/
redirect_uri?: string;
/**
* The scope that was used in the authentication request
*/
scope?: string;
/**
* The audience that was used in the authentication request
*/
audience?: string;
/**
* If you need to send custom parameters to the Authorization Server,
* make sure to use the original parameter name.
*/
[key: string]: any;
};
/** A maximum number of seconds to wait before declaring the background /authorize call as failed for timeout
* Defaults to 60s.
*/
timeoutInSeconds?: number;
/**
* If true, the full response from the /oauth/token endpoint (or the cache, if the cache was used) is returned
* (minus `refresh_token` if one was issued). Otherwise, just the access token is returned.
*
* The default is `false`.
*/
detailedResponse?: boolean;
}
export interface GetTokenWithPopupOptions extends PopupLoginOptions {
/**
* When `off`, ignores the cache and always sends a request to Auth0.
* When `cache-only`, only reads from the cache and never sends a request to Auth0.
* Defaults to `on`, where it both reads from the cache and sends a request to Auth0 as needed.
*/
cacheMode?: 'on' | 'off' | 'cache-only';
}
export interface LogoutUrlOptions {
/**
* The `clientId` of your application.
*
* If this property is not set, then the `clientId` that was used during initialization of the SDK is sent to the logout endpoint.
*
* If this property is set to `null`, then no client ID value is sent to the logout endpoint.
*
* [Read more about how redirecting after logout works](https://auth0.com/docs/logout/guides/redirect-users-after-logout)
*/
clientId?: string | null;
/**
* Parameters to pass to the logout endpoint. This can be known parameters defined by Auth0 or custom parameters
* you wish to provide.
*/
logoutParams?: {
/**
* When supported by the upstream identity provider,
* forces the user to logout of their identity provider
* and from Auth0.
* [Read more about how federated logout works at Auth0](https://auth0.com/docs/logout/guides/logout-idps)
*/
federated?: boolean;
/**
* The URL where Auth0 will redirect your browser to after the logout.
*
* **Note**: If the `client_id` parameter is included, the
* `returnTo` URL that is provided must be listed in the
* Application's "Allowed Logout URLs" in the Auth0 dashboard.
* However, if the `client_id` parameter is not included, the
* `returnTo` URL must be listed in the "Allowed Logout URLs" at
* the account level in the Auth0 dashboard.
*
* [Read more about how redirecting after logout works](https://auth0.com/docs/logout/guides/redirect-users-after-logout)
*/
returnTo?: string;
/**
* If you need to send custom parameters to the logout endpoint, make sure to use the original parameter name.
*/
[key: string]: any;
};
}
export interface LogoutOptions extends LogoutUrlOptions {
/**
* Used to control the redirect and not rely on the SDK to do the actual redirect.
*
* @example
* await auth0.logout({
* async onRedirect(url) {
* window.location.replace(url);
* }
* });
* @deprecated since v2.0.1, use `openUrl` instead.
*/
onRedirect?: (url: string) => Promise<void>;
/**
* Used to control the redirect and not rely on the SDK to do the actual redirect.
*
* Set to `false` to disable the redirect, or provide a function to handle the actual redirect yourself.
*
* @example
* await auth0.logout({
* openUrl(url) {
* window.location.replace(url);
* }
* });
*
* @example
* import { Browser } from '@capacitor/browser';
*
* await auth0.logout({
* async openUrl(url) {
* await Browser.open({ url });
* }
* });
*/
openUrl?: false | ((url: string) => Promise<void> | void);
}
export interface RedirectConnectAccountOptions<TAppState = any> {
/**
* The name of the connection to link (e.g. 'google-oauth2').
*/
connection: string;
/**
* Array of scopes to request from the Identity Provider during the connect account flow.
*
* @example
* await auth0.connectAccountWithRedirect({
* connection: 'google-oauth2',
* scopes: ['https://www.googleapis.com/auth/calendar']
* });
*/
scopes?: string[];
/**
* Additional authorization parameters for the request.
*
* @example
* await auth0.connectAccountWithRedirect({
* connection: 'github',
* authorization_params: {
* audience: 'https://api.github.com'
* }
* });
*/
authorization_params?: AuthorizationParams;
/**
* The URI to redirect back to after connecting the account.
*/
redirectUri?: string;
/**
* Optional application state to persist through the transaction.
*
* @example
* await auth0.connectAccountWithRedirect({
* connection: 'google-oauth2',
* appState: { returnTo: '/settings' }
* });
*/
appState?: TAppState;
/**
* Optional function to handle the redirect URL.
*
* @example
* await auth0.connectAccountWithRedirect({
* connection: 'google-oauth2',
* openUrl: async (url) => { myBrowserApi.open(url); }
* });
*/
openUrl?: (url: string) => Promise<void>;
}
/**
* The result returned after a successful account connection redirect.
*
* Combines the redirect login result (including any persisted app state)
* with the complete response from the My Account API.
*
* @template TAppState - The type of application state persisted through the transaction.
* @example
* const result = await auth0.connectAccountWithRedirect(options);
* console.log(result.appState); // Access persisted app state
* console.log(result.connection); // The connection of the account you connected to.
* console.log(result.response_type === 'connect_code'); // The response type will be 'connect_code'
*/
export type ConnectAccountRedirectResult<TAppState = any> = CompleteResponse & {
/**
* State stored when the redirect request was made
*/
appState?: TAppState;
/**
* The type of response, for connect account it will be `connect_code`
*/
response_type: ResponseType.ConnectCode;
};
/**
* @ignore
*/
export interface AuthenticationResult {
state: string;
code?: string;
/**
* This is for the redirect from the connect account flow.
*/
connect_code?: string;
error?: string;
error_description?: string;
}
/**
* @ignore
*/
export interface TokenEndpointOptions {
baseUrl: string;
client_id: string;
grant_type: string;
timeout?: number;
auth0Client: any;
useFormData?: boolean;
dpop?: Pick<Dpop, 'generateProof' | 'getNonce' | 'setNonce'>;
[key: string]: any;
}
export type TokenEndpointResponse = {
id_token: string;
token_type: string;
access_token: string;
refresh_token?: string;
expires_in: number;
scope?: string;
};
/**
* @ignore
*/
export interface OAuthTokenOptions extends TokenEndpointOptions {
code_verifier: string;
code: string;
redirect_uri: string;
audience: string;
scope: string;
}
/**
* @ignore
*/
export interface RefreshTokenOptions extends TokenEndpointOptions {
refresh_token: string;
}
/**
* @ignore
*/
export interface JWTVerifyOptions {
iss: string;
aud: string;
id_token: string;
nonce?: string;
leeway?: number;
max_age?: number;
organization?: string;
now?: number;
}
export interface IdToken {
__raw: string;
name?: string;
given_name?: string;
family_name?: string;
middle_name?: string;
nickname?: string;
preferred_username?: string;
profile?: string;
picture?: string;
website?: string;
email?: string;
email_verified?: boolean;
gender?: string;
birthdate?: string;
zoneinfo?: string;
locale?: string;
phone_number?: string;
phone_number_verified?: boolean;
address?: string;
updated_at?: string;
iss?: string;
aud?: string;
exp?: number;
nbf?: number;
iat?: number;
jti?: string;
azp?: string;
nonce?: string;
auth_time?: string;
at_hash?: string;
c_hash?: string;
acr?: string;
amr?: string[];
sub_jwk?: string;
cnf?: string;
sid?: string;
org_id?: string;
org_name?: string;
[key: string]: any;
}
export declare class User {
name?: string;
given_name?: string;
family_name?: string;
middle_name?: string;
nickname?: string;
preferred_username?: string;
profile?: string;
picture?: string;
website?: string;
email?: string;
email_verified?: boolean;
gender?: string;
birthdate?: string;
zoneinfo?: string;
locale?: string;
phone_number?: string;
phone_number_verified?: boolean;
address?: string;
updated_at?: string;
sub?: string;
[key: string]: any;
}
/**
* @ignore
*/
export type FetchOptions = {
method?: string;
headers?: Record<string, string>;
credentials?: 'include' | 'omit';
body?: string;
signal?: AbortSignal;
};
/**
* @ignore
*/
export type FetchResponse = {
ok: boolean;
headers: Record<string, string | undefined>;
json: any;
};
export type GetTokenSilentlyVerboseResponse = Omit<TokenEndpointResponse, 'refresh_token'>;
export {};
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import { FetchOptions } from './global';
import { Dpop } from './dpop/dpop';
export declare const createAbortController: () => AbortController;
export declare const switchFetch: (fetchUrl: string, audience: string, scope: string, fetchOptions: FetchOptions, worker?: Worker, useFormData?: boolean, timeout?: number, useMrrt?: boolean) => Promise<any>;
export declare function getJSON<T>(url: string, timeout: number | undefined, audience: string, scope: string, options: FetchOptions, worker?: Worker, useFormData?: boolean, useMrrt?: boolean, dpop?: Pick<Dpop, 'generateProof' | 'getNonce' | 'setNonce'>, isDpopRetry?: boolean): Promise<T>;
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import { Auth0Client } from './Auth0Client';
import { Auth0ClientOptions } from './global';
import './global';
export * from './global';
/**
* Asynchronously creates the Auth0Client instance and calls `checkSession`.
*
* **Note:** There are caveats to using this in a private browser tab, which may not silently authenticae
* a user on page refresh. Please see [the checkSession docs](https://auth0.github.io/auth0-spa-js/classes/Auth0Client.html#checksession) for more info.
*
* @param options The client options
* @returns An instance of Auth0Client
*/
export declare function createAuth0Client(options: Auth0ClientOptions): Promise<Auth0Client>;
export { Auth0Client };
export { ConnectError, GenericError, AuthenticationError, TimeoutError, PopupTimeoutError, PopupCancelledError, MfaRequiredError, MissingRefreshTokenError, UseDpopNonceError } from './errors';
export { ICache, LocalStorageCache, InMemoryCache, Cacheable, DecodedToken, CacheEntry, WrappedCacheEntry, KeyManifestEntry, MaybePromise, CacheKey, CacheKeyData } from './cache';
export { type FetcherConfig } from './fetcher';
export { MyAccountApiError } from './MyAccountApiClient';
export { CustomTokenExchangeOptions } from './TokenExchange';
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import { IdToken, JWTVerifyOptions } from './global';
export declare const decode: (token: string) => {
encoded: {
header: string;
payload: string;
signature: string;
};
header: any;
claims: IdToken;
user: any;
};
export declare const verify: (options: JWTVerifyOptions) => {
encoded: {
header: string;
payload: string;
signature: string;
};
header: any;
claims: IdToken;
user: any;
};
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export declare const singlePromise: <T>(cb: () => Promise<T>, key: string) => Promise<T>;
export declare const retryPromise: (cb: () => Promise<boolean>, maxNumberOfRetries?: number) => Promise<boolean>;
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/**
* @ignore
*/
/**
* Returns a string of unique scopes by removing duplicates and unnecessary whitespace.
*
* @param {...(string | undefined)[]} scopes - A list of scope strings or undefined values.
* @returns {string} A string containing unique scopes separated by a single space.
*/
export declare const getUniqueScopes: (...scopes: (string | undefined)[]) => string;
/**
* @ignore
*/
/**
* We will check if the developer has created the client with a string or object of audience:scopes. We will inject
* the base scopes to each audience, and store the base ones inside default key. As well, if the developer created the Auth0Client
* with a string of scopes, we will store the requested ones with the base scopes inside the default key as well.
* @param authScopes The scopes requested by the user when creating the Auth0Client
* @param openIdScope openId scope
* @param extraScopes Other scopes to accumulate such as offline_access
* @returns {Record<string, string>} An object with all scopes that are going to be accumulated.
*/
export declare const injectDefaultScopes: (authScopes: string | Record<string, string> | undefined, openIdScope: string, ...extraScopes: string[]) => Record<string, string>;
/**
* @ignore
*/
/**
* Will return a string of scopes. If a specific audience was requested and it exist inside the scopes object, we will return those
* related to that audience that we want to accumulate. If not, we will return the ones stored inside the default key.
* @param authScopes Object of audience:scopes that are going to be accumulated
* @param methodScopes The scopes requested for the developer in a specific request
* @param audience The audience the developer requested for an specific request or the one they configured in the Auth0Client
* @returns {string} A combination of Auth0Client scopes and the ones requested by the developer for a specific request
*/
export declare const scopesToRequest: (authScopes: Record<string, string>, methodScopes: string | undefined, audience: string | undefined) => string;
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interface ClientStorageOptions {
daysUntilExpire?: number;
cookieDomain?: string;
}
/**
* Defines a type that handles storage to/from a storage location
*/
export type ClientStorage = {
get<T extends Object>(key: string): T | undefined;
save(key: string, value: any, options?: ClientStorageOptions): void;
remove(key: string, options?: ClientStorageOptions): void;
};
/**
* A storage protocol for marshalling data to/from cookies
*/
export declare const CookieStorage: ClientStorage;
/**
* Cookie storage that creates a cookie for modern and legacy browsers.
* See: https://web.dev/samesite-cookie-recipes/#handling-incompatible-clients
*/
export declare const CookieStorageWithLegacySameSite: ClientStorage;
/**
* A storage protocol for marshalling data to/from session storage
*/
export declare const SessionStorage: ClientStorage;
export {};
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import { ClientStorage } from './storage';
export interface LoginTransaction {
nonce: string;
scope: string;
audience: string;
appState?: any;
code_verifier: string;
redirect_uri?: string;
organization?: string;
state?: string;
response_type: 'code';
}
export interface ConnectAccountTransaction {
appState?: any;
audience?: string;
auth_session: string;
code_verifier: string;
redirect_uri: string;
scope?: string;
state: string;
connection: string;
response_type: 'connect_code';
}
export declare class TransactionManager {
private storage;
private clientId;
private cookieDomain?;
private storageKey;
constructor(storage: ClientStorage, clientId: string, cookieDomain?: string | undefined);
create<T extends Object = LoginTransaction>(transaction: T): void;
get<T extends Object = LoginTransaction>(): T | undefined;
remove(): void;
}
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import { AuthenticationResult, PopupConfigOptions } from './global';
export declare const parseAuthenticationResult: (queryString: string) => AuthenticationResult;
export declare const runIframe: (authorizeUrl: string, eventOrigin: string, timeoutInSeconds?: number) => Promise<AuthenticationResult>;
export declare const openPopup: (url: string) => Window | null;
export declare const runPopup: (config: PopupConfigOptions) => Promise<AuthenticationResult>;
export declare const getCrypto: () => Crypto;
export declare const createRandomString: () => string;
export declare const encode: (value: string) => string;
export declare const decode: (value: string) => string;
/**
* Strips any property that is not present in ALLOWED_AUTH0CLIENT_PROPERTIES
* @param auth0Client - The full auth0Client object
* @returns The stripped auth0Client object
*/
export declare const stripAuth0Client: (auth0Client: any) => any;
export declare const createQueryParams: ({ clientId: client_id, ...params }: any) => string;
export declare const sha256: (s: string) => Promise<any>;
export declare const urlDecodeB64: (input: string) => string;
export declare const bufferToBase64UrlEncoded: (input: number[] | Uint8Array) => string;
export declare const validateCrypto: () => void;
/**
* @ignore
*/
export declare const getDomain: (domainUrl: string) => string;
/**
* @ignore
*/
export declare const getTokenIssuer: (issuer: string | undefined, domainUrl: string) => string;
export declare const parseNumber: (value: any) => number | undefined;
/**
* Ponyfill for `Object.fromEntries()`, which is not available until ES2020.
*
* When the target of this project reaches ES2020, this can be removed.
*/
export declare const fromEntries: <T = any>(iterable: Iterable<[PropertyKey, T]>) => Record<PropertyKey, T>;
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declare const _default: "2.9.1";
export default _default;
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export {};
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import { FetchOptions } from '../global';
/**
* @ts-ignore
*/
export type WorkerRefreshTokenMessage = {
timeout: number;
fetchUrl: string;
fetchOptions: FetchOptions;
useFormData?: boolean;
useMrrt?: boolean;
auth: {
audience: string;
scope: string;
};
};
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import { WorkerRefreshTokenMessage } from './worker.types';
/**
* Sends the specified message to the web worker
* @param message The message to send
* @param to The worker to send the message to
*/
export declare const sendMessage: (message: WorkerRefreshTokenMessage, to: Worker) => Promise<unknown>;