@okta/okta-auth-js

The Okta Auth SDK

Usage no npm install needed!

<script type="module">
  import oktaOktaAuthJs from 'https://cdn.skypack.dev/@okta/okta-auth-js';
</script>

README

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Okta Auth JavaScript SDK

The Okta Auth JavaScript SDK builds on top of our Authentication API and OpenID Connect & OAuth 2.0 API to enable you to create a fully branded sign-in experience using JavaScript.

You can learn more on the Okta + JavaScript page in our documentation.

This library uses semantic versioning and follows Okta's library version policy.

Release Status

:heavy_check_mark: The current stable major version series is: 4.x

Version Status
5.x :heavy_check_mark: Stable
4.x :warning: Retiring on 2022-01-30
3.x :warning: Retiring on 2021-05-30
2.x :x: Retired
1.x :x: Retired
0.x :x: Retired

The latest release can always be found on the releases page.

Need help?

If you run into problems using the SDK, you can:

Users migrating from version 4.x of this SDK should see Migrating from 4.x to learn what changes are necessary.

Browser compatibility / polyfill

This SDK is known to work with current versions of Chrome, Firefox, and Safari on desktop and mobile.

Compatibility with IE 11 / Edge can be accomplished by adding polyfill/shims for the following objects:

  • ES Promise
  • Array.from
  • TextEncoder
  • Object.assign
  • UInt8 typed array
  • webcrypto (crypto.subtle)

:warning: crypto polyfills are unable to use the operating system as a source of good quality entropy used to generate pseudo-random numbers that are the key to good cryptography. As such we take the posture that crypto polyfills are less secure and we advise against using them.

This module provides an entrypoint that implements all required polyfills.

If you are using the JS on a web page from the browser, you can copy the node_modules/@okta/okta-auth-js/dist contents to publicly hosted directory, and include a reference to the okta-auth-js.polyfill.js file in a <script> tag. It should be loaded before any other scripts which depend on the polyfill.

If you're using a bundler like Webpack or Browserify, you can simply import import or require @okta/okta-auth-js/polyfill at or near the beginning of your application's code:

import '@okta/okta-auth-js/polyfill';

or

require('@okta/okta-auth-js/polyfill');

The built polyfill bundle is also available on our global CDN. Include the following script in your HTML file to load before any other scripts:

<script src="https://global.oktacdn.com/okta-auth-js/5.2.2/okta-auth-js.polyfill.js" type="text/javascript"></script>

:warning: The version shown in this sample may be older than the current version. We recommend using the highest version available

Third party cookies

Many browsers have started blocking cross-origin or "third party" cookies by default. Although most of the Okta APIs supported by this SDK do not rely upon cookies, there are a few methods which do. These methods will break if third party cookies are blocked:

If your application depends on any of these methods, you should try to either rewrite your application to avoid using these methods or communicate to your users that they must enable third party cookies. Okta engineers are currently working on a better long-term solution to this problem.

Getting started

Installing the Authentication SDK is simple. You can include it in your project via our npm package, @okta/okta-auth-js.

You'll also need:

  • An Okta account, called an organization (sign up for a free developer organization if you need one)
  • An Okta application, which can be created using the Okta Admin UI

Creating your Okta application

When creating a new Okta application, you can specify the application type. This SDK is designed to work with SPA (Single-page Applications) or Web applications. A SPA application will perform all logic and authorization flows client-side. A Web application will perform authorization flows on the server.

Configuring your Okta application

From the Okta Admin UI, click Applications, then select your application. You can view and edit your Okta application's configuration under the application's General tab.

Client ID

A string which uniquely identifies your Okta application.

Login redirect URIs

To sign users in, your application redirects the browser to an Okta-hosted sign-in page. Okta then redirects back to your application with information about the user. You can learn more about how this works on Okta-hosted flows.

You need to whitelist the login redirect URL in your Okta application settings.

Logout redirect URIs

After you sign users out of your app and out of Okta, you have to redirect users to a specific location in your application. You need to whitelist the post sign-out URL in your Okta application settings.

Using the npm module

Using our npm module is a good choice if:

  • You have a build system in place where you manage dependencies with npm.
  • You do not want to load scripts directly from third party sites.

To install @okta/okta-auth-js:

# Run this command in your project root folder.
# yarn
yarn add @okta/okta-auth-js

# npm
npm install --save @okta/okta-auth-js

If you are using the JS on a web page from the browser, you can copy the node_modules/@okta/okta-auth-js/dist contents to publicly hosted directory, and include a reference to the okta-auth-js.min.js file in a <script> tag.

The built library bundle is also available on our global CDN. Include the following script in your HTML file to load before your application script:

<script src="https://global.oktacdn.com/okta-auth-js/5.2.2/okta-auth-js.min.js" type="text/javascript"></script>

:warning: The version shown in this sample may be older than the current version. We recommend using the highest version available

Then you can create an instance of the OktaAuth object, available globally.

const oktaAuth = new OktaAuth({
  // config
})

However, if you're using a bundler like Webpack or Browserify, you can simply import the module or require using CommonJS.

// ES module
import { OktaAuth } from '@okta/okta-auth-js'
const authClient = new OktaAuth(/* configOptions */)
// CommonJS
var OktaAuth = require('@okta/okta-auth-js').OktaAuth;
var authClient = new OktaAuth(/* configOptions */);

Usage guide

For an overview of the client's features and authentication flows, check out our developer docs. There, you will learn how to use the Auth SDK on a simple static page to:

  • Retrieve and store an OpenID Connect (OIDC) token
  • Get an Okta session

:warning: The developer docs may be written for an earlier version of this library. See Migrating from previous versions.

You can also browse the full API reference documentation.

:hourglass: Async methods return a promise which will resolve on success. The promise may reject if an error occurs.

Example Client

var config = {
  // Required config
  issuer: 'https://{yourOktaDomain}/oauth2/default',

  // Required for login flow using getWithRedirect()
  clientId: 'GHtf9iJdr60A9IYrR0jw',
  redirectUri: 'https://acme.com/oauth2/callback/home',

  // Parse authorization code from hash fragment instead of search query
  responseMode: 'fragment',

  // Configure TokenManager to use sessionStorage instead of localStorage
  tokenManager: {
    storage: 'sessionStorage'
  }
};

var authClient = new OktaAuth(config);

Running as a service

By default, creating a new instance of OktaAuth will not create any asynchronous side-effects. However, certain features such as token auto renew, token auto remove and cross-tab synchronization require OktaAuth to be running as a service. This means timeouts are set in the background which will continue working until the service is stopped. To start the OktaAuth service, simply call the start method. To terminate all background processes, call stop.

  var authClient = new OktaAuth(config);
  authClient.start(); // start the service
  authClient.stop(); // stop the service

Starting the service will also call authStateManager.updateAuthState.

Usage with Typescript

Types are implicitly provided by this library through the types entry in package.json. Types can also be referenced explicitly by importing them.

import {
  OktaAuth,
  OktaAuthOptions,
  TokenManager,
  AccessToken,
  IDToken,
  UserClaims,
  TokenParams
} from '@okta/okta-auth-js'

const config: OktaAuthOptions = {
  issuer: 'https://{yourOktaDomain}'
}

const authClient: OktaAuth = new OktaAuth(config)
const tokenManager: TokenManager = authClient.tokenManager;
const accessToken: AccessToken = await tokenManager.get('accessToken') as AccessToken;
const idToken: IDToken = await tokenManager.get('idToken') as IDToken;
const userInfo: UserClaims = await authClient.getUserInfo(accessToken, idToken);

if (!userInfo) {
  const tokenParams: TokenParams = {
    scopes: ['openid', 'email', 'custom_scope'],
  }
  authClient.token.getWithRedirect(tokenParams);
}

Strategies for Obtaining Tokens

Authorization Code flow for web and native client types

Web and native clients can obtain tokens using the authorization_code flow which uses a client secret stored in a secure location. SPA applications should use the PKCE flow which does not use a client secret. To use the authorization_code flow, set responseType to "code" and pkce to false:

var config = {
  // Required config
  issuer: 'https://{yourOktaDomain}/oauth2/default',
  clientId: 'GHtf9iJdr60A9IYrR0jw',
  redirectUri: 'https://acme.com/oauth2/callback/home',

  // Use authorization_code flow
  responseType: 'code',
  pkce: false
};

var authClient = new OktaAuth(config);

PKCE OAuth 2.0 flow

The PKCE OAuth flow will be used by default. This library includes built-in support for Node applications. PKCE is widely supported by most modern browsers when running on an HTTPS connection. PKCE requires that the browser implements crypto.subtle (also known as webcrypto). Most modern browsers provide this when running in a secure context (on an HTTPS connection). PKCE also requires the TextEncoder object. This is available on all major browsers except IE Edge. In this case, we recommend using a polyfill/shim such as text-encoding.

If the user's browser does not support PKCE, an exception will be thrown. You can test if a browser supports PKCE before construction with this static method:

OktaAuth.features.isPKCESupported()

Implicit OAuth 2.0 flow

Implicit OAuth flow is available as an option if PKCE flow cannot be supported in your deployment. It is widely supported by most browsers, and can work over an insecure HTTP connection. Note that implicit flow is less secure than PKCE flow, even over HTTPS, since raw tokens are exposed in the browser's history. For this reason, we highly recommending using the PKCE flow if possible.

Implicit flow can be enabled by setting the pkce option to false


var config = {
  pkce:  false,

  // other config
  issuer: 'https://{yourOktaDomain}/oauth2/default',
};

var authClient = new OktaAuth(config);

Redirects and Routing

! Routing is optional for the callback portion of the redirect strategy. Instead you can use popup or sign widget.

To sign a user in, your application must redirect the browser to the Okta-hosted sign-in page.

Note: Initial redirect to Okta-hosted sign-in page starts a transaction with a stateToken lifetime set to one hour.

After successful authentication, the browser is redirected back to your application along with information about the user. Depending on your preferences it is possible to use the following callback strategies.

Handling the callback without routing

  1. Create / configure your auth-js instance
  2. Before making any other calls with auth-js at the VERY BEGINNING of the app call token.isLoginRedirect - if this returns true, call parseFromUrl and save tokens in storage manager. It’s important that no other app logic runs until the async parseFromUrl / token manager logic is complete
  3. After continue normal app logic

Handling the callback with hash routing

According to the OAuth 2.0 spec the redirect URI "MUST NOT contain a fragment component": https://tools.ietf.org/html/rfc6749#section-3.1.2 So in case of using hash-based # strategy and OAuth 2.0, the redirect URI can be defined only like a base url, without any specific route. That's mean that hash-based router will receive the redirect callback on the main / default route. So we recommend to define the logic that will parse redirect url at the very beginning of your app. So the flow will be similar to Handling the callback without routing

Additionally if using hash routing, we recommend to use PKCE and responseMode query (which is the default for PKCE). Using implicit flow, with tokens in the hash could cause unpredictable results since hash routers like to rewrite the fragment.

Handling the callback with path routing (on a dedicated route)

  1. Right before redirect, save the route you are on (we recommend sessionStorage)
  2. Do the redirect to okta
  3. Redirect back to a dedicated route
  4. Call parseFromUrl(), retrieve tokens, add to tokenManager
  5. Read saved route and redirect to it

Configuration reference

Whether you are using this SDK to implement an OIDC flow or for communicating with the Authentication API, the only required configuration option is issuer, which is the URL to an Okta Authorization Server

About the Issuer

You may use the URL for your Okta organization as the issuer. This will apply a default authorization policy and issue tokens scoped at the organization level.

var config = {
  issuer: 'https://{yourOktaDomain}'
};

var authClient = new OktaAuth(config);

Okta allows you to create multiple custom OAuth 2.0 authorization servers that you can use to protect your own resource servers. Within each authorization server you can define your own OAuth 2.0 scopes, claims, and access policies. Many organizations have a "default" authorization server.

var config = {
  issuer: 'https://{yourOktaDomain}/oauth2/default'
};

var authClient = new OktaAuth(config);

You may also create and customize additional authorization servers.


var config = {
  issuer: 'https://{yourOktaDomain}/oauth2/custom-auth-server-id'
};

var authClient = new OktaAuth(config);

Configuration options

These options can be included when instantiating Okta Auth JS (new OktaAuth(config)).

issuer

:warning: This option is required

The URL for your Okta organization or an Okta authentication server. About the issuer

clientId

Client Id pre-registered with Okta for the OIDC authentication flow. Creating your Okta application

redirectUri

The url that is redirected to when using token.getWithRedirect. This must be listed in your Okta application's Login redirect URIs. If no redirectUri is provided, defaults to the current origin (window.location.origin). Configuring your Okta application

postLogoutRedirectUri

Specify the url where the browser should be redirected after signOut. This url must be listed in your Okta application's Logout redirect URIs. If not specified, your application's origin (window.location.origin) will be used. Configuring your Okta application |

scopes

Specify what information to make available in the returned id_token or access_token. For OIDC, you must include openid as one of the scopes. Defaults to ['openid', 'email']. For a list of available scopes, see Scopes and Claims

state

A client-provided string that will be passed to the server endpoint and returned in the OAuth response. The value can be used to validate the OAuth response and prevent cross-site request forgery (CSRF). Defaults to a random string.

pkce

Default value is true which enables the PKCE OAuth Flow. To use the Implicit Flow or Authorization Code Flow, set pkce to false.

responseMode

When requesting tokens using token.getWithRedirect values will be returned as parameters appended to the redirectUri.

In most cases you will not need to set a value for responseMode. Defaults are set according to the OpenID Connect 1.0 specification.

  • For PKCE OAuth Flow), the authorization code will be in search query of the URL. Clients using the PKCE flow can opt to instead receive the authorization code in the hash fragment by setting the responseMode option to "fragment".

  • For Implicit OAuth Flow), tokens will be in the hash fragment of the URL. This cannot be changed.

responseType

Specify the response type for OIDC authentication when using the Implicit OAuth Flow. The default value is ['token', 'id_token'] which will request both an access token and ID token. If pkce is true, both the access and ID token will be requested and this option will be ignored. For web/native applications using the authorization_code flow, this value should be set to "code" and pkce should be set to false.

authorizeUrl

Specify a custom authorizeUrl to perform the OIDC flow. Defaults to the issuer plus "/v1/authorize".

userinfoUrl

Specify a custom userinfoUrl. Defaults to the issuer plus "/v1/userinfo".

tokenUrl

Specify a custom tokenUrl. Defaults to the issuer plus "/v1/token".

ignoreSignature

:warning: This option should be used only for browser support and testing purposes.

ID token signatures are validated by default when token.getWithoutPrompt, token.getWithPopup, token.getWithRedirect, and token.verify are called. To disable ID token signature validation for these methods, set this value to true.

maxClockSkew

Defaults to 300 (five minutes). This is the maximum difference allowed between a client's clock and Okta's, in seconds, when validating tokens. Setting this to 0 is not recommended, because it increases the likelihood that valid tokens will fail validation.

transformAuthState

Callback function. When updateAuthState is called a new authState object is produced. Providing a transformAuthState function allows you to modify or replace this object before it is stored and emitted. A common use case is to change the meaning of isAuthenticated. By default, updateAuthState will set authState.isAuthenticated to true if unexpired tokens are available from tokenManager. This logic could be customized to also require a valid Okta SSO session:

const config = {
  // other config
  transformAuthState: async (oktaAuth, authState) => {
    if (!authState.isAuthenticated) {
      return authState;
    }
    // extra requirement: user must have valid Okta SSO session
    const user = await oktaAuth.token.getUserInfo();
    authState.isAuthenticated = !!user; // convert to boolean
    authState.users = user; // also store user object on authState
    return authState;
  }
};

const oktaAuth = new OktaAuth(config);
oktaAuth.authStateManager.subscribe(authState => {
  // handle latest authState
});
oktaAuth.authStateManager.updateAuthState();

restoreOriginalUri

:link: web browser only

Callback function. When sdk.handleLoginRedirect is called, by default it uses window.location.replace to redirect back to the originalUri. This option overrides the default behavior.

const config = {
  // other config
  restoreOriginalUri: async (oktaAuth, originalUri) => {
    // redirect with custom router
    router.replace({
      path: toRelativeUrl(originalUri, baseUrl)
    });
  }
};

const oktaAuth = new OktaAuth(config);
if (oktaAuth.isLoginRedirect()) {
  oktaAuth.handleLoginRedirect();
}

devMode

Default to false. It enables debugging logs when set to true.

useInteractionCodeFlow

Enables interaction code flow for direct auth clients.

clientSecret

Used in authorization and interaction code flows by server-side web applications to obtain OAuth tokens. In a production application, this value should never be visible on the client side.

httpRequestClient

The http request implementation. By default, this is implemented using cross-fetch. To provide your own request library, implement the following interface:

  1. Must accept:
    • method (http method)
    • url (target url)
    • args (object containing headers and data)
  2. Must return a Promise that resolves with a raw XMLHttpRequest response
var config = {
  url: 'https://{yourOktaDomain}',
  httpRequestClient: function(method, url, args) {
    // args is in the form:
    // {
    //   headers: {
    //     headerName: headerValue
    //   },
    //   data: postBodyData,
    //   withCredentials: true|false,
    // }
    return Promise.resolve(/* a raw XMLHttpRequest response */);
  }
}

storageManager

The storageManager provides access to client storage for specific purposes. storageManager configuration is divided into named sections. The default configuration is shown below:


var config = {
  storageManager: {
    token: {
      storageTypes: [
        'localStorage',
        'sessionStorage',
        'cookie'
      ],
      useMultipleCookies: true // puts each token in its own cookie
    },
    cache: {
      storageTypes: [
        'localStorage',
        'sessionStorage',
        'cookie'
      ]
    },
    transaction: {
      storageTypes: [
        'sessionStorage',
        'localStorage',
        'cookie'
      ]
    }
  }
}

Important: If neither localStorage nor sessionStorage are available, the default storage provider may fall back to using cookie storage on some clients, . If your site will always be served over a HTTPS connection, you may want to forcibly enable "secure" cookies. This option will prevent cookies from being stored on an HTTP connection.

var config = {
  cookies: {
    secure: true
  }
}
storageType

The following values for storageType are recognized:

  • memory: values are stored in a closure and will not survive a page reload
  • sessionStorage: will only be available to the current browser tab
  • localStorage: available to all browser tabs
  • cookie: available to all browser tabs, and server-side code

Note: If the specified storageType is not available, but matches an entry in storageTypes, then default fallback logic will be applied. To disable this behavior, set storageTypes to an empty array:

var config = {
  storageManager: {
    token: {
      storageType: 'sessionStorage',
      storageTypes: []
    }
  }
}

or set the storageTypes property with only one entry:

var config = {
  storageManager: {
    token: {
      storageTypes: ['sessionStorage']
    }
  }
}

If fallback logic is disabled, the storageManager may throw an exception if an instance of the given storageType cannot be created.

storageTypes

A list of storageTypes, in order of preference. If a type is not available, the next type in the list will be tried.

storageProvider

This option allows you to pass a custom storage provider instance. If a storageProvider is set, the storageType will be ignored.

Important: A storage provider will receive sensitive data, such as the user's raw tokens, as a readable string. Any custom storage provider should take care to save this string in a secure location which is not accessible to unauthorized users.

A storageProvider must provide a simple but specific API to access client storage. An example of a storageProvider is the built-in localStorage. It has a method called getItem that returns a string for a key and a method called setItem which accepts a string and key.

A custom storage provider must implement two functions:

  • getItem(key)
  • setItem(key, value)

Optionally, a storage provider can also implement a removeItem function. If removeItem is not implemented, values will be cleared but keys will persist.

const myMemoryStore = {};
const storageProvider = {
  getItem: function(key) {
    // custom get
    return myMemoryStore[key];
  },
  setItem: function(key, val) {
    // custom set
    myMemoryStore[key] = val;
  },
  // optional
  removeItem: function(key) {
    delete myMemoryStore[key];
  }
}

var config = {
  storageManager: {
    token: {
      storageProvider: storageProvider
    }
  }
}

tokenManager

If cookie storage is specified, it is possible to specify whether or not a session cookie is used by the cookie storage. This will automatically be configured if sessionStorage is specified and you fall back to cookie storage. If sessionCookie is not specified it will create a cookie with an expiry date of 2200-01-01T00:00:00.000Z

var config = {
  cookies: {
    sessionCookie: true
  }
}
autoRenew

:gear: Requires a running service

By default, the tokenManager will attempt to renew tokens before they expire. If you wish to manually control token renewal, set autoRenew to false to disable this feature. You can listen to expired events to know when the token has expired.

tokenManager: {
  autoRenew: false
}

Renewing tokens slightly early helps ensure a stable user experience. By default, the expired event will fire 30 seconds before actual expiration time. If autoRenew is set to true, tokens will be renewed within 30 seconds of expiration. You can customize this value by setting the expireEarlySeconds option. The value should be large enough to account for network latency and clock drift between the client and Okta's servers.

NOTE expireEarlySeconds option is only allowed in the DEV environment (localhost). It will be reset to 30 seconds when running in environments other than DEV.

// Emit expired event 2 minutes before expiration
// Tokens accessed with tokenManager.get() will auto-renew within 2 minutes of expiration
tokenManager: {
  expireEarlySeconds: 120
}
autoRemove

:gear: Requires a running service

By default, the library will attempt to remove expired tokens during initialization when autoRenew is off. If you wish to to disable auto removal of tokens, set autoRemove to false.

syncStorage

:gear: Requires a running service

Automatically syncs tokens across browser tabs when token storage is localStorage. To disable this behavior, set syncStorage to false.

storageKey

By default all tokens will be stored under the key okta-token-storage. You may want to change this if you have multiple apps running on a single domain which share the same storage type. Giving each app a unique storage key will prevent them from reading or writing each other's token values.

storage

Specify the storage type for tokens. This will override any value set for the token section in the storageManager configuration. By default, localStorage will be used. This will fall back to sessionStorage or cookie if the previous type is not available. You may pass an object or a string. If passing an object, it should meet the requirements of a custom storage provider. Pass a string to specify one of the built-in storage types:


var config = {
  url: 'https://{yourOktaDomain}',
  tokenManager: {
    storage: 'sessionStorage'
  }
};

var authClient = new OktaAuth(config);

A custom storage provider instance can also be passed here. (This will override any storageProvider value set under the token section of the storageManager configuration)

var myMemoryStore = {};
const storageProvider = {
  getItem: function(key) {
    // custom get
    return myMemoryStore[key];
  },
  setItem: function(key, val) {
    // custom set
    myMemoryStore[key] = val;
  },
  // optional
  removeItem: function(key) {
    delete myMemoryStore[key];
  }
}

const config = {
  url: 'https://{yourOktaDomain}',
  tokenManager: {
    storage: storageProvider
  }
};

const authClient = new OktaAuth(config);
const tokens = await authClient.token.getWithoutPrompt();
authClient.tokenManager.setTokens(tokens); // storageProvider.setItem

cookies

An object containing additional properties used when setting cookies

secure

Defaults to true, unless the application origin is http://localhost, in which case it is forced to false. If true, the SDK will set the "Secure" option on all cookies. When this option is true, an exception will be thrown if the application origin is not using the HTTPS protocol. Setting to false will allow setting cookies on an HTTP origin, but is not recommended for production applications.

sameSite

Defaults to none if the secure option is true, or lax if the secure option is false. Allows fine-grained control over the same-site cookie setting. A value of none allows embedding within an iframe. A value of lax will avoid being blocked by user "3rd party" cookie settings. A value of strict will block all cookies when redirecting from Okta and is not recommended.

API Reference


start()

Starts the OktaAuth service. See running as a service for more details.

stop()

Starts the OktaAuth service. See running as a service for more details.

signIn(options)

:warning: Deprecated, this method will be removed in next major release, use signInWithCredentials instead.

signInWithCredentials(options)

:hourglass: async

The goal of this authentication flow is to set an Okta session cookie on the user's browser or retrieve an id_token or access_token. The flow is started using signInWithCredentials.

  • username - User’s non-qualified short-name (e.g. dade.murphy) or unique fully-qualified login (e.g dade.murphy@example.com)
  • password - The password of the user
  • sendFingerprint - Enabling this will send a X-Device-Fingerprint header. Defaults to false. See Primary authentication with device fingerprint for more information on the X-Device-Fingerprint header.
authClient.signInWithCredentials({
  username: 'some-username',
  password: 'some-password'
})
.then(function(transaction) {
  if (transaction.status === 'SUCCESS') {
    authClient.session.setCookieAndRedirect(transaction.sessionToken); // Sets a cookie on redirect
  } else {
    throw 'We cannot handle the ' + transaction.status + ' status';
  }
})
.catch(function(err) {
  console.error(err);
});

signInWithRedirect(options)

:link: web browser only

Starts the full-page redirect to Okta with optional request parameters. In this flow, there is a originalUri parameter in options to track the route before the user signIn, and the addtional params are mapped to the Authorize options. You can use storeTokensFromRedirect to store tokens and getOriginalUri to clear the intermediate state (the originalUri) after successful authentication.

if (authClient.isLoginRedirect()) {
  await authClient.handleLoginRedirect();
} else if (!await authClient.isAuthenticated()) {
  // Start the browser based oidc flow, then parse tokens from the redirect callback url
  authClient.signInWithRedirect();
} else {
  // User is authenticated
}

signOut()

:hourglass: async

Signs the user out of their current Okta session and clears all tokens stored locally in the TokenManager. By default, the refresh token (if any) and access token are revoked so they can no longer be used. Some points to consider:

  • Will redirect to an Okta-hosted page before returning to your app.
  • If a postLogoutRedirectUri has not been specified or configured, window.location.origin will be used as the return URI. This URI must be listed in the Okta application's Login redirect URIs. If the URI is unknown or invalid the redirect will end on a 400 error page from Okta. This error will be visible to the user and cannot be handled by the app.
  • Requires a valid ID token. If an ID token is not available, signOut will fallback to using the XHR-based closeSession method. This method may fail to sign the user out if 3rd-party cookies have been blocked by the browser.
  • For more information, see Logout in the OIDC API documentation.

signOut takes the following options:

  • postLogoutRedirectUri - Setting a value will override the postLogoutRedirectUri configured on the SDK.
  • state - An optional value, used along with postLogoutRedirectUri. If set, this value will be returned as a query parameter during the redirect to the postLogoutRedirectUri
  • idToken - Specifies the ID token object. By default, signOut will look for a token object named idToken within the TokenManager. If you have stored the id token object in a different location, you should retrieve it first and then pass it here.
  • revokeAccessToken - If false (default: true) the access token will not be revoked. Use this option with care: not revoking tokens may pose a security risk if tokens have been leaked outside the application.
  • revokeRefreshToken - If false (default: true) the refresh token will not be revoked. Use this option with care: not revoking tokens may pose a security risk if tokens have been leaked outside the application. Revoking a refresh token will revoke any access tokens minted by it, even if revokeAccessToken is false.
  • accessToken - Specifies the access token object. By default, signOut will look for a token object named accessToken within the TokenManager. If you have stored the access token object in a different location, you should retrieve it first and then pass it here. This options is ignored if the revokeAccessToken option is false.
// Sign out using the default options
authClient.signOut()
// Override the post logout URI for this call
authClient.signOut({
  postLogoutRedirectUri: `${window.location.origin}/logout/callback`
});
// In this case, the ID token is stored under the 'myIdToken' key
var idToken = await authClient.tokenManager.get('myIdToken');
authClient.signOut({
  idToken: idToken
});
// In this case, the access token is stored under the 'myAccessToken' key
var accessToken = await authClient.tokenManager.get('myAccessToken');
authClient.signOut({
  accessToken: accessToken
});

closeSession()

:warning: This method requires access to third party cookies
:hourglass: async

Signs the user out of their current Okta session and clears all tokens stored locally in the TokenManager. This method is an XHR-based alternative to signOut, which will redirect to Okta before returning to your application. Here are some points to consider when using this method:

  • Executes in the background. The user will see not any change to window.location.
  • The method will fail to sign the user out if 3rd-party cookies are blocked by the browser.
  • Does not revoke the access token. It is strongly recommended to call revokeAccessToken before calling this method
  • It is recommended (but not required) for the app to call window.location.reload() after the XHR method completes to ensure your app is properly re-initialized in an unauthenticated state.
  • For more information, see Close Current Session in the Session API documentation.
await authClient.revokeAccessToken(); // strongly recommended
authClient.closeSession()
  .then(() => {
    window.location.reload(); // optional
  })
  .catch(e => {
    if (e.xhr && e.xhr.status === 429) {
      // Too many requests
    }
  })

revokeAccessToken(accessToken)

:hourglass: async

Revokes the access token for this application so it can no longer be used to authenticate API requests. The accessToken parameter is optional. By default, revokeAccessToken will look for a token object named accessToken within the TokenManager. If you have stored the access token object in a different location, you should retrieve it first and then pass it here. Returns a promise that resolves when the operation has completed. This method will succeed even if the access token has already been revoked or removed.

revokeRefreshToken(refreshToken)

:hourglass: async

Revokes the refresh token (if any) for this application so it can no longer be used to mint new tokens. The refreshToken parameter is optional. By default, revokeRefreshToken will look for a token object named refreshToken within the TokenManager. If you have stored the refresh token object in a different location, you should retrieve it first and then pass it here. Returns a promise that resolves when the operation has completed. This method will succeed even if the refresh token has already been revoked or removed.

forgotPassword(options)

:hourglass: async

Starts a new password recovery transaction for a given user and issues a recovery token that can be used to reset a user’s password.

  • username - User’s non-qualified short-name (e.g. dade.murphy) or unique fully-qualified login (e.g dade.murphy@example.com)
  • factorType - Recovery factor to use for primary authentication. Supported options are SMS, EMAIL, or CALL
  • relayState - Optional state value that is persisted for the lifetime of the recovery transaction
authClient.forgotPassword({
  username: 'dade.murphy@example.com',
  factorType: 'SMS',
})
.then(function(transaction) {
  return transaction.verify({
    passCode: '123456' // The passCode from the SMS or CALL
  });
})
.then(function(transaction) {
  if (transaction.status === 'SUCCESS') {
    authClient.session.setCookieAndRedirect(transaction.sessionToken);
  } else {
    throw 'We cannot handle the ' + transaction.status + ' status';
  }
})
.catch(function(err) {
  console.error(err);
});

unlockAccount(options)

:hourglass: async

Starts a new unlock recovery transaction for a given user and issues a recovery token that can be used to unlock a user’s account.

  • username - User’s non-qualified short-name (e.g. dade.murphy) or unique fully-qualified login (e.g dade.murphy@example.com)
  • factorType - Recovery factor to use for primary authentication. Supported options are SMS, EMAIL, or CALL
  • relayState - Optional state value that is persisted for the lifetime of the recovery transaction
authClient.unlockAccount({
  username: 'dade.murphy@example.com',
  factorType: 'SMS',
})
.then(function(transaction) {
  return transaction.verify({
    passCode: '123456' // The passCode from the SMS
  });
})
.then(function(transaction) {
  if (transaction.status === 'SUCCESS') {
    authClient.session.setCookieAndRedirect(transaction.sessionToken);
  } else {
    throw 'We cannot handle the ' + transaction.status + ' status';
  }
})
.catch(function(err) {
  console.error(err);
});

verifyRecoveryToken(options)

:hourglass: async

Validates a recovery token that was distributed to the end-user to continue the recovery transaction.

  • recoveryToken - Recovery token that was distributed to end-user via an out-of-band mechanism such as email
authClient.verifyRecoveryToken({
  recoveryToken: '00xdqXOE5qDZX8-PBR1bYv8AESqIFinDy3yul01tyh'
})
.then(function(transaction) {
  if (transaction.status === 'SUCCESS') {
    authClient.session.setCookieAndRedirect(transaction.sessionToken);
  } else {
    throw 'We cannot handle the ' + transaction.status + ' status';
  }
})
.catch(function(err) {
  console.error(err);
});

webfinger(options)

:hourglass: async

Calls the Webfinger API and gets a response.

  • resource - URI that identifies the entity whose information is sought, currently only acct scheme is supported (e.g acct:dade.murphy@example.com)
  • rel - Optional parameter to request only a subset of the information that would otherwise be returned without the "rel" parameter
authClient.webfinger({
  resource: 'acct:john.joe@example.com',
  rel: 'okta:idp'
})
.then(function(res) {
  // use the webfinger response to select an idp
})
.catch(function(err) {
  console.error(err);
});

fingerprint(options)

:hourglass: async

Creates a browser fingerprint. See Primary authentication with device fingerprint for more information.

  • timeout - Time in ms until the operation times out. Defaults to 15000.
authClient.fingerprint()
.then(function(fingerprint) {
  // Do something with the fingerprint
})
.catch(function(err) {
  console.log(err);
})

isAuthenticated(timeout?)

:hourglass: async

Resolves with authState.isAuthenticated from non-pending authState.

getUser()

:hourglass: async

Alias method of token.getUserInfo.

getIdToken()

Returns the id token string retrieved from authState if it exists.

getAccessToken()

Returns the access token string retrieved from authState if it exists.

storeTokensFromRedirect()

:hourglass: async

Parses tokens from the redirect url and stores them.

setOriginalUri(uri?)

Stores the current URL state before a redirect occurs. By default it stores window.location.href.

getOriginalUri()

Returns the stored URI string stored by setOriginal. By default it returns window.location.origin.

removeOriginalUri()

Removes the stored URI string stored by setOriginal from storage.

isLoginRedirect()

:link: web browser only

Check window.location to verify if the app is in OAuth callback state or not. This function is synchronous and returns true or false.

if (authClient.isLoginRedirect()) {
  // callback flow
  await authClient.handleLoginRedirect();
} else {
  // normal app flow
}

handleLoginRedirect(tokens?)

:link: web browser only

Stores passed in tokens or tokens from redirect url into storage, then redirect users back to the originalUri. By default it calls window.location.replace for the redirection. The default behavior can be overrided by providing options.restoreOriginalUri.

tx.resume()

:hourglass: async

Resumes an in-progress transaction. This is useful if a user navigates away from the login page before authentication is complete.

var exists = authClient.tx.exists();
if (exists) {
  authClient.tx.resume()
  .then(function(transaction) {
    console.log('current status:', transaction.status);
  })
  .catch(function(err) {
    console.error(err);
  });
}

tx.exists()

Check for a transaction to be resumed. This is synchronous and returns true or false.

var exists = authClient.tx.exists();
if (exists) {
  console.log('a session exists');
} else {
  console.log('a session does not exist');
}

transaction.status

:hourglass: async

When Auth Client methods resolve, they return a transaction object that encapsulates the new state in the authentication flow. This transaction contains metadata about the current state, and methods that can be used to progress to the next state.

State Model Diagram

Common methods

cancel()

:hourglass: async Terminates the current auth flow.

transaction.cancel()
.then(function() {
  // transaction canceled. You can now start another with authClient.signIn
});
changePassword(options)

Changes a user's password.

  • oldPassword - User’s current password that is expired
  • newPassword - New password for user
transaction.changePassword({
  oldPassword: '0ldP4ssw0rd',
  newPassword: 'N3wP4ssw0rd'
});
resetPassword(options)

Reset a user's password.

  • newPassword - New password for user
transaction.resetPassword({
  newPassword: 'N3wP4ssw0rd'
});
skip()

Ignore the warning and continue.

transaction.skip();

LOCKED_OUT

The user account is locked; self-service unlock or admin unlock is required.

Example Response
{
  status: 'LOCKED_OUT',
  unlock: function(options) { /* returns another transaction */ },
  cancel: function() { /* terminates the auth flow */ },
  data: { /* the parsed json response */ }
}
unlock(options)

Unlock the user account.

  • username - User’s non-qualified short-name (e.g. dade.murphy) or unique fully-qualified login (e.g dade.murphy@example.com)
  • factorType - Recovery factor to use for primary authentication. Supported options are SMS, EMAIL, or CALL
  • relayState - Optional state value that is persisted for the lifetime of the recovery transaction
transaction.unlock({
  username: 'dade.murphy@example.com',
  factorType: 'EMAIL'
});

PASSWORD_EXPIRED

The user’s password was successfully validated but is expired.

Example Response
{
  status: 'PASSWORD_EXPIRED',
  expiresAt: '2014-11-02T23:39:03.319Z',
  user: {
    id: '00ub0oNGTSWTBKOLGLNR',
    profile: {
      login: 'isaac@example.org',
      firstName: 'Isaac',
      lastName: 'Brock',
      locale: 'en_US',
      timeZone: 'America/Los_Angeles'
    }
  },
  changePassword: function(options) { /* returns another transaction */ },
  cancel: function() { /* terminates the auth flow */ },
  data: { /* the parsed json response */ }
}

PASSWORD_RESET

The user successfully answered their recovery question and can set a new password.

Example Response
{
  status: 'PASSWORD_EXPIRED',
  expiresAt: '2014-11-02T23:39:03.319Z',
  user: {
    id: '00ub0oNGTSWTBKOLGLNR',
    profile: {
      login: 'isaac@example.org',
      firstName: 'Isaac',
      lastName: 'Brock',
      locale: 'en_US',
      timeZone: 'America/Los_Angeles'
    }
  },
  resetPassword: function(options) { /* returns another transaction */ },
  cancel: function() { /* terminates the auth flow */ },
  data: { /* the parsed json response */ }
}

PASSWORD_WARN

The user’s password was successfully validated but is about to expire and should be changed.

Example Response
{
  status: 'PASSWORD_WARN',
  expiresAt: '2014-11-02T23:39:03.319Z',
  user: {
    id: '00ub0oNGTSWTBKOLGLNR',
    profile: {
      login: 'isaac@example.org',
      firstName: 'Isaac',
      lastName: 'Brock',
      locale: 'en_US',
      timeZone: 'America/Los_Angeles'
    }
  },
  policy: {
    expiration:{
      passwordExpireDays: 0
    },
    complexity: {
      minLength: 8,
      minLowerCase: 1,
      minUpperCase: 1,
      minNumber: 1,
      minSymbol: 0,
      excludeUsername: true
    },
    age:{
      minAgeMinutes:0,
      historyCount:0
    }
  },
  changePassword: function(options) { /* returns another transaction */ },
  skip: function() { /* returns another transaction */ },
  cancel: function() { /* terminates the auth flow */ },
  data: { /* the parsed json response */ }
}

RECOVERY

The user has requested a recovery token to reset their password or unlock their account.

Example Response
{
  status: 'RECOVERY',
  expiresAt: '2014-11-02T23:39:03.319Z',
  recoveryType: 'PASSWORD', // or 'UNLOCK'
  user: {
    id: '00ub0oNGTSWTBKOLGLNR',
    profile: {
      login: 'isaac@example.org',
      firstName: 'Isaac',
      lastName: 'Brock',
      locale: 'en_US',
      timeZone: 'America/Los_Angeles'
    },
    recovery_question: {
      question: "Who's a major player in the cowboy scene?"
    }
  },
  answer: function(options) { /* returns another transaction */ },
  recovery: function(options) { /* returns another transaction */ },
  cancel: function() { /* terminates the auth flow */ },
  data: { /* the parsed json response */ }
}
answer(options)
  • answer - Answer to user’s recovery question
transaction.answer({
  answer: 'My favorite recovery question answer'
});
recovery(options)
  • recoveryToken - Recovery token that was distributed to end-user via out-of-band mechanism such as email
transaction.recovery({
  recoveryToken: '00xdqXOE5qDZX8-PBR1bYv8AESqIFinDy3yul01tyh'
});

RECOVERY_CHALLENGE

The user must verify the factor-specific recovery challenge.

Example Response
{
  status: 'RECOVERY_CHALLENGE',
  expiresAt: '2014-11-02T23:39:03.319Z',
  recoveryType: 'PASSWORD', // or 'UNLOCK',
  factorType: 'EMAIL', // or 'SMS'
  user: {
    id: '00ub0oNGTSWTBKOLGLNR',
    profile: {
      login: 'isaac@example.org',
      firstName: 'Isaac',
      lastName: 'Brock',
      locale: 'en_US',
      timeZone: 'America/Los_Angeles'
    }
  },
  verify: function(options) { /* returns another transaction */ },
  resend: function() { /* returns another transaction */ },
  cancel: function() { /* terminates the auth flow */ },
  data: { /* the parsed json response */ }
}
verify(options)
transaction.verify({
  passCode: '615243'
});
resend()

Resend the recovery email or text.

transaction.resend();

MFA_ENROLL

When MFA is required, but a user isn’t enrolled in MFA, they must enroll in at least one factor.

Example Response
{
  status: 'MFA_ENROLL',
  expiresAt: '2014-11-02T23:39:03.319Z',
  user: {
    id: '00ub0oNGTSWTBKOLGLNR',
    profile: {
      login: 'isaac@example.org',
      firstName: 'Isaac',
      lastName: 'Brock',
      locale: 'en_US',
      timeZone: 'America/Los_Angeles'
    }
  },
  factors: [{
    provider: 'OKTA',
    factorType: 'question',
    questions: function() { /* returns an array of possible questions */ },
    enroll: function(options) { /* returns another transaction */ }
  }, {
    provider: 'OKTA',
    factorType: 'sms',
    enroll: function(options) { /* returns another transaction */ }
  }, {
    provider: 'OKTA',
    factorType: 'call',
    enroll: function(options) { /* returns another transaction */ }
  }, {
    provider: 'OKTA',
    factorType: 'push',
    enroll: function(options) { /* returns another transaction */ }
  }, {
    provider: 'OKTA',
    factorType: 'token:software:totp',
    enroll: function(options) { /* returns another transaction */ }
  }, {
    provider: 'GOOGLE',
    factorType: 'token:software:totp',
    enroll: function(options) { /* returns another transaction */ }
  }, {
    provider: 'YUBICO',
    factorType: 'token:hardware',
    enroll: function(options) { /* returns another transaction */ }
  }, {
    provider: 'RSA',
    factorType: 'token',
    enroll: function(options) { /* returns another transaction */ }
  }, {
    provider: 'SYMANTEC',
    factorType: 'token',
    enroll: function(options) { /* returns another transaction */ }
  }],
  cancel: function() { /* terminates the auth flow */ },
  data: { /* the parsed json response */ }
}

To enroll in a factor, select one from the factors array, then use the following methods.

var factor = transaction.factors[/* index of the desired factor */];
questions()

List the available questions for the question factorType.

var questionFactor = transaction.factors.find(function(factor) {
  return factor.provider === 'OKTA' && factor.factorType === 'question';
});

questionFactor.questions()
.then(function(questions) {
  // Display questions for the user to select from
});
enroll(options)

The enroll options depend on the desired factor.

OKTA question
var questionFactor = transaction.factors.find(function(factor) {
  return factor.provider === 'OKTA' && factor.factorType === 'question';
});

questionFactor.enroll({
  profile: {
    question: 'disliked_food', // all questions available using questionFactor.questions()
    answer: 'mayonnaise'
  }
});
OKTA sms
var factor = transaction.factors.find(function(factor) {
  return factor.provider === 'OKTA' && factor.factorType === 'sms';
});

factor.enroll({
  profile: {
    phoneNumber: '+1-555-415-1337',
    updatePhone: true
  }
});

// The passCode sent to the phone is verified in MFA_ENROLL_ACTIVATE
OKTA call
var factor = transaction.factors.find(function(factor) {
  return factor.provider === 'OKTA' && factor.factorType === 'call';
});

factor.enroll({
  profile: {
    phoneNumber: '+1-555-415-1337',
    updatePhone: true
  }
});

// The passCode from the call is verified in MFA_ENROLL_ACTIVATE
OKTA push
var factor = transaction.factors.find(function(factor) {
  return factor.provider === 'OKTA' && factor.factorType === 'push';
});

factor.enroll();

// The phone will need to scan a QR Code in MFA_ENROLL_ACTIVATE
OKTA token:software:totp
var factor = transaction.factors.find(function(factor) {
  return factor.provider === 'OKTA' && factor.factorType === 'token:software:totp';
});

factor.enroll();

// The phone will need to scan a QR Code in MFA_ENROLL_ACTIVATE
GOOGLE token:software:totp
var factor = transaction.factors.find(function(factor) {
  return factor.provider === 'GOOGLE' && factor.factorType === 'token:software:totp';
});

factor.enroll();

// The phone will need to scan a QR Code in MFA_ENROLL_ACTIVATE
YUBICO token:hardware
var factor = transaction.factors.find(function(factor) {
  return factor.provider === 'YUBICO' && facto