— No Results

    Stripe.js v2 Reference

    Stripe.js makes it easy to collect credit card—and other similarly sensitive—details without having the information touch your server.

    Stripe.js is Stripe's foundational JavaScript library for securely sending sensitive information to Stripe directly from the customer's browser. Stripe.js can be used for collecting:

    Stripe.js includes supports source creation for use with Sources—our standardized approach to creating payments using any of our supported payment methods. It also has built-in validators to check the format of credit card, CVC, bank account, and routing numbers, as well as a credit card’s type and expiration.

    Including Stripe.js

    However you're using Stripe.js, you always begin by including the library and setting your API key. Add this <script> tag to your page to get started with Stripe.js:

    <script type="text/javascript" src="https://js.stripe.com/v2/"></script>

    To best leverage Stripe’s advanced fraud functionality, include Stripe.js on every page on your site, not just the checkout page. Including the script on every page allows Stripe to detect anomalous behavior that may be indicative of fraud as users browse your website.

    If you are using the latest version of Stripe.js but need to use Stripe.js v2 for features not currently available (e.g., Sources), both versions can be loaded and used on the same page:

    <script src="https://js.stripe.com/v2/"></script>
<script src="https://js.stripe.com/v3/"></script>

    Setting your publishable key

    Your publishable API key identifies your website to Stripe during communications. Set your publishable key with setPublishableKey, after including Stripe.js and before making any requests to Stripe.

    Stripe.setPublishableKey('pk_test_g6do5S237ekq10r65BnxO6S0');

    We've placed a random API key in the code. Replace it with your actual publishable API key to test this code through your Stripe account.

    You will need to replace the test key with your live key for production uses. When you're ready, learn more about how the keys play into test and live modes.

    Collecting card details

    You can use these methods to validate and collect credit card details for when you want to process charges, create subscriptions, or send payouts to debit cards attached to connected Stripe accounts.

    All of these methods are within the Stripe.card object.

    card.createToken

    Converts sensitive card data to a single-use token that you can safely pass to your server to charge the user.

    Stripe.card.createToken({
  number: $('.card-number').val(),
  cvc: $('.card-cvc').val(),
  exp_month: $('.card-expiry-month').val(),
  exp_year: $('.card-expiry-year').val(),
  address_zip: $('.address_zip').val() 
}, stripeResponseHandler);

    The first argument to createToken is a JavaScript object containing credit card data entered by the user. It should contain the following required members:

    • number: card number as a string without any separators (e.g., "4242424242424242")
    • exp_month: two digit number representing the card's expiration month (e.g., 12)
    • exp_year: two or four digit number representing the card's expiration year (e.g., 2019)

    (The expiration date can also be passed as a single string.)

    The cvc field represents the card's security code (e.g., 123). While this is an optional field, we highly recommend you always pass the CVC number. Banks and card issuers often decline charges if the CVC number is either incorrect or has not been provided. Additionally, passing the CVC number also helps prevent fraud as it means your customer is more likely in possession of the card, rather than potentially just a card number. You can then make use of the CVC verification check available in Radar that blocks payments where the CVC does not match what the card issuer has on file.

    The following fields are entirely optional and cannot result in a token creation failure:

    • name: cardholder name
    • address_line1: billing address line 1
    • address_line2: billing address line 2
    • address_city: billing address city
    • address_state: billing address state
    • address_zip: billing ZIP code as a string (e.g., "94301")
    • address_country: billing address country

    Although these fields are optional, we highly recommend collecting them. The customer's ZIP code can be used to perform address and ZIP code verifications that help reduce fraud. Similar to CVC verification, Radar includes a built-in rule to block payments where the ZIP code verification with the issuer failed.

    You may also pass a form element as the first argument to createToken. The relevant information will be pulled from inputs marked up with the data-stripe attribute, which should be set to one of the values specified above.

    The second argument to card.createToken—stripeResponseHandler—is a callback you provide to handle the response from Stripe. It should do the following:

    • If the card information entered by the user returned an error, display it on the page
    • If no errors were returned—a single-use token was created successfully, add the returned token to the payment form and submit the form to your server

    Here's a sample implementation of stripeResponseHandler:

    function stripeResponseHandler(status, response) {

  // Grab the form:
  var $form = $('#payment-form');

  if (response.error) { // Problem!

    // Show the errors on the form
    $form.find('.payment-errors').text(response.error.message);
    $form.find('button').prop('disabled', false); // Re-enable submission

  } else { // Token was created!

    // Get the token ID:
    var token = response.id;

    // Insert the token into the form so it gets submitted to the server:
    $form.append($('<input type="hidden" name="stripeToken" />').val(token));

    // Submit the form:
    $form.get(0).submit();

  }
}

    The handler is written to accept two arguments:

    • status is one of the status codes described in the API docs
    • response is of the following form:
    {
  id: "tok_8DPg4qjJ20F1aM", // Token identifier
  card: { // Dictionary of the card used to create the token
    name: null,
    address_line1: "12 Main Street",
    address_line2: "Apt 42",
    address_city: "Palo Alto",
    address_state: "CA",
    address_zip: "94301",
    address_country: "US",
    country: "US",
    exp_month: 2,
    exp_year: 2019,
    last4: "4242",
    object: "card",
    brand: "Visa",
    funding: "credit"
  },
  created: 1532146469, // Timestamp of when token was created
  livemode: true, // Whether this token was created with a live API key
  type: "card",
  object: "token", // Type of object, always "token"
  used: false // Whether this token has been used
}

    If the request to Stripe fails, response will instead be of following form:

    {
  error: {
    type: "card_error", // Type of error
    code: "invalid_expiry_year", // Optional identifier of specific error
    message: "Your card's expiration year is invalid.", // Description of the error
    param: "exp_year" // Optional identifier of the offending parameter
  }
}

    createToken is an asynchronous call. It returns immediately and invokes stripeResponseHandler when it receives a response from Stripe's servers.

    Client-side validation helpers

    You can use the following methods to perform client-side validation before making a tokenization request.

    card.validateCardNumber

    validateCardNumber checks that the number is formatted correctly and passes the Luhn check.

    // These will all return true, indicating a potentially valid card
// number (letters, spaces, and other punctuation are ignored):

Stripe.card.validateCardNumber('4242424242424242')
Stripe.card.validateCardNumber('4242-42424242-4242')
Stripe.card.validateCardNumber('4242 4242 4242 4242')

// These invalid card numbers will all return false:

Stripe.card.validateCardNumber('4242-1111-1111-1111')
// (Doesn't pass the Luhn check.)
Stripe.card.validateCardNumber('12345678')
Stripe.card.validateCardNumber('mistake')

    card.validateExpiry

    Checks whether or not the expiration date represents an actual month in the future.

    Stripe.card.validateExpiry('02', '2016')      // false
Stripe.card.validateExpiry('02', '2016')      // false
Stripe.card.validateExpiry('02', '2023')      // true
Stripe.card.validateExpiry(2, 2018)           // true

    card.validateCVC

    Checks whether or not the supplied number could be a valid verification code.

    Stripe.card.validateCVC('123')              // true
Stripe.card.validateCVC('')                 // false

    card.cardType

    Returns the type of the card as a string. The possible types are: Visa, MasterCard, American Express, Discover, Diners Club, and JCB. If a card isn't recognized, the return value is Unknown.

    Stripe.card.cardType('4242-4242-4242-4242') // "Visa"
Stripe.card.cardType('378282246310005')     // "American Express"
Stripe.card.cardType('1234')                // "Unknown"

    Passing expiration dates

    Stripe.js allows you to flexibly pass expiration dates as either separate exp_month and exp_year values or as a single exp string. As a single string, the expiration can be a two- or four-digit year, and a one- or two-digit month, in either order, so long as the two are separated by a hyphen, slash, or space.

    You can use the single expiration date in both validation methods and tokenization requests:

    Stripe.card.validateExpiry('09 2018')  // true
Stripe.card.validateExpiry('2022/09')  // true
Stripe.card.validateExpiry('2022/09')  // true
Stripe.card.validateExpiry('2022-09')  // true
Stripe.card.createToken({
  number: $('.card-number').val(),
  cvc: $('.card-cvc').val(),
  exp: $('.card-expiry').val() // Assumes you've added this element to your form
}, stripeResponseHandler);

    Collecting bank account details

    You can use these methods to validate and collect bank account details for when you want to make ACH payments or send payouts to bank accounts attached to connected Stripe accounts.

    All of these methods are within the Stripe.bankAccount object.

    bankAccount.createToken

    Converts sensitive bank account data to a single-use token which you can safely pass to your server to use in an API call.

    Stripe.bankAccount.createToken({
  country: $('.country').val(),
  currency: $('.currency').val(),
  routing_number: $('.routing-number').val(),
  account_number: $('.account-number').val(),
  account_holder_name: $('.name').val(),
  account_holder_type: $('.account_holder_type').val()
}, stripeResponseHandler);

    Analogous to the card.createToken method, the first argument to bank.createToken is a JavaScript object containing bank account data entered by the user. It should contain the following fields:

    • country: two character country code (e.g., "US")
    • currency: three character currency code (e.g., "USD" )
    • routing_number: number representing the bank routing number (e.g., 111000025). Optional if the currency is EUR, as the account number will be an IBAN.
    • account_number: number representing the bank account number (e.g., 000123456789)
    • account_holder_name: name of the person or business that owns the bank account (e.g., "Jane Austen")
    • account_holder_type: the type of entity that holds the account. Can be "individual" or "company".

    When creating a bank account to be attached to a customer, the account_holder_name and account_holder_type fields are mandatory. Otherwise, they are optional.

    You may also pass a form element as the first argument to createToken. The relevant information will be pulled from inputs marked up with the data-stripe attribute, which should be set to one of the values specified above.

    The second argument to bank.createToken—stripeResponseHandler—is a callback you provide to handle the response from Stripe. It should do the following:

    • If the bank account information entered by the user returned an error, display it on the page
    • If no errors were returned—a single-use token was created successfully, add the returned token to the form and submit the form to your server

    Here's a sample implementation of stripeResponseHandler:

    function stripeResponseHandler(status, response) {

  // Grab the form:
  var $form = $('#payment-form');

  if (response.error) { // Problem!

    // Show the errors on the form:
    $form.find('.bank-errors').text(response.error.message);
    $form.find('button').prop('disabled', false); // Re-enable submission

  } else { // Token created!

    // Get the token ID:
    var token = response.id;

    // Insert the token into the form so it gets submitted to the server:
    $form.append($('<input type="hidden" name="stripeToken" />').val(token));

    // Submit the form:
    $form.get(0).submit();

  }
}

    The handler is written to accept two arguments:

    • status is one of the status codes described in the API docs
    • response is of the following form:
    {
  id: "btok_u5dg20Gra", // Token identifier
  bank_account: { // Dictionary of the bank account used to create the token
    country: "US",
    bank_name: "BANK OF AMERICA, N.A",
    last4: "6789",
    validated: false,
    object: "bank_account",
  },
  created: 1532146469, // Timestamp of when token was created
  livemode: true, // Whether this token was created with a live API key
  type: "bank_account",
  object: "token", // Type of object, always "token"
  used: false // Whether this token has been used
}

    If the request to Stripe fails, response will instead be of following form:

    {
  error: {
    type: "invalid_request_error", // String identifier of the type of error
    message: "Invalid routing number", // String description of the error
    param: "bank_account" // Optional string identifier of the offending parameter.
  }
}

    createToken is an asynchronous call. It returns immediately and invokes stripeResponseHandler when it receives a response from Stripe's servers.

    Client-side validation helpers

    Bank account validation with Stripe.js currently supports US bank account and routing numbers.

    bankAccount.validateRoutingNumber

    Checks that the routing number is formatted correctly for the given country and that the number passes any appropriate checksums (e.g., for US routing numbers).

    // This will return true, indicating a
// potentially valid bank routing number:

Stripe.bankAccount.validateRoutingNumber('111000025', 'US') // US routing number

// These invalid bank routing numbers will all return false:

Stripe.bankAccount.validateRoutingNumber('990000001', 'US')
// (Doesn't pass the checksum check.)
Stripe.bankAccount.validateRoutingNumber('12345', 'US')

    bankAccount.validateAccountNumber

    Checks that the account number is formatted correctly for the given country and enforces any length restrictions.

    // This will return true, indicating a
// potentially valid bank account number:

Stripe.bankAccount.validateAccountNumber('000123456789', 'US')

// This invalid bank account number will return false:

Stripe.bankAccount.validateAccountNumber('mistake', 'US')

    Collecting personally identifiable information (PII)

    You can use piiData.createToken to collect PII data for Custom account identity verification.

    piiData.createToken

    Converts sensitive PII data to a single-use token which you can safely pass to your server to verify a Custom account.

    Stripe.piiData.createToken({
  personal_id_number: $('.personal_id_number').val()
}, stripeResponseHandler);

    Analogous to the card.createToken method, the first argument to piiData.createToken is a JavaScript object containing the PII data entered by the user. It should contain one field: personal_id_number, which is the personal ID number (e.g., 000000000).

    The second argument to piiData.createToken—stripeResponseHandler—is a callback you provide to handle the response from Stripe. It should do the following:

    • If the PII information entered by the user returned an error, display it on the page
    • If no errors were returned (i.e., a single-use token was created successfully), add the returned token to the form and submit the form to your server

    Here's a sample implementation of stripeResponseHandler:

    function stripeResponseHandler(status, response) {

  // Grab the form:
  var $form = $('#payment-form');

  if (response.error) { // Problem!

    // Show the errors on the form:
    $form.find('.bank-errors').text(response.error.message);
    $form.find('button').prop('disabled', false); // Re-enable submission

  } else { // Token created!

    // Get the token ID:
    var token = response.id;

    // Insert the token into the form so it gets submitted to the server:
    $form.append($('<input type="hidden" name="stripeToken" />').val(token));

    // Submit the form:
    $form.get(0).submit();

  }
}

    The handler is written to accept two arguments:

    • status is one of the status codes described in the API docs
    • response is of the following form:
    {
  id: "tok_u5dg20Gra", // Token identifier
  created: 1532146469, // Timestamp of when token was created
  livemode: true, // Whether this token was created with a live API key
  type: "pii",
  object: "token", // Type of object, always "token"
  used: false // Whether this token has been used
}

    If the request to Stripe fails, response will instead be of following form:

    {
  error: {
    type: "invalid_request_error", // Type of error
    message: "Invalid PII", // Description of the error
    param: "pii" // Optional identifier of the offending parameter
  }
}

    Collecting Apple Pay details

    Stripe.js supports Apple Pay payments. The full details are available in our integration guide.

    applePay.checkAvailability

    Enables you to check whether your customer can use Apple Pay.

    Stripe.applePay.checkAvailability(stripeResponseHandler);

    The only argument to checkAvailability —stripeResponseHandler—is a callback you provide to handle the response from Stripe. If Apple Pay is available, it should display an Apple Pay button to the customer.

    Here's a sample implementation of stripeResponseHandler: 

    function stripeResponseHandler(available) {
  // If Apple Pay is available, display the button on your checkout page
  if (available) {
    document.getElementById('apple-pay-button').style.display = 'block';
  }
}

    checkAvailability is an asynchronous call. It returns immediately and invokes stripeResponseHandler when it has determined if Apple Pay is available.

    applePay.buildSession

    Builds an ApplePaySession object, which manages the Apple Pay experience for your user.

    Stripe.applePay.buildSession({
  countryCode: 'US',
  currencyCode: 'USD',
  total: {
    label: 'Rocketship Inc',
    amount: '19.99'
  }
}, onSuccessHandler, onErrorHandler);

    The first argument to applePay.buildSession is a JavaScript object containing the elements of the payment sheet that you want to customize. It should contain the following fields:

    • countryCode: two character ISO 3166 country code (e.g., "US")
    • currencyCode: three character ISO 4217 currency code (e.g., "USD")
    • total.label: name of the business (e.g., "Rocketship Inc")
    • total.amount: the total amount for the payment. This is a string representing the formatted amount (e.g., "5.00"). Note that Apple's format for this is slightly different than other instances in the Stripe API, where you would instead specify an integer amount in cents.

    The following fields allow you to further customize the payment sheet but are optional:

    • lineItems: a set of line items that explain the total in additional detail
    • requiredBillingContactFields: collect customer's billing contact information. To do so, set this value to ['postalAddress'].
    • requiredShippingContactFields: collect customer's shipping contact information. It can be one or more of postalAddress, phone, email, or name
    • shippingMethods: an array of shipping methods available to the customer. Each object in this array must contain the keys:
      • label: A user-visible title for the shipping method (e.g., "Ground Shipping")
      • detail: A user-visible subtitle for the shipping method that explains the duration (e.g., "Arrives in 5-7 business days")
      • amount: The cost of the shipping method (e.g., "5.00")
      • identifier: An internal identifier for the shipping method. Not user-visible; you can use whatever you want (e.g., "ground")
    • shippingType: provide the customer with available shipping options. It must be shipping, delivery, storePickup, or servicePickup

    The second argument to applePay.buildSession — onSuccessHandler — is a callback you provide to handle the response from Stripe. It provides you with a Stripe token that you should send to your server and use to create a charge.

    Here's a sample implementation of onSuccessHandler, using jQuery:

    function onSuccessHandler(result, completion) {
  $.post( "/charges", { token: result.token.id }).done(function() {
    completion(true);
  }).fail(function() {
    completion(false);
  });
}

    This function is written to accept two arguments:

    • result is of the following form:
    {
  token: { // Stripe token
    id: "pii_u5dg20Gra", // Token identifier
    card: { // Dictionary of the card used to create the token
      name: "Jenny Rosen",
      address_line1: "12 Main Street",
      address_line2: "Apt 42",
      address_city: "Palo Alto",
      address_state: "CA",
      address_zip: "94301",
      address_country: "US",
      country: "US",
      exp_month: 2,
      exp_year: 2019,
      last4: "4242",
      object: "card",
      brand: "Visa",
      funding: "credit"
    },
    created: 1532146469, // Timestamp of when token was created
    livemode: true, // Whether this token was created with a live API key
    type: "card",
    object: "token", // Type of object, always "token"
  },
  shippingContact: { // This will be present if you specified requiredShippingContactFields above
    emailAddress: 'jrosen@apple.com',
    phoneNumber: '8885551212',
    givenName: 'Jenny',
    familyName: 'Rosen',
    addressLines: ['1 Infinite Loop'],
    locality: 'Cupertino',
    administrativeArea: 'CA',
    postalCode: '95014',
    countryCode: 'US'
  },
  shippingMethod: { // This will be present if you specified shippingMethods above
    label: 'Ground Shipping',
    detail: 'Arrives 5-7 business days',
    amount: '5.00',
    identifier: 'ground'
  }
}
    • completion is a function that you must call with either ApplePaySession.STATUS_SUCCESS or ApplePaySession.STATUS_FAILURE when you're done making your charge. When this is done, the Apple Pay sheet will display a success/failure animation and dismiss. You may also, instead of making a charge, call the function with ApplePaySession.STATUS_INVALID_BILLING_POSTAL_ADDRESS, ApplePaySession.STATUS_INVALID_SHIPPING_POSTAL_ADDRESS, or ApplePaySession.STATUS_INVALID_SHIPPING_CONTACT. In this case, the user will see an error and have the chance to pick a different address without the sheet dismissing.

    The third, optional, argument to applePay.buildSession — onErrorHandler — is a callback you provide to handle any errors in your Apple Pay configuration.

    It should do the following:

    • Log the error so that you can debug your integration.

    Here's a sample implementation of onErrorHandler:

    function onErrorHandler(error) {
  console.error(error.message);
}

    Sources

    You can use source.create when creating payments using Sources.

    source.create

    Use this method to convert collected payment information into a Source object that you safely pass to your server. This method takes an object containing information specific to the payment method being used. For instance, the following example creates a Source object for a Bancontact payment:

    Stripe.source.create({
  type: 'bancontact',
  amount: 1099,
  currency: 'eur',
  owner: {
    name: 'Jenny Rosen',
  },
  redirect: {
    return_url: 'https://shop.example.com/crtA6B28E1',
  },
}, stripeResponseHandler);

    See the Sources documentation for more information and the supported payment methods you can use.

    Supported browsers

    Stripe.js strives to support all recent versions of major browsers. For the sake of security and providing the best experience to the majority of customers, we do not support browsers that are no longer receiving security updates and represent a small minority of traffic.

    • We support Internet Explorer and Edge per Microsoft's lifecycle policy. As of January 12, 2016, we support Internet Explorer 9 and above.
    • We support Chrome and Safari on all platforms and Firefox on desktop platforms.
    • We support the Android native browser on Android 4.4 and later.
    • We require TLS 1.2 to be supported by the browser.
    • We respond to bug reports but do not proactively test other mobile browsers.

    If you have an issue with Stripe.js on a specific browser, please contact us so we can improve its support.

    Questions?

    We're always happy to help with code or other questions you might have! Search our documentation, contact support, or connect with our sales team. You can also chat live with other developers in #stripe on freenode.

    Was this page helpful? Yes No

    Send

    Thank you for helping improve Stripe's documentation. If you need help or have any questions, please consider contacting support.