testing/web-platform/tests/webauthn/idlharness.https.window.js

   1 // META: timeout=long
   2 // META: script=/resources/WebIDLParser.js
   3 // META: script=/resources/idlharness.js
   4 // META: script=helpers.js
   5
   6 // https://w3c.github.io/webauthn/
   7
   8 'use strict';
   9
  10 promise_test(() => {
  11   const execute_test = () => idl_test(
  12     ['webauthn'],
  13     ['credential-management'],
  14     idlArray => {
  15       idlArray.add_untested_idls("[Exposed=(Window,Worker)] interface ArrayBuffer {};");
  16       idlArray.add_objects({
  17         WebAuthentication: ['navigator.authentication'],
  18         PublicKeyCredential: ['cred'],
  19         AuthenticatorAssertionResponse: ['assertionResponse']
  20       });
  21     }
  22   );
  23
  24   let challengeBytes = new Uint8Array(16);
  25   window.crypto.getRandomValues(challengeBytes);
  26
  27   return createCredential({
  28       options: {
  29         publicKey: {
  30           timeout: 3000,
  31           user: {
  32             id: new Uint8Array(16),
  33           },
  34         }
  35       }
  36     })
  37     .then(cred => {
  38       self.cred = cred;
  39       return navigator.credentials.get({
  40         publicKey: {
  41           timeout: 3000,
  42           allowCredentials: [{
  43             id: cred.rawId,
  44             transports: ["usb", "nfc", "ble"],
  45             type: "public-key"
  46           }],
  47           challenge: challengeBytes,
  48         }
  49       });
  50     })
  51     .then(assertion => {
  52       self.assertionResponse = assertion.response;
  53     })
  54     .then(execute_test)
  55     .catch(reason => {
  56       execute_test();
  57       return Promise.reject(reason);
  58     });
  59 });