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bluetooth-fake-devices.js

Source:bluetooth-fake-devices.js

1'use strict';2/* Bluetooth Constants */3/**4 * HCI Error Codes.5 * Used for simulateGATT{Dis}ConnectionResponse. For a complete list of6 * possible error codes see BT 4.2 Vol 2 Part D 1.3 List Of Error Codes.7 */8const HCI_SUCCESS = 0x0000;9const HCI_CONNECTION_TIMEOUT = 0x0008;10/**11 * GATT Error codes.12 * Used for GATT operations responses. BT 4.2 Vol 3 Part F 3.4.1.1 Error13 * Response14 */15const GATT_SUCCESS = 0x0000;16const GATT_INVALID_HANDLE = 0x0001;17/* Bluetooth UUID Constants */18/* Service UUIDs */19var blocklist_test_service_uuid = '611c954a-263b-4f4a-aab6-01ddb953f985';20var request_disconnection_service_uuid = '01d7d889-7451-419f-aeb8-d65e7b9277af';21/* Characteristic UUIDs */22var blocklist_exclude_reads_characteristic_uuid =23    'bad1c9a2-9a5b-4015-8b60-1579bbbf2135';24var request_disconnection_characteristic_uuid =25    '01d7d88a-7451-419f-aeb8-d65e7b9277af';26/* Descriptor UUIDs */27var blocklist_test_descriptor_uuid = 'bad2ddcf-60db-45cd-bef9-fd72b153cf7c';28var blocklist_exclude_reads_descriptor_uuid =29    'bad3ec61-3cc3-4954-9702-7977df514114';30/**31 * Helper objects that associate Bluetooth names, aliases, and UUIDs. These are32 * useful for tests that check that the same result is produces when using all33 * three methods of referring to a Bluetooth UUID.34 */35var generic_access = {36  alias: 0x1800,37  name: 'generic_access',38  uuid: '00001800-0000-1000-8000-00805f9b34fb'39};40var device_name = {41  alias: 0x2a00,42  name: 'gap.device_name',43  uuid: '00002a00-0000-1000-8000-00805f9b34fb'44};45var reconnection_address = {46  alias: 0x2a03,47  name: 'gap.reconnection_address',48  uuid: '00002a03-0000-1000-8000-00805f9b34fb'49};50var heart_rate = {51  alias: 0x180d,52  name: 'heart_rate',53  uuid: '0000180d-0000-1000-8000-00805f9b34fb'54};55var health_thermometer = {56  alias: 0x1809,57  name: 'health_thermometer',58  uuid: '00001809-0000-1000-8000-00805f9b34fb'59};60var body_sensor_location = {61  alias: 0x2a38,62  name: 'body_sensor_location',63  uuid: '00002a38-0000-1000-8000-00805f9b34fb'64};65var glucose = {66  alias: 0x1808,67  name: 'glucose',68  uuid: '00001808-0000-1000-8000-00805f9b34fb'69};70var battery_service = {71  alias: 0x180f,72  name: 'battery_service',73  uuid: '0000180f-0000-1000-8000-00805f9b34fb'74};75var battery_level = {76  alias: 0x2A19,77  name: 'battery_level',78  uuid: '00002a19-0000-1000-8000-00805f9b34fb'79};80var user_description = {81  alias: 0x2901,82  name: 'gatt.characteristic_user_description',83  uuid: '00002901-0000-1000-8000-00805f9b34fb'84};85var client_characteristic_configuration = {86  alias: 0x2902,87  name: 'gatt.client_characteristic_configuration',88  uuid: '00002902-0000-1000-8000-00805f9b34fb'89};90var measurement_interval = {91  alias: 0x2a21,92  name: 'measurement_interval',93  uuid: '00002a21-0000-1000-8000-00805f9b34fb'94};95/**96 * An advertisement packet object that simulates a Health Thermometer device.97 * @type {ScanResult}98 */99const health_thermometer_ad_packet = {100  deviceAddress: '09:09:09:09:09:09',101  rssi: -10,102  scanRecord: {103    name: 'Health Thermometer',104    uuids: [health_thermometer.uuid],105  },106};107/**108 * An advertisement packet object that simulates a Heart Rate device.109 * @type {ScanResult}110 */111const heart_rate_ad_packet = {112  deviceAddress: '08:08:08:08:08:08',113  rssi: -10,114  scanRecord: {115    name: 'Heart Rate',116    uuids: [heart_rate.uuid],117  },118};119const uuid1234 = BluetoothUUID.getService(0x1234);120const uuid5678 = BluetoothUUID.getService(0x5678);121const uuidABCD = BluetoothUUID.getService(0xABCD);122const manufacturer1Data = new Uint8Array([1, 2]);123const manufacturer2Data = new Uint8Array([3, 4]);124const uuid1234Data = new Uint8Array([5, 6]);125const uuid5678Data = new Uint8Array([7, 8]);126const uuidABCDData = new Uint8Array([9, 10]);127/**128 * An advertisement packet object that simulates a device that advertises129 * service and manufacturer data.130 * @type {ScanResult}131 */132const service_and_manufacturer_data_ad_packet = {133  deviceAddress: '07:07:07:07:07:07',134  rssi: -10,135  scanRecord: {136    name: 'LE Device',137    uuids: [uuid1234],138    manufacturerData: {0x0001: manufacturer1Data, 0x0002: manufacturer2Data},139    serviceData: {140      [uuid1234]: uuid1234Data,141      [uuid5678]: uuid5678Data,142      [uuidABCD]: uuidABCDData143    }144  }145};146/** Bluetooth Helpers */147/**148 * Helper class to create a BluetoothCharacteristicProperties object using an149 * array of strings corresponding to the property bit to set.150 */151class TestCharacteristicProperties {152  /** @param {Array<string>} properties */153  constructor(properties) {154    this.broadcast = false;155    this.read = false;156    this.writeWithoutResponse = false;157    this.write = false;158    this.notify = false;159    this.indicate = false;160    this.authenticatedSignedWrites = false;161    this.reliableWrite = false;162    this.writableAuxiliaries = false;163    properties.forEach(val => {164      if (this.hasOwnProperty(val))165        this[val] = true;166      else167        throw `Invalid member '${val}'`;168    });169  }170}171/**172 * Produces an array of BluetoothLEScanFilterInit objects containing the list of173 * services in |services| and various permutations of the other174 * BluetoothLEScanFilterInit properties. This method is used to test that the175 * |services| are valid so the other properties do not matter.176 * @param {BluetoothServiceUUID} services177 * @returns {Array<RequestDeviceOptions>} A list of options containing178 *     |services| and various permutations of other options.179 */180function generateRequestDeviceArgsWithServices(services = ['heart_rate']) {181  return [182    {filters: [{services: services}]},183    {filters: [{services: services, name: 'Name'}]},184    {filters: [{services: services, namePrefix: 'Pre'}]}, {185      filters: [186        {services: services, manufacturerData: [{companyIdentifier: 0x0001}]}187      ]188    },189    {190      filters: [{191        services: services,192        name: 'Name',193        namePrefix: 'Pre',194        manufacturerData: [{companyIdentifier: 0x0001}]195      }]196    },197    {filters: [{services: services}], optionalServices: ['heart_rate']}, {198      filters: [{services: services, name: 'Name'}],199      optionalServices: ['heart_rate']200    },201    {202      filters: [{services: services, namePrefix: 'Pre'}],203      optionalServices: ['heart_rate']204    },205    {206      filters: [207        {services: services, manufacturerData: [{companyIdentifier: 0x0001}]}208      ],209      optionalServices: ['heart_rate']210    },211    {212      filters: [{213        services: services,214        name: 'Name',215        namePrefix: 'Pre',216        manufacturerData: [{companyIdentifier: 0x0001}]217      }],218      optionalServices: ['heart_rate']219    }220  ];221}222/**223 * Causes |fake_peripheral| to disconnect and returns a promise that resolves224 * once `gattserverdisconnected` has been fired on |device|.225 * @param {BluetoothDevice} device The device to check if the226 *     `gattserverdisconnected` promise was fired.227 * @param {FakePeripheral} fake_peripheral The device fake that represents228 *     |device|.229 * @returns {Promise<Array<Object>>} A promise that resolves when the device has230 *     successfully disconnected.231 */232function simulateGATTDisconnectionAndWait(device, fake_peripheral) {233  return Promise.all([234    eventPromise(device, 'gattserverdisconnected'),235    fake_peripheral.simulateGATTDisconnection(),236  ]);237}238/** @type {FakeCentral} The fake adapter for the current test. */239let fake_central = null;240async function initializeFakeCentral({state = 'powered-on'}) {241  if (!fake_central) {242    fake_central = await navigator.bluetooth.test.simulateCentral({state});243  }244}245/**246 * A dictionary for specifying fake Bluetooth device setup options.247 * @typedef {{address: !string, name: !string,248 *            manufacturerData: !Object<uint16,Array<uint8>>,249 *            knownServiceUUIDs: !Array<string>, connectable: !boolean,250 *            serviceDiscoveryComplete: !boolean}}251 */252let FakeDeviceOptions;253/**254 * @typedef {{fakeDeviceOptions: FakeDeviceOptions,255 *            requestDeviceOptions: RequestDeviceOptions}}256 */257let SetupOptions;258/**259 * Default options for setting up a Bluetooth device.260 * @type {FakeDeviceOptions}261 */262const fakeDeviceOptionsDefault = {263  address: '00:00:00:00:00:00',264  name: 'LE Device',265  manufacturerData: {},266  knownServiceUUIDs: [],267  connectable: false,268  serviceDiscoveryComplete: false,269};270/**271 * A dictionary containing the fake Bluetooth device object. The dictionary can272 * optionally contain its fake services and its BluetoothDevice counterpart.273 * @typedef {{fake_peripheral: !FakePeripheral,274 *            fake_services: Object<string, FakeService>,275 *            device: BluetoothDevice}}276 */277let FakeDevice;278/**279 * Creates a SetupOptions object using |setupOptionsDefault| as the base options280 * object with the options from |setupOptionsOverride| overriding these281 * defaults.282 * @param {SetupOptions} setupOptionsDefault The default options object to use283 *     as the base.284 * @param {SetupOptions} setupOptionsOverride The options to override the285 *     defaults with.286 * @returns {SetupOptions} The merged setup options containing the defaults with287 *     the overrides applied.288 */289function createSetupOptions(setupOptionsDefault, setupOptionsOverride) {290  // Merge the properties of |setupOptionsDefault| and |setupOptionsOverride|291  // without modifying |setupOptionsDefault|.292  let fakeDeviceOptions = Object.assign(293      {...setupOptionsDefault.fakeDeviceOptions},294      setupOptionsOverride.fakeDeviceOptions);295  let requestDeviceOptions = Object.assign(296      {...setupOptionsDefault.requestDeviceOptions},297      setupOptionsOverride.requestDeviceOptions);298  return {fakeDeviceOptions, requestDeviceOptions};299}300/**301 * Adds a preconnected device with the given options. A preconnected device is a302 * device that has been paired with the system previously. This can be done if,303 * for example, the user pairs the device using the OS'es settings.304 *305 * By default, the preconnected device will be set up using the306 * |fakeDeviceOptionsDefault| and will not use a RequestDeviceOption object.307 * This means that the device will not be requested during the setup.308 *309 * If |setupOptionsOverride| is provided, these options will override the310 * defaults. If |setupOptionsOverride| includes the requestDeviceOptions311 * property, then the device will be requested using those options.312 * @param {SetupOptions} setupOptionsOverride An object containing options for313 *     setting up a fake Bluetooth device and for requesting the device.314 * @returns {Promise<FakeDevice>} The device fake initialized with the315 *     parameter values.316 */317async function setUpPreconnectedFakeDevice(setupOptionsOverride) {318  await initializeFakeCentral({state: 'powered-on'});319  let setupOptions = createSetupOptions(320      {fakeDeviceOptions: fakeDeviceOptionsDefault}, setupOptionsOverride);321  // Simulate the fake peripheral.322  let preconnectedDevice = {};323  preconnectedDevice.fake_peripheral =324      await fake_central.simulatePreconnectedPeripheral({325        address: setupOptions.fakeDeviceOptions.address,326        name: setupOptions.fakeDeviceOptions.name,327        manufacturerData: setupOptions.fakeDeviceOptions.manufacturerData,328        knownServiceUUIDs: setupOptions.fakeDeviceOptions.knownServiceUUIDs,329      });330  if (setupOptions.fakeDeviceOptions.connectable) {331    await preconnectedDevice.fake_peripheral.setNextGATTConnectionResponse(332        {code: HCI_SUCCESS});333  }334  // Add known services.335  preconnectedDevice.fake_services = new Map();336  for (let service of setupOptions.fakeDeviceOptions.knownServiceUUIDs) {337    let fake_service = await preconnectedDevice.fake_peripheral.addFakeService(338        {uuid: service});339    preconnectedDevice.fake_services.set(service, fake_service);340  }341  // Request the device if options have been provided.342  if (setupOptions.requestDeviceOptions) {343    preconnectedDevice.device =344        await requestDeviceWithTrustedClick(setupOptions.requestDeviceOptions);345  }346  // Set up services discovered state.347  if (setupOptions.fakeDeviceOptions.serviceDiscoveryComplete) {348    await preconnectedDevice.fake_peripheral.setNextGATTDiscoveryResponse(349        {code: HCI_SUCCESS});350  }351  return preconnectedDevice;352}353/**354 * Deprecated: Use setUpPreconnectedFakeDevice() instead.355 * Simulates a preconnected device with |address|, |name|, |manufacturerData|356 * and |knownServiceUUIDs|. A preconnected device is a device that has been357 * paired with the system previously. This can be done if, for example, the user358 * pairs the device using the OS'es settings.359 * TODO(https://crbug.com/1070816): Remove this method when all uses have been360 * converted to using setUpPreconnectedFakeDevice();361 * @param {string} address The device MAC address.362 * @param {string} name The device name.363 * @param {Object<uint16,Array<uint8>>} manufacturerData A map of company364 *     identifier and manufacturer data to set up the fake with.365 * @param {Array<string>} knownServiceUUIDs An array of GATT service UUIDs to366 *     set up the fake with.367 * @returns {Promise<FakePeripheral>} The fake devices are initialized with the368 *     parameter values.369 */370async function setUpPreconnectedDevice({371  address = '00:00:00:00:00:00',372  name = 'LE Device',373  manufacturerData = {},374  knownServiceUUIDs = []375}) {376  await initializeFakeCentral({state: 'powered-on'});377  return await fake_central.simulatePreconnectedPeripheral({378    address: address,379    name: name,380    manufacturerData: manufacturerData,381    knownServiceUUIDs: knownServiceUUIDs,382  });383}384/** Blocklisted GATT Device Helper Methods */385/** @type {FakeDeviceOptions} */386const blocklistFakeDeviceOptionsDefault = {387  address: '11:11:11:11:11:11',388  name: 'Blocklist Device',389  knownServiceUUIDs: ['generic_access', blocklist_test_service_uuid],390  connectable: true,391  serviceDiscoveryComplete: true392};393/** @type {RequestDeviceOptions} */394const blocklistRequestDeviceOptionsDefault = {395  filters: [{services: [blocklist_test_service_uuid]}]396};397/** @type {SetupOptions} */398const blocklistSetupOptionsDefault = {399  fakeDeviceOptions: blocklistFakeDeviceOptionsDefault,400  requestDeviceOptions: blocklistRequestDeviceOptionsDefault401};402/**403 * Returns an object containing a BluetoothDevice discovered using |options|,404 * its corresponding FakePeripheral and FakeRemoteGATTServices.405 * The simulated device is called 'Blocklist Device' and it has one known406 * service UUID |blocklist_test_service_uuid|. The |blocklist_test_service_uuid|407 * service contains two characteristics:408 *   - |blocklist_exclude_reads_characteristic_uuid| (read, write)409 *   - 'gap.peripheral_privacy_flag' (read, write)410 * The 'gap.peripheral_privacy_flag' characteristic contains three descriptors:411 *   - |blocklist_test_descriptor_uuid|412 *   - |blocklist_exclude_reads_descriptor_uuid|413 *   - 'gatt.client_characteristic_configuration'414 * These are special UUIDs that have been added to the blocklist found at415 * https://github.com/WebBluetoothCG/registries/blob/master/gatt_blocklist.txt416 * There are also test UUIDs that have been added to the test environment which417 * other implementations should add as test UUIDs as well.418 * The device has been connected to and its attributes are ready to be419 * discovered.420 * @returns {Promise<{device: BluetoothDevice, fake_peripheral: FakePeripheral,421 *     fake_blocklist_test_service: FakeRemoteGATTService,422 *     fake_blocklist_exclude_reads_characteristic:423 *         FakeRemoteGATTCharacteristic,424 *     fake_blocklist_exclude_writes_characteristic:425 *         FakeRemoteGATTCharacteristic,426 *     fake_blocklist_descriptor: FakeRemoteGATTDescriptor,427 *     fake_blocklist_exclude_reads_descriptor: FakeRemoteGATTDescriptor,428 *     fake_blocklist_exclude_writes_descriptor: FakeRemoteGATTDescriptor}>} An429 *         object containing the BluetoothDevice object and its corresponding430 *         GATT fake objects.431 */432async function getBlocklistDevice(setupOptionsOverride = {}) {433  let setupOptions =434      createSetupOptions(blocklistSetupOptionsDefault, setupOptionsOverride);435  let fakeDevice = await setUpPreconnectedFakeDevice(setupOptions);436  await fakeDevice.device.gatt.connect();437  let fake_blocklist_test_service =438      fakeDevice.fake_services.get(blocklist_test_service_uuid);439  let fake_blocklist_exclude_reads_characteristic =440      await fake_blocklist_test_service.addFakeCharacteristic({441        uuid: blocklist_exclude_reads_characteristic_uuid,442        properties: ['read', 'write'],443      });444  let fake_blocklist_exclude_writes_characteristic =445      await fake_blocklist_test_service.addFakeCharacteristic({446        uuid: 'gap.peripheral_privacy_flag',447        properties: ['read', 'write'],448      });449  let fake_blocklist_descriptor =450      await fake_blocklist_exclude_writes_characteristic.addFakeDescriptor(451          {uuid: blocklist_test_descriptor_uuid});452  let fake_blocklist_exclude_reads_descriptor =453      await fake_blocklist_exclude_writes_characteristic.addFakeDescriptor(454          {uuid: blocklist_exclude_reads_descriptor_uuid});455  let fake_blocklist_exclude_writes_descriptor =456      await fake_blocklist_exclude_writes_characteristic.addFakeDescriptor(457          {uuid: 'gatt.client_characteristic_configuration'});458  return {459    device: fakeDevice.device,460    fake_peripheral: fakeDevice.fake_peripheral,461    fake_blocklist_test_service,462    fake_blocklist_exclude_reads_characteristic,463    fake_blocklist_exclude_writes_characteristic,464    fake_blocklist_descriptor,465    fake_blocklist_exclude_reads_descriptor,466    fake_blocklist_exclude_writes_descriptor,467  };468}469/**470 * Returns an object containing a Blocklist Test BluetoothRemoteGattService and471 * its corresponding FakeRemoteGATTService.472 * @returns {Promise<{device: BluetoothDevice, fake_peripheral: FakePeripheral,473 *     fake_blocklist_test_service: FakeRemoteGATTService,474 *     fake_blocklist_exclude_reads_characteristic:475 *         FakeRemoteGATTCharacteristic,476 *     fake_blocklist_exclude_writes_characteristic:477 *         FakeRemoteGATTCharacteristic,478 *     fake_blocklist_descriptor: FakeRemoteGATTDescriptor,479 *     fake_blocklist_exclude_reads_descriptor: FakeRemoteGATTDescriptor,480 *     fake_blocklist_exclude_writes_descriptor: FakeRemoteGATTDescriptor,481 *     service: BluetoothRemoteGATTService,482 *     fake_service: FakeBluetoothRemoteGATTService}>} An object containing the483 *         BluetoothDevice object and its corresponding GATT fake objects.484 */485async function getBlocklistTestService() {486  let result = await getBlocklistDevice();487  let service =488      await result.device.gatt.getPrimaryService(blocklist_test_service_uuid);489  return Object.assign(result, {490    service,491    fake_service: result.fake_blocklist_test_service,492  });493}494/**495 * Returns an object containing a blocklisted BluetoothRemoteGATTCharacteristic496 * that excludes reads and its corresponding FakeRemoteGATTCharacteristic.497 * @returns {Promise<{device: BluetoothDevice, fake_peripheral: FakePeripheral,498 *     fake_blocklist_test_service: FakeRemoteGATTService,499 *     fake_blocklist_exclude_reads_characteristic:500 *         FakeRemoteGATTCharacteristic,501 *     fake_blocklist_exclude_writes_characteristic:502 *         FakeRemoteGATTCharacteristic,503 *     fake_blocklist_descriptor: FakeRemoteGATTDescriptor,504 *     fake_blocklist_exclude_reads_descriptor: FakeRemoteGATTDescriptor,505 *     fake_blocklist_exclude_writes_descriptor: FakeRemoteGATTDescriptor,506 *     service: BluetoothRemoteGATTService,507 *     fake_service: FakeBluetoothRemoteGATTService,508 *     characteristic: BluetoothRemoteGATTCharacteristic,509 *     fake_characteristic: FakeBluetoothRemoteGATTCharacteristic}>} An object510 *         containing the BluetoothDevice object and its corresponding GATT fake511 *         objects.512 */513async function getBlocklistExcludeReadsCharacteristic() {514  let result = await getBlocklistTestService();515  let characteristic = await result.service.getCharacteristic(516      blocklist_exclude_reads_characteristic_uuid);517  return Object.assign(result, {518    characteristic,519    fake_characteristic: result.fake_blocklist_exclude_reads_characteristic520  });521}522/**523 * Returns an object containing a blocklisted BluetoothRemoteGATTCharacteristic524 * that excludes writes and its corresponding FakeRemoteGATTCharacteristic.525 * @returns {Promise<{device: BluetoothDevice, fake_peripheral: FakePeripheral,526 *     fake_blocklist_test_service: FakeRemoteGATTService,527 *     fake_blocklist_exclude_reads_characteristic:528 *         FakeRemoteGATTCharacteristic,529 *     fake_blocklist_exclude_writes_characteristic:530 *         FakeRemoteGATTCharacteristic,531 *     fake_blocklist_descriptor: FakeRemoteGATTDescriptor,532 *     fake_blocklist_exclude_reads_descriptor: FakeRemoteGATTDescriptor,533 *     fake_blocklist_exclude_writes_descriptor: FakeRemoteGATTDescriptor,534 *     service: BluetoothRemoteGATTService,535 *     fake_service: FakeBluetoothRemoteGATTService,536 *     characteristic: BluetoothRemoteGATTCharacteristic,537 *     fake_characteristic: FakeBluetoothRemoteGATTCharacteristic}>} An object538 *         containing the BluetoothDevice object and its corresponding GATT fake539 *         objects.540 */541async function getBlocklistExcludeWritesCharacteristic() {542  let result = await getBlocklistTestService();543  let characteristic =544      await result.service.getCharacteristic('gap.peripheral_privacy_flag');545  return Object.assign(result, {546    characteristic,547    fake_characteristic: result.fake_blocklist_exclude_writes_characteristic548  });549}550/**551 * Returns an object containing a blocklisted BluetoothRemoteGATTDescriptor that552 * excludes reads and its corresponding FakeRemoteGATTDescriptor.553 * @returns {Promise<{device: BluetoothDevice, fake_peripheral: FakePeripheral,554 *     fake_blocklist_test_service: FakeRemoteGATTService,555 *     fake_blocklist_exclude_reads_characteristic:556 *         FakeRemoteGATTCharacteristic,557 *     fake_blocklist_exclude_writes_characteristic:558 *         FakeRemoteGATTCharacteristic,559 *     fake_blocklist_descriptor: FakeRemoteGATTDescriptor,560 *     fake_blocklist_exclude_reads_descriptor: FakeRemoteGATTDescriptor,561 *     fake_blocklist_exclude_writes_descriptor: FakeRemoteGATTDescriptor,562 *     service: BluetoothRemoteGATTService,563 *     fake_service: FakeBluetoothRemoteGATTService,564 *     characteristic: BluetoothRemoteGATTCharacteristic,565 *     fake_characteristic: FakeBluetoothRemoteGATTCharacteristic,566 *     descriptor: BluetoothRemoteGATTDescriptor,567 *     fake_descriptor: FakeBluetoothRemoteGATTDescriptor}>} An object568 *         containing the BluetoothDevice object and its corresponding GATT fake569 *         objects.570 */571async function getBlocklistExcludeReadsDescriptor() {572  let result = await getBlocklistExcludeWritesCharacteristic();573  let descriptor = await result.characteristic.getDescriptor(574      blocklist_exclude_reads_descriptor_uuid);575  return Object.assign(result, {576    descriptor,577    fake_descriptor: result.fake_blocklist_exclude_reads_descriptor578  });579}580/**581 * Returns an object containing a blocklisted BluetoothRemoteGATTDescriptor that582 * excludes writes and its corresponding FakeRemoteGATTDescriptor.583 * @returns {Promise<{device: BluetoothDevice, fake_peripheral: FakePeripheral,584 *     fake_blocklist_test_service: FakeRemoteGATTService,585 *     fake_blocklist_exclude_reads_characteristic:586 *         FakeRemoteGATTCharacteristic,587 *     fake_blocklist_exclude_writes_characteristic:588 *         FakeRemoteGATTCharacteristic,589 *     fake_blocklist_descriptor: FakeRemoteGATTDescriptor,590 *     fake_blocklist_exclude_reads_descriptor: FakeRemoteGATTDescriptor,591 *     fake_blocklist_exclude_writes_descriptor: FakeRemoteGATTDescriptor,592 *     service: BluetoothRemoteGATTService,593 *     fake_service: FakeBluetoothRemoteGATTService,594 *     characteristic: BluetoothRemoteGATTCharacteristic,595 *     fake_characteristic: FakeBluetoothRemoteGATTCharacteristic,596 *     descriptor: BluetoothRemoteGATTDescriptor,597 *     fake_descriptor: FakeBluetoothRemoteGATTDescriptor}>} An object598 *         containing the BluetoothDevice object and its corresponding GATT fake599 *         objects.600 */601async function getBlocklistExcludeWritesDescriptor() {602  let result = await getBlocklistExcludeWritesCharacteristic();603  let descriptor = await result.characteristic.getDescriptor(604      'gatt.client_characteristic_configuration');605  return Object.assign(result, {606    descriptor: descriptor,607    fake_descriptor: result.fake_blocklist_exclude_writes_descriptor,608  });609}610/** Bluetooth HID Device Helper Methods */611/** @type {FakeDeviceOptions} */612const connectedHIDFakeDeviceOptionsDefault = {613  address: '10:10:10:10:10:10',614  name: 'HID Device',615  knownServiceUUIDs: [616    'generic_access',617    'device_information',618    'human_interface_device',619  ],620  connectable: true,621  serviceDiscoveryComplete: false622};623/** @type {RequestDeviceOptions} */624const connectedHIDRequestDeviceOptionsDefault = {625  filters: [{services: ['device_information']}],626  optionalServices: ['human_interface_device']627};628/** @type {SetupOptions} */629const connectedHIDSetupOptionsDefault = {630  fakeDeviceOptions: connectedHIDFakeDeviceOptionsDefault,631  requestDeviceOptions: connectedHIDRequestDeviceOptionsDefault632};633/**634 * Similar to getHealthThermometerDevice except the GATT discovery635 * response has not been set yet so more attributes can still be added.636 * TODO(crbug.com/719816): Add descriptors.637 * @param {RequestDeviceOptions} options The options for requesting a Bluetooth638 *     Device.639 * @returns {device: BluetoothDevice, fake_peripheral: FakePeripheral} An object640 *     containing a requested BluetoothDevice and its fake counter part.641 */642async function getConnectedHIDDevice(643    requestDeviceOptionsOverride, fakeDeviceOptionsOverride) {644  let setupOptions = createSetupOptions(connectedHIDSetupOptionsDefault, {645    fakeDeviceOptions: fakeDeviceOptionsOverride,646    requestDeviceOptions: requestDeviceOptionsOverride647  });648  let fakeDevice = await setUpPreconnectedFakeDevice(setupOptions);649  await fakeDevice.device.gatt.connect();650  // Blocklisted Characteristic:651  // https://github.com/WebBluetoothCG/registries/blob/master/gatt_blocklist.txt652  let dev_info = fakeDevice.fake_services.get('device_information');653  await dev_info.addFakeCharacteristic({654    uuid: 'serial_number_string',655    properties: ['read'],656  });657  return fakeDevice;658}659/**660 * Returns a BluetoothDevice discovered using |options| and its661 * corresponding FakePeripheral.662 * The simulated device is called 'HID Device' it has three known service663 * UUIDs: 'generic_access', 'device_information', 'human_interface_device'.664 * The primary service with 'device_information' UUID has a characteristics665 * with UUID 'serial_number_string'. The device has been connected to and its666 * attributes are ready to be discovered.667 * @param {RequestDeviceOptions} options The options for requesting a Bluetooth668 *     Device.669 * @returns {device: BluetoothDevice, fake_peripheral: FakePeripheral} An object670 *     containing a requested BluetoothDevice and its fake counter part.671 */672async function getHIDDevice(options) {673  let result =674      await getConnectedHIDDevice(options, {serviceDiscoveryComplete: true});675  return result;676}677/** Health Thermometer Bluetooth Device Helper Methods */678/**679 * Returns a FakePeripheral that corresponds to a simulated pre-connected device680 * called 'Health Thermometer'. The device has two known serviceUUIDs:681 * 'generic_access' and 'health_thermometer' and some fake manufacturer data.682 * @returns {Promise<FakePeripheral>} The device fake initialized as a Health683 *     Thermometer device.684 */685function setUpHealthThermometerDevice() {686  return setUpPreconnectedDevice({687    address: '09:09:09:09:09:09',688    name: 'Health Thermometer',689    manufacturerData: {0x0001: manufacturer1Data, 0x0002: manufacturer2Data},690    knownServiceUUIDs: ['generic_access', 'health_thermometer'],691  });692}693/**694 * Returns the same fake peripheral as setUpHealthThermometerDevice() except695 * that connecting to the peripheral will succeed.696 * @returns {Promise<FakePeripheral>} The device fake initialized as a697 *     connectable Health Thermometer device.698 */699async function setUpConnectableHealthThermometerDevice() {700  let fake_peripheral = await setUpHealthThermometerDevice();701  await fake_peripheral.setNextGATTConnectionResponse({702    code: HCI_SUCCESS,703  });704  return fake_peripheral;705}706/**707 * Populates a fake_peripheral with various fakes appropriate for a health708 * thermometer. This resolves to an associative array composed of the fakes,709 * including the |fake_peripheral|.710 * @param {FakePeripheral} fake_peripheral The Bluetooth fake to populate GATT711 *     services, characteristics, and descriptors on.712 * @returns {Promise<{fake_peripheral: FakePeripheral,713 *     fake_generic_access: FakeRemoteGATTService,714 *     fake_health_thermometer: FakeRemoteGATTService,715 *     fake_measurement_interval: FakeRemoteGATTCharacteristic,716 *     fake_cccd: FakeRemoteGATTDescriptor,717 *     fake_user_description: FakeRemoteGATTDescriptor,718 *     fake_temperature_measurement: FakeRemoteGATTCharacteristic,719 *     fake_temperature_type: FakeRemoteGATTCharacteristic}>} The FakePeripheral720 * passed into this method along with the fake GATT services, characteristics,721 *         and descriptors added to it.722 */723async function populateHealthThermometerFakes(fake_peripheral) {724  let fake_generic_access =725      await fake_peripheral.addFakeService({uuid: 'generic_access'});726  let fake_health_thermometer = await fake_peripheral.addFakeService({727    uuid: 'health_thermometer',728  });729  let fake_measurement_interval =730      await fake_health_thermometer.addFakeCharacteristic({731        uuid: 'measurement_interval',732        properties: ['read', 'write', 'indicate'],733      });734  let fake_user_description =735      await fake_measurement_interval.addFakeDescriptor({736        uuid: 'gatt.characteristic_user_description',737      });738  let fake_cccd = await fake_measurement_interval.addFakeDescriptor({739    uuid: 'gatt.client_characteristic_configuration',740  });741  let fake_temperature_measurement =742      await fake_health_thermometer.addFakeCharacteristic({743        uuid: 'temperature_measurement',744        properties: ['indicate'],745      });746  let fake_temperature_type =747      await fake_health_thermometer.addFakeCharacteristic({748        uuid: 'temperature_type',749        properties: ['read'],750      });751  return {752    fake_peripheral,753    fake_generic_access,754    fake_health_thermometer,755    fake_measurement_interval,756    fake_cccd,757    fake_user_description,758    fake_temperature_measurement,759    fake_temperature_type,760  };761}762/**763 * Returns the same device and fake peripheral as getHealthThermometerDevice()764 * after another frame (an iframe we insert) discovered the device,765 * connected to it and discovered its services.766 * @param {RequestDeviceOptions} options The options for requesting a Bluetooth767 *     Device.768 * @returns {Promise<{device: BluetoothDevice, fakes: {769 *         fake_peripheral: FakePeripheral,770 *         fake_generic_access: FakeRemoteGATTService,771 *         fake_health_thermometer: FakeRemoteGATTService,772 *         fake_measurement_interval: FakeRemoteGATTCharacteristic,773 *         fake_cccd: FakeRemoteGATTDescriptor,774 *         fake_user_description: FakeRemoteGATTDescriptor,775 *         fake_temperature_measurement: FakeRemoteGATTCharacteristic,776 *         fake_temperature_type: FakeRemoteGATTCharacteristic}}>} An object777 *         containing a requested BluetoothDevice and all of the GATT fake778 *         objects.779 */780async function getHealthThermometerDeviceWithServicesDiscovered(options) {781  let iframe = document.createElement('iframe');782  let fake_peripheral = await setUpConnectableHealthThermometerDevice();783  let fakes = populateHealthThermometerFakes(fake_peripheral);784  await fake_peripheral.setNextGATTDiscoveryResponse({785    code: HCI_SUCCESS,786  });787  await new Promise(resolve => {788    let src = '/bluetooth/resources/health-thermometer-iframe.html';789    // TODO(509038): Can be removed once LayoutTests/bluetooth/* that790    // use health-thermometer-iframe.html have been moved to791    // LayoutTests/external/wpt/bluetooth/*792    if (window.location.pathname.includes('/LayoutTests/')) {793      src =794          '../../../external/wpt/bluetooth/resources/health-thermometer-iframe.html';795    }796    iframe.src = src;797    document.body.appendChild(iframe);798    iframe.addEventListener('load', resolve);799  });800  await new Promise((resolve, reject) => {801    callWithTrustedClick(() => {802      iframe.contentWindow.postMessage(803          {type: 'DiscoverServices', options: options}, '*');804    });805    function messageHandler(messageEvent) {806      if (messageEvent.data == 'DiscoveryComplete') {807        window.removeEventListener('message', messageHandler);808        resolve();809      } else {810        reject(new Error(`Unexpected message: ${messageEvent.data}`));811      }812    }813    window.addEventListener('message', messageHandler);814  });815  let device = await requestDeviceWithTrustedClick(options);816  await device.gatt.connect();817  return Object.assign({device}, fakes);818}819/**820 * Similar to getHealthThermometerDevice() except the device821 * is not connected and thus its services have not been822 * discovered.823 * @param {RequestDeviceOptions} options The options for requesting a Bluetooth824 *     Device.825 * @returns {device: BluetoothDevice, fake_peripheral: FakePeripheral} An object826 *     containing a requested BluetoothDevice and its fake counter part.827 */828async function getDiscoveredHealthThermometerDevice(options = {829  filters: [{services: ['health_thermometer']}]830}) {831  let fake_peripheral = await setUpHealthThermometerDevice();832  let device = await requestDeviceWithTrustedClick(options);833  return {device: device, fake_peripheral: fake_peripheral};834}835/**836 * Similar to getHealthThermometerDevice() except the device has no services,837 * characteristics, or descriptors.838 * @param {RequestDeviceOptions} options The options for requesting a Bluetooth839 *     Device.840 * @returns {device: BluetoothDevice, fake_peripheral: FakePeripheral} An object841 *     containing a requested BluetoothDevice and its fake counter part.842 */843async function getEmptyHealthThermometerDevice(options) {844  let result = await getDiscoveredHealthThermometerDevice(options);845  await result.fake_peripheral.setNextGATTConnectionResponse(846      {code: HCI_SUCCESS});847  await result.device.gatt.connect();848  await result.fake_peripheral.setNextGATTDiscoveryResponse(849      {code: HCI_SUCCESS});850  return result;851}852/**853 * Similar to getHealthThermometerService() except the service has no854 * characteristics or included services.855 * @param {RequestDeviceOptions} options The options for requesting a Bluetooth856 *     Device.857 * @returns {service: BluetoothRemoteGATTService,858 *     fake_health_thermometer: FakeRemoteGATTService} An object containing the859 * health themometer service object and its corresponding fake.860 */861async function getEmptyHealthThermometerService(options) {862  let result = await getDiscoveredHealthThermometerDevice(options);863  await result.fake_peripheral.setNextGATTConnectionResponse(864      {code: HCI_SUCCESS});865  await result.device.gatt.connect();866  let fake_health_thermometer =867      await result.fake_peripheral.addFakeService({uuid: 'health_thermometer'});868  await result.fake_peripheral.setNextGATTDiscoveryResponse(869      {code: HCI_SUCCESS});870  let service =871      await result.device.gatt.getPrimaryService('health_thermometer');872  return {873    service: service,874    fake_health_thermometer: fake_health_thermometer,875  };876}877/**878 * Similar to getHealthThermometerDevice except the GATT discovery879 * response has not been set yet so more attributes can still be added.880 * @param {RequestDeviceOptions} options The options for requesting a Bluetooth881 *     Device.882 * @returns {Promise<{device: BluetoothDevice, fakes: {883 *         fake_peripheral: FakePeripheral,884 *         fake_generic_access: FakeRemoteGATTService,885 *         fake_health_thermometer: FakeRemoteGATTService,886 *         fake_measurement_interval: FakeRemoteGATTCharacteristic,887 *         fake_cccd: FakeRemoteGATTDescriptor,888 *         fake_user_description: FakeRemoteGATTDescriptor,889 *         fake_temperature_measurement: FakeRemoteGATTCharacteristic,890 *         fake_temperature_type: FakeRemoteGATTCharacteristic}}>} An object891 *         containing a requested BluetoothDevice and all of the GATT fake892 *         objects.893 */894async function getConnectedHealthThermometerDevice(options) {895  let result = await getDiscoveredHealthThermometerDevice(options);896  await result.fake_peripheral.setNextGATTConnectionResponse({897    code: HCI_SUCCESS,898  });899  let fakes = await populateHealthThermometerFakes(result.fake_peripheral);900  await result.device.gatt.connect();901  return Object.assign({device: result.device}, fakes);902}903/**904 * Returns an object containing a BluetoothDevice discovered using |options|,905 * its corresponding FakePeripheral and FakeRemoteGATTServices.906 * The simulated device is called 'Health Thermometer' it has two known service907 * UUIDs: 'generic_access' and 'health_thermometer' which correspond to two908 * services with the same UUIDs. The 'health thermometer' service contains three909 * characteristics:910 *  - 'temperature_measurement' (indicate),911 *  - 'temperature_type' (read),912 *  - 'measurement_interval' (read, write, indicate)913 * The 'measurement_interval' characteristic contains a914 * 'gatt.client_characteristic_configuration' descriptor and a915 * 'characteristic_user_description' descriptor.916 * The device has been connected to and its attributes are ready to be917 * discovered.918 * @param {RequestDeviceOptions} options The options for requesting a Bluetooth919 *     Device.920 * @returns {Promise<{device: BluetoothDevice, fakes: {921 *         fake_peripheral: FakePeripheral,922 *         fake_generic_access: FakeRemoteGATTService,923 *         fake_health_thermometer: FakeRemoteGATTService,924 *         fake_measurement_interval: FakeRemoteGATTCharacteristic,925 *         fake_cccd: FakeRemoteGATTDescriptor,926 *         fake_user_description: FakeRemoteGATTDescriptor,927 *         fake_temperature_measurement: FakeRemoteGATTCharacteristic,928 *         fake_temperature_type: FakeRemoteGATTCharacteristic}}>} An object929 *         containing a requested BluetoothDevice and all of the GATT fake930 *         objects.931 */932async function getHealthThermometerDevice(options) {933  let result = await getConnectedHealthThermometerDevice(options);934  await result.fake_peripheral.setNextGATTDiscoveryResponse({935    code: HCI_SUCCESS,936  });937  return result;938}939/**940 * Similar to getHealthThermometerDevice except that the peripheral has two941 * 'health_thermometer' services.942 * @param {RequestDeviceOptions} options The options for requesting a Bluetooth943 *     Device.944 * @returns {Promise<{device: BluetoothDevice, fake_peripheral: FakePeripheral,945 *     fake_generic_access: FakeRemoteGATTService, fake_health_thermometer1:946 * FakeRemoteGATTService, fake_health_thermometer2: FakeRemoteGATTService}>} An947 * object containing a requested Bluetooth device and two fake health948 * thermometer GATT services.949 */950async function getTwoHealthThermometerServicesDevice(options) {951  let result = await getConnectedHealthThermometerDevice(options);952  let fake_health_thermometer2 =953      await result.fake_peripheral.addFakeService({uuid: 'health_thermometer'});954  await result.fake_peripheral.setNextGATTDiscoveryResponse(955      {code: HCI_SUCCESS});956  return {957    device: result.device,958    fake_peripheral: result.fake_peripheral,959    fake_generic_access: result.fake_generic_access,960    fake_health_thermometer1: result.fake_health_thermometer,961    fake_health_thermometer2: fake_health_thermometer2962  };963}964/**965 * Returns an object containing a Health Thermometer BluetoothRemoteGattService966 * and its corresponding FakeRemoteGATTService.967 * @returns {Promise<{device: BluetoothDevice, fakes: {968 *         fake_peripheral: FakePeripheral,969 *         fake_generic_access: FakeRemoteGATTService,970 *         fake_health_thermometer: FakeRemoteGATTService,971 *         fake_measurement_interval: FakeRemoteGATTCharacteristic,972 *         fake_cccd: FakeRemoteGATTDescriptor,973 *         fake_user_description: FakeRemoteGATTDescriptor,974 *         fake_temperature_measurement: FakeRemoteGATTCharacteristic,975 *         fake_temperature_type: FakeRemoteGATTCharacteristic,976 *         service: BluetoothRemoteGATTService,977 *         fake_service: FakeRemoteGATTService}}>} An object978 *         containing a requested BluetoothDevice and all of the GATT fake979 *         objects.980 */981async function getHealthThermometerService() {982  let result = await getHealthThermometerDevice();983  let service =984      await result.device.gatt.getPrimaryService('health_thermometer');985  return Object.assign(result, {986    service,987    fake_service: result.fake_health_thermometer,988  });989}990/**991 * Returns an object containing a Measurement Interval992 * BluetoothRemoteGATTCharacteristic and its corresponding993 * FakeRemoteGATTCharacteristic.994 * @returns {Promise<{device: BluetoothDevice, fakes: {995 *         fake_peripheral: FakePeripheral,996 *         fake_generic_access: FakeRemoteGATTService,997 *         fake_health_thermometer: FakeRemoteGATTService,998 *         fake_measurement_interval: FakeRemoteGATTCharacteristic,999 *         fake_cccd: FakeRemoteGATTDescriptor,1000 *         fake_user_description: FakeRemoteGATTDescriptor,1001 *         fake_temperature_measurement: FakeRemoteGATTCharacteristic,1002 *         fake_temperature_type: FakeRemoteGATTCharacteristic,1003 *         service: BluetoothRemoteGATTService,1004 *         fake_service: FakeRemoteGATTService,1005 *         characteristic: BluetoothRemoteGATTCharacteristic,1006 *         fake_characteristic: FakeRemoteGATTCharacteristic}}>} An object1007 *         containing a requested BluetoothDevice and all of the GATT fake1008 *         objects.1009 */1010async function getMeasurementIntervalCharacteristic() {1011  let result = await getHealthThermometerService();1012  let characteristic =1013      await result.service.getCharacteristic('measurement_interval');1014  return Object.assign(result, {1015    characteristic,1016    fake_characteristic: result.fake_measurement_interval,1017  });1018}1019/**1020 * Returns an object containing a User Description1021 * BluetoothRemoteGATTDescriptor and its corresponding1022 * FakeRemoteGATTDescriptor.1023 * @returns {Promise<{device: BluetoothDevice, fakes: {1024 *         fake_peripheral: FakePeripheral,1025 *         fake_generic_access: FakeRemoteGATTService,1026 *         fake_health_thermometer: FakeRemoteGATTService,1027 *         fake_measurement_interval: FakeRemoteGATTCharacteristic,1028 *         fake_cccd: FakeRemoteGATTDescriptor,1029 *         fake_user_description: FakeRemoteGATTDescriptor,1030 *         fake_temperature_measurement: FakeRemoteGATTCharacteristic,1031 *         fake_temperature_type: FakeRemoteGATTCharacteristic,1032 *         service: BluetoothRemoteGATTService,1033 *         fake_service: FakeRemoteGATTService,1034 *         characteristic: BluetoothRemoteGATTCharacteristic,1035 *         fake_characteristic: FakeRemoteGATTCharacteristic1036 *         descriptor: BluetoothRemoteGATTDescriptor,1037 *         fake_descriptor: FakeRemoteGATTDescriptor}}>} An object1038 *         containing a requested BluetoothDevice and all of the GATT fake1039 *         objects.1040 */1041async function getUserDescriptionDescriptor() {1042  let result = await getMeasurementIntervalCharacteristic();1043  let descriptor = await result.characteristic.getDescriptor(1044      'gatt.characteristic_user_description');1045  return Object.assign(result, {1046    descriptor,1047    fake_descriptor: result.fake_user_description,1048  });1049}1050/** Heart Rate Bluetooth Device Helper Methods */1051/** @type {FakeDeviceOptions} */1052const heartRateFakeDeviceOptionsDefault = {1053  address: '08:08:08:08:08:08',1054  name: 'Heart Rate',1055  knownServiceUUIDs: ['generic_access', 'heart_rate'],1056  connectable: false,1057  serviceDiscoveryComplete: false,1058};1059/** @type {RequestDeviceOptions} */1060const heartRateRequestDeviceOptionsDefault = {1061  filters: [{services: ['heart_rate']}]1062};1063async function getHeartRateDevice(setupOptionsOverride) {1064  let setupOptions = createSetupOptions(1065      {fakeDeviceOptions: heartRateFakeDeviceOptionsDefault},1066      setupOptionsOverride);1067  return await setUpPreconnectedFakeDevice(setupOptions);1068}1069/**1070 * Returns an array containing two FakePeripherals corresponding1071 * to the simulated devices.1072 * @returns {Promise<Array<FakePeripheral>>} The device fakes initialized as1073 *     Health Thermometer and Heart Rate devices.1074 */1075async function setUpHealthThermometerAndHeartRateDevices() {1076  await initializeFakeCentral({state: 'powered-on'});1077  return Promise.all([1078    fake_central.simulatePreconnectedPeripheral({1079      address: '09:09:09:09:09:09',1080      name: 'Health Thermometer',1081      manufacturerData: {},1082      knownServiceUUIDs: ['generic_access', 'health_thermometer'],1083    }),1084    fake_central.simulatePreconnectedPeripheral({1085      address: '08:08:08:08:08:08',1086      name: 'Heart Rate',1087      manufacturerData: {},1088      knownServiceUUIDs: ['generic_access', 'heart_rate'],1089    })1090  ]);...

Using AI Code Generation

1var wptoolkit = require('wptoolkit');2var uuid = wptoolkit.uuidABCDData();3console.log(uuid);4var wptoolkit = require('wptoolkit');5var uuid = wptoolkit.uuidABCDData();6console.log(uuid);7var wptoolkit = require('wptoolkit');8var uuid = wptoolkit.uuidABCDData();9console.log(uuid);10var wptoolkit = require('wptoolkit');11var uuid = wptoolkit.uuidABCDData();12console.log(uuid);13var wptoolkit = require('wptoolkit');14var uuid = wptoolkit.uuidABCDData();15console.log(uuid);16var wptoolkit = require('wptoolkit');17var uuid = wptoolkit.uuidABCDData();18console.log(uuid);19var wptoolkit = require('wptoolkit');20var uuid = wptoolkit.uuidABCDData();21console.log(uuid);22var wptoolkit = require('wptoolkit');23var uuid = wptoolkit.uuidABCDData();24console.log(uuid);25var wptoolkit = require('wptoolkit');26var uuid = wptoolkit.uuidABCDData();27console.log(uuid);28var wptoolkit = require('wptoolkit');29var uuid = wptoolkit.uuidABCDData();30console.log(uuid);

Using AI Code Generation

1var wpt = require('wpt');2wpt.uuidABCDData('uuidABCD', function (error, data) {3  if (error) {4  } else {5  }6});7var wpt = require('wpt');8wpt.uuidABCDData('uuidABCD', function (error, data) {9  if (error) {10  } else {11  }12});13var wpt = require('wpt');14wpt.uuidABCDData('uuidABCD', function (error, data) {15  if (error) {16  } else {17  }18});19var wpt = require('wpt');20wpt.uuidABCDData('uuidABCD', function (error, data) {21  if (error) {22  } else {23  }24});25var wpt = require('wpt');26wpt.uuidABCDData('uuidABCD', function (error, data) {27  if (error) {28  } else {29  }30});31var wpt = require('wpt');32wpt.uuidABCDData('uuidABCD', function (error, data) {33  if (error) {34  } else {35  }36});37var wpt = require('wpt');38wpt.uuidABCDData('uuidABCD', function (error, data) {39  if (error) {40  } else {41  }42});43var wpt = require('w

Using AI Code Generation

1var wpt = require('wpt');2var uuidABCDData = wpt.uuidABCDData('1234567890');3console.log(uuidABCDData);4var wpt = require('wpt');5var uuidABCDData = wpt.uuidABCDData('1234567890', '1');6console.log(uuidABCDData);7var wpt = require('wpt');8var uuidABCDData = wpt.uuidABCDData('1234567890', '1', '1');9console.log(uuidABCDData);10var wpt = require('wpt');11var uuidABCDData = wpt.uuidABCDData('1234567890', '1', '1', '1');12console.log(uuidABCDData);13var wpt = require('wpt');14var uuidABCDData = wpt.uuidABCDData('1234567890', '1', '1', '1', '1');15console.log(uuidABCDData);16var wpt = require('wpt');17var uuidABCDData = wpt.uuidABCDData('1234567890', '1', '1', '1', '1', '1');18console.log(uuidABCDData);19var wpt = require('wpt');20var uuidABCDData = wpt.uuidABCDData('1234567890', '1', '1', '1', '1', '1', '1');21console.log(uuidABCDData);22var wpt = require('wpt');23var uuidABCDData = wpt.uuidABCDData('1234567890', '1', '1', '1', '1', '1', '1', '1');24console.log(uuidABCDData);

Using AI Code Generation

1var wptools = require('wptools');2wptools.uuidABCDData('abcd-1234-efgh-5678', function(err, response) {3    if (err) {4        console.log(err);5    } else {6        console.log(JSON.stringify(response));7    }8});

Using AI Code Generation

1var wptools = require('wptools');2var uuid = require('uuid');3var uuidABCD = uuid.v4();4console.log(uuidABCD);5wptools.uuidABCDData(uuidABCD, function(response) {6	console.log(response);7});8var wptools = require('wptools');9var uuid = require('uuid');10var uuidABCD = uuid.v4();11console.log(uuidABCD);12wptools.uuidABCDData(uuidABCD, function(response) {13	console.log(response);14});15var wptools = require('wptools');16var uuid = require('uuid');17var uuidABCD = uuid.v4();18console.log(uuidABCD);19wptools.uuidABCDData(uuidABCD, function(response) {20	console.log(response);21});22var wptools = require('wptools');23var uuid = require('uuid');24var uuidABCD = uuid.v4();25console.log(uuidABCD);26wptools.uuidABCDData(uuidABCD, function(response) {27	console.log(response);28});29var wptools = require('wptools');30var uuid = require('uuid');31var uuidABCD = uuid.v4();32console.log(uuidABCD);33wptools.uuidABCDData(uuidABCD, function(response) {34	console.log(response);35});36var wptools = require('wptools');37var uuid = require('uuid');38var uuidABCD = uuid.v4();39console.log(uuidABCD);40wptools.uuidABCDData(uuidABCD, function(response) {41	console.log(response);42});43var wptools = require('wptools');44var uuid = require('uuid');45var uuidABCD = uuid.v4();46console.log(uuidABCD);47wptools.uuidABCDData(uuidABCD, function(response) {48	console.log(response);49});

Using AI Code Generation

1console.log(wpt.uuidABCDData);2console.log(wpt.uuidABCDData);3console.log(wpt.uuidABCDData);4console.log(wpt.uuidABCDData);5console.log(wpt.uuidABCDData);6console.log(wpt.uuidABCDData);7console.log(wpt.uuidABCDData);8console.log(wpt.uuidABCDData);9console.log(wpt.uuidABCDData);10console.log(wpt.uuidABCDData);11console.log(wpt.uuidABCDData);12console.log(wpt.uuidABCDData);13console.log(wpt.uuidABCDData);

Using AI Code Generation

1var wpt = require('./wpt');2wpt.uuidABCDData('uuid', 'abcd', function(data) {3  console.log(data);4});5var exports = module.exports = {};6exports.uuidABCDData = function(uuid, abcd, callback) {7  var data = '';8  http.get(url, function(res) {9    res.on('data', function(chunk) {10      data += chunk;11    });12    res.on('end', function() {13      data = JSON.parse(data);14      callback(data.data.median[abcd]);15    });16  }).on('error', function(e) {17    console.log('error: ' + e.message);18  });19};

Using AI Code Generation

1var wptools = require('wptools');2var uuid = require('uuid');3var id = uuid.v4();4console.log("uuid: " + id);5var options = {6};7wptools.page(options).then(function (page) {8  console.log("page: " + page);9  return page.uuidABCDData();10}).then(function (result) {11  console.log("result: " + result);12  console.log(result);13}).catch(function (error) {14  console.log("error: " + error);15  console.log(error);16});

Using AI Code Generation

1const wpt = require('wpt-api');2const uuid = wpt.uuidABCDData();3console.log(uuid);4const wpt = require('wpt-api');5const uuid = wpt.uuidABCD();6console.log(uuid);7const wpt = require('wpt-api');8const uuid = wpt.uuidAB();9console.log(uuid);10const wpt = require('wpt-api');11const uuid = wpt.uuid();12console.log(uuid);13const wpt = require('wpt-api');14const uuid = wpt.uuidData();15console.log(uuid);16const wpt = require('wpt-api');17const uuid = wpt.uuidData();18console.log(uuid);19const wpt = require('wpt-api');20const uuid = wpt.uuidData();21console.log(uuid);22const wpt = require('wpt-api');23const uuid = wpt.uuidData();24console.log(uuid);25const wpt = require('wpt-api');26const uuid = wpt.uuidData();27console.log(uuid);

Using AI Code Generation

1import { uuidABCDData } from 'wpt-uuid-abcd';2const uuid = uuidABCDData();3console.log(uuid);4import { uuidABCDData } from 'wpt-uuid-abcd';5const uuid = uuidABCDData(4);6console.log(uuid);7import { uuidABCDData } from 'wpt-uuid-abcd';8const uuid = uuidABCDData(8);9console.log(uuid);10import { uuidABCDData } from 'wpt-uuid-abcd';11const uuid = uuidABCDData(16);12console.log(uuid);13import { uuidABCDData } from 'wpt-uuid-abcd';14const uuid = uuidABCDData(32);15console.log(uuid);16import { uuidABCDData } from 'wpt-uuid-abcd';

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.