How to use simulateGATTDisconnection method in wpt

Best JavaScript code snippet using wpt

gen-disconnect-discovery-timeout.https.window.js

Source:gen-disconnect-discovery-timeout.https.window.js

...18      await fake_peripheral.setNextGATTDiscoveryResponse({19        code: HCI_CONNECTION_TIMEOUT,20      });21      await Promise.all([22        fake_peripheral.simulateGATTDisconnection({23          code: HCI_SUCCESS,24        }),25        // Using promise_rejects_dom here rather than26        // assert_promise_rejects_with_message as the race between27        // simulateGATTDisconnection and getPrimaryServices might end up giving28        // slightly different exception message (i.e has "Failed to execute ...29        // on30        // ... " prefix when disconnected state is reflected on the renderer31        // side). The point of the test is no matter how race between them, the32        // promise will be rejected as opposed to get stuck.33        promise_rejects_dom(34            t, 'NetworkError', device.gatt.getPrimaryServices()),35      ]);36    },...

disconnect-discovery-timeout.js

Source:disconnect-discovery-timeout.js

...13      await fake_peripheral.setNextGATTDiscoveryResponse({14        code: HCI_CONNECTION_TIMEOUT,15      });16      await Promise.all([17        fake_peripheral.simulateGATTDisconnection({18          code: HCI_SUCCESS,19        }),20        // Using promise_rejects_dom here rather than21        // assert_promise_rejects_with_message as the race between22        // simulateGATTDisconnection and getPrimaryServices might end up giving23        // slightly different exception message (i.e has "Failed to execute ...24        // on25        // ... " prefix when disconnected state is reflected on the renderer26        // side). The point of the test is no matter how race between them, the27        // promise will be rejected as opposed to get stuck.28        promise_rejects_dom(t, 'NetworkError', device.gatt.CALLS([29          getPrimaryService('health_thermometer') | getPrimaryServices() |30          getPrimaryServices('health_thermometer')[UUID]31        ])),...

Using AI Code Generation

1test(function() {2  var device = null;3  return setBluetoothFakeAdapter('DisconnectingHealthThermometerAdapter')4    .then(() => requestDeviceWithTrustedClick({5      filters: [{services: ['health_thermometer']}]}))6    .then(_device => {7      device = _device;8      return device.gatt.connect();9    })10    .then(gatt => gatt.getPrimaryService('health_thermometer'))11    .then(service => service.getCharacteristic('measurement_interval'))12    .then(characteristic => characteristic.startNotifications())13    .then(characteristic => {14      let watchDog = setTimeout(15        () => assert_unreached('disconnect() timed out'),16        1000);17      device.addEventListener('gattserverdisconnected', () => {18        clearTimeout(watchDog);19        assert_equals(device.gatt.connected, false);20      });

Using AI Code Generation

1function test() {2  return navigator.bluetooth.requestDevice({filters: [{services: ['battery_service']}]})3  .then(device => device.gatt.connect())4  .then(gattServer => gattServer.getPrimaryService('battery_service'))5  .then(service => service.getCharacteristic('battery_level'))6  .then(characteristic => characteristic.readValue())7  .then(value => {8    console.log('Battery percentage is ' + value.getUint8(0));9  })10  .catch(error => {11    console.log('Argh! ' + error);12  });13}14function simulateGATTDisconnection() {15  return navigator.bluetooth.requestDevice({filters: [{services: ['battery_service']}]})16  .then(device => device.gatt.connect())17  .then(gattServer => gattServer.getPrimaryService('battery_service'))18  .then(service => service.getCharacteristic('battery_level'))19  .then(characteristic => characteristic.readValue())20  .then(value => {21    console.log('Battery percentage is ' + value.getUint8(0));22  })23  .catch(error => {24    console.log('Argh! ' + error);25  });26}27function test() {28  return simulateGATTDisconnection()29  .then(() => {30    console.log('Device disconnected');31  })32  .catch(error => {33    console.log('Argh! ' + error);34  });35}36function test() {37  return wpt_test.simulateGATTDisconnection()38  .then(() => {39    console.log('Device disconnected');40  })41  .catch(error => {42    console.log('Argh! ' + error);43  });44}45function test() {46  return wpt_test.simulateGATTDisconnection()47  .then(() => {48    console.log('Device disconnected');49  })50  .catch(error => {51    console.log('Argh! ' + error);52  });

Using AI Code Generation

1let device = await navigator.bluetooth.requestDevice({ filters: [{ services: [0x180f] }] });2let server = await device.gatt.connect();3await server.disconnect();4await device.gatt.simulateGATTDisconnection();5await server.simulateGATTDisconnection();6var server = await device.gatt.connect();7await server.simulateGATTDisconnection();8await device.gatt.simulateGATTDisconnection();9await server.simulateGATTDisconnection();10await device.simulateGATTDisconnection();11await server.simulateGATTDisconnection();12await device.gatt.simulateGATTDisconnection();13await server.simulateGATTDisconnection();14await device.simulateGATTDisconnection();15await server.simulateGATTDisconnection();16await server.simulateGATTDisconnection();17await device.gatt.simulateGATTDisconnection();18await server.simulateGATTDisconnection();19await device.simulateGATTDisconnection();20await server.simulateGATTDisconnection();21await device.gatt.simulateGATTDisconnection();22await server.simulateGATTDisconnection();23await device.simulateGATTDisconnection();

Using AI Code Generation

1function test() {2  return new Promise((resolve, reject) => {3    let device;4    navigator.bluetooth.requestDevice({5      filters: [{services: ['battery_service']}]6    })7    .then(device_ => {8      device = device_;9      return device.gatt.connect();10    })11    .then(server => server.getPrimaryService('battery_service'))12    .then(service => service.getCharacteristic('battery_level'))13    .then(characteristic => {14      characteristic.startNotifications();15      characteristic.addEventListener('characteristicvaluechanged', (event) => {16        console.log(event.target.value.getUint8(0));17      });18      return characteristic.readValue();19    })20    .then(value => {21      console.log('Battery percentage is ' + value.getUint8(0));22      device.gatt.disconnect();23      device.simulateGATTDisconnection();24      resolve();25    })26    .catch(error => {27      reject(error);28    });29  });30}31      promise_test(test, 'Disconnect after connect.');32function createFakeDevice() {33  return {34    gatt: {35      connect: function() {36        return Promise.resolve(this);37      },38      disconnect: function() {39        return Promise.resolve(this);40      },41      getPrimaryService: function(service) {42        return Promise.resolve(this);43      },44      simulateGATTDisconnection: function() {45        return Promise.resolve(this);46      }47    },

Using AI Code Generation

1var device;2var gatt;3var service;4var characteristic;5var descriptor;6function test() {7  var serviceUUID = '0000fff0-0000-1000-8000-00805f9b34fb';8  var characteristicUUID = '0000fff4-0000-1000-8000-00805f9b34fb';9  var descriptorUUID = '00002902-0000-1000-8000-00805f9b34fb';10  var options = {11  };12  return navigator.bluetooth.requestDevice(options)13  .then(device => {14    log('Device Name: ' + device.name);15    log('Device ID: ' + device.id);16    log('Device UUIDs: ' + device.uuids);17    return device.gatt.connect();18  })19  .then(gattServer => {20    log('Getting Service...');21    return gattServer.getPrimaryService(serviceUUID);22  })23  .then(s => {24    service = s;25    log('> Service: ' + service.uuid);26    return service.getCharacteristic(characteristicUUID);27  })28  .then(c => {29    characteristic = c;30    log('> Characteristic: ' + characteristic.uuid);31    return characteristic.getDescriptor(descriptorUUID);32  })33  .then(d => {34    descriptor = d;35    log('> Descriptor: ' + descriptor.uuid);36    return descriptor.readValue();37  })38  .then(value => {39    log('> Descriptor value: ' + value.getUint8(0));40    return characteristic.writeValue(new Uint8Array([0]));41  })42  .then(() => {43    log('> Characteristic value was written: ' + new Uint8Array([0]));44    return characteristic.readValue();45  })46  .then(value => {47    log('> Characteristic value was read: ' + value.getUint8(0));48    return descriptor.readValue();49  })50  .then(value => {51    log('> Descriptor value: ' + value.getUint8(0));52    return characteristic.writeValue(new Uint8Array([1]));53  })54  .then(() => {55    log('> Characteristic value was written: ' + new Uint8Array([1]));56    return characteristic.readValue();57  })58  .then(value => {59    log('> Characteristic value was read: ' + value.getUint8(0));60    return descriptor.readValue();61  })62  .then(value => {63    log('> Descriptor value

Using AI Code Generation

1'use strict';2promise_test(async () => {3  let device = await navigator.bluetooth.requestDevice(4      {filters: [{services: ['battery_service']}]});5  let server = await device.gatt.connect();6  assert_true(server.connected);7  await server.disconnect();8  assert_false(server.connected);9}, 'disconnect() should disconnect the device');10'use strict';11promise_test(async () => {12  let device = await navigator.bluetooth.requestDevice(13      {filters: [{services: ['battery_service']}]});14  let server = await device.gatt.connect();15  assert_true(server.connected);16  await server.disconnect();17  assert_false(server.connected);18}, 'disconnect() should disconnect the device');19'use strict';20promise_test(async () => {21  let device = await navigator.bluetooth.requestDevice(22      {filters: [{services: ['battery_service']}]});23  let server = await device.gatt.connect();24  assert_true(server.connected);25  await server.disconnect();26  assert_false(server.connected);27}, 'disconnect() should disconnect the device');28'use strict';29promise_test(async () => {30  let device = await navigator.bluetooth.requestDevice(31      {filters: [{services: ['battery_service']}]});32  let server = await device.gatt.connect();33  assert_true(server.connected);34  await server.disconnect();35  assert_false(server.connected);36}, 'disconnect() should disconnect the device');

Using AI Code Generation

1navigator.bluetooth.requestDevice({2  filters: [{name: 'Bluefruit52'}]3})4.then(device => {5  return device.gatt.connect();6})7.then(server => {8  return server.getPrimaryService('6e400001-b5a3-f393-e0a9-e50e24dcca9e');9})10.then(service => {11  return service.getCharacteristic('6e400003-b5a3-f393-e0a9-e50e24dcca9e');12})13.then(characteristic => {14  return characteristic.writeValue(new Uint8Array([0x01]));15})16.then(() => {17  console.log('Characteristic written');18  navigator.bluetooth.simulateGATTDisconnection();19})20.catch(error => {21  console.log(error);22});23promise_test(() => {24  return navigator.bluetooth.requestDevice({25    filters: [{name: 'Bluefruit52'}]26  })27  .then(device => {28    return device.gatt.connect();29  })30  .then(server => {31    return server.getPrimaryService('6e400001-b5a3-f393-e0a9-e50e24dcca9e');32  })33  .then(service => {34    return service.getCharacteristic('6e400003-b5a3-f393-e0a9-e50e24dcca9e');35  })36  .then(characteristic => {37    return characteristic.writeValue(new Uint8Array([0x01]));38  })39  .then(() => {40    console.log('Characteristic written');41    return new Promise(resolve => setTimeout(resolve, 1000));42  })43  .then(() => {44    return navigator.bluetooth.getDevices();45  })46  .then(devices => {47    assert_equals(devices.length, 1);48    assert_equals(devices[0].gatt.connected, true);49  });50}, 'Test that device is connected');51promise_test(() => {52  return navigator.bluetooth.requestDevice({53    filters: [{name: 'Bluefruit52'}]54  })55  .then(device => {56    return device.gatt.connect();57  })58  .then(server => {59    return server.getPrimaryService('6e400001-b5

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