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How to use initialize_generic_sensor_tests method in wpt

Best JavaScript code snippet using wpt

generic-sensor-helpers.js

Source:generic-sensor-helpers.js

...11  await loadScript('/resources/testdriver.js');12  await loadScript('/resources/testdriver-vendor.js');13  await import('/resources/chromium/generic_sensor_mocks.js');14}15async function initialize_generic_sensor_tests() {16  if (typeof GenericSensorTest === 'undefined') {17    const script = document.createElement('script');18    script.src = '/resources/test-only-api.js';19    script.async = false;20    const p = new Promise((resolve, reject) => {21      script.onload = () => { resolve(); };22      script.onerror = e => { reject(e); };23    })24    document.head.appendChild(script);25    await p;26    if (isChromiumBased) {27      await loadChromiumResources();28    }29  }30  let sensorTest = new GenericSensorTest();31  await sensorTest.initialize();32  return sensorTest;33}34function sensor_test(func, name, properties) {35  promise_test(async (t) => {36    t.add_cleanup(() => {37      if (sensorTest)38        return sensorTest.reset();39    });40    let sensorTest = await initialize_generic_sensor_tests();41    return func(t, sensorTest.getSensorProvider());42  }, name, properties);43}44function verifySensorReading(pattern, values, timestamp, isNull) {45  // If |val| cannot be converted to a float, we return the original value.46  // This can happen when a value in |pattern| is not a number.47  function round(val) {48    const res = Number.parseFloat(val).toPrecision(6);49    return res === "NaN" ? val : res;50  }51  if (isNull) {52    return (values === null || values.every(r => r === null)) &&53           timestamp === null;54  }...

Using AI Code Generation

1importScripts('/resources/testharness.js');2importScripts('/resources/testharnessreport.js');3importScripts('/resources/generic-sensor-helpers.js');4initialize_generic_sensor_tests();5test(t => {6  assert_equals(typeof AbsoluteOrientationSensor, 'function');7  assert_equals(typeof AbsoluteOrientationSensor.requestPermission, 'function');8}, 'AbsoluteOrientationSensor interface is exposed');9done();

Using AI Code Generation

1function initialize_generic_sensor_tests(sensor_type) {2  async_test(t => {3    let sensor = new sensor_type();4    sensor.onchange = t.step_func_done(() => {5      assert_true(sensor.reading instanceof sensor_type.Reading);6      assert_equals(sensor.state, "activated");7      sensor.stop();8    });9    sensor.onerror = t.step_func_done(event => {10      assert_unreached(event.error.name + ":" + event.error.message);11    });12    sensor.start();13  }, "event change fired");14}15  initialize_generic_sensor_tests(Gyroscope);16function initialize_generic_sensor_tests(sensor_type) {17  async_test(t => {18    let sensor = new sensor_type();19    sensor.onchange = t.step_func_done(() => {20      assert_true(sensor.reading instanceof sensor_type.Reading);21      assert_equals(sensor.state, "activated");22      sensor.stop();23    });24    sensor.onerror = t.step_func_done(event => {25      assert_unreached(event.error.name + ":" + event.error.message);26    });27    sensor.start();28  }, "event change fired");29}30  initialize_generic_sensor_tests(Gyroscope);31function initialize_generic_sensor_tests(sensor_type) {32  async_test(t => {33    let sensor = new sensor_type();34    sensor.onchange = t.step_func_done(() => {35      assert_true(sensor.reading instanceof sensor_type.Reading);36      assert_equals(sensor.state, "activated");37      sensor.stop();38    });39    sensor.onerror = t.step_func_done(event => {40      assert_unreached(event.error.name + ":" + event.error.message);41    });42    sensor.start();43  }, "event change fired");44}

Using AI Code Generation

1setup({ explicit_done: true });2initialize_generic_sensor_tests();3promise_test(async t => {4  let sensor = new Accelerometer({ frequency: 60 });5  await sensor.start();6  assert_true(sensor instanceof Accelerometer);7  assert_equals(sensor.state, 'activated');8  assert_equals(sensor.frequency, 60);9  assert_equals(sensor.reading.x, null);10  assert_equals(sensor.reading.y, null);11  assert_equals(sensor.reading.z, null);12  assert_equals(sensor.reading.timestamp, null);13  assert_equals(sensor.timestamp, null);14  sensor.stop();15  assert_equals(sensor.state, 'idle');16}, 'Generic Sensor Test: new Accelerometer({ frequency: 60 })');17promise_test(async t => {18  let sensor = new Accelerometer({ frequency: 60 });19  await sensor.start();20  assert_true(sensor instanceof Accelerometer);21  assert_equals(sensor.state, 'activated');22  assert_equals(sensor.frequency, 60);23  assert_equals(sensor.reading.x, null);24  assert_equals(sensor.reading.y, null);25  assert_equals(sensor.reading.z, null);26  assert_equals(sensor.reading.timestamp, null);27  assert_equals(sensor.timestamp, null);28  sensor.stop();29  assert_equals(sensor.state, 'idle');30}, 'Generic Sensor Test: new Accelerometer({ frequency: 60 })');31promise_test(async t => {32  let sensor = new Accelerometer({ frequency: 60 });33  await sensor.start();34  assert_true(sensor instanceof Accelerometer);35  assert_equals(sensor.state, 'activated');36  assert_equals(sensor.frequency, 60);37  assert_equals(sensor.reading.x, null);38  assert_equals(sensor.reading.y, null);39  assert_equals(sensor.reading.z, null);40  assert_equals(sensor.reading.timestamp, null);41  assert_equals(sensor.timestamp, null);42  sensor.stop();43  assert_equals(sensor.state, 'idle');44}, 'Generic Sensor Test: new Accelerometer({ frequency: 60 })');45promise_test(async t => {46  let sensor = new Accelerometer({ frequency: 60 });47  await sensor.start();48  assert_true(sensor instanceof Accelerometer);49  assert_equals(sensor.state, 'activated');50  assert_equals(sensor.frequency, 60);51  assert_equals(sensor.reading.x, null);52  assert_equals(sensor.reading.y, null);53  assert_equals(sensor.reading.z, null);54  assert_equals(sensor.reading.timestamp, null);55  assert_equals(sensor.timestamp, null);

Using AI Code Generation

1importScripts('/resources/testharness.js');2importScripts('/resources/testharnessreport.js');3importScripts('/resources/generic-sensor-helpers.js');4test(() => {5  assert_true('LinearAccelerationSensor' in window, 'LinearAccelerationSensor is defined');6}, 'LinearAccelerationSensor interface is defined.');7test(() => {8  assert_true('GravitySensor' in window, 'GravitySensor is defined');9}, 'GravitySensor interface is defined.');10let linearAccelerationSensor = new LinearAccelerationSensor();11let gravitySensor = new GravitySensor();12generic_sensor_test(linearAccelerationSensor, 'reading', 'LinearAccelerationSensor');13generic_sensor_test(gravitySensor, 'reading', 'GravitySensor');14done();

Using AI Code Generation

1importScripts('/resources/testharness.js');2importScripts('resources/generic-sensor-helpers.js');3];4promise_test(async t => {5  for (const sensorType of sensorTypes) {6    const sensor = await initializeGenericSensor({sensorType});7    assert_true(sensor instanceof GenericSensor);8    assert_equals(sensor.state, "idle");9    assert_equals(sensor.onerror, null);10    assert_equals(sensor.onactivate, null);11    assert_equals(sensor.onchange, null);12    assert_equals(sensor.onstatechange, null);13    assert_equals(sensor.activated, false);14    assert_equals(sensor.hasReading, false);15    assert_equals(sensor.timestamp, null);16    assert_equals(sensor.reading, null);17    assert_equals(sensor.frequency, null);18    assert_equals(sensor.sensorType, sensorType);19    sensor.stop();20    sensor.start();21  }22}, 'Sensor object constructed correctly');23promise_test(async t => {24  for (const sensorType of sensorTypes) {25    const sensor = await initializeGenericSensor({sensorType, frequency: 60});26    assert_equals(sensor.frequency, 60);27    sensor.stop();28    sensor.start();29  }30}, 'Sensor object constructed correctly with a valid frequency value');31promise_test(async t => {32  for (const sensorType of sensorTypes) {33    const sensor = await initializeGenericSensor({sensorType, frequency: 0});34    assert_equals(sensor.frequency, 0);35    sensor.stop();36    sensor.start();37  }38}, 'Sensor object constructed correctly with a valid frequency value');39promise_test(async t => {40  for (const sensorType of sensorTypes) {41    const sensor = await initializeGenericSensor({sensorType, frequency: -60});42    assert_equals(sensor.frequency, -60);

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