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How to use assert_sensor_equals method in wpt

Best JavaScript code snippet using wpt

generic-sensor-helpers.js

Source:generic-sensor-helpers.js

...78// and, if so, that their values are the same.79//80// @param {Sensor} actual - Test value.81// @param {Sensor} expected - Expected value.82function assert_sensor_equals(actual, expected) {83  assert_true(84      actual instanceof Sensor,85      'assert_sensor_equals: actual must be a Sensor');86  assert_true(87      expected instanceof Sensor,88      'assert_sensor_equals: expected must be a Sensor');89  // These properties vary per sensor type.90  const CUSTOM_PROPERTIES = [91    ['illuminance'], ['quaternion'], ['x', 'y', 'z'],92    [93      'latitude', 'longitude', 'altitude', 'accuracy', 'altitudeAccuracy',94      'heading', 'speed'95    ]96  ];...

Using AI Code Generation

1assert_sensor_equals(accelerometer, "reading.acceleration.x", 0, "acceleration.x should be 0");2assert_sensor_equals(accelerometer, "reading.acceleration.y", 0, "acceleration.y should be 0");3assert_sensor_equals(accelerometer, "reading.acceleration.z", 0, "acceleration.z should be 0");4assert_sensor_equals(accelerometer, "reading.accelerationIncludingGravity.x", 0, "accelerationIncludingGravity.x should be 0");5assert_sensor_equals(accelerometer, "reading.accelerationIncludingGravity.y", 0, "accelerationIncludingGravity.y should be 0");6assert_sensor_equals(accelerometer, "reading.accelerationIncludingGravity.z", 0, "accelerationIncludingGravity.z should be 0");7assert_sensor_equals(accelerometer, "reading.rotationRate.alpha", 0, "rotationRate.alpha should be 0");8assert_sensor_equals(accelerometer, "reading.rotationRate.beta", 0, "rotationRate.beta should be 0");9assert_sensor_equals(accelerometer, "reading.rotationRate.gamma", 0, "rotationRate.gamma should be 0");10assert_sensor_equals(accelerometer, "reading.interval", 60, "interval should be 60");11assert_sensor_equals(accelerometer, "reading.acceleration.x", 0, "acceleration.x should be 0");12assert_sensor_equals(accelerometer, "reading.acceleration.y", 0, "acceleration.y should be 0");13assert_sensor_equals(accelerometer, "reading.acceleration.z", 0, "acceleration.z should be 0");14assert_sensor_equals(accelerometer, "reading.accelerationIncludingGravity.x", 0, "accelerationIncludingGravity.x should be 0");15assert_sensor_equals(accelerometer, "reading.accelerationIncludingGravity.y", 0, "accelerationIncludingGravity.y should be 0");16assert_sensor_equals(accelerometer, "reading.accelerationIncludingGravity.z", 0, "accelerationIncludingGravity.z should be 0");17assert_sensor_equals(accelerometer, "reading.rotationRate.alpha", 0, "rotationRate.alpha should be 0");18assert_sensor_equals(accelerometer, "reading.rotationRate.beta", 0, "

Using AI Code Generation

1var wptb = require('wptb');2wptb.assert_sensor_equals('sensor1', 10);3var wptb = require('wptb');4wptb.assert_sensor_equals('sensor1', 10);5var wptb = require('wptb');6wptb.assert_sensor_equals('sensor1', 10);7var wptb = require('wptb');8wptb.assert_sensor_equals('sensor1', 10);9var wptb = require('wptb');10wptb.assert_sensor_equals('sensor1', 10);11var wptb = require('wptb');12wptb.assert_sensor_equals('sensor1', 10);13var wptb = require('wptb');14wptb.assert_sensor_equals('sensor1', 10);15var wptb = require('wptb');16wptb.assert_sensor_equals('sensor1', 10);17var wptb = require('wptb');18wptb.assert_sensor_equals('sensor1', 10);19var wptb = require('wptb');20wptb.assert_sensor_equals('sensor1', 10);21var wptb = require('wptb');22wptb.assert_sensor_equals('sensor1', 10);23var wptb = require('wptb');

Using AI Code Generation

1var assert_sensor_equals = function(sensor, expected, msg) {2  var sensorReading = sensor.reading;3  assert_true(sensorReading instanceof SensorReading, msg);4  assert_equals(sensorReading.timestamp, expected.timestamp, msg);5  assert_equals(sensorReading.x, expected.x, msg);6  assert_equals(sensorReading.y, expected.y, msg);7  assert_equals(sensorReading.z, expected.z, msg);8}9var assert_sensor_error_event_equals = function(event, expected, msg) {10  assert_equals(event.error.name, expected.error.name, msg);11  assert_equals(event.error.message, expected.error.message, msg);12}13var assert_sensor_reading_change_equals = function(event, expected, msg) {14  assert_sensor_equals(event.target, expected.target, msg);15  assert_sensor_equals(event.reading, expected.reading, msg);16}17var assert_sensor_reading_change_equals = function(event, expected, msg) {18  assert_sensor_equals(event.target, expected.target, msg);19  assert_sensor_equals(event.reading, expected.reading, msg);20}21var assert_sensor_reading_change_equals = function(event, expected, msg) {22  assert_sensor_equals(event.target, expected.target, msg);23  assert_sensor_equals(event.reading, expected.reading, msg);24}25var assert_sensor_reading_change_equals = function(event, expected, msg) {26  assert_sensor_equals(event.target, expected.target, msg);27  assert_sensor_equals(event.reading, expected.reading, msg);28}29var assert_sensor_reading_change_equals = function(event, expected, msg) {30  assert_sensor_equals(event.target, expected.target, msg);31  assert_sensor_equals(event.reading, expected.reading, msg);32}33var assert_sensor_reading_change_equals = function(event, expected, msg) {34  assert_sensor_equals(event.target, expected.target, msg);35  assert_sensor_equals(event.reading, expected.reading, msg);36}

Using AI Code Generation

1importScripts('/resources/testharness.js');2importScripts('/resources/testharnessreport.js');3import '../resources/utils.js';4test(function() {5  assert_sensor_equals(1, 1);6}, 'Test assert_sensor_equals');7done();

Using AI Code Generation

1assert_sensor_equals(sensor, expectedReading, expectedState) {2  if (sensor == null) {3  }4  else {5    if (sensor.state == "activating" || sensor.state == "activated") {6      if (sensor.value != null) {7        if (sensor.value == expectedReading) {8          if (sensor.state == expectedState) {9          }10        }11      }12    }13  }14}15assert_sensor_equals(sensor, expectedReading, expectedState) {16  if (sensor == null) {17  }18  else {19    if (sensor.state == "activating" || sensor.state == "activated") {20      if (sensor.value != null) {21        if (sensor.value == expectedReading) {22          if (sensor.state == expectedState) {23          }24        }25      }26    }27  }28}29assert_sensor_equals(sensor, expectedReading, expectedState) {30  if (sensor == null) {31  }32  else {33    if (sensor.state == "activating" || sensor.state == "activated") {34      if (sensor.value != null) {35        if (

Using AI Code Generation

1importScripts('/resources/testharness.js');2importScripts('/resources/testharnessreport.js');3import('./test_sensor.js').then(4  t => {5    assert_sensor_equals(t.sensor, t.expected_reading);6  },7  e => {8    assert_unreached(e);9  }10);11const sensor = new Gyroscope({frequency: 60});12let expected_reading = null;13sensor.onreading = t.step_func_done(() => {14  expected_reading = sensor.reading;15});16sensor.onerror = t.unreached_func('Sensor error');17sensor.start();

Using AI Code Generation

1test(() => {2  assert_not_equals(sensor, null);3}, 'Sensor should not be null');4test(() => {5  assert_not_equals(sensor, undefined);6}, 'Sensor should not be undefined');7test(() => {8  assert_true(sensor instanceof Sensor);9}, 'Sensor should be an instance of Sensor');10test(() => {11  assert_true(sensor instanceof Accelerometer);12}, 'Sensor should be an instance of Accelerometer');13test(() => {14  assert_true(sensor instanceof Gyroscope);15}, 'Sensor should be an instance of Gyroscope');16test(() => {17  assert_true(sensor instanceof Magnetometer);18}, 'Sensor should be an instance of Magnetometer');19test(() => {20  assert_true(sensor instanceof LinearAccelerationSensor);21}, 'Sensor should be an instance of LinearAccelerationSensor');22test(() => {23  assert_true(sensor instanceof AbsoluteOrientationSensor);24}, 'Sensor should be an instance of AbsoluteOrientationSensor');25test(() => {26  assert_true(sensor instanceof RelativeOrientationSensor);27}, 'Sensor should be an instance of RelativeOrientationSensor');28test(() => {29  assert_true(sensor instanceof AmbientLightSensor);30}, 'Sensor should be an instance of AmbientLightSensor');31test(() => {32  assert_true(sensor instanceof ProximitySensor);33}, 'Sensor should be an instance of ProximitySensor');34test(() => {35  assert_true(sensor instanceof GravitySensor);36}, 'Sensor should be an instance of GravitySensor');37test(() => {38  assert_true(sensor instanceof UncalibratedMagnetometer);39}, 'Sensor should be an instance of Uncal

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