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How to use getSensor method in wpt

Best JavaScript code snippet using wpt

picoExtension.js

Source:picoExtension.js

...32    ext.whenSensorConnected = function(which) {33        return getSensorPressed(which);34    };35    ext.whenSensorPass = function(which, sign, level) {36        if (sign == '<') return getSensor(which) < level;37        return getSensor(which) > level;38    };39    // Reporters40    ext.sensorPressed = function(which) {41        return getSensorPressed(which);42    };43    ext.sensor = function(which) { return getSensor(which); };44    // Private logic45    function getSensorPressed(which) {46        if (device == null) return false;47        if (which == 'button pressed' && getSensor('button') < 1) return true;48        if (which == 'A connected' && getSensor('resistance-A') < 10) return true;49        if (which == 'B connected' && getSensor('resistance-B') < 10) return true;50        if (which == 'C connected' && getSensor('resistance-C') < 10) return true;51        if (which == 'D connected' && getSensor('resistance-D') < 10) return true;52        return false;53    }54    function getSensor(which) {55        return inputs[which];56    }57    var inputArray = [];58    function processData() {59        var bytes = new Uint8Array(rawData);60        inputArray[15] = 0;61        // TODO: make this robust against misaligned packets.62        // Right now there's no guarantee that our 18 bytes start at the beginning of a message.63        // Maybe we should treat the data as a stream of 2-byte packets instead of 18-byte packets.64        // That way we could just check the high bit of each byte to verify that we're aligned.65        for(var i=0; i<9; ++i) {66            var hb = bytes[i*2] & 127;67            var channel = hb >> 3;68            var lb = bytes[i*2+1] & 127;...

sensor-manager.ts

Source:sensor-manager.ts

...4import {SensorHostElement} from "./sensor-host-element";5class SensorManager {6  constructor(private registry: ISensorRegistry){}7  public async start(sensorId: string, domRef?: SensorHostElement): Promise<void> {8    const sensor = this.getSensor(sensorId);9    if(sensor != null){10      await sensor.start(domRef);11    }12  }13  public async stop(sensorId: string): Promise<void>{14    const sensor = this.getSensor(sensorId);15    if(sensor != null){16      await sensor.stop();17    }18  }19  public async get(sensorId: string, options: any = {}): Promise<SampleData> {20    const sensor = this.getSensor(sensorId);21    if(sensor != null){22      return await sensor.get(options);23    }24    return null;25  }26  public async watch(sensorId: string, options: any = {}, onChange: (data: SampleData) => void): Promise<SensorListenerHandle>{27    const sensor = this.getSensor(sensorId);28    if(sensor != null) {29      return await sensor.watch(options, onChange);30    }31    return null;32  }33  public async push(sensorId: string, options: any = {}, data: any): Promise<any>{34    const sensor = this.getSensor(sensorId);35    if(sensor != null){36      return await sensor.push(options, data);37    }38    return null;39  };40  public async record(sensorId: string, options: any = {}): Promise<string> {41    const sensor = this.getSensor(sensorId);42    if(sensor != null){43      return await sensor.record(options);44    }45    return null;46  }47  public getRecording(sensorId: string, recordingId: string): File {48    const sensor = this.getSensor(sensorId);49    if(sensor != null && sensor.getRecording != undefined){50      return sensor.getRecording(recordingId);51    }52    return null;53  }54  public async onSensorError(sensorId: string, onError: ListenerCallback<Error>): Promise<SensorListenerHandle> {55    const sensor = this.getSensor(sensorId);56    if(sensor != null){57      return await sensor.onError(onError);58    }59    return null;60  }61  public registerSensor<T extends Sensor>(sensor: T): void {62    if(!(sensor instanceof Sensor)){63      throw new Error("Sensors must inherit from Sensor base class");64    }65    this.registry.registerSensor(sensor);66  }67  private getSensor(id: string): Sensor | null {68    return this.registry.getSensor(id) || null;69  }70}71import {SensorFrameworkRegistry} from "./sensor-registry";...

Using AI Code Generation

1var wptools = require('wptools');2wptools.getSensor('test', function(err, data) {3    if (err) {4        console.log(err);5    } else {6        console.log(data);7    }8});9{ id: 'test', name: 'test', state: { reported: { temp: 22.5 } } }10var wptools = require('wptools');11wptools.getSensor('test', function(err, data) {12    if (err) {13        console.log(err);14    } else {15        console.log(data);16    }17});18{ id: 'test', name: 'test', state: { reported: { temp: 22.5 } } }19var wptools = require('wptools');20wptools.getSensor('test', function(err, data) {21    if (err) {22        console.log(err);23    } else {24        console.log(data);25    }26});27{ id: 'test', name: 'test', state: { reported: { temp: 22.5 } } }28var wptools = require('wptools');29wptools.getSensor('test', function(err, data) {30    if (err) {31        console.log(err);32    } else {33        console.log(data);34    }35});36{ id: 'test', name: 'test', state: { reported: { temp: 22.5 } } }37var wptools = require('wptools');38wptools.getSensor('test', function(err, data) {39    if (err) {40        console.log(err);41    } else {42        console.log(data);43    }44});45{ id: 'test', name: 'test', state: { reported: { temp: 22.5 } } }46var wptools = require('wptools');47wptools.getSensor('test', function(err,

Using AI Code Generation

1var wpt = require('wpt');2var result = wpt.getSensor();3console.log(result);4var wpt = require('wpt');5var result = wpt.getSensor();6console.log(result);7var wpt = require('wpt');8var result = wpt.getSensor();9console.log(result);10wpt = require('wpt');11var result = wpt.getSensor();12console.log(result);13var wpt = require('wpt');14var result = wpt.getSensor();15console.log(result);16wpt = require('wpt');17var result = wpt.getSensor();18console.log(result);19var wpt = require('wpt');20var result = wpt.getSensor();21console.log(result);22wpt = require('wpt');23var result = wpt.getSensor();24console.log(result);25var wpt = require('wpt');26var result = wpt.getSensor();27console.log(result);28wpt = require('wpt');29var result = wpt.getSensor();30console.log(result);31var wpt = require('wpt');32var result = wpt.getSensor();33console.log(result);34wpt = require('wpt');35var result = wpt.getSensor();36console.log(result);37var wpt = require('wpt');38var result = wpt.getSensor();39console.log(result);40wpt = require('wpt');41var result = wpt.getSensor();42console.log(result);43var wpt = require('wpt');44var result = wpt.getSensor();45console.log(result);

Using AI Code Generation

1var wptoolkit = require('wptoolkit');2var sensor = wptoolkit.getSensor('sensorName');3sensor.on('data', function(data) {4    console.log(data);5});6var sensor = require('sensorName');7sensor.on('data', function(data) {8    this.emit('data', data);9});10var sensor = require('sensorName');11sensor.on('data', function(data) {12    this.emit('data', data);13});14var sensor = require('sensorName');15sensor.on('data', function(data) {16    this.emit('data', data);17});18var sensor = require('sensorName');19sensor.on('data', function(data) {20    this.emit('data', data);21});

Using AI Code Generation

1var wpt = require('wpt');2var wptSensor = new wpt.getSensor();3var sensorList = wptSensor.getSensor();4console.log(sensorList);5module.exports = {6  getSensor: function() {7    return {8      getSensor: function() {9        return 'sensorList';10      }11    };12  }13};14var assert = require('assert');15var myFunction = require('./myFunction');16describe('myFunction', function() {17  it('should return true', function() {18    assert.equal(myFunction(), true);19  });20});

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