How to use checkDeviceRegisteredAndDispose method in root

Best JavaScript code snippet using root

DeviceRegistry.test.js

Source:DeviceRegistry.test.js

...19    });20    async function allocateDevice(deviceId, data) {21      return registry.allocateDevice(() => deviceId, data);22    }23    async function checkDeviceRegisteredAndDispose(deviceId) {24      return registry.disposeDevice(async () => {25        expect(registry.includes(deviceId)).toBe(true);26        return deviceId;27      });28    }29    async function disposeDevice(deviceHandle) {30      return registry.disposeDevice(() => deviceHandle);31    }32    async function expectDeviceNotRegistered(deviceId) {33      return registry.allocateDevice(async () => {34        expect(registry.includes(deviceId)).toBe(false);35        throw new Error('ignored'); // So it wouldn't really allocate anything36      }).catch((e) => { if (e.message !== 'ignored') throw e; });37    }38    function expectIncludedInDevicesList(deviceId) {39      return registry.allocateDevice(() => {40        const registeredDevices = registry.getRegisteredDevices();41        expect(registeredDevices.includes(deviceId)).toEqual(true);42        throw new Error('ignored'); // So it wouldn't really allocate anything43      }).catch((e) => { if (e.message !== 'ignored') throw e; });44    }45    function expectDevicesListEquals(rawDevices) {46      return registry.allocateDevice(() => {47        const registeredDevices = registry.getRegisteredDevices();48        expect(registeredDevices.rawDevices).toStrictEqual(rawDevices);49        throw new Error('ignored'); // So it wouldn't really allocate anything50      }).catch((e) => { if (e.message !== 'ignored') throw e; });51    }52    async function expectIncludedInReadDevicesList(deviceId) {53      const registeredDevices = await registry.readRegisteredDevices();54      expect(registeredDevices.includes(deviceId)).toEqual(true);55    }56    async function expectReadDevicesListEquals(rawDeviceHandles) {57      const registeredDevices = await registry.readRegisteredDevices();58      expect(registeredDevices.rawDevices).toEqual(rawDeviceHandles);59    }60    async function expectIncludedInUnsafeDevicesList(deviceHandle) {61      const registeredDevices = await registry.readRegisteredDevicesUNSAFE();62      expect(registeredDevices.includes(deviceHandle)).toEqual(true);63    }64    async function expectedUnsafeDevicesListEquals(rawDeviceHandles) {65      const registeredDevices = await registry.readRegisteredDevicesUNSAFE();66      expect(registeredDevices.rawDevices).toEqual(rawDeviceHandles);67    }68    const assertForbiddenOutOfContextRegistryQuery = () =>69      expect(() => registry.includes('whatever')).toThrowError();70    const assertForbiddenOutOfContextDeviceListQuery = () =>71      expect(() => registry.getRegisteredDevices()).toThrowError();72    it('should be able to tell whether a device is registered - for query and disposal', async () => {73      await allocateDevice(deviceId);74      await checkDeviceRegisteredAndDispose(deviceId);75      await expectDeviceNotRegistered(deviceId);76    });77    it('should be able to tell whether a device is registered, even with custom data associated with it', async () => {78      await allocateDevice(deviceId, { mock: 'data' });79      await checkDeviceRegisteredAndDispose(deviceId);80      await expectDeviceNotRegistered(deviceId);81    });82    it('should throw on attempt of checking whether a device is registered outside of allocation/disposal context', async () => {83      assertForbiddenOutOfContextRegistryQuery();84      await allocateDevice(deviceId);85      assertForbiddenOutOfContextRegistryQuery();86    });87    it('should be able to in-context get a valid list of registered devices, and query its content', async () => {88      await allocateDevice(deviceId);89      await allocateDevice(deviceId2, { mock: 'data' });90      await expectIncludedInDevicesList(deviceId);91      await expectIncludedInDevicesList(deviceId2);92    });93    it('should be able to in-context-get a valid list of registered devices as a raw objects array, also containing custom data', async () => {...

Using AI Code Generation

1var rootModule = require("com.rootmodule");2rootModule.checkDeviceRegisteredAndDispose();3exports.checkDeviceRegisteredAndDispose = function() {4    var activity = Ti.Android.currentActivity;5    if (activity) {6        var context = activity.getApplicationContext();7        var intent = Ti.Android.createServiceIntent({8        });9        context.startService(intent);10    }11};12var service = Ti.Android.currentService;13var intent = service.getIntent();14var context = service.getApplicationContext();15var service = Ti.Android.currentService;16var intent = service.getIntent();17var context = service.getApplicationContext();18var service = Ti.Android.currentService;19var intent = service.getIntent();20var context = service.getApplicationContext();21var service = Ti.Android.currentService;22var intent = service.getIntent();23var context = service.getApplicationContext();24var service = Ti.Android.currentService;25var intent = service.getIntent();26var context = service.getApplicationContext();27var service = Ti.Android.currentService;28var intent = service.getIntent();29var context = service.getApplicationContext();30var service = Ti.Android.currentService;31var intent = service.getIntent();32var context = service.getApplicationContext();

Using AI Code Generation

1import { LightningElement, api } from 'lwc';2export default class Test extends LightningElement {3    @api device;4    @api deviceType;5    @api deviceName;6    @api deviceSerialNumber;7    @api deviceTypeLabel;8    @api deviceNameLabel;9    @api deviceSerialNumberLabel;10    connectedCallback() {11        this.device = 'Device';12        this.deviceType = 'Device Type';13        this.deviceName = 'Device Name';14        this.deviceSerialNumber = 'Device Serial Number';15        this.deviceTypeLabel = 'Device Type';16        this.deviceNameLabel = 'Device Name';17        this.deviceSerialNumberLabel = 'Device Serial Number';18    }19    handleDeviceTypeChange(event) {20        this.deviceType = event.detail.value;21    }22    handleDeviceNameChange(event) {23        this.deviceName = event.detail.value;24    }25    handleDeviceSerialNumberChange(event) {26        this.deviceSerialNumber = event.detail.value;27    }28    handleDeviceTypeLabelChange(event) {29        this.deviceTypeLabel = event.detail.value;30    }31    handleDeviceNameLabelChange(event) {32        this.deviceNameLabel = event.detail.value;33    }34    handleDeviceSerialNumberLabelChange(event) {35        this.deviceSerialNumberLabel = event.detail.value;36    }37    handleDeviceChange(event) {38        this.device = event.detail.value;39    }40    checkDeviceRegisteredAndDispose() {41        const device = this.template.querySelector('c-device-registration');42        device.checkDeviceRegisteredAndDispose();43    }44}45import { LightningElement, track, api } from 'lwc';46import { ShowToastEvent } from 'lightning/platformShowToastEvent';47export default class DeviceRegistration extends LightningElement {48    @api device;49    @api deviceType;50    @api deviceName;51    @api deviceSerialNumber;52    @api deviceTypeLabel;53    @api deviceNameLabel;54    @api deviceSerialNumberLabel;55        { label: 'Select Device Type', value: 'Select Device Type' },56        { label: 'Device Type 1', value: 'Device Type 1' },57        { label: 'Device Type 2', value: 'Device Type 2' },58        { label: 'Device Type 3', value: 'Device Type

Using AI Code Generation

1var root = require('com.geraudbourdin.root');2root.checkDeviceRegisteredAndDispose(function(e) {3    Ti.API.info('Response: ' + e);4});5public void checkDeviceRegisteredAndDispose(KrollFunction callback) {6    if (callback != null) {7        KrollDict response = new KrollDict();8        response.put("isDeviceRegistered", isDeviceRegistered());9        callback.callAsync(getKrollObject(), response);10    }11}12private boolean isDeviceRegistered() {13    boolean result = false;14    try {15        result = (Boolean) Class.forName("android.os.Build").getField("IS_DEBUGGABLE").get(null);16    } catch (Exception e) {17        e.printStackTrace();18    }19    return result;20}

Using AI Code Generation

1var root = require('com.root.root');2root.checkDeviceRegisteredAndDispose();3var root = {};4root.checkDeviceRegisteredAndDispose = function () {5    Ti.API.info('checkDeviceRegisteredAndDispose');6    root.dispose();7};8root.dispose = function () {9    Ti.API.info('dispose');10};11module.exports = root;

Using AI Code Generation

1var root = require("TizenRoot");2var rootObject = new root.TizenRoot();3rootObject.checkDeviceRegisteredAndDispose("TestDevice", function(result) {4    console.log("Result: " + result);5});6var TizenRoot = function() {7    this.checkDeviceRegisteredAndDispose = function(deviceName, callback) {8        if (device) {9            telephonyInfo.getSIMCardStatus(function(simStatus) {10                networkInfo.getNetworkInfo(function(networkStatus) {11                    var status = false;12                    if (simStatus === "READY" && networkStatus === "CONNECTED") {13                        status = true;14                    }15                    callback(status);16                });17            });18        } else {19            callback(false);20        }21    }22}23exports.TizenRoot = TizenRoot;

Using AI Code Generation

1var rootObj = libsbml.getRoot();2var deviceName = "Android";3var isRegistered = rootObj.checkDeviceRegisteredAndDispose(deviceName);4var rootObj = libsbml.getRoot();5var deviceName = "Android";6var isRegistered = rootObj.checkDeviceRegisteredAndDispose(deviceName);7var rootObj = libsbml.getRoot();8var deviceName = "Android";9var isRegistered = rootObj.checkDeviceRegisteredAndDispose(deviceName);10var rootObj = libsbml.getRoot();11var deviceName = "Android";12var isRegistered = rootObj.checkDeviceRegisteredAndDispose(deviceName);13var rootObj = libsbml.getRoot();14var deviceName = "Android";15var isRegistered = rootObj.checkDeviceRegisteredAndDispose(deviceName);16var rootObj = libsbml.getRoot();17var deviceName = "Android";18var isRegistered = rootObj.checkDeviceRegisteredAndDispose(deviceName);19var rootObj = libsbml.getRoot();

Using AI Code Generation

1var root = require('Root');2var device = require('iotivity-node');3var device = new device.Device();4var root = new root.Root();5var device = root.checkDeviceRegisteredAndDispose(device);6console.log("Device is registered and disposed");7var device = require('iotivity-node');8var device = new device.Device();9var root = new root.Root();10var device = root.checkDeviceRegisteredAndDispose(device);11console.log("Device is registered and disposed");12var device = require('iotivity-node');13var device = new device.Device();14var root = new root.Root();15var device = root.checkDeviceRegisteredAndDispose(device);16console.log("Device is registered and disposed");17var device = require('iotivity-node');18var device = new device.Device();19var root = new root.Root();20var device = root.checkDeviceRegisteredAndDispose(device);21console.log("Device is registered and disposed");22var device = require('iotivity-node');23var device = new device.Device();24var root = new root.Root();25var device = root.checkDeviceRegisteredAndDispose(device);26console.log("Device is registered and disposed");27var device = require('iotivity-node');28var device = new device.Device();29var root = new root.Root();30var device = root.checkDeviceRegisteredAndDispose(device);31console.log("Device is registered and disposed");32var device = require('iotivity-node');33var device = new device.Device();34var root = new root.Root();35var device = root.checkDeviceRegisteredAndDispose(device);36console.log("Device is registered and disposed");37var device = require('iotivity-node');38var device = new device.Device();39var root = new root.Root();40var device = root.checkDeviceRegisteredAndDispose(device);41console.log("Device is registered and disposed");

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.