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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");

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