TestMu 2025 - The Largest Virtual Software Testing Conference is Back | 50,000+ Attendees

How to use expectTerminateCalled method in root

Best JavaScript code snippet using root

Device.test.js

Source:Device.test.js

...46    expectReinstallNotCalled() {47      expect(this.driver.uninstallApp).not.toHaveBeenCalled();48      expect(this.driver.installApp).not.toHaveBeenCalled();49    }50    expectTerminateCalled() {51      expect(this.driver.terminate).toHaveBeenCalled();52    }53    expectTerminateNotCalled() {54      expect(this.driver.terminate).not.toHaveBeenCalled();55    }56  }57  function schemeDevice(scheme, configuration) {58    const device = new Device({59      deviceConfig: scheme.configurations[configuration],60      deviceDriver: driverMock.driver,61      sessionConfig: scheme.session,62    });63    device.deviceDriver.acquireFreeDevice.mockReturnValue('mockDeviceId');64    return device;65  }66  function validDevice() {67    return schemeDevice(validScheme, 'ios.sim.release');68  }69  it('should return the name from the driver', async () => {70    driverMock.driver.name = 'mock-device-name-from-driver';71    const device = validDevice();72    expect(device.name).toEqual('mock-device-name-from-driver');73  });74  describe('prepare()', () => {75    it(`valid scheme, no binary, should throw`, async () => {76      const device = validDevice();77      fs.existsSync.mockReturnValue(false);78      try {79        await device.prepare();80        fail('should throw')81      } catch (ex) {82        expect(ex.message).toMatch(/app binary not found at/)83      }84    });85    it(`valid scheme, no binary, should not throw`, async () => {86      const device = validDevice();87      await device.prepare();88    });89    it(`when reuse is enabled in CLI args should not uninstall and install`, async () => {90      const device = validDevice();91      argparse.getArgValue.mockReturnValue(true);92      await device.prepare();93      expect(driverMock.driver.uninstallApp).not.toHaveBeenCalled();94      expect(driverMock.driver.installApp).not.toHaveBeenCalled();95    });96    it(`when reuse is enabled in params should not uninstall and install`, async () => {97      const device = validDevice();98      await device.prepare({reuse: true});99      expect(driverMock.driver.uninstallApp).not.toHaveBeenCalled();100      expect(driverMock.driver.installApp).not.toHaveBeenCalled();101    });102  });103  describe('re/launchApp()', () => {104    const expectedDriverArgs = {105      "detoxServer": "ws://localhost:8099",106      "detoxSessionId": "test",107    };108    it(`with no args should launch app with defaults`, async () => {109      const expectedArgs = expectedDriverArgs;110      const device = validDevice();111      await device.launchApp();112      driverMock.expectLaunchCalled(device, expectedArgs);113    });114    it(`(relaunch) with no args should use defaults`, async () => {115      const expectedArgs = expectedDriverArgs;116      const device = validDevice();117      await device.relaunchApp();118      driverMock.expectLaunchCalled(device, expectedArgs);119    });120    it(`(relaunch) with no args should terminate the app before launch - backwards compat`, async () => {121      const device = validDevice();122      await device.relaunchApp();123      driverMock.expectTerminateCalled();124    });125    it(`(relaunch) with newInstance=false should not terminate the app before launch`, async () => {126      const device = validDevice();127      await device.relaunchApp({newInstance: false});128      driverMock.expectTerminateNotCalled();129    });130    it(`(relaunch) with newInstance=true should terminate the app before launch`, async () => {131      const device = validDevice();132      await device.relaunchApp({newInstance: true});133      driverMock.expectTerminateCalled();134    });135    it(`(relaunch) with delete=true`, async () => {136      const expectedArgs = expectedDriverArgs;137      const device = validDevice();138      await device.relaunchApp({delete: true});139      driverMock.expectReinstallCalled();140      driverMock.expectLaunchCalled(device, expectedArgs);141    });142    it(`(relaunch) with delete=false when reuse is enabled should not uninstall and install`, async () => {143      const expectedArgs = expectedDriverArgs;144      const device = validDevice();145      argparse.getArgValue.mockReturnValue(true);146      await device.relaunchApp();147      driverMock.expectReinstallNotCalled();...

Using AI Code Generation

1const { expectTerminateCalled } = require('./root');2const { expect } = require('chai');3describe('test', () => {4  it('test', () => {5    expect(1).to.equal(1);6    expectTerminateCalled();7  });8});9const { expectNoTerminateCalled } = require('./root');10const { expect } = require('chai');11describe('test', () => {12  it('test', () => {13    expect(1).to.equal(1);14    expectNoTerminateCalled();15  });16});17const { expectTerminateCalledWith } = require('./root');18const { expect } = require('chai');19describe('test', () => {20  it('test', () => {21    expect(1).to.equal(1);22    expectTerminateCalledWith('some reason');23  });24});25const { expectNoTerminateCalledWith } = require('./root');26const { expect } = require('chai');27describe('test', () => {28  it('test', () => {29    expect(1).to.equal(1);30    expectNoTerminateCalledWith('some reason');31  });32});33const { expectTerminateCalledWithAny } = require('./root');34const { expect } = require('chai');35describe('test', () => {36  it('test', () => {37    expect(1).to.equal(1);38    expectTerminateCalledWithAny(['some reason', 'some other reason']);39  });40});41const { expectNoTerminateCalledWithAny } = require('./root');42const { expect } = require('chai');43describe('test', () => {44  it('test', () => {45    expect(1).to.equal(1);

Using AI Code Generation

1import { expectTerminateCalled } from 'react-terminate';2it('should call terminate method when component unmounts', () => {3  const wrapper = mount(<TestComponent />);4  expectTerminateCalled(wrapper, 1);5  wrapper.unmount();6});7import { expectTerminateNotCalled } from 'react-terminate';8it('should not call terminate method when component unmounts', () => {9  const wrapper = mount(<TestComponent />);10  expectTerminateNotCalled(wrapper, 1);11  wrapper.unmount();12});13import { expectTerminateCalledWith } from 'react-terminate';14it('should call terminate method with expected arguments', () => {15  const wrapper = mount(<TestComponent />);16  expectTerminateCalledWith(wrapper, 1, 'test');17  wrapper.unmount();18});19import { expectTerminateNotCalledWith } from '

Using AI Code Generation

1$rootScope.expectTerminateCalled = function () {2    var $scope = this;3    $scope.$on('$destroy', function () {4        $scope.$expectTerminateCalled = true;5    });6};7$scope.expectTerminateCalled = function () {8    var $scope = this;9    $scope.$on('$destroy', function () {10        $scope.$expectTerminateCalled = true;11    });12};13$controller.expectTerminateCalled = function () {14    var $scope = this;15    $scope.$on('$destroy', function () {16        $scope.$expectTerminateCalled = true;17    });18};19$directive.expectTerminateCalled = function () {20    var $scope = this;21    $scope.$on('$destroy', function () {22        $scope.$expectTerminateCalled = true;23    });24};25$element.expectTerminateCalled = function () {26    var $scope = this.scope();27    $scope.$on('$destroy', function () {28        $scope.$expectTerminateCalled = true;29    });30};31$rootScope.expectTerminateCalled = function () {32    var $scope = this;33    $scope.$on('$destroy', function () {34        $scope.$expectTerminateCalled = true;35    });36};37$scope.expectTerminateCalled = function () {38    var $scope = this;39    $scope.$on('$destroy', function () {40        $scope.$expectTerminateCalled = true;41    });42};43$controller.expectTerminateCalled = function () {44    var $scope = this;45    $scope.$on('$destroy', function () {46        $scope.$expectTerminateCalled = true;47    });48};49$directive.expectTerminateCalled = function () {50    var $scope = this;51    $scope.$on('$destroy', function () {52        $scope.$expectTerminateCalled = true;53    });54};55$element.expectTerminateCalled = function () {56    var $scope = this.scope();57    $scope.$on('$destroy', function () {

Using AI Code Generation

1var expectTerminateCalled = require('root-module').expectTerminateCalled;2expectTerminateCalled('test', function(){3  console.log('test terminated');4});5var expectTerminateCalled = require('root-module').expectTerminateCalled;6expectTerminateCalled('test2', function(){7  console.log('test2 terminated');8});9var expectTerminateCalled = require('root-module').expectTerminateCalled;10expectTerminateCalled('index', function(){11  console.log('index terminated');12});13  [MIT](LICENSE)

Using AI Code Generation

1var root = require('./../../root.js');2root.expectTerminateCalled();3var root = require('./../../root.js');4root.expectTerminateCalled();5var root = require('./../../root.js');6root.expectTerminateCalled();7var root = require('./../../root.js');8root.expectTerminateCalled();9var root = require('./../../root.js');10root.expectTerminateCalled();11var root = require('./../../root.js');12root.expectTerminateCalled();13var root = require('./../../root.js');14root.expectTerminateCalled();15var root = require('./../../root.js');16root.expectTerminateCalled();17var root = require('./../../root.js');18root.expectTerminateCalled();19var root = require('./../../root.js');20root.expectTerminateCalled();21var root = require('./../../root.js');22root.expectTerminateCalled();

Using AI Code Generation

1describe('test', () => {2  it('should terminate on error', async () => {3    await root.expectTerminateCalled(async () => {4      await root.terminate(new Error('some error'));5    });6  });7});8describe('test', () => {9  it('should terminate on error', async () => {10    await child.expectTerminateCalled(async () => {11      await child.terminate(new Error('some error'));12    });13  });14});15describe('test', () => {16  it('should terminate on error', async () => {17    await child.expectTerminateCalled(async () => {18      await child.terminate(new Error('some error'));19    });20  });21});

Blogs

Check out the latest blogs from LambdaTest on this topic:

Comprehensive Guide To Jenkins Declarative Pipeline [With Examples]

Jenkins Pipeline is an automation solution that lets you create simple or complex (template) pipelines via the DSL used in each pipeline. Jenkins provides two ways of developing a pipeline- Scripted and Declarative. Traditionally, Jenkins jobs were created using Jenkins UI called FreeStyle jobs. In Jenkins 2.0, Jenkins introduced a new way to create jobs using the technique called pipeline as code. In pipeline as code technique, jobs are created using a script file that contains the steps to be executed by the job. In Jenkins, that scripted file is called Jenkinsfile. In this Jenkins tutorial, we will deep dive into Jenkins Declarative Pipeline with the help of Jenkins declarative pipeline examples.

Design Patterns For Micro Service Architecture

Imagine breaking down a single function unit into multiple mini-service units. That is exactly what microservices do to the traditional monolithic architecture. But, there is more to it than meets the eye. Microservices are the go-to solution for all the major software development projects.

Most Exhaustive XPath Locators Cheat Sheet

The Selenium framework lets you interact with the WebElements in the DOM. For realizing the interaction(s), it is important to choose the appropriate locator from the available Selenium web locators. As per my opinion, Selenium web locators can be considered as the backbone of any web automation script.

How To Use Deep Selectors In Selenium WebdriverIO

This article is a part of our Content Hub. For more in-depth resources, check out our content hub on WebDriverIO Tutorial.

All About Triaging Bugs

Triaging is a well-known but not-well-understood term related to testing. The term is said to have been derived from the medical world, where it refers to the process of prioritizing patients based on how severe or mild their disease is. It is a way of making the best use of the available resources – does not matter how scanty they are – and helping as many people as possible. Rather than strict scientific principles or hardcore concepts of computer science, triaging generally involves your perception and the ability to judge step. You can fare quite well here in case you can derive intelligent judgements from a given set of facts and figures.

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.