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import { $, expect } from '@wdio/globals'
import { render } from '@testing-library/vue'
import HelloWorld from '../../src/components/HelloWorld.vue'

describe('Component Testing', () => {
    it('increments value on click', async () => {
        const { getByText } = render(HelloWorld)
        const btn = getByText('count is 0')

        // transform into WebdriverIO element
        const button = await $(btn)

        // interact with element like a real user
        await button.click()
        await button.click()

        getByText('count is 2')
    })
})

            
           

E2E and Unit / Component Testing in real Browser!

WebdriverIO is an all in one framework for your web app development. It enables you to run small and lightweight component tests as well as running e2e test scenarios in the browser or on a mobile device. This guarantees that you to do the testing in an environment used by your users .

It comes with smart selector strategies that simplify interacting e.g. with React components or running deep selector queries with nested shadow DOM trees. As interactions happen through a standardized automation protocol it is guaranteed they behave natively and aren't just JavaScript emulated.

Easy setup for web component testing with:

168极速赛车官方历史开奖结果-在线168官方开奖历史记录查询|现场开奖号码直播结果 Get Started With WebdriverIO within Seconds

The WebdriverIO testrunner comes with a command line interface that provides a powerful configuration utility and helps you to create your test setup in less than a minute. It lets you pick from available test framework integrations and easily allows to add all supported reporter and service plugins!

With just one simple command you can set up a complete test suite:


$ npm init wdio@latest ./

Start learning more about WebdriverIO and how to get started on YouTube .

Watch Talks about 1分钟极速赛车开奖官网开奖记录

The community around WebdriverIO is actively speaking on various user groups or conferences about specific topics around automated testing with WebdriverIO. Check out this talk on My favourite features of WebdriverIO by Julia Pottinger at Open Quality Conference .

There is also many YouTube Channels with useful tutorials by community members such as Klamping , Seventeenth Sep or Automation Bro .

Google Lighthouse Integration

WebdriverIO not only runs automation based on the WebDriver protocol, it also leverages native browser APIs to enable integrations to popular developer tools such as Chrome DevTools or Google Lighthouse . With the @wdio/devtools-service plugin you have access to commands for validating if you app is a valid PWA application as well as to commands for capturing frontend performance metrics such as `speedIndex` and others.

Integration to developer tools such as:

await browser.emulateDevice('iPhone X')
await browser.enablePerformanceAudits({
    networkThrottling: 'Good 3G',
    cacheEnabled: true,
    formFactor: 'mobile'
})

// open application under test
await browser.url('https://localhost:3000')

expect(await browser.getMetrics().firstMeaningfulPaint)
    .toBeBelow(2500)

const pwaCheckResult = await browser.checkPWA()
expect(pwaCheckResult.passed).toBe(true)

            
           