Playwright Futuristic Features


Playwright is an open-source automation testing framework by Microsoft for web testing. Playwright features help you test across all modern browsers in a reliable, effective and fast manner. Be it codeless or code-based, Playwright features help you test anything from unit testing to automation end-to-end testing It is becoming increasingly popular amongst many developers. For instance a survey conducted by StateofJS, showcases that Playwright has gained an increase in awareness from 19% to 34% amongst many developers.

playwright has gained an increase in awareness

In our previous Playwright tutorial series, we discussed the basics of Playwright, outlining its capabilities and how to install Playwright using the VS Code plugin. Let’s discuss Playwright features in this tutorial.

Table of Contents

Most Prominent Playwright Features For Automation Testing

As per StateofJS survey, Playwright was able to consistently retain 100% of its users from 2020 to 2021. No wonder, Playwright has been the talk of the town in the testing community as one of the best options to consider automation testing. What makes Playwright special? Let's have a look at some of the most notable Playwright features for test automation.

  • Playwright Test Generator and Test Inspector
  • Playwright Fixtures
  • Screenshots And Videos On Test Failures
  • Playwright Retries
  • Playwright Auto-Waiting Mechanism

You can also go through the following video from the LambdaTest YouTube channel to learn more about futuristic Playwright features.

Let’s look at the above Playwright features one by one!

Playwright Test Generator and Test Inspector

Playwright comes with the ability to generate tests out of the box and is a great way to quickly get started with testing. It will open two windows, a browser window where you interact with the website to test. The Playwright Inspector window records your tests, copy the tests, clear your tests as well as change the language of your tests.This enables us to easily create tests by recording our actions. Also known as Playwright Test Script Recorder.

In the previous tutorial, we read about a test script showcasing the browser followed by context and page, which eventually led us to a particular site. Since we considered the LambdaTest eCommerce Playground (a demo account), it will get redirected to its home page.

We also learned about the exact use of new context and new pages. The next step was login.

This time, we will use a Playwright feature instead of writing code. To use this feature, we need to follow a few steps:

  • Open up the terminal with the help of - Ctrl + J. Type this command:
  • –npx playwright codegen

    This command is used for recording tests or generating test scripts.

    Open the terminal
  • Now, you can see a browser page and the Playwright Inspector.
  • Playwright Inspector

    Eventually, the Playwright Inspector records whatever actions that occur on the browser. (By default, it will be in record mode)

    For example – copy the URL of a particular site and paste it into the browser (which is in incognito mode). Now when you look at the Inspector page, you get the exact URL you searched for in the browser.

    One of the major highlights around Playwright is its Language Compatibility. Playwright tests by default are generated in JavaScript. However, you can change the Playwright test to other programming languages such as Java, .NET or C#, Python.


    A small example of how the Playwright Inspector works is when you make a few changes:

    Test Scenario:

    • Login to your LambdaTest eCommerce Playground account.
    • Go to Edit your account information (make necessary changes) and press Continue.
    • Click on the Logout option.
    • Now check the code on the Playwright Inspector.
    • Change the Playwright test

      Playwright Inspector

      Playwright inspector is a great tool that helps in authoring and debugging Playwright scripts. This is a default recommended tool for script troubleshooting. It opens up a browser window highlighting the selectors as you step through each line of the test. You can also use the explore button to find other available selectors which you can then copy into your test file and rerun your tests to see if it passes.

test("Login test demo", async () => {const browser = await chromium.connect("wss://
    const context = await browser.newContext();
    const page = await context.newPage();
await page.goto("")
await page.hover("//a[@data-toggle='dropdown']//span[contains(.,'My account')]")
    // await"text=Login")
    await page.fill("input[name='email']", "")
    await page.fill("input[name='password']", "Pass123$")
    await page.close();
    await context.close();
    await browser.close();


Playwright Fixtures

Playwright test comes from the concept of test fixtures. Fixtures establish an environment for each test. After we complete the steps under Playwright test script recording, we need to;-

Test Scenario:

  • Create a new test file in the VS Code with the name “recorded.test.ts’’ and save it.
  • Close the codegen browser as well as the Playwright Inspector.
  • The difference that the Playwright test runner creates is that - we don’t need to launch a Chromium browser; instead, we place a code that indicates ‘’page. goto along with the URL.’’ In short, we can say that there is the usage of only parameters under the Playwright test runner, and this concept is known as the Playwright fixture.
  • To execute this, go to the file named “playwright.config.ts’’; you will see a code that says testMatch (specify the folder, followed by file name).
  • Enter your new test file - testMatch: [tests/recorded.test.ts”]
  • Next, bring up the terminal with - Ctrl + J, and type
  • npx playwright test
  • Playwright, by default, runs in the headless mode. Hence when we execute a test, we cannot see the graphical user interface/taskbar. We will use a new method to fix this issue.
  • Go to the configuration file and add code for the headless mode. Eventually, the code will look like this -
Headless Mode

Also, this configuration test applies to all the tests we perform.

Playwright Reporters

In-built reporters is another Playwright feature for different needs to provide custom reporters. There are a wide variety of reporters. You can also use multiple reporters at the same time. The reporter command-line option is the simplest way to try out built-in reporters.

Examples of a few reporters are - DOT, LINE, GitHub, JSON, JUnit, and HTML. We will focus more on DOT, HTML, and JSON.

Test Scenario:

  • Go to the ‘’playwright.config.ts’’ file once we add the reporter code, and it will look like this.
  • {testmatch: [‘’tests/recorded.test.ts’’], use: {headless: false}, reporter: [ [‘’dot’’], [‘’json’’, {output file: ‘’jsonReports/jsonReport.json’’}], [‘’html’’, {open: ‘’never’’}]]

  • We can execute the same test on the terminal by entering credentials and login details. Once we complete the test, the entire process appears as a terminal code.
  • terminal code
  • A new folder called ‘’playwright-report’’ is created on the left-hand side. Within the folder, there’s a section known as ‘’index.html’’. Open this file on your Chrome browser. This is how your test result will look.
  • playwright report

    You will be able to see the multiple steps in the test. Example ‘’navigating to a particular site, hover action, login, accession’’.

    Also, if you are familiar with Selenium Cucumber, you might know about hooks (before and after hooks).

    The function of hooks - ‘before hooks’ runs before the test begins, and ‘after hooks’ runs after the test ends.

  • In the terminal, under the “recorded.test.ts” folder, we are using the fixture page. At the start, we do not open the browser or close it at the end of the script. However, under the “login.test.ts” folder, we open the browser and, in the end, close the browser.
  • This Playwright feature stands out because the browser's opening and closing happen alone, and we do not have to make manual changes.
  • We have another folder called “jsonReports”; under it, there’s a folder called “jsonReport.json” Here, we have a significance for DOT. A dot is essential because if we pass a test, we see a green dot, and if a test fails, the dot becomes red.
  • significance for DOT

Screenshots and Videos on Test Failures

Screenshots/Videos can benefit a testing server when a test fails. It can show what exists on the screen when a test fails. This Playwright feature is beneficial when we want to know where we could have gone wrong at one glance.

Suppose you want to view a screenshot or video of a particular test. You will have to add two additions to your script - screenshots and video.

screenshots and video

After your test ends, you can view screenshots and videos.





You will get three options when you add a “screenshot” in the script.

  • Off
  • On (captures screenshot when chosen)
  • Only-on-failure (if there’s a failure in the test, the Playwright will capture a screenshot)

Next, we need to add “video” in the script, which will also show a few options.

  • Off
  • On
  • On-first-entry
  • Retain-on-failure
  • Reentry-with-video

We need to understand that taking screenshots or videos of multiple tests may increase reporters' size. Hence we can choose a particular part of the test rather than the entire process. To enable this feature, select “retain-on-failure” in the test script.

Retain on Failures

Under this feature, we capture a screenshot only when there’s a failure in the test.

Playwright Retries

If you want to retry any particular test, you can add “retries'' to the script. Playwright retries are reliable as we can acquire screenshots and videos regardless of how many times you repeat a test. We can use it to run a test multiple times.

The image below shows the code we enter to enable the Playwright Retry option. To view a failed test, we have the option to enter the maximum number of retries we would want.

enable the Playwright Retry

After the test ends, we can view the failed script we chose to retry.

the failed script

This Playwright feature is beneficial when a test fails, as you can retry and figure out where you went wrong. Hence, with multiple retries, we can avoid the failure of a test.

Playwright Auto-Waiting Mechanism

The auto-wait mechanism is a process that might seem lengthy but easy if you are familiar with JavaScript. There are a few conditions under which Playwright's actions will depend. The conditions are as follows:

  • Attached
  • Visible
  • Stable
  • Receives Events
  • Enabled

Every action ensures they pass through these conditions or elements. It waits for all relevant checks to pass before performing the requested action. The combination of conditions and actions eliminates the need for artificial timeouts. Hence the auto-wait mechanism helps reduce flaky tests.

If you are a developer or a tester looking to validate your Playwright test automation skills, you can go for Playwright 101 certification from LambdaTest.

Scale Playwright Testing with the LambdaTest Cloud

LambdaTest is a test execution and test orchestration platform on cloud with an automation testing grid of 3000+ browsers and operating systems to help you scale your Playwright test execution effortlessly. LambdaTest lets you:

  • Integrate seamlessly with your CI/CD pipelines.
  • Debug Playwright tests from a variety of logs such as network logs, command logs, and full video recordings.
  • Execute Playwright tests 70% faster than any testing cloud by leveraging HyperExecute, the fastest end-to-end test orchestration cloud by LambdaTest.
  • Run Playwright tests in parallel on multiple configurations and trim down your test execution by multiple folds.
  • Organise your test analytics by creating custom dashboards and widgets.

LambdaTest’s automation testing cloud also supports Selenium, Cypress, Puppeteer, and even app automation frameworks such as Appium, Espresso, XCUITest etc.



Playwright makes automation quick, reliable, and simple. In this tutorial, we discussed the prominent features of Playwright such as test generator, generating screenshots and videos on test failures, retries, fixtures and auto-wait mechanism. In the upcoming tutorial, we will deep dive into understanding handling of inputs and buttons.

Here’s a glimpse of how you can perform Playwright browser testing on the LambdaTest cloud grid.

Subscribe to the LambdaTest YouTube Channel and stay updated with the latest Playwright topics.

Frequently Asked Questions (FAQs)

What browsers does Playwright support?

Playwright has full API coverage for all modern browsers, including Google Chrome and Microsoft Edge (with Chromium), Apple Safari (with WebKit), and Mozilla Firefox.

Why is Playwright faster than Selenium?

Script execution in Playwright is faster compared to Selenium. Playwright uses a WebSocket connection rather than the WebDriver API and HTTP. This stays open for the test, so everything is sent on one connection. This is one reason why Playwright's execution speeds are faster.

Which language is better for Playwright?

Playwright works with some of the most popular programming languages, including JavaScript, Python, Java, C#, and NodeJS.

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