my thoughts: there's a lot of functionality here, which is great, but this is very overbuilt. a lot of this will not be so easy to maintain in the long run. I also really don't like having assertions and other basic Playwright functionality buried in functions, especially when the functions are mostly just single Playwright actions; why wrap them at all? when I look at one of these tests, I have to click thru a bunch of functions to see what's actually happening. like this test has a dozen assertions in it but I don't know exactly what's being asserted without looking at every function. import test from '@lib/BaseTest'; test(`@Smoke Verify Elements Page`, async ({ loginPage, elementsPage, webActions }) => { await loginPage.navigateToURL(); await webActions.clickByText('Elements'); // Click on Elements Icon identified via text selector await webActions.clickByText('Text Box'); //Click on TextBox Navigation Sidebar identified via text selector await elementsPage.enterFullName(`AutoTest`); await elementsPage.clickSubmit(); await elementsPage.verifySubmittedText(); await webActions.clickByText('Check Box'); await elementsPage.clickHomeCheckBox(); await elementsPage.verifyHomeCheckboxSelectedText(); await webActions.clickByText('Radio Button'); await elementsPage.verifyNoRadioButtonDisabled(); await webActions.clickByText('Web Tables'); await elementsPage.verifyFirstColumnTableHeader('First Name'); await elementsPage.editCierraEntry(); await elementsPage.verifyRegistrationForm(); await elementsPage.registrationFormClose(); await webActions.clickByText('Buttons'); await elementsPage.doubleClickButton(); await elementsPage.verifyDoubleClickText(); await elementsPage.rightClickButton(); await elementsPage.verifyRightClickText(); await webActions.clickByText('Upload and Download'); await elementsPage.verifyFileDownload(); await elementsPage.verifyFileUpload(); await webActions.clickByText('Links'); await elementsPage.verifyNewBrowserTab("https://demoqa.com/"); }); there's a mix of page object actions and webActions actions here that I don't understand. why is web actions handling some of the clicking and page object functions handling other clicking? looking at ElementsPage.ts, almost all of these functions are single lines. why have them in functions? all of these single lines could be in the test directly, making the test a lot more clear as to what's actually happening and greatly reducing the amount of code. async enterFullName(name: string): Promise { await this.FULL_NAME_EDITBOX.fill(name); } async clickSubmit(): Promise { await this.SUBMIT_BUTTON.click(); } async verifySubmittedText(): Promise { await expect(this.SUBMITTED_TEXT).toBeVisible(); // Verifies if the text is visble on webpage } async clickHomeCheckBox(): Promise { await this.HOME_CHECK_BOX.check(); } async verifyHomeCheckboxSelectedText(): Promise { await expect(this.HOME_SELECTED_TEXT).toContainText('home'); // Verifies if the locator contains text } async verifyNoRadioButtonDisabled(): Promise { expect(this.NO_RADIO_BUTTON).toBeDisabled() } async verifyFirstColumnTableHeader(header: String): Promise { const headerText = await this.WEB_TABLES_HEADER.allTextContents(); // Get all Text from WebTable Header expect(headerText[0] == header).toBeTruthy(); // Verify the First Column Header here we are comparing string values } async editCierraEntry(): Promise { await this.WEB_TABLES_EDIT_ICON.click(); } async verifyRegistrationForm(): Promise { await expect(this.REGISTRATION_FORM_HEADER).toBeVisible(); } async registrationFormClose(): Promise { await this.REGISTRATION_FORM_CLOSE_BUTTON.click(); } async doubleClickButton(): Promise { await this.DOUBLE_CLICK_BUTTON.dblclick(); } More on reddit.com
September 23, 2024 - ```bash # Install Playwright npm init playwright@latest # Install TypeScript npm install typescript --save-dev ``` ... Let’s consider a login scenario where you have a simple login page. We’ll create a POM structure for this page and use it in our test.
This repository demonstrates the implementation of the Page Object Model (POM) design pattern with Playwright. This project is designed to provide a robust and maintainable testing framework for web applications using Playwright and TypeScript, with a focus on the Page Object Model pattern...
So I started writing a small test framework to layer on top of Playwright/test back in 2023, in an attempt to solve quite a few challenges for my team when I was tasked with migrating all our Cypress E2E tests to Playwright, resulting in POMWright.
Been using POMWright along side Playwright for the last 2,5 years now, across multiple apps/repositores and teams with hundreds of tests with great success. The main wins for us has been keeping locators, fixtures, and page objects consistent so anyone can hop into a project without relearning everything—or chasing down hardcoded selectors. Not to mention how easy it is to create reliable selectors from simple locators through the automatic chaining, which is really POMWright's main and best feature in my opinion.
Made it open-source back in 2024 to make it easier for other teams to adopt, take inspiration from, or maybe even get some feedback which could result in further improvements of the framewrok. I've finally managed to write enough documentation for it that I feel like I can post it here.
Under the hood it's just Playwright/test and some TypeScript.
If you’re curious about one possible way to structure POM in Playwright, or just want to peek at another approach, here’s the repo: https://github.com/DyHex/POMWright . Happy to answer questions!
In this lesson, you will explore the Page Object Model and its application in the Playwright test framework. The POM design pattern encourages creating an abstraction of the web pages used in your tests. This abstraction helps in separating test scripts from the details of the web pages.
July 9, 2025 - By introducing POM early in the framework lifecycle, we lay the groundwork for more modular and readable test code. We will follow a modular structure with pages/ and locators/ directories: ... import { expect } from '@playwright/test'; import { HomePageLocators } from '../support/locators/HomePageLocators'; import { Page } from '@playwright/test'; import { ConfigManager } from '../config/ConfigManager'; export class HomePage { private page: Page; constructor(page: Page) { this.page = page; } async navigateToHome(): Promise<void> { await this.page.goto(`${ConfigManager.getBaseUIUrl()}/index.ht
July 8, 2025 - Playwright is an open-source automation ... browsers, including Chromium, Firefox, and WebKit. It supports various programming languages such as JavaScript, TypeScript......
January 27, 2026 - Set up/Add additional folders for Playwright page object model · pages folder: Since the POM pattern is being used, the pages folder contains all the relevant page objects.
October 8, 2025 - 6.We are now all set with our project structure and we will now start writing our tests, but before that let us see the use case steps that we will be using to implement the POM for Playwright Test. ... Note that you can automate your own use case by following the approach mentioned below. 7. To achieve thi,s we will be using Typescript.
February 21, 2025 - In this guide, we’ll break down POM in simple terms, show you how to implement it in Playwright with TypeScript, and give you some pro tips to make your test automation a breeze!
This proeject is to demonstrate how you can use Playwright typescript to automate e2e test cases for any e-com storefront. - GitHub - fawaddahmad/playwright-typescript-pom: This proeject is to demonstrate how you can use Playwright typescript to automate e2e test cases for any e-com storefront.
October 19, 2025 - Playwright is a fast, reliable, cross-browser, cross-device automation framework from Microsoft that lets you test web apps the way your users actually use them — across Chromium, Firefox, and WebKit, with first-class TypeScript/JavaScript support ...
September 14, 2024 - So if tomorrow developer changes the DOM details then we may have to run through all the spec file then we need to update locators in all the places to avoid this rework or maintenance work we use page object model(POM). ... • Test Script will be optimized because of elements respective abstraction methods in page classes ... Create Pages folder then we will create 3 pages, homepage, searchpage, resultpage. ... 2. Each page contains 3 sections: constructor, webpage elements, abstraction functions. Now we creating a homepage.js file. // Inlcude playwright module const { expect } = require('@p