Adaptive Wait in TestProject

Wait for a certain condition(s) like eg. click, type, etc. to meet and then perform an action is required in almost every UI automation test case. And most of us break our head too much on playing with different dynamic (async) waits which are never-ending practice especially when you have a common framework for your m site as well as your desktop browsers. When I saw that TestProject announced something called Adaptive wait Capability, I tried it and it works wonder. So, if you are already using TestProject, give it a shot. Must say that Adaptive Wait = Smart wait here. Especially when we struggle too much due to different net speed/connections and device physical resources bottlenecks. Check their official documentation for the same here: https://docs.testproject.io/tips-and-tricks/explicit-wait-and-adaptive-wait and https://blog.testproject.io/2020/05/04/testproject-adaptive-wait-capability/

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ARIA Snapshot in Playwright

What is an ARIA Snapshot in Playwright? An ARIA snapshot in Playwright is a structured representation of a page’s accessibility tree , which is used by assistive technologies (e.g., screen readers) to interpret the content of a web page. This snapshot helps verify if elements have the correct roles, names, and properties required for accessibility. Playwright provides the page.accessibility.snapshot() API to capture this accessibility tree at any given moment during test execution. How Does ARIA Work? ARIA ( Accessible Rich Internet Applications ) is a set of attributes that help improve accessibility by defining roles, states, and properties for elements that are not natively accessible. Example: In this case, the aria-label ensures that screen readers identify the button as “Submit Form.” How to Use ARIA Snapshots in Playwright? Playwright’s accessibility.snapshot() method retrieves the accessible structure of the page. Ex...

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🔧 Self-Healing Selenium Automation with Java — A Smarter Way to Handle Broken Locators

How to build smarter, more resilient automated tests? We’ve all been there — our Selenium test cases start failing because of minor UI changes like updated element IDs, renamed classes, or even reordered elements. It’s frustrating, time-consuming, and often the most dreaded part of maintaining automated tests. But what if your automation could heal itself? 💡 What is Self-Healing Automation? Self-healing automation refers to the capability of a test automation framework to recover from minor UI changes by automatically trying alternative locators when the primary one fails. It’s like giving your test scripts a survival instinct. 🔨 🛠️ Implementation in Java + Selenium: Step by Step Step 1: Create a Self-Healing Wrapper We start by creating a custom class called SelfHealingDriver. This class wraps the standard WebDriver and handles locator failures gracefully. public class SelfHealingDriver { private WebDriver driver ; public SelfHealingDri...

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