This course is great for learning Appium with visual testing. Jonathan’s course presents the test code in easy-to-read chunks. If you’re not a Java person, you might not get all the syntax, but you’ll get why things are organized the way they are. (Note – if you’re interested in learning Java, take Angie Jones’s course about the Java language on Test Automation University).
We are thrilled to announce the Applitools Visual AI Rockstar Hackathon winners. We think the people who participated and won the Hackathon are not just some of the top QA engineers but also trailblazers who are leading the way in pushing the QA industry forward.
Modern Functional Testing – Caveats and Conclusion In reaching the conclusion of the course on Modern Functional Testing using Visual AI, I reach the key question: Can I use visual…
How do you check the behavior of one application across dozens of browsers, devices, and viewport configurations in seconds? Applitools Ultrafast Grid.
You’re running functional tests with visual validation, and you have dynamic data. Dynamic data looks different every time you inspect it. How do you do functional testing with visual validation,…
While Cypress.io lacks support for cross-browser testing, Applitools supports it via their Applitools Ultrafast Grid. You can combine the best of both worlds by using Cypress.io to write your integration and E2E tests and letting Applitools Ultrafast Grid handle cross-browser testing for you.
Visual AI simplifies your functional test while adding visual coverage. Visual AI compares rendered output against rendered output. If visual differences exist, you can identify those as intended or not.
As you know, I’m taking Raja Rao’s Test Automation University Course, Modern Functional Test Automation through Visual AI. Today we’ll discuss testing iFrames. In Chapter 5, Raja refers to iFrames as…
With today’s standards, developers can develop once, test in development, and assume they are done. Legacy QA productivity remains limited because QA must still run tests one device, operating system, browser, and viewport size at a time. All the tools that provide test scaling still require validation one-at-a-time, either because tools ignore rendering or flag too many erroneous visual differences. Until Applitools introduced Visual AI testing with Ultrafast Grid.
Imagine this. You built a page with CanvasJS, and you want to test the graphs. How do you create an automated test for the graphical representations? It’s testing dynamic content,…
Many teams don’t automate tests to validate multiple variations because it’s “throw away” code. You’re not entirely sure which variation you’ll get each time the test runs. If you did write test automation, you may need a bunch of conditional logic in your test code to handle both variations. What if instead of writing and maintaining all of this code, you used visual testing instead? Would that make things easier?
Data-driven testing helps build and scale test automation – until you have to maintain your tests. Visual AI helps you test without growing your test code.