Do you want your application to perform well during peak traffic times? Here's what you need to know.

Most developers have been in a situation where they need to make mock API calls. Whether you need to mock a call to help your team implement new features or you need a mock server for integration testing, mountebank is the answer. 

Testing is never enough nowadays, and implementing integration tests can be a bit “boring”. So, why not utilize karate knocks to speed up your web service tests and make your life easier? Here's a brief introduction to the karate framework.

In a real life scenario, automation framework is designed as a structural and conceptual module that provides high extensibility, maintainability, libraries, and guidelines for future development. The following are basic steps to help start designing and implementing automation framework using Selenium Webdriver, J-unit, and Java in Eclipse IDE. If you missed part one of this tutorial, don't worry, just click here. 

• Imagine that you and your team have created a perfect process. You've set up a board with the relevant columns, established a nice workflow for Github, and created scripts for Continuous Integration. Everything is working as it should. Metaphorically speaking, you're following the recipe by the book, but are you going to risk tasting it when it's finished, or will you conduct a taste test each time after you season? 

In the simplest terms, automation is the test code developed to reduce human efforts whenever there are any changes in the system and the system then needs to be revalidated against new changes.

In my previous article, I discussed the basic concepts of  Visual Regression Testing. Now, let's delve deeper into defining a visual testing architecture based on a business model.