Systems | Development | Analytics | API | Testing

Deep in the implementation of every automated UI test lives the potential to turn something simple into something slow and unreliable—simply by adding extra Selenium commands. The data clearly show that longer tests are less likely to pass. In this case study, I will show you how to optimize a test and make it 560% faster. We will do this by tackling inefficient use of Selenium commands.

Apache JMeter is a Java open source tool. If you want to run load or performance tests using Apache JMeter, you can use their Graphic User Interface (GUI) and you don’t need to know any programming language, follow the JMeter documentation and you are ready to go to design your API testing scenarios.

As the lead of the Selenium project, I wanted to kick off a new blog series leading up to the release of Selenium 4. During this series, I’ll talk all about how the Selenium project works, who is involved, how you—yes, you!—can get involved, and we’ll get a sneak peek at what’s new in Selenium 4. I've been speaking about this off and on for a while, but now the 4.0 release is looming I wanted to start sharing in more depth.

Socrates preached, “To know thyself is the beginning of wisdom.” This ancient Greek anecdote applies to your modern Apache Kafka project: developers, go forth and load test your real-time application to understand the capacity and limitations of your project before deployment. Failure to do so will cost you time and money (e.g. Robinhood’s outage on a historic trading day). Load testing your real-time applications has three main objectives.

With exponential growth in remote working, teams are struggling with collaboration and maintaining visibility. Sound familiar? In this blog we’ll explore how to keep track of your testing activity and team’s progress in Jira, and how TM4J – Test Management for Jira can help identify common problem areas so proper measures can be taken.