Let’s forget theory for a moment, and concentrate on the real world test automation. I’ve interviewed over 60 testers and developers on my TestTalks podcast. In this presentation you will discover seven of the most common themes/best practices taken from my guests as well as my own automation experiences. Find out what it takes to succeed with automation awesomeness with actionable advice you can apply right away to your own test automation projects.
There is nothing worse than building right the wrong software. Acceptance testing is the activity that allows the customer to validate that the delivered software meets their needs and specifications. If acceptance testing play an important role in validating software delivery, it can also cause some issues as Toby Weston explains it in his book “Essential Acceptance Testing”.
Static analysis tools have the potential to significantly improve programmer productivity as well as the safety, reliability and efficiency of the code they write. Modern static analysis has moved well beyond the mental model people often have based on “lint”: just finding simple typos. Static analysis can find subtle, complex bugs early, identify opportunities to improve performance, encourage consistent style and appropriate usage of libraries and APIs.
Even the best planned software quality assurance (QA) process can meet issues when implemented and needs to be changed. In this article, Richard Ellison proposes a process to review your assumptions and improve the implementation of your software testing activities.
Software robots, such as Monkey can be used to test Android applications without much manual effort. There are several such tools proposed in academia whose goal is to automatically generate test input to drive Android applications.
Rules have disappeared in the version 5 of the JUnit open source Java testing tools. The release 5 of JUnit is still in alpha status. In this article, Herrmann Rüdiger explores what it would take to transform existing rules to the new concept so that they could run natively on JUnit 5.
The promise of end-to-end (E2E) software testing — complex, real-world test scenarios from the point of view of and end user — is appealing. Many attempts have been made over the years at automating large parts of the software testing and release processes, yet most of these efforts ended up in bitter and hard learned lessons about the inherent challenges of the whole approach.
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