Today, UI test automation is one of the most popular topics encountered during test automation discussions. In order to accomplish any UI test automation task effectively, framework usage is strongly suggested. When building up a test automation framework, variety of models and tools can be used.

As the software testers, many of us have some familiarity with test automation tools. Some of us may have used them for a long period, some of us may have played with them a little only, or have heard about their names, without even knowing their functionality.

Software test automation has a very important place today. Over time, manual tests have started to give way to test automation to a large extent. This does not mean that manual testing is losing its importance. While some test scenarios are suitable for automation, some scenarios must be tested manually.

ontext-Driven Testing is an approach that aims to get the best results with what we have, apart from the usual test techniques and standards.

Testing is the most crucial phase among other software development processes. Being a crucial step for delivering high quality applications, it helps software teams to have a relatively different point of view for the product they develop.

This post is about basic test algorithms for complex hardware that contains RAMs, flashes, bootloaders and processors and I will try to briefly explain the purpose, working and testing principles of them.

There are three main high level test documentation, which I came across all through my career in software testing.

Cloud testing is a new approach of software testing, which simplify infrastructure set up, reduces expensive hardware and software costs and effort consumption. Cloud testing can be thought as “alternative to the traditional software testing process”.

Technology is growing as fast as world population. The swiftness of technological advancements are affecting every human being on this planet.