Site Search
Software testing is a critical phase in software development that ensures high-quality, reliable software. It involves a comprehensive range of activities to evaluate every aspect of a software product, from unit testing to continuous testing. By identifying and addressing issues early on, software testing helps to deliver software that meets user expectations and functions seamlessly. This not only benefits users but also fosters innovation and trust in technology.
One tool that has come a long way in simplifying testing efforts through automation technology is Selenium. Read more to learn the benefits of web automation testing and why Selenium can be the ultimate choice for a solution that can aid the web automation testing processes for organizations of different sizes and industries.
Adopting a machine learning-driven self-healing technique in test automation can prevent flaky tests, reduce test failures, and save time on code maintenance. Self-healing is one of the essential factors for successfully performing continuous testing in the DevOps model.
In life and in test automation, a lot of things change as you mature—the challenges you face, the types of failures you experience, and the best ways to solve them. Let’s skip the “life lessons” and focus on the test automation angle here
Continuous testing shortens feedback loops through automated testing that occurs throughout the development lifecycle—hence "continuous." Testing and QA become the responsibility of everyone working on the software, not just testers. Let's look at some proven practices from organizations that have used continuous testing effectively to realize tangible benefits.
Most organizations understand that test automation is essential for modern application delivery processes. They’re just not sure how to make it a reality in an enterprise environment without exorbitant overhead and massive disruption. Enterprise organizations typically achieve small victories, but the process ultimately decays due to challenges in five main areas. Understanding these challenges will help us overcome them.
How can mature companies with complex systems achieve the level of test automation that modern delivery schedules and processes demand? There are four strategies that have helped many organizations finally break through the test automation barrier: Simplify automation across the technology stack, end the test maintenance nightmare, shift to API testing, and choose the right tools for your needs.
“AIOps” stands for “artificial intelligence in IT operations,” or using machine learning and data science to solve IT problems. AI can help with many IT functions, including detecting and remediating outages, monitoring availability and performance, and IT service management. Like with DevOps, a tester plays an important part with AIOps—they just have to determine what that is.
DevOps does speed up your processes and make them more efficient, but companies must focus on quality as well as speed. QA should not live outside the DevOps environment; it should be a fundamental part. If your DevOps ambitions have started with only the development and operations teams, it’s not too late to loop in testing. You must integrate QA into the lifecycle in order to truly achieve DevOps benefits.
With 2020 upon us, software development firms seeking to increase their agility are focusing more and more on aligning their testing approach with agile principles. Let’s look at seven of the key agile testing trends that will impact organizations most this year.
Teams everywhere are looking to speed up testing without sacrificing quality, so once again, some of the top articles last year were about continuous integration, machine learning, and—of course—how to best implement and use test automation. But readers were also interested in what they shouldn't be doing, with two high-ranking articles about test practices we should stop and a tool you may be misusing.
Testers gather lots of metrics about defect count, test case execution classification, and test velocity—but this information doesn't necessarily answer questions around product quality or how much money test efforts have saved. Testers can better deliver business value by combining test automation with regression analysis, and using visual analytics tools to process the data and see what patterns emerge.
Even though jumping onto the agile bandwagon is tempting for businesses, it is not always easy, and a transition to agile is likely to come with a slew of challenges for testing in particular. In order for agile to enable delivery of quality products at speed, testing has to begin much earlier in the process than ever before. Enabling certain practices will help your organization achieve a more successful transition to agile testing.
Faster DevOps processes also create new challenges. It was difficult enough to add security into a traditional waterfall software development lifecycle with monthly or quarterly releases, but now software updates are released several times a day! What can developers do to build and maintain more secure applications? Here are some ways to encourage better security practices throughout the DevOps lifecycle.
Continuous testing means all your tests are executing all the time, providing continuous feedback into the quality and health of your applications. In order to achieve continuous testing, you must first adopt the right test automation strategy. Understanding how to bring in all different types of test automation practices as efficiently as possible enables you to get started down the path of continuous testing.