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5 Ways to Optimize Tests for Continuous Integration Many teams have existing automated test suites that are not included in a continuous integration program. Maybe the tests take too long to execute, or they are not reliable enough to give accurate results. Here’s how to assess your test suites in terms of value added and time to execute, along with five proven strategies to optimize those suites for CI.
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5 Things That Will Impact the Future of Software Testing From the way we look at software, evaluate risks, think about complexity, design our test approach and strategy, and help to release a stable product to the customer, technology has had an influence on how we test software. And that influence will only continue as technology advances. On a high level, here are five key things we’re already seeing that are going to shape the future of software testing.
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Lessons Learned in Testing CRM Software CRM systems manage a company’s business relationships, including customers’ data, information, and interactions, so there’s a lot that can—and should—be tested. Viktar Sachuk talks about his experience in testing CRMs to provide some tips for dealing with the trickiest parts of CRM testing, specifically focusing on some preparatory measures, functional testing, integration testing, and test automation.
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For Sustainable Test Automation, Look beyond the Surface When it comes to achieving sustainable test automation, having an appropriate test automation team structure in place is the most important first step to take. This article has some proven practices for a few different test automation adoption scenarios—led by an automation team or a regression team, and with agile adaptations—that have helped organizations enjoy long-term test automation success.
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Solving Production Issues Using Testing Tools Standard web-monitoring tools can ping webpages and verify that they’re responding, but they don’t alert you to an issue. But you can use the technology in load testing to monitor your sites by running an interactive script that can detect issues and generate emails as needed. It runs constantly like a silent sentry, never sleeping or taking a vacation, improving your sites' reliability.
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Top 10 StickyMinds Articles of 2017 With the rise of technology like AI and practices like DevOps, teams everywhere are looking for ways to speed up testing without sacrificing quality. The articles in 2017 reflect that, with the most popular topics being test automation, testing machine learning systems, next-generation exercises, and the future of software testing. If you're looking for cutting-edge testing techniques, check out this roundup.
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Complex, Critical Software System Testing: When Automation Is the Only Option While some testers are unfamiliar with test execution automation, the growing trend into automation necessitates new skills for manual testers. Project test teams need to become aware of this trend, as automation represents not only business opportunities, but also increased quality and fewer risks in complex, safety-critical, and mission-dependent projects.
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The Value of Test-Driven Development when Writing Changeable Code Writing changeable code makes it easier and more cost-effective to add features to existing software. Writing changeable code doesn’t take longer, but it does require paying attention to certain things when building a system. It's important to have a good suite of unit tests that support refactoring code when needed, and test-driven development helps you create independently testable code.
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Lessons Learned Testing Angular Applications AngularJS is a framework used for organization of JavaScript code in highly interactive web and mobile applications. What does that mean from a testing perspective? Here's what should be in your test strategy when you’re testing Angular applications, including what might give you difficulty and how you can mitigate challenges.
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Using Test Automation Timeouts as Performance Alarms In automated testing, one of the challenges to developing consistent and stable tests is loading and rendering time and latencies. This plays a larger role for web applications or other network dependent applications, especially with user interface automation. But you can design tests so that timeouts can be used to measure the performance of the application and service while testing the functionality.
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