ISTQB guide? When you hear the term “software testing,” do you think about one particular type of test — such as functional testing or regression testing — or do you immediately start visualizing the complex, interconnected web of test types and techniques that comprise the broad world of software testing? Still, it’s not a simple matter of running a few tests and getting the green light. There’s a process to thorough software testing, which entails writing appropriate test cases, ensuring that you’re covering the right features and functions, addressing user experience concerns, deciding what to automate and what to test manually, and so forth.
What metrics do you want? The one size fits all approach just doesn’t work for collecting metrics. It depends on so many factors and unless you are using a Test Management Tool of some description you are unlikely to have all the stats you need at hand. As a starting point you need to understand what the key factors are that mean most to you. Do you have a drop dead date for your projects? Do you need your requirements to be exact? Do you need your estimation to be near perfect? Once you work out what is critical to you and your organisation, start collecting the metrics for this. Focus the collected metrics around your key factors and this will help you get what you need without creating a significant overhead in collecting all other metrics.
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The ‘what if’ should become the leading question of the software research. On the other hand, if you had a bug in the accounting software that caused all of the data to become corrupted every 1,000th time the data was saved, that would have a huge impact but at a very low frequency. The reason I define software testing in this way is that — as any tester will tell you — you can never find all the bugs or defects in a piece of software and you can never test every possible input into the software (for any non-trivial application). Think outside of the box. More and more often we have to deal with assuring quality of various IoT developments. They require testers to become real users for some time and try the most unthinkable scenarios. What we recommend is to start thinking out of the box.
Isolation software testing advice for today : With people working remotely, the overall environment will be less efficient, and/or collaborative. So it necessarily means that certain tasks may be less efficient and other task may be more efficient. When working from home, developers will have more time to code without being interrupted in meetings, but will have less time to clarify requirements, ask questions or hear what other team members are doing on the code that might help them (see tip 8 about requirements clarity). So now is a good time to shift to tasks that previously you didn’t have time for. Instead of doing some complex scenario tests that require you to talk to three other people, maybe it’s time to get some robust non-flaky regression tests in place. Use automation tools to improve both your automated testing and/or tasks in your DevOps pipeline. That tricky deployment process that has 5 manual steps that you have had on your personal to-do list for months? Maybe now is the time to write the code to automate it. Find a few extra info at cania-consulting.com.