![]() ![]() To simplify it, test traceability points to which test case verifies which piece of application functionality. Great! There’s nothing difficult here, but this is where test traceability starts. All you need to do is look at the login test case and go through its test steps to find out. Now let’s ask another simple question: Does the login functionality work? The answer is, again, simple. Currently, a user must enter a valid username and password combination in order to access the application. Let’s assume that our application has a login screen that takes user input and validates that the user can have access to the application. The Basics of Test Traceabilityįor demonstration purposes, I’ll use a very simple example. In this post, we’ll explore what test traceability is and why it is important. But how do we develop a testing strategy? Well, being able to trace requirements to test cases forms the basis of a testing strategy. So, testing proves that our application works properly. Testing is the only way to verify that the application works as expected.” If we put that in software development terms, we say, “We test in order to ensure that the application meets its requirements or specifications.” Based on this simple answer, we build useful test cases that cover our application’s functionality. Why test software? This question is so fundamental to software development that all of us would answer, “It’s simple.
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