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  Smoke testing is a preliminary testing approach in software development, where a basic set of tests is executed to ensure that the critical functionalities of a software application are working correctly. This type of testing acts as a gatekeeper, determining whether a build is stable enough to proceed with more in-depth testing processes. Often referred to as "build verification testing," smoke testing helps identify major issues early in the development cycle, saving time and resources. What is Smoke Testing? Smoke testing in software testing a shallow and wide approach to testing. It involves running a small number of tests on the most important features of the application. The primary goal is not to find detailed bugs but to ensure that the core functionalities are operational. If the software fails these basic tests, it's considered "unstable," and further testing is halted until the issues are resolved. The term "smoke testing" originate...

  Imagine running a Python project without a requirements.txt file. Just as you rely on these checks to ensure everything runs fine, smoke tests are performed to confirm that your code is ready for the next phase. Let's dive into the world of smoke testing now! What is Smoke Testing Smoke testing, often referred to as a "sanity check" in software development, is a preliminary testing process that ensures the core functionalities of a new build or update are working correctly. Smoke tests assess whether the essential functionalities of an application or system are operating correctly. For instance: Does the software launch without issues? Can the user successfully log in? Are the primary features available and functional? Key Functions of Smoke Testing: Verifying Build Stability: Smoke tests confirm that the software build is stable and that there are no major issues that would prevent further testing. Detecting Showstopper Bugs: The primary goal is to identify critical ...