Build Verification Testing checklist

October 14, 2016

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Introduction to Build Verification Test:

Build verification testing is aimed at verifying whether the application being developed is eligible for further testing or not.

Build verification testing is also known as build acceptance testing. The purpose of this testing process is to ensure that each new build of the software application meets the requisite criteria of delivering the core functionality that is expected from the application. It is very important to integrate new modules to see if the interactions among them are effective. There could be few instances where improper module integration may lead to failure. Thus it becomes an imperative factor to conduct an efficient build test to ensure that it generates the expected results.

Another term used for build verification testing is smoke test. The idea is to test each build of an application by implementing regression test cases to track bugs, if any.

Let us now have a look at the checklist that needs to be prepared in order to execute the process of build verification test effortlessly.

Build Verification Testing Checklist:

• The build verification test cases must cover all the major functionalities of the software.
• Sufficient amount of time should be dedicated while writing the build verification tests.
• Build Verification Tests should be stable, not for rejecting but accepting the builds based on the intended core functionalities.
• Positive scenarios and valid input data should kept into consideration while designing build verification test for intended functioning of the build. No negative scenarios should be involved.
• Automation eases the task of testing much simpler, thus BVT test process should also be automated as much as possible.
• Tests conducted on each new build must be tracked in the form of a report.
• The report must be analysed to see if there exists any defect in the application and the same must be conveyed to the development team.
• If we encounter any defect, the same must be analysed to find out the root cause of such occurrence.
• Post fixing defects, test cases should be run in order to ascertain that the defects does not occur again.