Test-suite reduction (TSR) speeds up regression testing by removing redundant tests from the test suite, thus running fewer tests in the future builds.

Test-suite reduction (TSR) speeds up regression testing by removing redundant tests from the test suite, thus running fewer tests in the future builds. To ...

This first extensive study of TSR is performed using real test failures in (failed) builds that occurred for real code changes, and finds that FBDL can be ...

Evaluating Test-Suite Reduction in Real Software Evolution. August Shi, Alex Gyori, Suleman Mahmood,. Peiyuan Zhao, Darko Marinov. ISSTA 2018. Amsterdam ...

Test-suite reduction (TSR) speeds up regression testing by removing redundant tests from the test suite, thus running fewer tests in the future builds.

Test-suite reduction (TSR) speeds up regression testing by removing redundant tests from the test suite, running fewer tests on the future code changes.

Test-suite reduction (TSR) speeds up regression testing by removing redundant tests from the test suite, thus running fewer tests in the future builds.

, Evaluating test-suite reduction in real software evolution ;; Tip, Frank, author. ;, ISBN: 1-4503-5699-0; DOI: 10.1145/3213846.3213875 ;, Proceedings of the ...

Abstract—As test suites grow larger during software evolution, regression testing becomes expensive. To reduce the cost of regression testing, test-suite ...

Evaluating test-suite reduction in real software evolution. https://doi.org ... Comparing and Combining Test-Suite Reduction and Regression Test Selection.