This paper presents a novel method referred as fault coverage-based test suite optimization
(FCBTSO) for regression test suite optimization. FCBTSO is proposed based on Harrolds …

Software testing takes up the major part of the build time, which hinders developers' ability to
promptly identify and fix problems. Test parallelization is an effective means to speed up test …

Mutation testing is a well-established approach for evaluating test-suite quality by modifying
code using syntax-changing (and potentially semantics-changing) transformations, called …

Web applications undergo frequent changes. These changes can be due to the addition of
new features or the modification of existing features to support customer requests or to patch …

The aim of testing based fault localization (TBFL) involves improving the efficiency of
program debugging by providing developers with a guide of ranked list of suspicious …

Computer Science course instructors routinely have to create comprehensive test suites to
assess programming assignments. The creation of such test suites is typically not trivial as it …

Regression testing is an activity that ensures software quality as new features develop and
needs to be conducted during software development. Practically, regression test suites have …

Software engineers get questions of “how much testing is enough” on a regular basis.
Existing approaches in software testing management employ experience-, risk-, or value …

The availability of effective test suites is critical for the development and maintenance of
reliable software systems. To increase test effectiveness, software developers tend to …

Regression testing is widely studied in the literature, although most research on the topic is
concerned with improving specific sub-challenges of a wider goal. Test suite orchestration …