This paper introduces the Species per Path approach to search-based software test data generation. The approach transforms the program under test into a version in which multiple paths to the search target are factored out. Test data are then sought for each individual path by dedicated 'species' operating in parallel. The factoring out of paths results in several individual search landscapes, with feasible paths giving rise to landscapes that are potentially more conducive to test data discovery than the original overall landscape. The paper presents the results of two empirical studies that validate and verify the approach. The validation study supports the claim that the approach is widely applicable and practical. The verification study shows that it is possible to generate test data for targets with the approach that are troublesome for the standard evolutionary method.
The species per path approach to SearchBased test data generation
Tonella, Paolo
2006-01-01
Abstract
This paper introduces the Species per Path approach to search-based software test data generation. The approach transforms the program under test into a version in which multiple paths to the search target are factored out. Test data are then sought for each individual path by dedicated 'species' operating in parallel. The factoring out of paths results in several individual search landscapes, with feasible paths giving rise to landscapes that are potentially more conducive to test data discovery than the original overall landscape. The paper presents the results of two empirical studies that validate and verify the approach. The validation study supports the claim that the approach is widely applicable and practical. The verification study shows that it is possible to generate test data for targets with the approach that are troublesome for the standard evolutionary method.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
