Title :
ABAT: An Approach for Building Maintainable Automated Functional Software Tests
Author :
Kalinowski, Marcos ; Teixeira, Hugo Vidal ; van Oppen, P.J.H.
Author_Institution :
Bennett Methodist Univ. of Rio de Janeiro, Rio de Janeiro
Abstract :
Most software is deterministic and thus, given a starting state and a fixed set of inputs, it will produce the same output every time those inputs are applied. This allows many functional software tests to be specified in a procedural way with usually few reasoning involved in their execution. As a result, automation becomes desirable and important in this context. However, many times product evolution enforces changes to automated tests in order for them to continue working properly. This highlights the importance of automated test maintainability. This paper presents a component based approach in use at Sakonnet Technology for developing automated functional software tests that focuses on the relationship between the tests and its target product to address maintainability issues.
Keywords :
program testing; ABAT; Sakonnet Technology; maintainable automated functional software tests; product evolution; Automatic testing; Automation; Computer science; Life testing; Programming; Quality assurance; Software maintenance; Software performance; Software testing; System testing; Automated Functional Testing; Component Based Software Development.; Maintenance of Automated Tests;
Conference_Titel :
Chilean Society of Computer Science, 2007. SCCC '07. XXVI International Conference of the
Conference_Location :
Iquique
Print_ISBN :
978-0-7695-3017-8
DOI :
10.1109/SCCC.2007.10