Concolic testing has been studied for years in the field of imperative programming. However, we can only find a very few cases where this technique is applied to other paradigms, like logic programming. This master thesis aims at presenting a full method to apply both concrete and symbolic execution in parallel on Prolog programs. Our approach is based on a new definition of path coverage, specific to logic programming and called ”choice coverage”. This criteria was defined for the first time by Mesnard et al. (2015). We also introduce a prototype implementation of our algorithm.
| Date of Award | 17 Jun 2019 |
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| Original language | English |
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| Awarding Institution | |
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| Supervisor | Wim Vanhoof (Supervisor) |
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SAT-Based Concolic Testing in Prolog
Fortz, S. (Author). 17 Jun 2019
Student thesis: Master types › Master in Computer Science Professional focus in Software engineering