A tool for domain-independent model mutation
Abstract:
Mutation is a systematic technique to create variants of a seed artefact by means of mutation operators. It has many applications in computer science, like software testing, automatic exercise generation and design space exploration. Typically, mutation frameworks are developed ad-hoc by implementing mutation operators and their application strategies from scratch, using general-purpose programming languages. However, this is costly and error-prone. To improve this situation, we propose WODEL: a domain-specific language and tool for model-based mutation that is independent of the domain meta-model. WODELenables the rapid development and application of model mutations. It provides built-in advanced functionalities like automatic generation of seed models, and static and dynamic metrics of operator coverage and applicability. It offers extension points, e.g., to post-process mutants and describe domain-specific equivalence criteria. As an example, we illustrate the usage of WODEL for the mutation of security policies, and present an empirical evaluation of its expressiveness.
Año de publicación:
2018
Keywords:
- model mutation
- Domain-Specific Languages
- Model synthesis
- Mutation footprint
- model-driven engineering
Fuente:

Tipo de documento:
Article
Estado:
Acceso abierto
Áreas de conocimiento:
- Ingeniería de software
- Software
Áreas temáticas:
- Programación informática, programas, datos, seguridad