2011Unpublished venueRequires access

Bringing semantics to feature models with SAFMDL

Ebrahim Bagheri, Mohsen Asadi, Faezeh Ensan, Dragan Gašević, Bardia Mohabbati

Open publisher page 5 citations

Abstract

Abstract � Software product line engineering is a paradigm that advocates the reusability of software engineering assets and the rapid development of new applications for a target domain. These objectives are achieved by capturing the commonalities and variabilities between the applications of a target domain and through the development of comprehensive and variability-covering domain models. The domain models developed within the software product line development process need to cover all of the possible features and aspects of the target domain. In other words, the domain models often described using feature models should be elaborate representations of the feature space of that domain. In order to operationalize featurebased representations of a software application, appropriate implementation mechanisms need to be employed. In this paper, we propose a Semantic Web-oriented language, called Semantic Annotations for Feature Modeling Description Language (SAFMDL) that provides the means to semantically describe feature models. We will show that using SAFMDL along with Semantic Web Query techniques, we are able to bridge the gap between software product lines and SOA

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What this paper is about

Abstract � Software product line engineering is a paradigm that advocates the reusability of software engineering assets and the rapid development of new applications for a target domain. These objectives are achieved by capturing the commonalities and variabilities between the applications of a target domain and through the development of comprehensive and variability-covering domain models. The domain models developed within the software product line development process need to cover all of the possible features and aspects of the target domain. In other words, the domain models often described using feature models should be elaborate representations of the feature space of that domain. In order to operationalize featurebased representations of a software application, appropriate implementation mechanisms need to be employed. In this paper, we propose a Semantic Web-oriented language, called Semantic Annotations for Feature Modeling Description Language (SAFMDL) that provides the means to semantically describe feature models. We will show that using SAFMDL along with Semantic Web Query techniques, we are able to bridge the gap between software product lines and SOA

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Available abstract

Abstract � Software product line engineering is a paradigm that advocates the reusability of software engineering assets and the rapid development of new applications for a target domain. These objectives are achieved by capturing the commonalities and variabilities between the applications of a target domain and through the development of comprehensive and variability-covering domain models. The domain models developed within the software product line development process need to cover all of the possible features and aspects of the target domain. In other words, the domain models often described using feature models should be elaborate representations of the feature space of that domain. In order to operationalize featurebased representations of a software application, appropriate implementation mechanisms need to be employed. In this paper, we propose a Semantic Web-oriented language, called Semantic Annotations for Feature Modeling Description Language (SAFMDL) that provides the means to semantically describe feature models. We will show that using SAFMDL along with Semantic Web Query techniques, we are able to bridge the gap between software product lines and SOA

Key concepts: Domain engineering, Computer science, Software product line, Feature-oriented domain analysis, Feature model, Domain analysis, Software engineering, Domain (mathematical analysis)

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