Embedding domain-specific modelling languages in maude specifications

Rusu, Vlad

doi:10.1145/1921532.1921557

Cited by 10 publications

(4 citation statements)

References 16 publications

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“…Reference [4] verifies behavioral properties of a model with Petri Nets and can give a counterexample if a property (assertion) fails. A formal approach is proposed by [34] to define and analyze domain-specific modeling languages (DSML). It represents DSML metamodels and their conforming models as a Maude specification [35].…”

Section: Related Workmentioning

confidence: 99%

Typing Requirement Model as Coroutines

Gu,

2024

IEEE Access

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Model-Driven Engineering (MDE) is a technique that aims to boost productivity in software development and ensure the safety of critical systems. Central to MDE is the refinement of high-level requirement models into executable code. Given that requirement models form the foundation of the entire development process, ensuring their correctness is crucial. RM2PT is a widely used MDE platform that employs the REModel language for requirement modeling. REModel contains contract sections and other sections including a UML sequence diagram. This paper contributes a coroutine-based type system that represents pre-and post-conditions in the contract sections in a requirement model as the receiving and yielding parts of coroutines, respectively. The type system is capable of composing coroutine types, so that users can view functions as a whole system and check their collective behavior. By doing so, our type system ensures that the contracts defined in it are executed as outlined in the accompanied sequence diagram. We assessed our approach using four case studies provided by RM2PT, validating the accuracy of the models.INDEX TERMS coroutine, model-driven engineering, static analysis, type system.

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Section: Related Workmentioning

confidence: 99%

Typing Requirement Model as Coroutines

Gu,

2024

IEEE Access

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“…On notera le langage Maude (Clavel et al, 1996), qui fournit des services orientés objet pouvant être utilisés pour implémenter des métamodèles et des modèles. Son utilisation a été expérimentée par plusieurs équipes de recherche (Romero et al, 2007 ;Boronat, Meseguer, 2009 ;Rusu, 2011) et implémentée par exemple dans le projet Moment 8 . Comme Tom-EMF, Moment rend interopérable l'environnement de spécification algébriques Maude avec l'espace technologique EMF.…”

Section: Travail Connexeunclassified

Une approche hybride GPL-DSL pour transformer des modèles

Bach¹

2014

Techniques et sciences informatiques

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L'ingénierie des modèles (IDM) plaide en faveur des transformations de modèles afin d'automatiser au maximum le développement logiciel et sa vérification. Entre approches opérationnelles et relationnelles, à base de langages dédiés ou généralistes, de nombreux outils de transformation de modèles existent dans le domaine. Pour faciliter et accélérer le développement logiciel basé sur les transformations de modèles, tout en assurant la qualité du logiciel, nous proposons une méthode ainsi qu'un langage associé et de l'outillage dédié. Notre approche se situe à la frontière des langages généralistes et des langages dédiés afin de pouvoir bénéficier du meilleur des deux mondes pour une qualité logicielle accrue. Elle s'appuie sur l'usage du langage Tom, qui est une extension de langages généralistes. Notre proposition permet d'écrire des transformations modulaires, dont le code est réutilisable, et qui sont traçables. ABSTRACT. Model Driven Engineering (MDE) advocates the use of model transformations in order to automate software development and its verification. Between operational and relational approaches, based on general purpose or domain specific languages, many models transformations tools have been developed. To ease and to speed up software development based on models transformations, we propose a method, an associated language and dedicated tooling. Our approach aims to bridge the gap between general purpose languages and domain specific ones in order to take benefit from both of the two worlds, increasing software quality. Our approach uses the Tom language which is a shallow extension of general purpose languages. Our proposal allows to write modular transformations whose code is reusable, and which are traceable.

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“…Several other approaches [11][12][13] use the Maude algebraic and rewritingbased formal specification language [9]. In these approaches, model transformations (in particular, dsml operational semantics) can only be specified in a declarative manner, by mapping them to Maude equations/rewrite rules.…”

Section: Conclusion Related and Future Workmentioning

confidence: 99%

Formal Verification of Object-Oriented Software

Beckert¹,

Damiani²,

Gurov³

2012

Lecture Notes in Computer Science

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We propose a formal approach for the definition of domainspecific modelling languages (dsmls). The approach uses basic Model-Driven Engineering artifacts for defining a dsml's syntax (using metamodels) and its operational semantics (using model transformations). We give formal meanings to these artifacts by mapping them to the K semantic framework. Since the K definitions are executable, one obtains an execution engine for dsmls and gains acces to K's formal analysis tools. We illustrate the approach on xspem, a language for describing the execution of tasks constrained by time, precedence, and resources.

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Embedding domain-specific modelling languages in maude specifications

Cited by 10 publications

References 16 publications

Typing Requirement Model as Coroutines

Typing Requirement Model as Coroutines

Une approche hybride GPL-DSL pour transformer des modèles

Formal Verification of Object-Oriented Software

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