Framework-specific modeling language
Today, in this article, we are going to talk about Framework-specific modeling language. Framework-specific modeling language is a topic that has sparked the interest and curiosity of many people over the years. Whether for its relevance in today's society, its impact on history, its potential for the future, or simply for its emotional value, Framework-specific modeling language is a topic that deserves to be analyzed and discussed. Throughout this article, we will explore different aspects of Framework-specific modeling language, from its origin and evolution to its influence on various areas of life. We hope this reading is informative and enriching for all those seeking a greater understanding of Framework-specific modeling language.
A framework-specific modeling language[1] (FSML) is a kind of domain-specific modeling language which is designed for an object-oriented application framework.
FSMLs define framework-provided abstractions as FSML concepts and decompose the abstractions into features. The features represent implementation steps or choices.
A FSML concept can be configured by selecting features and providing values for features. Such a concept configuration represents how the concept should be implemented in the code. In other words, concept configuration describes how the framework should be completed in order to create the implementation of the concept.
Applications
FSMLs are used in model-driven development for creating models or specifications of software to be built. FSMLs enable
- the creation of the models from the framework completion code (that is, automated reverse engineering)
- the creation of the framework completion code from the models (that is, automated forward engineering)
- code verification through constraint checking on the model
- automated round-trip engineering
Examples
Eclipse Workbench Part Interaction FSML [2] [3]
An example FSML for modeling Eclipse Parts (that is, editors and views) and Part Interactions (for example listens to parts, requires adapter, provides selection). The prototype implementation supports automated round-trip engineering of Eclipse plug-ins that implement workbench parts and part interactions.
See also
- General-purpose modeling (GPM)
- Model-driven engineering (MDE)
- Domain-specific language (DSL)
- Model-driven architecture (MDA)
- Meta-Object Facility (MOF)
References
- ^ M. Antkiewicz, K. Czarnecki. Framework-Specific Modeling Languages with Round-Trip Engineering. In O. Nierstrasz, J. Whittle, D. Harel, G. Reggio, editors, MoDELS 2006 - Model Driven Engineering Languages and Systems, 9th International Conference, Genoa, Italy, October 2006.
- ^ M. Antkiewicz, K. Czarnecki. Eclipse Workbench Part Interaction FSML. Technical Report 2006-09, Electrical & Computer Engineering, University of Waterloo, 2006.
- ^ M. Antkiewicz. Round-Trip Engineering of Eclipse Plug-Ins Using Eclipse Workbench Part Interaction FSML. In OOPSLA'06 Companion, OOPSLA, Portland, Oregon, USA, Oct 22-26, 2006.