Automatic Adaptation of Transformations Based on Type Graph with Multiplicity

Quyet-Thang Pham, A. Beugnard
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引用次数: 2

Abstract

Identical domain concepts reified in different metamodelling projects may be named, represented and connected differently. It turns out that a transformation defined for a particular metamodel cannot be directly used for another metamodel. To tackle this problem, we propose a process for automatically adapting legacy transformations. Such a transformation is adapted to the new metamodel that has a slightly different representation in comparison with the original one, while the transformation intention is preserved. To this end, we first introduce a Domain Specific Language (DSL) that allows users to describe the intended correspondences between elements of two metamodels. Then we provide an adaptation engine using these user-defined correspondences to adapt the transformation automatically. We also propose a graph-based typing relation that enables safe adaptations. Our approach has been prototyped with MOMENT2 and can be used with any framework based on the same graph transformation paradigm.
基于具有多重性的类型图的自动适应变换
不同元模型项目中重新定义的相同领域概念,其命名、表示和连接方式可能不同。事实证明,为特定元模型定义的转换不能直接用于另一个元模型。为了解决这个问题,我们提出了一种自动调整遗留转换的方法。新元模型的表示方法与原始元模型略有不同,而转换意图却得以保留。为此,我们首先引入了一种领域专用语言(DSL),允许用户描述两个元模型元素之间的预期对应关系。然后,我们提供一个适应引擎,利用这些用户定义的对应关系来自动适应转换。我们还提出了一种基于图的类型关系,可实现安全的适配。我们的方法已在 MOMENT2 中进行了原型验证,并可用于任何基于相同图转换范式的框架。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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