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Difference between revisions of "Henshin"

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[http://www.eclipse.org/modeling/emft/henshin Henshin] is an in-place model transformation language for the Eclipse Modeling Framework ([[EMF]]). It supports direct transformations of EMF model instances (endogenous transformations), as well as generating instances of a target language from given instances of a source language (exogenous transformations). Its main features are:
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[http://www.eclipse.org/modeling/emft/henshin Henshin] is an in-place model transformation language for the Eclipse Modeling Framework ([[EMF]]). It supports direct transformations of EMF model instances (endogenous transformations), as well as generating instances of a target language from given instances of a source language (exogenous transformations). Its main features are:  
* Support for endogenous as well as exogenous transformations
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* Natural treatment and efficient in-place execution of endogenous transformations
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* Graphical syntax
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* Support for static analysis of transformations
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*Support for endogenous as well as exogenous transformations
== Getting started ==
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*Natural treatment and efficient in-place execution of endogenous transformations
 
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*[http://wiki.eclipse.org/Henshin_Transformation_Rules Graphical syntax] for transformations
* Check out the [[Henshin FAQ]] page.
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*Support for verification of transformations using [http://wiki.eclipse.org/Henshin_Statespace_Explorer state space analysis]

Revision as of 04:49, 8 November 2010

Henshin is an in-place model transformation language for the Eclipse Modeling Framework (EMF). It supports direct transformations of EMF model instances (endogenous transformations), as well as generating instances of a target language from given instances of a source language (exogenous transformations). Its main features are:

  • Support for endogenous as well as exogenous transformations
  • Natural treatment and efficient in-place execution of endogenous transformations
  • Graphical syntax for transformations
  • Support for verification of transformations using state space analysis