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Difference between revisions of "Henshin"
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[[Image:Henshin_small.png|200px|right|Henshin logo]] | [[Image:Henshin_small.png|200px|right|Henshin logo]] | ||
| − | + | '''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 | + | *Support for endogenous as well as [[Henshin Trace Model|exogenous]] transformations |
| − | *Natural treatment and efficient in-place execution of endogenous transformations | + | *Natural treatment and efficient [[Henshin Interpreter|in-place execution]] of endogenous transformations |
*[[Henshin Transformation Meta-Model|Meta-model]] and [[Henshin Graphical Editor|graphical syntax]] for transformations | *[[Henshin Transformation Meta-Model|Meta-model]] and [[Henshin Graphical Editor|graphical syntax]] for transformations | ||
*[[Henshin Statespace Explorer|State space analysis]] for verification | *[[Henshin Statespace Explorer|State space analysis]] for verification | ||
| + | *Support for [[Henshin Code Generator for Giraph|massive parallel rule execution]] using Apache Giraph | ||
| − | + | === Resources === | |
| − | + | ||
| + | * [http://www.eclipse.org/modeling/emft/henshin Official website] | ||
=== Screenshots === | === Screenshots === | ||
Revision as of 10:10, 13 June 2014
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
- Meta-model and graphical syntax for transformations
- State space analysis for verification
- Support for massive parallel rule execution using Apache Giraph
Resources
Screenshots
