2011Unpublished venueRequires access

AODVis

Jeffrey W. Koch, Sunil Bohra, Rohit Goel, Sonali Pagade, Kendra Cooper

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Abstract

AspectJ reverse engineering and visualization remains a challenge at the architectural and design levels, with fewer tools available for reverse engineers compared to other languages such as Java. As part of our AODVis (Aspect-Oriented Development Visualization) framework, we are developing Eclipse plugins to reverse-engineer and visualize AspectJ projects as 3D UML-based detailed design, architecture, and analysis level models.

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What this paper is about

AspectJ reverse engineering and visualization remains a challenge at the architectural and design levels, with fewer tools available for reverse engineers compared to other languages such as Java. As part of our AODVis (Aspect-Oriented Development Visualization) framework, we are developing Eclipse plugins to reverse-engineer and visualize AspectJ projects as 3D UML-based detailed design, architecture, and analysis level models.

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Available abstract

AspectJ reverse engineering and visualization remains a challenge at the architectural and design levels, with fewer tools available for reverse engineers compared to other languages such as Java. As part of our AODVis (Aspect-Oriented Development Visualization) framework, we are developing Eclipse plugins to reverse-engineer and visualize AspectJ projects as 3D UML-based detailed design, architecture, and analysis level models.

Key concepts: AspectJ, Computer science, Plug-in, Java, Unified Modeling Language, Software engineering, Reverse engineering, Visualization

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