Performance-driven softwAre moDel Refactoring framEwork (PADRE)

Installation instructions

OVERVIEW

Our framework deals with UML models made of the following diagrams: a Component Diagram that describes the software components and their Interfaces/Operations; a Deployment Diagram that describes the allocation of artifacts, corresponding to components, on platform nodes; a Use Case Diagram that describes the actors and the use cases that they can execute; a number of Sequence Diagrams, one for each use case, that describe the system behavior in terms of interactions among components.

WEBSITE

TBD

DOWNLOAD

Official Github repository: https://github.com/SEALABQualityGroup/padre

INSTALLATION

1. Download Eclipse Modelling Tool: https://www.eclipse.org/downloads/eclipse-packages/
2. Installing the following EPSILON plugins from its Update Site (http://download.eclipse.org/epsilon/1.3/updates/):
   • core
   • development tools
   • EMF integration
   • GMF integration
   • UML integration
3. Cloning PADRE from https://github.com/SEALABQualityGroup/padre.git
4. Import in eclipse PADRE projects
5. Create a running configuration for UML in:
   • EVL
     • Select an EVL file (e.g. padre/it.spe.disim.epsilon.antipattern_d-s/evl/AP-UML-MARTE.evl)
     • Give a name (e.g. BGCS)
     • Select a model from workspace (e.g. padre/it.spe.disim.epsilon.antipattern_d-s/model/uml/BGCS/BGCS.uml)
     • Select only this metamodels:
       • UML standar profile
       • UML
       • Ecore
   • EPL
     • Select an EPL file (e.g. padre/it.spe.disim.epsilon.antipattern_d-s/epl/AP-UML-MARTE.epl)
     • Give a name (e.g. BGCS)
     • Select a model from workspace (e.g. padre/it.spe.disim.epsilon.antipattern_d-s/model/uml/BGCS/BGCS.uml)
     • Select only this metamodels:
       • UML standar profile
       • UML
       • Ecore
   • EWL
     1. Add new EMF/GMF wizard (from Eclipse preferences -> epsilon -> EMF/GMF wizards)
     2. Select an EWL files from workspace (e.g. padre/it.spe.disim.epsilon.antipattern_d-s/ewl/AP-UML-MARTE.ewl)
     3. Select the UML namespace uri (http://www.eclipse.org/uml2/5.0.0/UML)
6. enjoy :-)

SYSTEM REQUIREMENTS

• MacOS Sierra (10.12.06);
• Eclipse Oxygen Modelling Tools with the following plugins in place:
  • Epsilon 1.3,
  • Papyrus (any)
    • Papyrus MARTE profile (dowloaded from http://download.eclipse.org/modeling/mdt/papyrus/updates/releases/neon)

RELEASE NOTES

Latest Release: 1.0.0

Review Description:

This release provides several major features:

• supports several performance antipattern detection and removal
  • Blob, Pipe and Filter, Extensive Processing, Concurrent Processing Systems, Empty Semi Truck, Tower of Babel

LICENSE

Eclipse Public License - v 1.0 (see http://www.eclipse.org/org/documents/epl-v10.php)

DEVELOPER RESOURCES

Source Repositories: https://github.com/SEALABQualityGroup/padre.git
Clone:

• ssh: git@github.com:SEALABQualityGroup/padre.git
• https: https://github.com/SEALABQualityGroup/padre.git

You can use the code from these repositories to experiment, test, build, and create patches, issue pull requests.

SUPPORT

We currently support:

• email: daniele.dipompeo@graduate.univaq.it (please take care to use [PADRE SUPPORT] as object
• issues on github.com

Getting started guidelines

EXAMPLES

We provide an example UML project that is a UML model representation of a Botanical Garden Control System (BGCS).
It is stored in padre/it.spe.disim.epsilon.antipattern_d-s/model/uml/BGCS/BGCS.uml.
It is already filled with performance indices, and it is ready to use for a dummy execution.

Additional information

Research publications:

• Arcelli, Davide, Vittorio Cortellessa, and Daniele Di Pompeo. “Performance-driven software model refactoring.” Information and Software Technology (2017).
• Arcelli, Davide, Vittorio Cortellessa, and Daniele Di Pompeo. “Automated translation among EPSILON languages for performance-driven UML software model refactoring.” Proceedings of the 1st International Workshop on Software Refactoring. ACM, 2016.
• Arcelli, Davide, Vittorio Cortellessa, and Daniele Di Pompeo. “Towards a Unifying Approach for Performance-Driven Software Model Refactoring.” GEMOC+ MPM@ MoDELS. 2015.