Rodin Workshop 2009

Rodin User and Developer Workshop July 15-17 2009

While much of the continued development and use of Rodin takes place within the DEPLOY Project, there is a growing group of users and plug-in developers outside of DEPLOY. In July 2009, DEPLOY organised a workshop at the University of Southampton to bring together existing and potential users and developers of the Rodin toolset and to foster a broader community of Rodin users and developers. For Rodin users the workshop provided an opportunity to share tool experiences and to gain an understanding of on-going tool developments. For plug-in developers the workshop provided an opportunity to showcase their tools and to achieve better coordination of tool development effort. Moving towards an open source development project will mean that features that cannot be resourced from within the project can be developed outside the project. It will also help to guarantee the longer-term future of the Rodin platform. This report contains the abstracts of the presentations at the workshop on 16 and 17 July 2009. The workshop was preceded by a tutorial for Rodin Plug-in developers on 15 July.

We would like to acknowledge the support of the School of Electronics and Computer Science at the University of Southampton (especially the organisational work of Maggie Bond), the DEPLOY project and additional government funding.

Organisers

Michael Butler, University of Southampton

Stefan Hallerstede, Heinrich-Heine-Universität Düsseldorf

Laurent Voisin, Systerel

Slides from presentations are available from the links below

Wednesday 15 July

Laurent Voisin and Stefan Hallerstede, Rodin Plug-in Development Tutorial

Thursday 16 July

• Michael Butler, Introduction

• Ken Robinson, System Modelling and Design: Refining Software Engineering

• Jean-Raymond Abrial, Doing Mathematics with the Rodin Platform

• Stephen Wright, Experiences with a Quite Big Event-B Model

• John Colley, On Proving with Event-B that a Pipelined Processor Model Implements its ISA Specification

• Fangfang Yuan, Quantitative Design Decisions Measurement using Formal Method

• Kriangsak Damchoom and Michael Butler, An Experiment in Applying Event-B and Rodin to a Flash-Based Filestore

• Philipp Ruemmer, A Theory of Finite Sets, Lists, and Maps for the SMT-Lib Standard

• Matthias Schmalz, Better automated theorem proving in Event-B

• Issam Maamria, Proposal for an extensible rule-based prover for Event-B

• Gudmund Grov, A Proposal for a Rodin Proof Planner & Reasoned Modelling Plug-in

• Jens Bendisposto, Using and Extending ProB

• Ilya Lopatkin, Towards the SAL plugin for the Rodin platform

• Kenneth Lausdahl and Miguel Ferreira, An Overview of Overture

• Michael Butler, Roadmap for the Rodin Tool

Friday 17 July

• Aryldo G Russo, Formal Methods Outside the Mother Land

• Maria Teresa Llano, System Evolution via Animation and Reasoning

• Atif Mashkoor, BRANIMATION

• Fredrik Degerlund and Richard Grönblom, A Framework for Code Generation and Scheduling of Event-B Models

• Andy Edmunds, Code Generation from Event-B - Using an Intermediate Specification

• Alexei Iliasov, On Event-B and Control Flow

• Michael Jastram, Requirements Traceability

• Joris Rehm, LORIA, A Rodin plugin for quantitative timed models

• Renato Silva, Composition, Renaming and Generic Instantiation in Event-B Development

• Abderrahman Matoussi, Expressing KAOS Goal Refinement Patterns with Event-B

• Eduardo Mazza, A tool for specifying and validating software responsibility

• Mar Yah Said, Language and Tool Support for Class and State Machine Refinement in UML-B

• Colin Snook, An EMF Framework for Event-B

• James Sharp, Using CSP Refusal Specifications to Ensure Event-B Refinement