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Title

Formal Development and Validation of the DSGamma System Based on CO-OPN/2 and Coordinated Atomic Actions

Authors
Guelfi, Nicolas
Romanovsky, Alexander
Zorzo, Avelino
Publication Lausanne: Software Engineering Laboratory, Swiss Federal Institute of Technology, 1998
Description 24 p.
Abstract The rapid expansion of Java programs into software market is often not supported by a proper development methodology. Here, we present a formal development methodology well-suited for Java dependable distributed applications. It is based on the stepwise refinement of model-oriented formal specifications, and enables validation of the obtained system wrt the client's requirements. Three refinement steps have been identified in the case of fault-tolerant distributed applications: first, starting from informal requirements, an initial formal specification is derived. It does not depend on implementation constraints and provides a centralized solution, second, dependability and distribution constraints are integrated; third, the Java implementation is realised. The CO-OPN/2 language is used to express specifications formally; and the dependability and distribution design is based on the Coordinated Atomic action concept. The methodology and the three refinement steps are presented through a very simple fault-tolerant distributed Java application.
Keywords Structuring complex concurrent systemsCO-OPN/2Formal developmentStepwise refinementDesign for validationCoordinated atomic actionsJava
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DI MARZO SERUGENDO, Giovanna et al. Formal Development and Validation of the DSGamma System Based on CO-OPN/2 and Coordinated Atomic Actions. 1998 https://archive-ouverte.unige.ch/unige:55426

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