A Formal Object-Oriented Analysis for Software Reliability: Design for Verification
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This paper presents an approach to model checking softwaresystem designs specified in xUML [3, 9], an executablesubset of UML. This approach is enabled by theexecution semantics of xUML and is based on automatictranslation from xUML to S/R [2], the input language ofthe COSPAN [2] model checker. Model transformations areapplied to reduce the state space of the resulting S/R modelthat is to be verified by COSPAN. An xUML level logic forspecifying properties to be checked is defined. Automatedsupport is provided for translating properties specified inthe logic to S/R representations and mapping error tracesgenerated by COSPAN to xUML representations.