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Converting Specifications in a Subset of Object-Z to Skeletal Spec# Code for both Static and Dynamic Analysis
2008
Journal of Object Technology
Preserved Fulltext
Construction of correctness is an essential issue for the implementation of a reliable software system. Formal methods based verification techniques provide programmers various ways to reason their program correctness through mathematically supported static analysis and dynamic analysis. In this paper, we introduce a tool that converts formal specifications in a subset of Object-Z to skeletal Spec# code with assertions. This tool aims at facilitating the refinement from formal specifications to
doi:10.5381/jot.2008.7.8.a6
fatcat:fp3lgqa7m5dpbktgpee7cfkedi