2002Unpublished venueRequires access

Simulating the behaviour of software modules by trace rewriting

Yunkun Wang, D.L. Parnas

Open publisher page 5 citations

Abstract

The trace assertion method is a module interface specification method based on the finite state machine model. To support this method, the authors plan to develop a specification simulation tool, a trace simulator, that symbolically interprets trace assertions of trace specifications and simulates the externally observable behavior of the modules specified. They first present the trace assertion method. Then trace rewriting systems are formally defined, and it is shown that trace rewriting, a technique similar to term rewriting, can be applied to implement trace simulation.>

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What this paper is about

The trace assertion method is a module interface specification method based on the finite state machine model. To support this method, the authors plan to develop a specification simulation tool, a trace simulator, that symbolically interprets trace assertions of trace specifications and simulates the externally observable behavior of the modules specified. They first present the trace assertion method. Then trace rewriting systems are formally defined, and it is shown that trace rewriting, a technique similar to term rewriting, can be applied to implement trace simulation.>

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The trace assertion method is a module interface specification method based on the finite state machine model. To support this method, the authors plan to develop a specification simulation tool, a trace simulator, that symbolically interprets trace assertions of trace specifications and simulates the externally observable behavior of the modules specified. They first present the trace assertion method. Then trace rewriting systems are formally defined, and it is shown that trace rewriting, a technique similar to term rewriting, can be applied to implement trace simulation.>

Key concepts: TRACE (psycholinguistics), Rewriting, Computer science, Assertion, Programming language, Term (time), Theoretical computer science, Physics

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