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Proving inter-program properties

10/2008;

ABSTRACT We develop foundations for proving properties relating two programs. Our formalization is based on a suitably adapted notion of program invariant for a single program. First, we give an abstract formulation of the theory of program invariants based on the notion of assertion function: a function that assigns assertions to program points. Then, we develop this abstract notion further so that it can be used to prove properties between two programs. We describe two applications of the theory. One application is in the translation validation for optimiz-ing compilers, and the other application is in the certification of smart-card application in the framework of Common Criteria. The latter application is part of an industrial project con-ducted at Verimag laboratory.

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    ABSTRACT: This paper describes the certification of smart-card applications in the framework of Common Criteria. In this framework, a smart-card application is represented by a model of its specification, a functional specification describing an input-output relationship, a low-level design, and implementation code. The certification process consists of the following tasks: (1) prove that the model, the functional specification, the low-level design, and the code satisfy security properties in the smart-card application's specification, and (2) prove that there is a representation correspondence between each two consecutive representations. For each task, a certificate or a collection of certificates are needed to certify the accomplishment of the task. All representations of a smart-card application are essentially programs and the representation correspondences are properties relating two programs. We show that a theory of program properties can be applied to the certification process. The theory provides foundations for describing and proving properties of a single program and properties relating two programs. The theory provides a notion of certificate that is essential to the certification process.
    Fundamental Approaches to Software Engineering, 12th International Conference, FASE 2009, Held as Part of the Joint European Conferences on Theory and Practice of Software, ETAPS 2009, York, UK, March 22-29, 2009. Proceedings; 01/2009

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