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Program Models for Compositional Verification

机译:成分验证程序模型

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Compositional verification is crucial for guaranteeing the security of systems where new components can be loaded dynamically.In earlier work, we developed a compositional verification principle for control-flow properties of sequential control flow graphs with procedures.This paper discusses how the principle can be generalised to richer program models. We first present a generic program model, of which the original program model is an instantiation, and explicate under what conditions the compositional verification principle applies. We then present two other example instantiations of the generic model: with exceptional and with multi-threaded control flow, and show that for these particular instantiations the conditions hold. The program models we present are specifically tailored to our compositional verification principle; however, they are sufficiently intuitive and standard to be useful on their own. Tool support and practical application of the method are discussed.
机译:组成验证对于保证可以动态加载新组件的系统的安全性至关重要。在早期的工作中,我们针对具有顺序的控制流程图的控制流属性开发了组成验证原理,并讨论了如何概括该原理。到更丰富的程序模型。我们首先介绍一个通用程序模型,其中原始程序模型是一个实例,并说明在什么条件下应用成分验证原理。然后,我们给出泛型模型的另外两个示例实例:具有异常控制和多线程控制流,并说明对于这些特定实例,条件成立。我们提供的程序模型是根据我们的成分验证原则专门定制的;但是,它们足够直观和标准,因此可以单独使用。讨论了该方法的工具支持和实际应用。

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