Creation and Validation of Embedded Assertion Statecharts

D. Drusinsky, M. Shing, K. Demir
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引用次数: 19

Abstract

This paper addresses the need to integrate formal assertions into the modeling, implementation, and testing of statechart based designs. The paper describes an iterative process for the development and verification of statechart prototype models augmented with statechart assertions using the StateRover tool. The novel aspects of the proposed process include (1) writing formal specifications using statechart assertions, (2) JUnit-based simulation and validation of statechart assertions, (3) JUnit-based simulation and testing of statechart prototype models augmented with statechart assertions, (4) automatic, JUnit-based, white-box testing of statechart prototypes augmented with statechart assertions, and (5) spiral adjustment of model and specification using the test results. We demonstrate the proposed process with a prototype of a safety-critical computer assisted resuscitation algorithm (CARA) software for a casualty intravenous fluid infusion pump
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嵌入式断言状态图的创建和验证
本文解决了将正式断言集成到基于状态图的设计的建模、实现和测试中的需求。本文描述了使用StateRover工具开发和验证带有状态图断言的状态图原型模型的迭代过程。提出的流程的新颖方面包括(1)使用状态图断言编写正式规范,(2)基于junit的状态图断言模拟和验证,(3)使用状态图断言增强的状态图原型模型的基于junit的模拟和测试,(4)使用状态图断言增强的状态图原型的基于junit的自动白盒测试,以及(5)使用测试结果对模型和规范进行螺旋调整。我们用一个用于伤员静脉输液泵的安全关键计算机辅助复苏算法(CARA)软件的原型演示了所提出的过程
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