Run-time evolution for embedded component-oriented systems

Yves Vandewoude, Y. Berbers
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引用次数: 24

Abstract

This position paper describes ongoing work in which the Java-based SEESCOA component system is extended with functionality for run-time evolution. First, an assessment is made of the state-of-the-art in dynamic updating, and the applicability of existing systems for dynamic updating is examined. Then a new approach is presented, in which the concept of ports is used to redirect messages between components. The problem of class-file reloading in the JVM is avoided by modification of the classes at load-time to include version information. The predictability requirement of embedded systems is assured by updating all component instances at once.
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嵌入式面向组件系统的运行时演化
这份意见书描述了正在进行的工作,在这些工作中,基于java的SEESCOA组件系统被扩展为运行时演化的功能。首先,对动态更新技术进行了评价,并对现有系统在动态更新方面的适用性进行了考察。然后提出了一种新的方法,该方法使用端口的概念在组件之间重定向消息。通过在加载时修改类以包含版本信息,可以避免JVM中类文件重新加载的问题。通过一次更新所有组件实例来保证嵌入式系统的可预测性需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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