An approach for constructing component-based software systems with dynamic adaptability using LEAD++

N. Amano, T. Watanabe
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引用次数: 5

Abstract

A software system has dynamic adaptability if it can adapt itself to dynamically changing runtime environments. This means that such a software system can change its own behavior depending on states of runtime environments in flexible way. We have proposed a software model with dynamic adoptability named DAS and its description language LEAD++. The DAS model is a reflective software model, and LEAD++ is an object-oriented reflective language based on Java. In this work, we apply our model to component-based software systems, and introduce dynamic adaptability into them by using LEAD++. The basic approaches are to change dynamically: the structure of component composition; and the inside behavior of each component, depending on the states of runtime environments.
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一种利用lead++构建具有动态适应性的构件软件系统的方法
如果软件系统能够适应动态变化的运行时环境,那么它就具有动态适应性。这意味着这样的软件系统可以灵活地根据运行时环境的状态改变自己的行为。提出了一种动态可采用的软件模型DAS及其描述语言lead++。DAS模型是一种反射软件模型,lead++是一种基于Java的面向对象反射语言。本文将该模型应用于基于组件的软件系统,并利用lead++将动态适应性引入其中。其基本方法是动态变化:构件组成结构的动态变化;以及每个组件的内部行为,这取决于运行时环境的状态。
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