EventPorts: preventing legacy componentware

A. Lauder, S. Kent
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引用次数: 11

Abstract

In our work with legacy information systems, we have found two prevalent anti-patterns-tight coupling and code pollution-which, if not addressed in replacement systems, could result in today's new systems simply becoming tomorrow's new legacy system. Tight coupling results from Explicit Invocation across collaborating components. Code pollution results from implicit (rather than explicit) reflection of time-ordered collaboration protocols. These anti-patterns diminish component maintainability, flexibility, and reusability. In response, we propose a synthesis of Implicit Invocation (which reduces tight coupling) and Statecharts (which reflect collaboration protocols directly). The paper describes the development of EventPorts, which realize this synthesis and thus encapsulate a novel and promising component collaboration technology.
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EventPorts:防止遗留组件
在遗留信息系统的工作中,我们发现了两种流行的反模式——紧密耦合和代码污染——如果在替换系统中不加以解决,可能会导致今天的新系统简单地变成明天的新遗留系统。紧密耦合源于跨协作组件的显式调用。代码污染源于对时间顺序协作协议的隐式(而不是显式)反映。这些反模式降低了组件的可维护性、灵活性和可重用性。作为回应,我们提出了隐式调用(它减少了紧密耦合)和Statecharts(它直接反映了协作协议)的综合。本文描述了EventPorts的发展,它实现了这种综合,从而封装了一种新颖而有前途的组件协作技术。
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EventPorts: preventing legacy componentware Options for expressing ODP enterprise communities and their policies by using UML Using the UML language to express the ODP enterprise concepts Formalising ODP enterprise policies Custom vs. off-the-shelf architecture
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