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Software architecture recovery and re-documentation tool of a Hospital Information System

机译:医院信息系统的软件体系结构恢​​复和重新记录工具

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摘要

The fact that the maintenance cost occupies almost two-thirds of the total cost for a software system is reported repeatedly in research literatures. The high cost of software maintenance can be attributed to some common maintenance problems such as outdated software documents and obscured software architecture. This paper proposes a method undertaken by a medical center located in southern Taiwan to recover software architecture and rebuild documentation of its Hospital Information System. The architecture and documentation will serve as the foundation of migrating applications from legacy HIS systems to a component-based architecture. Our research starts with defining maintenance-oriented software architecture by studying system documents and interviewing experienced software analysts. The architectural information is then complemented by analyzing source code to address the incorrect system document issues. The recovered architectural information is stored into a repository in a top-down fashion. As we reconstruct the architecture, software developers need to provide additional descriptions to complete the documentation. A software architecture management system is developed to assist software developers in querying and maintaining software system documentation. The recovered architectural information could be used to evaluate change impacts, to extract activities of specific function such as database access and program linking, to discover relationship between user roles and functional items, and to estimate maintenance cost in the future.
机译:研究文献反复报道了维护成本几乎占软件系统总成本的三分之二的事实。软件维护的高成本可以归因于一些常见的维护问题,例如过时的软件文档和模糊的软件体系结构。本文提出了一种由台湾南部的医疗中心采取的方法,用于恢复软件体系结构并重建其医院信息系统的文档。该体系结构和文档将作为从旧版HIS系统迁移到基于组件的体系结构的基础。我们的研究首先通过研究系统文档和采访经验丰富的软件分析师来定义面向维护的软件体系结构。然后,通过分析源代码来补充体系结构信息,以解决不正确的系统文档问题。恢复的体系结构信息以自顶向下的方式存储在存储库中。在我们重建体系结构时,软件开发人员需要提供其他说明以完成文档。开发了软件体系结构管理系统,以帮助软件开发人员查询和维护软件系统文档。恢复的体系结构信息可用于评估变更影响,提取特定功能的活动(例如数据库访问和程序链接),发现用户角色和功能项之间的关系以及估计未来的维护成本。

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