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A knowledge based maintenance of large scale legacy system: METASOFT

机译:基于知识的大规模遗留系统维护:Metasoft

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The maintenance of legacy systems is a continuous problem in the field of software maintenance. To assist in the maintenance of legacy systems, we have represented the legacy systems and the maintenance requirement in a compatible manner so that the maintenance requirement can be a clue for identifying the relevant program clauses and data items in the data base. For this purpose, a maintenance component is represented by the maintenance mode, property and key words. The corresponding information about the program's clauses is extracted from the source code of the legacy program by the reverse engineering. The maintenance point identification algorithm -MPI algorithm - proposed in this research is theoretically complete and relatively efficient, and is proved so empirically. Using this approach, the system METASOFT has been developed for Korea Electric Power Corporation which uses the COBOL programs and IMS database. It turns out that the system is well accepted by the users.
机译:传统系统的维护是软件维护领域的持续问题。为了协助维护遗留系统,我们以兼容的方式代表了遗留系统和维护要求,以便维护要求可以是用于识别数据库中相关的程序条款和数据项的线索。为此目的,维护组件由维护模式,属性和关键词表示。通过逆向工程从传统程序的源代码中提取有关程序的子句的相应信息。维护点识别算法-MPI算法 - 在本研究中提出的是理论上完整且相对较高,并且经验本证明。使用这种方法,系统Metasoft已为韩国电力公司开发,该公司使用COBOL程序和IMS数据库。事实证明,该系统由用户很好地接受。

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