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Demeter: A CASE study of software growth through parameterized classes (1988)
| Venue: | the 10th International Conference on Software Engineering |
| Citations: | 26 - 18 self |
BibTeX
@INPROCEEDINGS{Lieberherr88demeter:a,
author = {Karl J. Lieberherr and Arthur J. Riel},
title = {Demeter: A CASE study of software growth through parameterized classes},
booktitle = {the 10th International Conference on Software Engineering},
year = {1988},
pages = {254--264},
publisher = {IEEE Press}
}
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Abstract
Copyright c○1988 Karl Lieberherr The Demeter T M system is a CASE (Computer-Aided Software Engineering) tool designed for the development of large software projects using a new software design methodology which focuses on growing rather than building software. We describe the software development process as one of growth and evolution as opposed to building and rebuilding because most complex objects in the real world are grown and not built. Since software design is obviously a complex process this new paradigm may be helpful in unraveling some of the problems associated with current software design practices. Demeter begins by providing an ideal environment for the sprouting and nuturing of a seed (class dictionary) into a plant (large scale software project). In addition, through the combined use of object-oriented programming technology, and parameterized classes, Demeter provides a facility for the reuse of software which was developed in previous software projects. A short form of this paper was published in [LR88].
Keyphrases
software growth case study large scale software project new software design methodology new paradigm complex object ideal environment short form software development process previous software project object-oriented programming technology class dictionary computer-aided software engineering karl lieberherr large software project software design current software design practice complex process real world parameterized class demeter system
