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Third International Software Metrics Symposium (METRICS'96)
Inheritance Graph Assessment Using Metrics
Berlin, GERMANY
March 25-March 26
ISBN: 0-8186-7364-8
Jean Mayrand, Quality Engineering and Research, Bell Canada jmayrand@qc.bell.ca
Francois Guay, Quality Engineering and Research, Bell Canada jmayrand@qc.bell.ca
Ettore M. Merlo, DGEGI Department of Electrical and Computer Engineering Ecole Polytechnique
This paper presents a new method integrated in Bell Canada software acquisition process to assess software. This paper is focused on the assessment of the understandability of the inheritance graph of object oriented software. The method is based on metrics and graphical illustration of the inheritance graph. A technique to decompose the inheritance graph of an object oriented software into sub-graphs using metrics is described. Metrics are also used to identify complex sub-graphs. On the selected graphs, a technique to improve the understandability of the graphical illustration representing the inheritance graph is also described. This technique is based on extracting the main tree on the inheritance graph. A C++ case study containing 1080 classes is presented on which this assessment method was applied.
Index Terms:
Object Oriented Metrics, Inheritance Graph, Software Assessment
Citation:
Jean Mayrand, Francois Guay, Ettore M. Merlo, "Inheritance Graph Assessment Using Metrics," metrics, pp.54, Third International Software Metrics Symposium (METRICS'96), 1996
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