Supporting program comprehension using dominance trees
Annals of Software Engineering
A System for Generating Reverse Engineering Tools: A Case Study of Software Modularisation
Automated Software Engineering
Initial recommendations for improving maintenance strategy
Systems engineering for business process change
Moral Dominance Relations for Program Comprehension
IEEE Transactions on Software Engineering
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This paper describes the process of code scavenging for reuse. In particular, we consider enriching program comprehension for the identification and integration of reuse components by information abstraction and the use of graphical representations. The requirements of good reuse candidates are described, and then a description of a process of identifying and preparing for their reengineering into reuse units is given. In particular, we describe two main activities: the identification of units; and the definition of the units user interface. Initially, the identification of reusable units applies some of the methods from RE2 but is extended with the use of graph simplification procedures. The identification process is based on the calling structure of the code. Secondly, data analysis is performed on the identified reuse candidates. The data analysis process provides an indication of the potential use of the component and the effort required to make the candidate reusable.This paper provides examples and results from a number of case studies which have been used to evaluate this work. Our work relies heavily on there being communication between technical and non-technical staff. We achieve this through the use of graphical representation and thus results are displayed graphically where applicable.