Title page for ETD etd-04272001-114038


Type of Document Master's Thesis
Author Ramasubbu, Surendranath
Author's Email Address suren@vt.edu
URN etd-04272001-114038
Title Reverse Software Engineering Large Object Oriented Software Systems using the UML Notation
Degree Master of Science
Department Electrical and Computer Engineering
Advisory Committee
Advisor Name Title
Kachroo, Pushkin Committee Chair
Abbott, A. Lynn Committee Member
Ravindran, Binoy Committee Member
Vinson, Mark W. Committee Member
Keywords
  • Software Engineering
  • Design Recovery
  • Program Comprehension
  • Reverse Engineering
  • Unified Modeling Language
  • Re-engineering
Date of Defense 2001-04-26
Availability unrestricted
Abstract
A common problem experienced by the software engineering community traditionally has been that of understanding legacy code. A decade ago, legacy code was used to refer to programs written in COBOL, typically for large mainframe systems. However, current software developers predominantly use Object Oriented languages like C++ and Java. The belief prevalent among software developers and object philosophers that comprehending object-oriented software will be relatively easier has turned out to be a myth. Tomorrow's legacy code is being written today, since object oriented programs are even more complex and difficult to comprehend, unless rigorously documented. Reverse Engineering is a methodology that greatly reduces the time, effort and complexity involved in solving the program comprehension problem.

This thesis deals with Reverse Engineering complex object oriented software and the experiences with a sample case study. Extensive survey of literature and contemporary research on reverse engineering and program comprehension was undertaken as part of this thesis work. An Energy Information System (EIS) application created by a leading energy service provider and one that is being used extensively in the real world was chosen as a case study. Reverse engineering this industry strength Java application necessitated the definition of a formal process. An intuitive Reverse Engineering Process (REP) was defined and used for the reverse engineering effort. The learning experiences gained from this case study are discussed in this thesis.

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