This paper demonstrates the use of an integrated toolset for program understanding. By leveraging the unique capabilities of individual tools, and exploiting their power in combination, the resultant toolset is able to facilitate specific reverse engineering tasks that would otherwise be difficult or impossible. This is illustrated by applying the integrated toolset to several typical reverse engineering scenarios, including code localization, data flow analysis, pattern matching, system clustering, and visualization, using a mid-size production program as the reference system
Corporations face mounting maintenance and re-engineering costs for large legacy systems. Evolving o...
Much of the work on developing program transformation systems has concentrated on sys-tems to assist...
Managing software maintenance projects is difficult. A manager typically has to deal with a backlog ...
In order to administrate program systems better, to adapt applications to new business proccesses or...
Understanding and maintaining large software systems is a complex and time-consuming yet inevitable ...
As the 20th century draws to a close, software has become one of the major driving forces in busines...
Abstract. While programming is modeling the reality, reverse engineering is concerned with recoverin...
Reverse engineering involves extracting high-level information from existing code. Reverse engineeri...
The paper presents a case study in the development of software modularisation tools. The tools are p...
understanding complex software systems during maintenance, reengineering, or rearchitecting. The fun...
Reverse engineering is the process of reconstructing high-level design information from lower-level...
This paper describes some early results of a three-year project to develop an integrated toolset for...
This paper has proposed a technique for program understanding using granularity-based recognition. T...
The number of real-time computer systems in which embedded software has been used has dramatically i...
Reverse engineering is the process of discovering a model of a software system by analyzing its stru...
Corporations face mounting maintenance and re-engineering costs for large legacy systems. Evolving o...
Much of the work on developing program transformation systems has concentrated on sys-tems to assist...
Managing software maintenance projects is difficult. A manager typically has to deal with a backlog ...
In order to administrate program systems better, to adapt applications to new business proccesses or...
Understanding and maintaining large software systems is a complex and time-consuming yet inevitable ...
As the 20th century draws to a close, software has become one of the major driving forces in busines...
Abstract. While programming is modeling the reality, reverse engineering is concerned with recoverin...
Reverse engineering involves extracting high-level information from existing code. Reverse engineeri...
The paper presents a case study in the development of software modularisation tools. The tools are p...
understanding complex software systems during maintenance, reengineering, or rearchitecting. The fun...
Reverse engineering is the process of reconstructing high-level design information from lower-level...
This paper describes some early results of a three-year project to develop an integrated toolset for...
This paper has proposed a technique for program understanding using granularity-based recognition. T...
The number of real-time computer systems in which embedded software has been used has dramatically i...
Reverse engineering is the process of discovering a model of a software system by analyzing its stru...
Corporations face mounting maintenance and re-engineering costs for large legacy systems. Evolving o...
Much of the work on developing program transformation systems has concentrated on sys-tems to assist...
Managing software maintenance projects is difficult. A manager typically has to deal with a backlog ...