To reduce the manual effort of assessing potential affected program parts during software evolution, we develop a tool, called Celadon, which automates the change impact analysis for AspectJ programs. Celadon is implemented in the context of the Eclipse environment and designed as a plugin. It analyzes the source code of two As-pectJ software versions, and decomposes their differences into a set of atomic changes together with their dependence relationships. The analysis result is reported in terms of impacted program parts and affected tests. For each affected test, Celadon also identifies a subset of affecting changes that are responsible for the test’s behav-ior change. In particular, as one of its applications, Celadon helps facilitate ...
As programs evolve, newly added functionality sometimes does no longer align with the original desig...
Change is inevitable for software systems to deal with the evolving environment surrounding them, an...
The source code of a software system is in constant change. The impact of these changes spreads out ...
To reduce the manual effort of assessing potential affected program parts during software evolution,...
Change impact analysis is a useful technique for soft-ware evolution. It determines the effects of a...
This paper reports on the design and implementation of Chianti, a change impact analysis tool for Ja...
As Aspect-Oriented Programming (AOP) wins more and more pop-ularity, there is increasing interest in...
Small changes can have major and nonlocal effects in object oriented languages, due to the extensive...
Change is inevitable in software development. During the entire lifecycle of a software system, from...
Aspect-oriented programming (AOP) is gaining popu-larity with the wider adoption of languages such a...
Software evolution analysis permits developers and researchers to analyze software sys-tems. It allo...
Small changes can have major and nonlocal effects in object oriented languages, due to the extensive...
Abstract—This research extends an existing source code change taxonomy that was designed to analyze ...
Accepting too many software change requests could contribute to expense and delay in project deliver...
Crisp is a tool (i.e., an Eclipse plug-in) for constructing intermediate versions of a Java program ...
As programs evolve, newly added functionality sometimes does no longer align with the original desig...
Change is inevitable for software systems to deal with the evolving environment surrounding them, an...
The source code of a software system is in constant change. The impact of these changes spreads out ...
To reduce the manual effort of assessing potential affected program parts during software evolution,...
Change impact analysis is a useful technique for soft-ware evolution. It determines the effects of a...
This paper reports on the design and implementation of Chianti, a change impact analysis tool for Ja...
As Aspect-Oriented Programming (AOP) wins more and more pop-ularity, there is increasing interest in...
Small changes can have major and nonlocal effects in object oriented languages, due to the extensive...
Change is inevitable in software development. During the entire lifecycle of a software system, from...
Aspect-oriented programming (AOP) is gaining popu-larity with the wider adoption of languages such a...
Software evolution analysis permits developers and researchers to analyze software sys-tems. It allo...
Small changes can have major and nonlocal effects in object oriented languages, due to the extensive...
Abstract—This research extends an existing source code change taxonomy that was designed to analyze ...
Accepting too many software change requests could contribute to expense and delay in project deliver...
Crisp is a tool (i.e., an Eclipse plug-in) for constructing intermediate versions of a Java program ...
As programs evolve, newly added functionality sometimes does no longer align with the original desig...
Change is inevitable for software systems to deal with the evolving environment surrounding them, an...
The source code of a software system is in constant change. The impact of these changes spreads out ...