Recovering architectural documentation from code is crucial to maintaining and reengineering software systems. Reverse engineering and program understanding approaches are often limited by the fact that (1) they propose a fixed set of predefined views and (2) they consider either purely static or purely dynamic views of the application. In this paper we present an environment supporting the generation of tailorable views of object-oriented systems from both static and dynamic information. Our approach is based on the combination of user-defined queries which allow an engineer to create high-level abstractions and to produce views using these abstractions
Within object-oriented systems there are different meaningful dependencies between different objects...
The reverse engineering of object-oriented legacy systems presents a number of problems typically en...
Numerous classes, complex inheritance and containment hierarchies, and diverse patterns of dynamic i...
Recovering architectural documentation from code is crucial to maintaining and reengineering softwar...
The reality of software development is such that engineers must often perform maintenance tasks with...
Understanding software artefacts is a crucial task for people who want to participate in any softwar...
The maintenance, reengineering, and evolution of object-oriented software systems has become a vital...
The maintenance, reengineering, and evolution of object-oriented software systems has become a vital...
The maintenance, reengineering, and evolution of object-oriented software systems has become a vital...
Information about a software system’s execution can help a developer with many tasks, including soft...
Gaining an understanding of software systems is an impor-tant discipline in many software engineerin...
Most approaches for recovering objects from procedural code are exclusively based on static informat...
AbstractWell-integrated development tools, allowing automatic code generation from visual representa...
Recently, reverse engineering (RE) is becoming one of the essential engineering trends for software ...
Object-oriented programming improves the reusability of software components. Extensive reuse of exis...
Within object-oriented systems there are different meaningful dependencies between different objects...
The reverse engineering of object-oriented legacy systems presents a number of problems typically en...
Numerous classes, complex inheritance and containment hierarchies, and diverse patterns of dynamic i...
Recovering architectural documentation from code is crucial to maintaining and reengineering softwar...
The reality of software development is such that engineers must often perform maintenance tasks with...
Understanding software artefacts is a crucial task for people who want to participate in any softwar...
The maintenance, reengineering, and evolution of object-oriented software systems has become a vital...
The maintenance, reengineering, and evolution of object-oriented software systems has become a vital...
The maintenance, reengineering, and evolution of object-oriented software systems has become a vital...
Information about a software system’s execution can help a developer with many tasks, including soft...
Gaining an understanding of software systems is an impor-tant discipline in many software engineerin...
Most approaches for recovering objects from procedural code are exclusively based on static informat...
AbstractWell-integrated development tools, allowing automatic code generation from visual representa...
Recently, reverse engineering (RE) is becoming one of the essential engineering trends for software ...
Object-oriented programming improves the reusability of software components. Extensive reuse of exis...
Within object-oriented systems there are different meaningful dependencies between different objects...
The reverse engineering of object-oriented legacy systems presents a number of problems typically en...
Numerous classes, complex inheritance and containment hierarchies, and diverse patterns of dynamic i...