Execution patterns are a new metaphor for visualizing execution traces of object-oriented programs. We present an execution pattern view that lets a programmer visualize and explore a program’s execution at varied levels of abstraction. The view employs visual, navigational, and analytical techniques that accommodate lengthy, real-world traces. By classifying repetitive behavior automatically into high-order execution patterns, we drastically reduce the information a programmer must assimilate, with little loss of insight.
Over the past 30 years, researchers have developed a large variety of semantic models of object-orie...
Various program analysis techniques are efficient at discovering failures and properties. However, i...
We provide an explicit, consistent, execution model for OO programs, specifically Java, together wit...
The dynamic behavior of object-oriented programs is difficult to design, implement, and modify. Unde...
Numerous classes, complex inheritance and containment hierarchies, and diverse patterns of dynamic i...
Implementing, validating, modifying, or reengineering an object-oriented system requires an understa...
Understanding the dynamic behavior of a software system is one of the most important and time-consum...
Abstract—In this New Ideas and Emerging Results paper, we present a novel visualization, THE BRAIN, ...
Object-oriented software is designed by introducing classes and their relationships. When software i...
We need to understand the impact of side effects whenever changing complex object-oriented software ...
Object-oriented software is designed by introducing classes and their relationships. When software i...
Object-oriented software is designed by introducing classes and their relationships. When software i...
Object-oriented software is designed by introducing classes and their relationships. When software i...
Object-oriented software is designed by introducing classes and their relationships. When software i...
This paper describes a way of organizing information aboutan object-oriented program's executio...
Over the past 30 years, researchers have developed a large variety of semantic models of object-orie...
Various program analysis techniques are efficient at discovering failures and properties. However, i...
We provide an explicit, consistent, execution model for OO programs, specifically Java, together wit...
The dynamic behavior of object-oriented programs is difficult to design, implement, and modify. Unde...
Numerous classes, complex inheritance and containment hierarchies, and diverse patterns of dynamic i...
Implementing, validating, modifying, or reengineering an object-oriented system requires an understa...
Understanding the dynamic behavior of a software system is one of the most important and time-consum...
Abstract—In this New Ideas and Emerging Results paper, we present a novel visualization, THE BRAIN, ...
Object-oriented software is designed by introducing classes and their relationships. When software i...
We need to understand the impact of side effects whenever changing complex object-oriented software ...
Object-oriented software is designed by introducing classes and their relationships. When software i...
Object-oriented software is designed by introducing classes and their relationships. When software i...
Object-oriented software is designed by introducing classes and their relationships. When software i...
Object-oriented software is designed by introducing classes and their relationships. When software i...
This paper describes a way of organizing information aboutan object-oriented program's executio...
Over the past 30 years, researchers have developed a large variety of semantic models of object-orie...
Various program analysis techniques are efficient at discovering failures and properties. However, i...
We provide an explicit, consistent, execution model for OO programs, specifically Java, together wit...