AspectJ aims at managing tangled concerns in Java systems. Crosscutting aspect definitions are woven into the Java bytecode at compile-time. Whether the better modularization introduced by aspects is real or just apparent remains unclear. While aspect separation may be useful to focus the programmer's attention on a specific concern, the oblivious nature of the weaving makes it difficult to figure out the behavior of the whole system. In particular, it is not easy to figure out if two aspects interfere one with the other. We built a bytecode slicer called XCutter in order to study which part of the woven code is affected by the application of an aspect. However, our experiments show that a static analysis of AspectJ woven bytecode does not ...
Bytecode instrumentation is a widely used technique to imple-ment aspect weaving and dynamic analyse...
Low-level bytecode instrumentation techniques are widely used in many software-engineering tools for...
Aspect-oriented programming (AOP) is a promising technology that supports separation of crosscutting...
This paper presents initial results of an exploration into whether this is true for AspectJ [2]. Du...
Prevailing Aspect-Oriented Programming (AOP) frameworks for Java, such as AspectJ, use bytecode inst...
aspect-oriented extension to Java enables plug-and-play implementations of crosscutting. Many softwa...
AspectJ is a new Aspect Oriented extension to Java. This study attempts to quantify how appropriate ...
Aspect Oriented Programming aims at addressing the problem of the crosscutting concerns, i.e., those...
Aspect-oriented software development is an approach which addresses the construction of software art...
MMany software developers are attracted to the idea of AOP—theyrecognize the concept of crosscutting...
We explore the evolution benefits of adopting aspects in a J2EE setting by studying crosscutting con...
Aspect-oriented programming languages extend existing languages with new features for supporting mod...
AbstractAspect-oriented programming (AOP) has been successfully applied to application code thanks t...
Abstract. While it is well-known that crosscutting concerns occur in many software projects, little ...
Compilers are among the most widely-studied pieces of software; and, modularizing these valuable art...
Bytecode instrumentation is a widely used technique to imple-ment aspect weaving and dynamic analyse...
Low-level bytecode instrumentation techniques are widely used in many software-engineering tools for...
Aspect-oriented programming (AOP) is a promising technology that supports separation of crosscutting...
This paper presents initial results of an exploration into whether this is true for AspectJ [2]. Du...
Prevailing Aspect-Oriented Programming (AOP) frameworks for Java, such as AspectJ, use bytecode inst...
aspect-oriented extension to Java enables plug-and-play implementations of crosscutting. Many softwa...
AspectJ is a new Aspect Oriented extension to Java. This study attempts to quantify how appropriate ...
Aspect Oriented Programming aims at addressing the problem of the crosscutting concerns, i.e., those...
Aspect-oriented software development is an approach which addresses the construction of software art...
MMany software developers are attracted to the idea of AOP—theyrecognize the concept of crosscutting...
We explore the evolution benefits of adopting aspects in a J2EE setting by studying crosscutting con...
Aspect-oriented programming languages extend existing languages with new features for supporting mod...
AbstractAspect-oriented programming (AOP) has been successfully applied to application code thanks t...
Abstract. While it is well-known that crosscutting concerns occur in many software projects, little ...
Compilers are among the most widely-studied pieces of software; and, modularizing these valuable art...
Bytecode instrumentation is a widely used technique to imple-ment aspect weaving and dynamic analyse...
Low-level bytecode instrumentation techniques are widely used in many software-engineering tools for...
Aspect-oriented programming (AOP) is a promising technology that supports separation of crosscutting...