In this paper we consider the automatic discovery of design (programming) patterns. While patterns have surfaced as an effective mechanism for authoring and understanding compelx software, popular languages lack facilities for direct specification of patterns or verification of pattern usage in program specifications. Static analysis for patterns is provably undecidable; we focus on discovery and verification of patterns by analyzing dynamic sequences of method calls on object. We show a proof-of-concept of our approach by presenting the results of analyzing a Java program for Iterator patterns
Understanding and using Design Patterns improves software quality through better comprehension of pr...
This chapter describes an extended compiler that formalizes patterns, which we call a pattern enforc...
A method and a corresponding tool is described which assist design recovery and program understandin...
The emergence of the design patterns movement has gone a long way toward codifying a concise termino...
Design patterns are widely used by designers and developers for building complex systems in object-o...
Occurrences of design patterns in existing code conveys important information to software developers...
Design patterns are common solutions to existing issues in software engineering. In recent decades, ...
Static analysis examines program code to reason over all possible behaviours that might arise at run...
Abstract—Design patterns codify general solutions to fre-quently encountered design problems. They a...
We present a method and tool (ePAD) for the detection of design pattern instances in source code. Th...
Identification of design patterns can deliver important information to designers. Therefore, automat...
Pattern detection methods discover recurring solutions, like design patterns in object-oriented sour...
In case of software architecture reconstruction, design pattern detection plays a vital role since i...
Abstract Design pattern detection, or rather the detection of structures that match design patterns,...
In case of software architecture reconstruction, design pattern detection plays a vital role since i...
Understanding and using Design Patterns improves software quality through better comprehension of pr...
This chapter describes an extended compiler that formalizes patterns, which we call a pattern enforc...
A method and a corresponding tool is described which assist design recovery and program understandin...
The emergence of the design patterns movement has gone a long way toward codifying a concise termino...
Design patterns are widely used by designers and developers for building complex systems in object-o...
Occurrences of design patterns in existing code conveys important information to software developers...
Design patterns are common solutions to existing issues in software engineering. In recent decades, ...
Static analysis examines program code to reason over all possible behaviours that might arise at run...
Abstract—Design patterns codify general solutions to fre-quently encountered design problems. They a...
We present a method and tool (ePAD) for the detection of design pattern instances in source code. Th...
Identification of design patterns can deliver important information to designers. Therefore, automat...
Pattern detection methods discover recurring solutions, like design patterns in object-oriented sour...
In case of software architecture reconstruction, design pattern detection plays a vital role since i...
Abstract Design pattern detection, or rather the detection of structures that match design patterns,...
In case of software architecture reconstruction, design pattern detection plays a vital role since i...
Understanding and using Design Patterns improves software quality through better comprehension of pr...
This chapter describes an extended compiler that formalizes patterns, which we call a pattern enforc...
A method and a corresponding tool is described which assist design recovery and program understandin...