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A UML profile for framework modeling.

Xiao-liang Xu¹, Le-yu Wang, Hong Zhou

¹Department of Instrumentation Science & Engineering, College of Biomedical Engineering & Instrument Science, Zhejiang University, Hangzhou 310027,China. zjuxxl@sohu.com

Journal of Zhejiang University. Science

|December 10, 2003

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A new Unified Modeling Language (UML) profile enhances framework modeling by introducing specific constructs to identify flexible hot-spots. This improves understanding and instantiation of complex software frameworks.

Area of Science:

Software Engineering
Computer Science
Object-Oriented Design

Background:

Standard Unified Modeling Language (UML) lacks constructs for distinguishing framework hot-spots from kernel elements.
Inadequate modeling of framework flexibility and extendability hinders development.

Purpose of the Study:

To present a new UML profile tailored for framework modeling.
To enhance the identification and management of framework hot-spots and their instantiation.

Main Methods:

Utilized UML extension mechanisms to create a specialized UML profile.
Defined extended class and sequence diagrams to identify hot-spots and instantiation restrictions.
Developed a transformation model based on design patterns for mapping diagrams to implementation.

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Main Results:

The proposed UML profile effectively distinguishes framework hot-spots from core elements.
Extended diagrams provide clear identification and describe instantiation constraints.
Automatic mapping to implementation diagrams is facilitated through the transformation model.

Conclusions:

The new UML profile simplifies framework modeling, making it more understandable and easier to instantiate.
This approach addresses limitations in standard UML for modeling flexible software frameworks.