![]() ![]() As part of this mapping activity, the architecture is constrained to ensure that the pointcut interfaces can be implemented correctly. During architecture design, these stable domain abstractions are mapped to pointcut interfaces. The method employs systematic reengineering of use case models to discover stable ab-stractions that are anchored in the domain model of the applica-tion. In this paper, we propose a domain-driven architecture method for designing such stable pointcut interfaces. In accordance with the dependency inversion and stable dependen-cies principles, a pointcut interface should expose only stable ab-stractions in order to maximally promote its reuse across a family of applications. A pointcut in-terface exposes a set of crosscutting abstract behaviours (as named pointcut signatures) that multiple aspects in the application can use. ![]() The benefits of defining explicit pointcut interfaces in aspect-oriented applications have been advocated by many.
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