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Architecture-based software adaptation is a promising method that adapts a software system by evolving its architectural model, which is generally easier to understand and manipulate than source code. The wide-scale practice of the method requires an approach to automatically mapping adaptive changes that are planned and deployed in the architecture to modifications of running code. This involves two main challenges: maintaining architecture-implementation conformance and dynamic software updating. Existing approaches fail to address them simultaneously to enable architecture-based adaptation. This paper presents a novel approach combining an architectural variability implementation mechanism with an architecture framework. The approach automatically updates both source code and running code during architectural evolution. As an initial assessment, we applied the approach to the adaptation of a chat application. Keywords—software architecture, architecture-implementation conformance, software evolution

Dynamic Architecture-Implementation Mapping for Architecture-Based Runtime Software Adaptation