Architecture-centric software generation has the potential to support flexible design and large-scale reuse. This paper describes the development of an architecture-centric framework that consists of multiple architecture alternatives, from which the architect can select and generate a working prototype in a top-down manner through a user interface rather than building it from scratch. The framework is primarily built with well-understood design patterns in distributed and concurrent computing. The development process involves extensive domain analysis, variability management, and bottom-up component engineering effort. The framework enables the architect or designer to effectively conduct upfront software architecture analysis and/or rapid architectural prototyping.

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Keywords Architecture-centric development, Concurrency, Domain analysis, Generative technique, Patterns, Variability management
Persistent URL dx.doi.org/10.1007/978-3-642-15114-9_6
Citation
Lung, C.H, Balasubramaniam, B. (Balasangar), Selvarajah, K. (Kamalachelva), Elankeswaran, P. (Poopalasinkam), & Gopalasundaram, U. (Umatharan). (2010). Towards architecture-centric software generation. doi:10.1007/978-3-642-15114-9_6