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A classic layout for complex software applications usually involves a set of fine-tuned performance-optimized routines that are combined and controlled from a higher layer in a lightweight fashion. As the application grows, reliable operation, portability, and maintainability gets to be a real concern. However, this can be tamed by abstracting away from the platform-dependent details by modelling the components and their relation on a higher level. Using a functional programming language combined with the technique of language embedding may be an answer when implementation of such solution comes in question [1][2]. In this design, the component descriptions may be captured by an adequate embedded domain-specific language that compiles to a lower-level language but there also has to be a way for composition and therefore getting a complete working application out of them. In this paper, we propose a method for extending compiled embedded domain-specific languages into a stand-alone system with minimal effort.