eC3M: Optimized model-based code generation for embedded distributed software systems

Easing software developers´ task is a promising target, enabling to reduce software costs and development time. This is more interesting when the generated code of the application is efficient. This paper proposes eC3M (embedded Component Container Connector Model/Middleware); a methodology for the development of distributed applications, executing in embedded platforms with limited resources. We present the software development life cycle supported by eC3M and compare it with the ones of other tools, such as MyCCM-HI and SOFA-HI. The outcome of our efforts is a footprint provided by eC3M-generated code that fits the requirements of embedded distributed software systems.