Automatic Generation of Concurrent Distributed Systems based on Object-oriented Approach

J. Cortés Galicia and F.R. Menchaca García (Mexico)


Code generation, modeling language, distributed systems


This paper presents an evolutionary prototyping methodology oriented to the model, design and implementation of concurrent distributed systems. This methodology use two several stages: a modeling language of concurrent distributed systems LeMSiDiC (a graphical modeled language who provides UML-like structuring capabilities and a precise syntax and semantic for automatic source code generation for these types of systems); a source code generator GeCSiDiC (a code generator able to construct the objects associated to the model specified with LeMSiDiC using the object-oriented paradigm). The methodology allows to interrelate with one architecture oriented to concurrent distributed systems management or to interrelate with concurrent distributed systems without a specialized support.

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