Система визуального проектирования и генерации программных кодов

Abstract

Проанализированы возможности графической нотации схем алгоритмов. Представлена система визуального проектирования и генерации программного кода на основе блок-схем и UML. Описаны принципы работы системы, обозначены пути и сферы развития. Приведены примеры и результаты работы разрабатываемой системы. Предлагаемая система может быть использована как в целях обучения, так и в профессиональной программной инженерии.

In order to reduce labor costs for routine coding in the process of creating software, developed a system that allows to gene rate executable code for a graphic representation of the algorithm. The possibilities of graphical notation schemes algorithms are analyzed. The system of visual design and code generation on the basis of flow charts and UML. The principles of the system are marked paths and a reas of development. The examples and the results of the work of the system under development are shown. The result of a method for generating executable code, an analysis of how typing of variables and formal parameters describing the mapping algorithm in a flowchart. The problems of describing the types of variable declarations (typing) in the case of GSA or UML-diagrams of activities are reviewed, as well as methods for their verification and translation. The proposed system can be used both for training and professional software engineering.