A Visual Development and Implementation System of Module-level Code Structure

Abstract

The invention discloses a visual development and realization system of a module-level code structure. The system of the present invention includes: a text code layer, a visualization layer and a compiler of the adopted programming language. Among them, the text code layer includes the data set structure, code module interface, code module adapter or buffer, and module splicing domain; the visualization layer includes the data set structure, code module interface, code module adapter or buffer, and module splicing domain in the text code layer The visualization elements of the four major structures, the visualization elements are two-dimensional graphics or three-dimensional models. The invention makes the code structure of program writing and software development clear, improves the code reuse rate, realizes the visual development of module-level software or programs, and enables non-computer professionals to use the developed code modules to complete the development through simple operations. Lower the barriers to entry for software development.

Description

technical field [0001] The invention relates to the fields of code writing and software development, in particular to a modularized visual development system composed of a modularized development code structure and a modularized visual development method. Background technique [0002] With the increasing complexity of software and the sharp increase in demand, enterprises and developers pay more attention to the rapid construction and code reuse of software engineering. On the one hand, highly complex software requires a programming method that can clearly describe the relationship between software architecture and functional blocks to improve the reusability and maintainability of software development; on the other hand, the popularity of the Internet and the Internet of Things has made more Many non-computer professionals have programming needs, but they are limited to their own programming level and cannot complete all development independently. Therefore, a programming m...

AI Technical Summary

Problems solved by technology

On the one hand, highly complex software requires a programming method that can clearly describe the relationship between software architecture and functional blocks to improve the reusability and maintainability of software development; on the other hand, the popularity of the Internet and the Internet of Things has made more Many non-computer professionals have programming needs, but they are limited to their own programming level and cannot complete all development independently. Therefore, a programming method that can sustainably use the developed code resources in the field for simplified development is also needed.

[0003] From the perspective of programming languages ​​and programming methods, the current programming methods are process-oriented and object-oriented. The highest structural level of process-oriented is function level, and the highest structural level of object-oriented is object level. Weakness, code reuse is difficult; although object-oriented programming has a high code reuse rate, the relationship between objects is complex, so the constructed object relationship diagram is too complicated to support visual programming

[0004] From the practical point of view of visual programming technology, the current visual programming is mainly through the visual abstraction of statements, functions, and variables, and the visual elements correspond to one of them, but its code reuse rate is low and the development efficiency is low. It is mainly used for children's programming enlightenment , cannot be used in actual generation

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