Visual Construction and Source Code Transformation Model Technology Based on Interface Dynamic Arrangement Technology
Yongqing Liu, Kun Chen, Xiaoqi Cheng, Lin Rui'an, Li Shicong, Yu Xingjiang · 2023
This paper aims to introduce a visual construction and source code transformation model technology based on interface dynamic orchestration technology. This technology adopts a new method to realize visual construction by automatically generating interface component layout and component behavior code, and uses real-time source code conversion technology to convert visually-generated code into real running code, thus greatly improving the development efficiency and code quality. The technology is mainly composed of two parts: the first part is the interface dynamic layout technology, which can automatically generate the interface layout to adapt to different screen sizes and devices according to the needs of users. These layout processes can be previewed on the front end in the editor, greatly reducing the complexity of code writing while ensuring the aesthetics and ease of use of the user interface. The second part is the source code transformation model technology, which maps the coding specifications for different operating systems, frameworks, and languages into the corresponding source code, keeping the required interaction and functionality features intact. At the same time, this technology also makes up for the differences between developer level and industry technical standards, reducing learning costs and technical barriers. This paper further discusses the application and performance analysis of this technology in practice. The results show that this technology can greatly improve the development efficiency and eliminate the common errors in the process of structural transformation. Finally, this paper discusses the direction of future work and the improvement of this technology, hoping to provide software developers with better visual interface construction and source code transformation solutions.