A visualization system based on hot-swappable dynamic components

Abstract

The invention belongs to the technical field of data integration, and in particular relates to a visualization system based on hot-pluggable dynamic components. It includes loading components, adding element containers, selecting template components and selecting data components, and selecting template components and selecting data components realize offline or online component loading through loading components; the present invention adopts a combination of offline uploading and online development. The online development is implemented in a free and draggable way, which can complete complex interface design and interaction process. The data component adopts the method of dynamically modifying the attributes to carry out personalized modification of the component. The function can adjust the details of the multi-layout page and realize the adaptive layout of the page under different resolutions. The front and back ends use a unified data interface and back-end data binding, which reduces the number of requests, improves the request efficiency, and saves time. On-demand loading is more suitable for modern development concepts. After completing the development and assembly of this system, it needs to be saved, and it can be opened directly when it is used next time. It can also be used as a reference template for other systems for secondary development.

Description

technical field [0001] The invention belongs to the technical field of data integration, and in particular relates to a visualization system based on hot-pluggable dynamic components. Background technique [0002] Layout is an important part of the entire software product. Page layout modeling and automated construction have gradually become the mainstream methods of system construction. At present, most system constructions are implemented by interactive task decomposition starting from requirements, lacking the processing of interface layout information. Difficulty meeting the complexity and variety of user interfaces. [0003] At present, most systems are implemented with front-end and back-end separation technology, which indeed improves the development efficiency and the independence of the system. However, the coupling degree of modules in the whole system is relatively high. For some systems that need to be modified at any time, this development method exists before a...

AI Technical Summary

Problems solved by technology

[0002] Layout is an important part of the entire software product. Page layout modeling and automated construction have gradually become the mainstream way of system construction. At present, most system construction is realized through interactive task decomposition based on requirements, and lacks the processing of interface layout information. It is difficult to meet the complexity and diversity needs of the user interface

[0003] At present, most systems are realized by separating the front and back ends, which really improves the development efficiency and the independence of the system, but the coupling degree of the modules in the whole system is relatively high. For some systems that need to be modified at any time, this development method has front and rear Poor communication and difficult docking of end personnel, there may be fine-tuning and modification of some functional modules during the use of the system, which requires the cooperation of front-end and As far as the system is concerned, it will undoubtedly increase the workload of developers and the generation of docking problems

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