Scene-based column information dynamic loading and displaying method

Abstract

The present invention discloses a scene-based column information dynamic loading and displaying method. The method comprises the following steps: S1, a user selects a scene, and after selection, captures given information according to the scene, and integrates the information of the scene; S2, on the basis of the integrated information, corresponding components are constructed, and the components are integrated to complete interface display in a certain order; S3, the user performs data and text inputting and related editing operations on an interface; and S4, the operations are completed, and after save or complete is triggered, data is read from the interface, a specific database table is constructed, dynamic data is stored, and because construction of a data table is based on a single component, the data needs to be integrated, that is, a column of the data needs to be switched, and the interface is written back. The components can be dynamically loaded according to user scenes, so that the method is high in flexibility, convenient for extension, and not limited to the number of the components to be loaded.

Description

technical field [0001] The invention belongs to the technical field of scene column information loading, and in particular relates to a scene-based column information dynamic loading display method. Background technique [0002] With the continuous subdivision of industries and information, the classification of things is becoming more and more refined, and the characteristics of the same thing in different classifications are also different. In actual business operations, users want to dynamically display the identities or characteristics of things under different conditions according to different scenarios, and can edit and store the results displayed in different situations. [0003] Usually due to the characteristics of things or scene requirements, the display methods of these dynamic information will also be different, and users hope to customize the display methods according to their own wishes. For example: things in different scenes will show different attributes, ...

AI Technical Summary

Problems solved by technology

However, every time you initialize the interface, initialize the table header or the table body, all components will be initialized, adding some unnecessary operations, which will affect the efficiency

[0006] (2) Since the number of reserved fields is generally greater than the number of fields in the actual scene, it will cause waste of fields in the database

[0007] (3) If the parameter field in the actual operation exceeds the original reserved field, it is necessary to expand the reserved field in the database table, the expansion cost is high, and the flexibility is lacking

[0008] (4) When the reserved fields need to realize multi-level display, it is more difficult to expand

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