Interface dynamic configuration method and device and storage medium

Abstract

The invention provides an interface dynamic configuration method which comprises the steps: configuring interface templates at an APP end, wherein one template corresponds to one interface; selectingan interface template configured by the APP side at the web front end, formulating a template sequence, generating configuration data of the interface template according to the selected template and the formulated template sequence, and sending the configuration data to the back end; when the back end receives the configuration data of the interface template, transmitting the configuration data ofthe interface template to the APP end; and generating an APP interface at the APP end according to the configuration data. The interface model at the APP end meets the uniformity requirement of the template, and the configuration data generated by the web front end meets the personalized requirement of the interface; addition, deletion, modification and check actions of the interface template arecarried out at the web front end while coding work does not need to be carried out again, so that high reusability of the interface template is further improved; and the interface dynamic configuration method has strong transverse capability, supports a plurality of applications, and manages a plurality of versions at the same time.

Description

technical field [0001] The present invention relates to the technical field of UI (User Interface, user interface) design, in particular to a method, device and storage medium for dynamically configuring an interface. Background technique [0002] The current Internet is in a state of rapid iterative development. Among them, the development of APP (Application Program, application program) interfaces with various functions is particularly cumbersome, and APP interface development accounts for half of the workload of native development; and the development of APP interfaces is repetitive. Develop the same interface, code level is uneven, and there are many bugs. [0003] In the existing APP interface generation scheme for solving the inconsistency of APP development methods of different operating platforms, the system for generating APP interface includes: react-native module, which is used to store APP data, and APP data is based on Data written in JavaScript language, APP ...

AI Technical Summary

Problems solved by technology

[0004] The disadvantages of the above existing technologies are as follows: 1. Using react-native cross-platform technology to write the APP interface, the performance is slow, the experience is poor, a large number of bridging infrastructures are required, and the technical requirements are high; 2. It is inconvenient to modify the interface and needs to be redone Coding work; 3. Modifying the interface needs to be republished, and the cycle is long; 4. Only one APP is supported, and the scalability is not strong; 5. When it is applied to socket and push, it needs to keep alive the link and push, which will increase the pressure on the system. Configuration data are some important but not urgent tasks, and the real-time performance is not strong, so resources should not be wasted

[0005] Moreover, in the process of APP project development, some interfaces may have a lot of service items. When the item in the list is clicked to jump to the next interface, it is necessary to judge whether to use H5, native, or its own process coordination In the traditional way, there will be a lot of if and else judgments, the code is extremely bloated and difficult to maintain

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