Plug-in-based development method and device, and storage medium

Abstract

The invention provides a plug-in-based development method and device, and a storage medium. The method comprises the following steps: selecting target software data in a local terminal based on selection information, and pre-storing at least one piece of software data in the local terminal; judging that the version of the target software data is the latest version, and loading and running the target software data based on local service; injecting plug-in resources in the loading and running process of the target software data, wherein the plug-in resources comprise multiple types of target plug-ins; and performing development configuration on the target software data according to the received customized data and / or expanded data through the target plug-in. According to the technical scheme provided by the invention, the calling interface can be added in a plug-in form during mixed development, so that elements such as corresponding functions, services, resources and pictures can be called during development.

Description

technical field [0001] The invention relates to front-end development technology, in particular to a plug-in-based development method, device and storage medium. Background technique [0002] Existing mobile terminal development technologies are mainly divided into native Native development and ordinary native front-end hybrid development. Native native has the advantage of fast rendering, but its development efficiency is low. It needs to be developed at both ends of iOS and Android, and it needs to be reviewed when it goes online, resulting in slow release and update, relying on third-party market review, poor timeliness, and online bugs cannot be updated and repaired in time. . Ordinary native front-end hybrid development mode, that is, the front-end page is embedded into the native development. This method has high development efficiency, but using the original js interactive joint debugging is cumbersome, irregular and inconsistent, and joint debugging takes a lot of t...

AI Technical Summary

Problems solved by technology

Native native has the advantage of fast rendering, but its development efficiency is low. It needs to be developed at both ends of iOS and Android, and it needs to be reviewed when it goes online, resulting in slow release and update, relying on third-party market review, poor timeliness, and online bugs cannot be updated and repaired in time.

Ordinary native front-end hybrid development mode, that is, the front-end page is embedded into the native development. This method has high development efficiency, but using the original js interactive joint debugging is cumbersome, irregular and inconsistent, and joint debugging takes a lot of time. At the same time, each page Loading depends on the network and network transmission speed, resulting in slow rendering and cannot directly use native devices, such as native cameras, video recordings, live streaming media, GPS positioning, voice recognition, OCR recognition, Bluetooth and other functions

The resources and images cached in the local sandbox and disk cannot be called, and the system webview cannot be loaded and displayed directly through the path

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