Front-end automatic scaffold

Abstract

The invention discloses a front-end automatic scaffold. The scaffold comprises an INIT module, an SEVER module, an MIN module, a private source dependence setting module and an APP scaffold design module based on WEEX. The INIT module uploads a project template, creates a project on the basis of a certain project template, updates an existing project template, creates a project and downloads project dependence. The MIN module performs dependency check according to configuration, performs code grammar check based on eslink, performs front-end interface automatic test, performs code compiling and obfuscation compression, generates a version number according to code content, and fills the generated version number into html. In the front-end automatic scaffold, a project can be more standardized, modularized, modularized and automated, front-end engineering is further achieved, the whole system is more flexible, and therefore traditional front-end developers are liberated, manpower and time investment is reduced, development cost is reduced, and the overall front-end project development efficiency is improved.

Description

technical field [0001] The invention relates to a front-end scaffolding, in particular to a front-end automatic scaffolding. Background technique [0002] Scaffolding is a general term for one or a set of construction tools, which helps to better complete the construction of front-end code and reduce repetitive construction work. In the current front-end development process, there are still problems such as complex development to online process environment, imperfect infrastructure, no standardized whole process, multiple sets of scaffolding in parallel, and repeated configuration waste of time. The above problems have seriously hindered the development of front-end products. At present, the front-end is developing rapidly and the technology is changing rapidly. Project development needs to manually create a project every time, and then configure various compilation environments. To develop, the efficiency is very low. There are still the following problems in the existing...

AI Technical Summary

Problems solved by technology

In the current front-end development process, there are still problems such as complex development to online process environment, imperfect infrastructure, no standardized whole process, multiple sets of scaffolding in parallel, repeated configuration and time-wasting, etc. The above problems have seriously hindered the development of front-end products

At present, the front-end is developing rapidly and the technology is changing rapidly. Project development needs to manually create a project every time, and then configure various compilation environments. development, very inefficient

There are still the following problems in the existing technology: firstly, in the existing related technologies of automation, the degree of customization is very high, and the scaffolding for automated browser development cannot be used as a scaffolding for APP development, and there is no scaffolding for a complete solution; secondly, the front-end technology The stack is updated quickly. After the new technology stack is upgraded, the migration of old projects to new automation tools is cumbersome and needs to be checked one by one. At present, it is impossible to upgrade a set of technologies and update existing projects.

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