Fused interface response data and component-based development framework applied to third-generation modern Web front end

Abstract

The invention discloses a fused interface response data and component-based development framework applied to a third-generation modern Web front end. The fused interface response data and component-based development framework comprises: an access layer, a front-end UI layer and a rear end; the EDPRact core template instruction set edp- that is mainly used in an HTML template interface view, so that an interface has data response; the EDPReact component that comprises an HTML template, a component object and an HTML template support set edp-; the EDPRact page, wherein the page is a common HTML, and the common HTML can also support a template instruction set, can also be mounted by Mount and can also comprise EDPRact components of various standards, so that the EDPRact page can be compatible with a previous-generation interface and has modern components at the same time; and an EDPReact routing. According to the invention, the problems of huge waste and upgrading cost caused by incompatibility of traditional codes and architectures in development of third-generation Web applications at present are solved; and seamless transition to the modern WebComponent standard can be realized, and the mature third-party ecological components at present can be seamlessly integrated.

Description

technical field [0001] The invention relates to the technical field of front-end development frameworks, in particular to an integrated interface response data and component-based development framework applied to the third-generation modern Web front-end. Background technique [0002] From the development of .com Internet in 2001, to August 2005, when the second-generation Web front-end development framework represented by jQuery was launched, B / S architecture software is based on the first and second-generation interface frameworks. the largest investment. However, the upgrading of traditional software to the current third-generation modern web framework has very incompatible defects: almost 90% of the original code base must be refactored, the original development tools must be changed, and developers must be upgraded to a higher level to complete. . [0003] Therefore, it takes a lot of time and resources for traditional software to be upgraded to a modern framework in ...

AI Technical Summary

Problems solved by technology

However, the upgrading of traditional software to the current third-generation modern web framework has very incompatible defects: almost 90% of the original code base must be refactored, the original development tools must be changed, and developers must be upgraded to a higher level to complete.

[0007] The third generation of the current mainstream front-end component framework is not very friendly and natural to the international standard support of Web Component. When designing, it does not give priority to supporting the component specification defined by the International Standards Organization.

Images