Webpage browsing method for mobile communication equipment terminal

Abstract

The invention provides a webpage browsing method for a mobile communication equipment terminal with an agent server architecture. An agent server processes a page loading request transmitted by a client by the following steps of: acquiring a basic file, resolving the basic file, acquiring a resource file, integrating the files and compressing the files. In the method, the client is supported to directly resolve a hypertext markup language (HTML) / extensible hypertext markup language (XHTML), dependence on the server is avoided, and a webpage can be re-rendered without networking and loading, so the webpage browsing of the mobile communication equipment terminal is more time-saving and more traffic-saving.

Description

technical field [0001] The invention relates to the field of mobile communication equipment terminal Internet technologies, in particular to a method for browsing web pages of a mobile communication equipment terminal. technical background [0002] The current mobile communication device terminal browser mainly adopts the traditional C / S architecture or the direct connection architecture, both of which have certain problems. [0003] The main problem of the traditional C / S architecture mobile communication device terminal browser: access to HTML pages must be completed through the server, and cannot be directly completed by the client, so it is difficult to understand CSS, Javascript and other page elements in HTML / XHTML pages. Better support; due to the dependence on the server, there is instability caused by the server, for example: unexpected server failure may lead to inaccessible web pages or slow loading; because the page data is not saved locally, if the same page nee...

AI Technical Summary

Problems solved by technology

[0003] The main problem of the traditional C / S architecture mobile communication device terminal browser: access to HTML pages must be completed through the server, and cannot be directly completed by the client, so it is difficult to understand CSS, Javascript and other page elements in HTML / XHTML pages. Better support; due to the dependence on the server, there is instability caused by the server, for example: unexpected server failure may lead to inaccessible web pages or slow loading; because the page data is not saved locally, if the same page needs to use Different typesetting methods need to reconnect to the network to obtain data, resulting in a waste of time and traffic (for example, switching from zoom mode layout to adapt to screen layout requires reconnecting to the network to obtain page data)

[0004] The main problem of the traditional direct-connected mobile communication device terminal browser: direct access to the target site, without any data compression, can not save traffic, and takes a long time

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