Method for realizing intelligent interlinking

Abstract

This invention discloses a method for realizing intelligent links, which abstracts the link attribute and its operation to a link kind, abstracts the process logic of the link object and packages it to a logic link interface kind and constitutes an intelligent link kind containing the link kind and its logic interface kind to generate an intelligent link object separately based on that the kind may be used possibly in the first page, analyzes data to be provided to the second page from the first to set up a logic process interface object based on the analyzed data and the logic process interface kind, in which, the object designs attributes of the object relating to the second page based on the data provided by the first page and displays the links relating to said intelligent link object on the second page.

Description

technical field [0001] The invention relates to link technology, in particular to a method for realizing intelligent link. Background technique [0002] Link is a technology widely used on the Internet (Internet), which is used to provide the function of page jump. In general, links can be realized through Hypertext Markup Language (HTML). The basic syntax of HTML to realize links is: [0003] ... [0004] Web browsers can convert and The content of the pages in between is displayed on the page. That is, the content represented by "..." will be displayed on the page. When the mouse clicks on these contents, the page can jump to the page pointed by the Uniform Resource Locator (URL). URL is used to identify a new page address, and generally adopts the following format: [0005] http: / / domain name / directory name / page name? parm1=P1&parm2=P2&... [0006] It means jumping from the current page to the page specified by "domain name / directory name / page name", and passing p...

AI Technical Summary

Problems solved by technology

[0008] At present, the intelligent generation of links can be realized through general server programming methods such as dynamic server home page (ASP), PHP, CGI, etc., but in these technologies, because the logic of link generation is directly written in the output page, it has not been achieved. The separation of page form and page logic increases the complexity of page code

At the same time, in these technologies, because the related attributes and operations of the link are not abstracted and encapsulated, the code cannot be reused, which increases the burden on the programmer.

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