Implementation method and device of browser dual-core components

Abstract

The invention discloses implementation method and device of a browse program double-kernel assembly. The method comprises the steps of receiving a webpage access request triggered by a client; creating a document container activeX; acquiring the united resource locator address as pointed by the webpage access request through the created document container active; recognizing the characteristics information of the united resource locator address; calling the corresponding browse program core assembly according to the recognizing result; acquiring the webpage data as pointed by the united resource locator address based on the called browse program core assembly sharing the same network service processing program. With the adoption of the method and device, the beneficial effect of seamless interaction of the double-core browse program is really implemented.

Description

technical field [0001] The invention relates to computer technology, in particular to a method and device for realizing a browser dual-core component. Background technique [0002] At present, the access of the client to the text, images and other information displayed in the form of web pages on the network is realized through the browsing program of the client, such as a browser; based on the browsing program on the client, the terminal can browse various information. [0003] Taking the browser as an example, in order to satisfy the client’s access to different information, the client needs to use a dual-core browser to access the webpage; the dual-core here can be understood as the rendering engine used by the browser, and the rendering engine determines how the browser displays the content of the webpage. Content and formatting information for the page. [0004] The two kernels of existing dual-core browsers are independent of each other; figure 1 is a schematic diagr...

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Problems solved by technology

[0004] The two kernels of existing dual-core browsers are independent of each other; figure 1 is a schematic diagram of the existing dual-core browser structure, such as figure 1 As shown, the existing dual-core browsers have no data interaction between the two cores in the structural layer below the network layer of the "Unified Kernel API (Application Programming Interface)", that is, each is based on its own network layer The architecture performs its own data processing; at the same time, because the two kernels use different network layer architectures, the browser cannot implement "seamless" to the client when performing data interaction based on these two independent network layer architectures. "Connection, for example: due to the repeated download of data caused by the same data based on different cores, the client needs to wait for a long time before continuing to perform subsequent operations.

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