A cross-process interaction method and related terminal equipment

Abstract

The invention relates to the field of computer process interaction, and discloses a cross-process interaction method and related terminal equipment. Wherein, the method includes: the first process creates a cross-process interactive connection with the second process; the first process receives the data object and encapsulates the data object as a data operation object; the second process sends the acquired data object to the first process The request for the data operation object; and the first process generates a corresponding data operation object set according to the above request and sends the data object set to the second process. The implementation of the present invention can realize cross-process interaction between network data and information graphics, so that the computer system can smoothly and quickly draw and process user operations when faced with a large amount of data changing operations.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a cross-process interaction method and related terminal equipment. Background technique [0002] Human-computer interaction (Human-Computer Interaction, HCI) usually refers to the process of information exchange between humans and computers using a certain dialogue language to complete a certain task in a certain interactive way. Most of the information displayed by the computer is presented in the form of graphics. Graphics are the main form of human-computer interaction, and they have a more intuitive description of data. For example, graphics such as desktop icons representing various program entries, list boxes representing dialogue information, pop-up boxes representing warning and prompt information, and message boxes representing flashing and prompting new messages in instant messaging. [0003] In existing computer systems, graphic operations such as drawing and playin...

AI Technical Summary

Problems solved by technology

[0003] In existing computer systems, graphic operations such as drawing and playing animation often require a large amount of time to process, and consume a large amount of resources (such as memory). Relatively speaking, the network data resources required for this graphic operation are less, and Only light logical processing of network data is required

However, because the network often has unstable conditions, although the processing of network data does not consume too many network resources, it often causes the processing of network data to consume a lot of time

Therefore, since the network data process and the information graphics drawing process cannot be processed across processes, when facing a large amount of network data to change operations, the graphics processing capability often restricts the performance bottleneck of the entire computer system

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