Picture loading method and system

Abstract

The invention discloses a picture loading method and system. The method comprises the following steps: before starting an application, pre-loading pictures which are less than or equal to a memory picture buffer threshold in total to a memory according to the use frequency of system pictures from high to low; in response to the application, starting the loaded pictures, and determining whether a quasi-loaded picture is included in the pre-loaded pictures; in response to that the quasi-loaded picture is included in the pre-loaded pictures, directly providing the pre-loaded pictures; and in response to that the quasi-loaded picture is not included in the pre-loaded pictures, buffering and loading the pictures from picture resources except the memory. The picture loading method provided by the invention can improve the picture loading speed of the application, optimize the experience and improve the picture loading effect.

Description

technical field [0001] The present application relates to the field of electrical digital data processing, and in particular to a method and system for loading pictures. Background technique [0002] Pictures can beautify the application interface and improve the experience, so many applications use a lot of pictures to achieve beautiful pages and experiences. However, image loading and display requires reading operations, and the loading speed is slow. A large number of readings will affect the performance of the processor, causing problems such as freezes and affecting the user experience. [0003] The existing system provides a memory buffering mechanism, but the buffered images are fixed, and there is no preprocessing, so the performance optimization for application startup is limited. For image resources with uncertain loading, it is impossible to dynamically buffer according to the frequency of use. At the same time, too many images are buffered, which leads to memory...

AI Technical Summary

Problems solved by technology

However, image loading and display requires reading operations, and the loading speed is slow. A large number of readings will affect the performance of the processor, causing problems such as freezes and affecting the user experience.

[0003] The existing system provides a memory buffering mechanism, but the buffered pictures are all fixed, and there is no preprocessing, so the optimization of application startup performance is limited

For image resources with uncertain loading, it is impossible to dynamically buffer according to the frequency of use. At the same time, too many images are buffered, which leads to memory consumption and performance problems, and cannot solve the conflict between memory and performance.

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