Abstract: There is provided a screen update method and system including: a first step of identifying image resource data associated with a first image update event from a predetermined basic recording space in case that the first image update event occurs, a second step of loading the identified image resource data in a buffer space including a plurality of buffers, in which the image resource data are loaded in rotation on the buffer by a frame, respectively, a third step of sequentially determining the image resource data loaded on the buffer for each the buffer, rendering the determined image resource data, and generating a first image at a first frame rate, a fourth step of generating a second image associated with a second image update event at a second frame rate in case that the second image update event occurs, a fifth step of compositing the first image with the second image to generate an entire image, and a sixth step of displaying the entire image on a predetermined display means.

Abstract: There is provided a screen update method and system including: identifying image resource data associated with a first image update event from a predetermined basic recording space in case that the first image update event occurs; loading the identified image resource data in a buffer space including buffers, in which the image resource data are loaded in rotation on the buffer by a frame, respectively; sequentially determining the image resource data loaded on the buffer for each the buffer, rendering the determined image resource data, and generating a first image at a first frame rate; generating a second image associated with a second image update event at a second frame rate in case that the second image update event occurs; compositing the first image with the second image to generate an entire image; and a sixth step of displaying the entire image on a predetermined display means.

Abstract: There is provided a screen update method and system including: a first step of identifying image resource data associated with a first image update event from a predetermined basic recording space in case that the first image update event occurs, a second step of loading the identified image resource data in a buffer space including a plurality of buffers, in which the image resource data are loaded in rotation on the buffer by a frame, respectively, a third step of sequentially determining the image resource data loaded on the buffer for each the buffer, rendering the determined image resource data, and generating a first image at a first frame rate, a fourth step of generating a second image associated with a second image update event at a second frame rate in case that the second image update event occurs, a fifth step of compositing the first image with the second image to generate an entire image, and a sixth step of displaying the entire image on a predetermined display means.

Abstract: The present application discloses a file sharing method, device and mobile equipment. The method for file sharing, applicable to a first mobile equipment, comprises: fetching the sharing instruction directed to the file to be shared; performing network connection to a second mobile equipment that requests network sharing after starting the network sharing function of the first mobile equipment; intercepting and redirecting the browser-based network request sent by the second mobile equipment, and using the file to be shared as the result of the request corresponding to the network request and send it to the second mobile equipment. By using this embodiment, a quick file sharing is achieved without producing any network flow, without installing any software or plug-in having file sharing function in the receiving end of the file to be shared, thereby improving the user experience.

Abstract: A screen update method includes identifying image resource data associated with a first image update event from a basic recording space in case that the first image update event occurs; loading the identified image resource data in a buffer space including a plurality of buffers, in which the image resource data are loaded in rotation on the buffer by a frame, respectively; sequentially determining the image resource data loaded on the buffer for each buffer, rendering the determined image resource data, and generating a first image at a first frame rate; generating a second image associated with a second image update event at a second frame rate in case that the second image update event occurs; compositing the first image with the second image to generate an entire image; and displaying the entire image on a display means.