Window interface display method and system

Abstract

Window interface display method and system are disclosed. The window interface display method comprises: receiving a request for creating a first window, the request including type information of a window to be created and information of a data source to be loaded; determining sub-regions included in the window to be created based on the type information, wherein the sub-regions include a public region and a characteristic region, the public region includes a same portion of at least two different types of windows, and the characteristic region includes a characteristic portion of each specific type of window that is different from other types of window; loading respective control sets corresponding to the sub-regions of the first window to be created and respective data sources corresponding to the sub-regions; and displaying a result of the loading. By using this technical solution, a code structure of an entire window system is clearer and more concise, and can effectively reduce development and maintenance costs, avoid loading the same content repeatedly, improve the operation efficiency of a program, and reduce the occupancy of system resources.

Description

technical field [0001] The present application relates to the field of computer application technology, in particular to a method and system for displaying a window interface. Background technique [0002] Window (windows), also known as window, is a basic component of the Graphical User Interface (GUI), which is used to provide an interactive interface between the user and the application program. The user can view information in the window, or click on the window The buttons, menus and other controls in the application can realize the operation of the application. [0003] During the execution of the application program, one or more windows may need to be created to realize corresponding functions. Each window is composed of several different types of controls, and windows with different functions correspond to different control composition schemes. According to the implementation manner of the prior art, each function window corresponds to a class, and a set of control ...

AI Technical Summary

Problems solved by technology

Applying the solution of the existing technology, whenever a new functional window is to be displayed, a complete window class needs to be recreated, which will inevitably have a negative impact on program operating efficiency and system resource occupancy

In addition, for developers, if they develop multiple sets of window classes just because a small number of controls are different, it will lead to a lot of code duplication, which will increase the cost of development and maintenance.

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