Intelligent software interface dynamic generation method facing network

Abstract

The invention discloses an intelligent software interface dynamic generation method facing a network, which comprises the following steps: standardization and development of display services of an interface; description of display demands of the interface; standardization and development of application background treatment services; and dynamic generation of the display interface. When the display interface needs to be adjusted, codes do not need to be modified, nor does a display software need to be recompiled, and a new display interface can be dynamically generated by re-defining the new interface description; when in the normal display process, the display services of the interface which are in line with the method can be automatically dynamically downloaded from various service nodeson the network according to the new demands of the interface display of a user, the new interface can be rapidly integrated by intelligent automatic splicing and combination without simultaneously starting a plurality of browser windows; when in the browsing process, the dynamic adjustment of the display interface can be supported according to the requirements of the user on the display style without writing codes and recompiling; and the method can simultaneously reduce the workload of a developer, improve the development efficiency and simplify the later maintenance.

Description

technical field [0001] The invention relates to the fields of computer software interface development, integration and display, and the field of system software interface design and modeling, and is a network-oriented intelligent method for dynamically generating user software interfaces based on interface display requirements. Background technique [0002] In the development of traditional computer software interfaces, software interface developers write display codes and background business processing according to user interface requirements on the basis of interface development libraries provided by Windows or other platforms, and finally integrate and generate user software interfaces. However, once the display requirements of the user interface change, the software interface developers must rewrite the display codes and related business processes. After recompilation, a new software interface that meets the display requirements of the user interface can be formed. If the...

AI Technical Summary

Problems solved by technology

However, once the display requirements of the user interface change, the software interface developers must rewrite the display codes and related business processes. After recompilation, a new software interface that meets the display requirements of the user interface can be formed. If there are fewer interfaces, this method is still It is feasible, but when there are many interfaces, the workload of modification will be very large, so that it cannot quickly adapt to changes in user needs

[0003] In the traditional interface display process, the user cannot dynamically integrate the screens displayed on other application interfaces into this display. For example, the interface of the Sina webpage cannot be dynamically added to other webpage interfaces, and only multiple windows can be opened at the same time.

[0004] In addition, in the process of browsing the traditional software interface, there are often inconsistencies in the user's personal preferences and concerns during use, and it is necessary to dynamically adjust the display style and layout of the software interface; while the development of traditional software interfaces often adopts a one-time stereotyped approach , if you want to adjust, you need to write code and recompile, its openness and scalability are not enough

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