Method and system for generating international graphic user interface, and computer

Abstract

The invention discloses a method for generating an international graphic user interface. The method includes: detecting a local language setting of a system after the system is initialized, and determining a local language type of the system; and loading a configuration file corresponding to the local language type, and generating a system graphic user interface. The method detects the local language setting after the system is initialized and loads the configuration file corresponding to the local language type, can support software of B / S architecture and software of C / S architecture; and the international function of the system has high extendibility. The invention further discloses a system for generating the international graphic user interface and a computer, which have the above effects.

Description

technical field [0001] The invention relates to the technical field of computing, in particular to a method, system and computer for generating an internationalized graphical user interface. Background technique [0002] In the context of internationalization, in order to adapt to international business, enterprise application software also needs to be internationalized, providing multilingual user interfaces for branches or users in different regions. [0003] Many high-level development languages ​​provide support for internationalization, providing a basis for software internationalization development. However, the freedom of internationalization functions provided by advanced development languages ​​is too low, and can only be used on systems developed in a single language, and is not suitable for enterprise-level software developed in multiple languages. Moreover, it is difficult to modify and expand the internationalization function encapsulated by the high-level lang...

AI Technical Summary

Problems solved by technology

However, the freedom of internationalization functions provided by advanced development languages ​​is too low, and can only be used on systems developed in a single language, and is not suitable for enterprise-level software developed in multiple languages

Moreover, the internationalization function encapsulated by the high-level language is difficult to modify and expand

The language internationalization function of the traditional Resource file, that is, the resource file, is often loaded when the program is compiled, which makes it very inconvenient to expand the internationalization function. Every extension must be recompiled and the system restarted.

And due to the variety of languages, there are often garbled characters

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