Multi-language resource management method, module, device and system and readable storage medium

Abstract

The invention discloses a multi-language resource management method. In the method, a service module partially executes corresponding service logic to generate response data to be output; the language resource management part configures resource files of various language types for storing character string IDs and corresponding character strings; and the character string resource under the language type corresponding to the response data is extracted from the configured resource file of the multi-language type, so that language management is separated from a service; when a certain language type is maintained, only the corresponding language resource file needs to be adjusted, a related component corresponding to a newly-added language type does not need to be developed again, thereby reducing maintenance cost; and meanwhile, the corresponding character string resource can be searched only by determining the character string ID and the specified language type ID in language resource management, so that the character string searching speed is high, and the multi-language resource management difficulty is reduced. The invention further discloses a multi-language module, equipment, a system and a readable storage medium, which have corresponding technical effects.

Description

technical field [0001] The present invention relates to the technical field of language management, in particular to a multilingual resource management method, module, device, system and readable storage medium. Background technique [0002] With the rapid development of domestic independent programmable control systems, the internationalization of control system configuration software for control system equipment has become a major trend. Users in different countries want to use applications in their own languages, but the length, content, and display styles of different languages ​​are different, which requires the development of different display interfaces and function blocks. [0003] The existing traditional way of switching languages ​​in configuration software is to preset dynamic libraries corresponding to different language types for each module according to the needs in the code, for example: Report.dll (Chinese), Report_EN.dll (English), interface According to t...

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Problems solved by technology

[0004] In this multi-language loading method, all dynamic libraries need to be loaded when the program starts, and the language type cannot be switched online during the use of the software. If you need to switch languages, you must restart the program; in addition, if you want to add a new language type, just The original code needs to be modified, and processing logic such as resource loading, search, and switching needs to be redeveloped or incrementally developed. A specific dynamic library for supporting this language type needs to be added, and corresponding dynamic libraries for the newly added language need to be added. Display controls, and each new module in the future also needs to develop different multilingual resource packages. In this way, the cost of software development and maintenance will increase exponentially, and the cost of code redundancy, development and maintenance will be extremely high

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