Method and system for implementing multilingual web pages based on embedded

Abstract

A method and system for implementing an embedded multilingual WEB page, an embedded device WEB user interface design, the method includes the following steps: S1 defines the type of language; S2: translate the language to generate an excel list; S3: use the translation The tool converts the excel list into a multilingual resource file; S4: reads the multilingual resource file into the memory hash table; S5: reads the language resource value in the hash table, and displays it on the WEB page. The system includes a multilingual file translation module, a multilingual resource conversion module, a multilingual resource reading module, and a page element display module. The invention can save bandwidth, is suitable for javascript processing in browsers, conveniently expands language versions, satisfies continuous growth and changes in overseas markets of embedded devices, and can reduce test maintenance and management costs of different language versions.

Description

technical field [0001] The invention relates to the design of a WEB user interface of an embedded device, in particular to an embedding-based multilingual WEB page realization method and system. Background technique [0002] With the development of embedded electronic products in overseas markets, the user interface of the products needs to meet the international requirements more and more. It is necessary to provide a multilingual WEB management page. For example, Spanish, English, and Portuguese languages ​​exist in the South American market. Therefore, embedded products sold in this region often need to provide multiple language operation interfaces for users to choose from. For performance and cost considerations, the current implementation methods of multilingual WEB pages for embedded products are as follows Several: [0003] 1) Static web page copy [0004] Develop a set of static pages for each language, and use a page in a certain language as the display page acco...

AI Technical Summary

Problems solved by technology

[0012] 1) Due to the limited embedded storage space, in the first and second methods, there are many repeated information, which takes up a lot of space, and the transmission of web pages also takes up a lot of bandwidth

[0013] 2) For methods 1, 2 and 3, programmers have a relatively large maintenance workload. Adding a language requires adding a set of pages with the same structure, resulting in a lot of repetitive maintenance work

[0014] 3) In the fourth method, the format of the language resource file is complicated, and it is not suitable for javascript processing in browsers that mainly process web pages. Among them, javascript is an object-oriented object-oriented language developed by Netscape's LiveScript. Dynamically typed case-sensitive client-side scripting language

[0015] 4) In the fourth method, there is a lack of communication documents in a common format between translators and programmers, and the translation results cannot be automatically converted into the format files required by the program, requiring managers and programmers to manually coordinate, sort and enter, wasting lot of time

[0016] The multilingual WEB implementation of the above methods is difficult to meet the needs of the continuous development of the international version

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