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The development of the Internet has made global communication and collaboration closer, so multi-language support has become more and more important when developing applications. In this article, we will introduce how to build multilingual applications using Go language and React.
1. Why is multi-language support important?
Multi-language support is an essential feature of modern applications, especially for business applications, and it is also one of the key factors to attract users. Apps without multi-language support will not be able to meet the needs of global users and may result in churn.
2. The basic idea of using Go language and React to build multi-language applications
Go language has become the language used by more and more developers because of its efficiency, simplicity and powerful concurrency functions. language. React is a JavaScript framework based on component programming that can help developers build Web programs more efficiently.
In order to build multi-language applications, we need to embed multi-language support libraries in the Go language back-end code, and in the React front-end code, we need to use React's international components to achieve cross-language support.
3. Go language backend to implement multi-language support
In Go language, we can use third-party libraries to quickly implement multi-language support. A good choice is i18n-go. The library supports the use of formats such as csv, JSON and yaml to store multilingual text, and provides an easy-to-use API and fast performance.
The following is an example using the i18n-go library:
package main import ( "github.com/nicksnyder/go-i18n/v2/i18n" "golang.org/x/text/language" ) func main() { translator := i18n.NewLocalizer(i18n.NewBundle(language.English), "zh-CN") fmt.Println(translator.MustLocalize(&i18n.LocalizeConfig{ DefaultMessage: &i18n.Message{ ID: "example.message", Other: "This is an example message.", }, })) }
In this example, we use the NewLocalizer function to create a converter. This function receives a locale information and a Bundle object containing multi-language text information, and returns a Localizer object. This Localizer object can be used to convert text information to adapt to different locales.
4. React front-end to achieve multi-language support
In React, you can use the third-party internationalization library react-intl to achieve multi-language support. The library provides several components for formatting dates, times, etc., and also provides the 9176131e88278c9abc69a18795f27be9 component for formatting and displaying multi-language text.
The following is an example using the react-intl library:
import React from "react"; import { defineMessages, FormattedMessage } from "react-intl"; const messages = defineMessages({ hello: { id: "hello", defaultMessage: "Hello World!" }, goodMorning: { id: "good.morning", defaultMessage: "Good Morning, {name}!" } }); const Hello = () => { return ( <> <h1> <FormattedMessage {...messages.hello} /> </h1> <p> <FormattedMessage {...messages.goodMorning} values={{ name: "Tom" }} /> </p> </> ); };
In this example, we define two multilingual text messages: hello and goodMorning, which are used to display different texts respectively. content. In the component, we use the FormattedMessage component to format and display these two multilingual texts.
5. Summary
In this article, we introduced how to build multilingual applications using Go language and React. In the Go language, we use the i18n-go library to implement multi-language support, and the react-intl library in React to display multi-language text. With the support of these two libraries, we can quickly build an application with multi-language support to meet the needs of global users.
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