ThinkPHP6 multi-language switching: realizing international applications
ThinkPHP6 multi-language switching: realizing international applications
With the rapid development of the Internet and the process of globalization, more and more websites and applications need to be supported Multi-language capabilities to meet the needs of users in different countries and regions. When using ThinkPHP6 to develop web applications, achieving multi-language switching is an important task. This article will introduce how to implement international applications in ThinkPHP6 to provide users with a convenient multi-language experience.
Why do you need to switch to multiple languages?
In the context of globalization, users have diverse needs for using the Internet, and language is an important barrier. Users prefer to use a language they are familiar with to browse websites and applications, and by using a language they are familiar with, user satisfaction and loyalty can be increased. Therefore, in order to meet the needs of users of different languages, the multi-language switching function has become very important.
ThinkPHP6 multi-language configuration
In ThinkPHP6, multi-language switching can be achieved through configuration files. First, create a lang.php file in the config directory to store multi-language configuration information. In the lang.php file, we can define key-value pairs for various languages, for example:
return [ 'en' => 'English', 'zh-cn' => '简体中文', 'ja' => '日本語', ];
The above code defines three languages: English, Simplified Chinese and Japanese. The key name is the language identifier and the value is Language name.
Multi-language switching in the controller
In ThinkPHP6, the currently used language can be obtained through the configuration file. First, reference the multi-language class library in the controller:
use thinkacadeLang;
Then, use the following code in the method to get the current language:
$locale = Lang::getLangSet();
The currently used language identifier can be obtained through the above code , such as 'en', 'zh-cn', etc.
Using the lang method of the Lang class can dynamically obtain the value in the corresponding language file. For example, we can display different welcome messages according to the user's language selection:
$message = Lang::get('welcome');
The value of the 'welcome' key is defined in the multi-language configuration file. According to the user's selection, the value in the corresponding language file will be returned. .
Multi-language switching in view templates
In ThinkPHP6, multi-language switching in view templates is also very convenient. Using the range method of the Lang class, different display texts can be dynamically switched according to the user's selection. For example:
<span class="lang">{{ Lang::range('welcome') }}</span>
The above code will dynamically display different welcome messages according to the language selected by the user.
Multi-language switching in URL
In ThinkPHP6, we can achieve multi-language switching through parameters in the URL. First, define multi-language routing rules in the routing configuration:
return [ 'lang/[:lang]' => 'index/index/index',//设置语言路由 ];
The above code defines a routing rule with the parameter lang, for example, /lang/en means switching to English, /lang/zh-cn means switching to Simplified Chinese.
Then, in the controller, get the language selected by the user through the following code and set it as the current language:
$lang = $this->request->param('lang'); Lang::setLangSet($lang);
Through the above code, you can get the lang parameter in the URL and set it Set as current language.
Multi-language switching in the database
In ThinkPHP6, we can also store multi-language data through the database to achieve dynamic switching of multiple languages. First, create a corresponding multi-language table in the database, such as the lang table, which contains multiple fields, such as id, lang, value, etc.
Then, in the controller, the data is queried from the database according to the language selected by the user and passed to the view template:
$data = LangModel::where('lang', $locale)->select(); $this->assign('data', $data);
Through the above code, the queried multi-language data can be passed to View template is displayed.
Summary
Multi-language switching is very important for international applications and can help websites and applications better meet the needs of users around the world. In ThinkPHP6, through the cooperation of configuration files, controllers, view templates and databases, the multi-language switching function can be easily realized. Developers can choose the appropriate method according to their actual needs to achieve multi-language switching, improve user experience, and expand the audience range of applications.
I hope this article will help you understand ThinkPHP6 multi-language switching and how to implement international applications!
The above is the detailed content of ThinkPHP6 multi-language switching: realizing international applications. For more information, please follow other related articles on the PHP Chinese website!

The article discusses ThinkPHP's built-in testing framework, highlighting its key features like unit and integration testing, and how it enhances application reliability through early bug detection and improved code quality.

Article discusses using ThinkPHP for real-time stock market data feeds, focusing on setup, data accuracy, optimization, and security measures.

The article discusses key considerations for using ThinkPHP in serverless architectures, focusing on performance optimization, stateless design, and security. It highlights benefits like cost efficiency and scalability, but also addresses challenges

The article discusses implementing service discovery and load balancing in ThinkPHP microservices, focusing on setup, best practices, integration methods, and recommended tools.[159 characters]

ThinkPHP's IoC container offers advanced features like lazy loading, contextual binding, and method injection for efficient dependency management in PHP apps.Character count: 159

The article discusses using ThinkPHP to build real-time collaboration tools, focusing on setup, WebSocket integration, and security best practices.

ThinkPHP benefits SaaS apps with its lightweight design, MVC architecture, and extensibility. It enhances scalability, speeds development, and improves security through various features.

The article outlines building a distributed task queue system using ThinkPHP and RabbitMQ, focusing on installation, configuration, task management, and scalability. Key issues include ensuring high availability, avoiding common pitfalls like imprope


Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

AI Hentai Generator
Generate AI Hentai for free.

Hot Article

Hot Tools

SublimeText3 Chinese version
Chinese version, very easy to use

MantisBT
Mantis is an easy-to-deploy web-based defect tracking tool designed to aid in product defect tracking. It requires PHP, MySQL and a web server. Check out our demo and hosting services.

PhpStorm Mac version
The latest (2018.2.1) professional PHP integrated development tool

WebStorm Mac version
Useful JavaScript development tools

ZendStudio 13.5.1 Mac
Powerful PHP integrated development environment