How to Build a SPA with I18n in Vue.js!
The elegant and refreshingly approachable Vue.js is no slouch when... read more
Python Babel is a well-known solution that assists in internationalizing and localizing Python applications, with an emphasis on web-based applications. If you are working with dates and times, numbers or getttext translations then it will help you automate part of the process. In this tutorial, we are going to explore the advanced usages of this library with practical examples.
Today we are going to explore another internationalization library in Go called go-i18n. It's a library that can help by providing a convenient API over some common localization tasks from organizing translation in files up to automating procedures.
React's native mobile app cousin, React Native, is changing the way we approach native mobile app development. We can now build native mobile apps with React in JavaScript, achieving performance that's much higher than hybrid apps. We can also cover both Android and iOS with a single code base, often needing very little device-specific forking in our apps. One problem that isn't widely covered yet is i18n-izing and localizing our React Native applications. In part 2 of this two-part series we'll use the i18n library we built in part 1, and build out our app's i18n-ized screens and functionality.
React's native mobile app cousin, React Native, is changing the way we approach native mobile app development. We can now build native mobile apps with React in JavaScript, achieving performance that's much higher than hybrid apps. We can also cover both Android and iOS with a single code base, often needing very little device-specific forking in our apps. One problem that isn't widely covered yet is i18n-izing and localizing our React Native applications. In part 1 of this two-part series, we'll build our scaffolding and framework for our i18n work in React Native, laying down a solid foundation for our app.
