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1. #JAVA TO R TRANSLATION HOW TO#
2. #JAVA TO R TRANSLATION CODE#

Okay, enough description of what we are about to accomplish, we have a lot to discuss, let’s get started by briefly reviewing RapidAPI.Ĭonnect to the Google Translate API RapidAPI

#JAVA TO R TRANSLATION HOW TO#

In this tutorial, you learn how to use Java to write a client that accesses all three Google Translate API endpoints via RapidAPI. But rest assured, the tutorial’s title is not click-bait. However, you might gain some valuable information by following the “mini life-cycle” pedagogy of this tutorial, even if a more experienced developer.

#JAVA TO R TRANSLATION CODE#

If only interested in the implemented client code, then feel free to jump to the sections presenting the complete code for the JaxRsTutorialRestClientImpl, UnirestTutorialRestClientImpl, and OkHttpTutorialRestClientImpl classes. We then model the application we will build that interacts with the API, followed by incrementally developing the application. This tutorial uses a wholistic pedagogy and follows a mini-development life-cycle we start by reviewing the API on RapidAPI. But along the way, we will also model the application using the Unified Modeling Language (UML), use the Jackson library to serialize/deserialize JSON, and learn how to write a Spring Boot application as a console program rather than a web application. By the end of the tutorial, you will know how to use Java to get Google translate’s supported languages, identify a text’s language, and translate between two languages. Each library calls all three Google Translate endpoints – languages, detect, and translate. We program the client as a Spring Boot application and use three different Java REST libraries – the Eclipse Jersey implementation of the Java API for RESTful Web Services (JAX-RS), the Unirest-Java library, and the OkHttp library.

In this tutorial, we use the Google Translate API (version two) on RapidAPI using a Java command-line client.