![]() ![]() ![]() The instructions provided on the Flutter website are very well done and allow you to easily set up a development environment on your platform of choice. Set up your IDE with a Flutter plugin/extension.Run the flutter doctor command, which alerts you to any problems with the Flutter installation.Extract the installation bundle in the desired location.Download the installation bundle for your development machine’s operating system to get the latest stable release of the Flutter SDK.The specific steps vary by platform, but they follow this basic format: Setting up Your Development Environmentįind instructions for setting up your development machine with the Flutter framework on Flutter’s Get started page. In Flutter, you don’t only use widgets for your app’s views, but also for entire screens and even for the app itself. JIT compilation with Flutter improves the development workflow by allowing a hot reload capability to refresh the UI during development without the need for an entirely new build.Īs you’ll see in this tutorial, the Flutter framework is built around the idea of widgets. Dart achieves this by using Ahead-Of-Time (AOT) compilation.ĭart can also use Just-In-Time (JIT) compilation. Unlike React Native, however, Flutter doesn’t need to use a JavaScript bridge, which improves app startup times and overall performance. Both allow for a reactive and declarative style of programming. If you’d like to learn more about Dart before continuing with this Flutter tutorial, check out our Dart Basics tutorial.Īs a cross-platform framework, Flutter most closely resembles React Native. You can also transcompile Dart into JavaScript code. Dart shares many of the features of other modern languages, such as Kotlin and Swift. Introduction to Flutterįlutter apps use the Dart programming language. While you can use any editor with the Flutter toolchain, there are IDE plugins for IntelliJ IDEA, Android Studio and Visual Studio Code that make the development cycle easier. You can use macOS, Linux, Windows or Chrome OS for your Flutter development. You’ll also learn a little Dart along the way! :] Getting Startedĭownload the starter project for this tutorial by clicking the Download Materials button at the top or bottom of this tutorial. Here are some things you’ll learn how to do with Flutter while you build the app: You can develop the app using iOS Simulator, the Android emulator, a web browser, a native desktop app or all of the above! In this tutorial, you’ll build a Flutter app called GHFlutter that queries the GitHub API for team members in a GitHub organization and displays the information in a scrollable list: This - in combination with Flutter’s fast development cycle, flexible UI design and native app performance - make it a very attractive target for new and experienced developers alike. While Flutter initially only supported the Android and iOS mobile platforms, it has since expanded to include support for the web, macOS, Windows, Linux, Fuchsia and embedded devices. One of the most recent frameworks to enter the cross-platform arena is Flutter from Google. Being able to write one codebase and deploy to multiple platforms saves significant time and effort for your company and team. With various operating systems running the world’s mobile and desktop devices, cross-platform development has long been a goal for app development. Joe Howard wrote the original and Nishant Srivastava made a previous update. Update note: Jonathan Sande updated this tutorial for Flutter 2.2 and Dart 2.13. ![]()
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