#Expo sqlite tutorial how to#
#Expo sqlite tutorial install#
#Expo sqlite tutorial full#
#Expo sqlite tutorial android#

Add React Native Navigation library by running.

Add the Firebase SDK to the React Native project.

Let’s start connecting it to your Firebase backend. We now have a new React Native app, running on both iOS and Android. This will also present you with a QR code which you can scan using the Camera app on iOS, or the Expo app on Android.

Create a new React Native app by runningįor the template, choose the Managed Workflow - Blank.

#Expo sqlite tutorial install#

In your Terminal, simply run npm install -g expo-cli

#Expo sqlite tutorial how to#

The steps below are also covered in the official React Native documentation on how to set up your dev environment. it also doesn’t work with Expo, which can be a deal breaker for many developers.it is not directly supported by Google, so maintaining it will be much harder given it’s an extra layer that can cause bugs, and.But keep in mind that we don’t recommend it for a few reasons: If you want to use react-native-firebase instead, feel free to install and configure that (the code will still be the same). We are going to use the Firebase Web SDK, which is compatible with both Expo and React Native CLI, and is supported directly by Google. But we won’t use any Expo specific libraries, so the src code can be simply used in any React Native app, regardless of its scaffolding. We’re going to use Expo for now, since it makes it easy for newcomers to preview their apps. We’re going to make our React Native Firebase app compatible with both Expo CLI and React Native CLI. Create and Configure a New React Native App This means that all the interactions with the backend is abstracted out and encapsulated in the SDK, so mobile developers don’t need to worry about API calls, data parsing, sockets management, and so on. All this information is made available to the mobile clients via the Firebase SDKs, which are compatible with React Native. In Firebase, you’ll be able to store everything that’s needed for your app - users, data, files, push notification tokens, etc. It’s also highly scalable, being backed by Google infrastructure. This saves a lot of time, since you don’t need to write any backend code. It’s a product running on top of Google Cloud, and allows developers to build web and mobile apps without needing their own servers. Download the configuration file generated at the next step to your computer ( ist for iOS, and google-services.json for Android)įirebase allows you to build backendless apps.

#Expo sqlite tutorial android#

(Optional) Create a new Android app with package name com.reactnativefirebase.Create a new iOS app, with App ID com.reactnativefirebase.Enable Email & Password auth method in Firebase Console -> Authentication -> Sign-in method.Create a new project in Firebase Console.Once logged in, you’ll be able to create a new project in the Firebase Console. The final mobile app will look like this: 1. Without further ado, let’s start building out the React Native Firebase project. Writing and reading data from Firebase Firestore.Implementing the UI for Login, Registration, and Home screens.Setting up the folder structure, routes, and navigation.

Creating & configuring a new React Native app.This tutorial will walk you through the details of the following sections:

#Expo sqlite tutorial full#

You can also download the full source code from Github if you want to jump straight into the code. This React Native Firebase tutorial will cover the main features such as authentication, registration, and database (Firestore) CRUD operations. The app will support both the React Native CLI as well as Expo CLI. In this tutorial, we are going to build a React Native app that is integrated with a Firebase backend.