A React Native scaffod featuring Redux and React Navigation

• Redux
• React Navigation
• React Native i18n
• React Native FCM
• React Native Vector Icons
• ESLint
• Node HTTP Status

• npm start - Starts JS server
• npm run lint - Runs the ESLint linter
• npm run test - Invokes Jest test runner

This project depends on Node.js and react-native-cli. The Node.js installation method varies from platform to platform.

If you are using a Debian distribution, please follow the steps below,

$ curl -sL https://deb.nodesource.com/setup_7.x | sudo -E bash -
$ sudo apt-get install -y nodejs

Or, if you are using some other linux distribution or a different platform, please follow the instruction provided here.

react-native-cli module requires a global installation.

$ sudo npm install -g react-native-cli

Now, change CWD to project root and install dependency modules.

$ npm install

Create a gradle property file by renaming gradle.properties.example as gradle.properties (located in android/)

FCM requires a configuration file (google-services.json) to work. In order to get the file, follow the steps bellow.

• Go to your project in https://console.firebase.google.com, or create one.
• Now, from project Settings > General > Your apps, use "Add APP" to add an android app to the project
• google-services.json will now be available for download

TODO

Once the FCM configuration file is added, app will start to receive notifications without the necessity of taking any further step. But, if the app requires advanced feature like Android click_action, then some additional configuration will be required.

For a more detailed configuration instruction, please visit the FCM module documentation.

Create a configuration file by copying application.json.example as application.json (located in app/config)

Now, start the JS server.

$ react-native start

And, finally deploy the development app. to a device / emulator using,

$ react-native run-android
$ react-native run-ios

One way of logging is to use any of the following commands

$ react-native log-android
$ react-native log-ios

Create a keystore for the production app signing. You may update the available parameters (e.g. keystore name, alias, validity) to fit your requirement.

keytool -genkey -v -keystore primary-release-key.keystore -alias keystore_alias -keyalg RSA -keysize 2048 -validity 10000

Now copy the keystore file to android/app directory.

In the global gradle.properties file (located in android/ directory), update the STORE_PASSWORD, KEY_PASSWORD, KEY_ALIAS and STORE_FILE parameter with your keystore parameters.

Finally generate the release build using,

react-native run-android --flavor=release

which generates a release apk in android/app/build/outputs/apk directory.

TODO

MIT