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Staffjoy V1 Mobile Apps for Android and iPhone

Staffjoy is shutting down, so we are open-sourcing our code. These applications use React Native to create a simple webview around Staffjoy V1's applications. The mobile applications look for a mobile-config.json on the server, which provides a regex for determining which URLs are considered the "app, which hides a navbar with the URL and back button. The repos also includes some other functionality, such as a loading screen and error handling. Thanks to @JBaller for helping us with this last year in his spare time.

Example /mobile-config.json

{
    hideNavForURLsMatchingPattern: "^https?://(dev|stage|www|suite)\.staffjoy\.com"
}

Background

React Native is packaged as a Node module, delivered via npm.

The native projects live in subdirectories, and link to React Native as a local dependency (npm puts it into node_modules/react-native).

Setup

1. Install Homebrew
2. Install Node (using nvm) a. curl -o- https://raw.githubusercontent.com/creationix/nvm/v0.31.0/install.sh | bash b. nvm install v5.5.0 && nvm alias default node
3. brew install watchman
4. Install the React Native command line tools a. npm install -g react-native-cli

IDEs

IDE installations will handle SDK dependencies

iOS

• Install Xcode (v7.3 or newer)
• Install Cocoapods (gem install cocoapods)

Android

Install Android Studio 2.0 or newer

Updating Dependencies

React: run npm install from the project root

Note: Skip the react-native upgrade step from the docs. We aren't using their templates, and it would attempt to overwrite important native code.

iOS: run pod install from the /ios directory

Android: updated dynamically during the build process

Debug & Build

Note: For iOS, because we're using Cocoapods, you must open the workspace file, (StaffjoyMobile.xcworkspace), not the project file (.xcodeproj).

Debugging

While debugging, shake the device to access the React Native Developer menu (CMD+D on iOS simulator, F2 on Android emulator)

Loading JavaScript

Note: Release builds always load from the app binary

* For Android devices or emulators running Anroid 5 or later, it's easiest to link to the packager over USB by running adb reverse tcp:8081 tcp:8081. To link over WiFi, shake the device, tap the last settings option in the debug menu, and enter the address of your machine and port number of packager (default 8081)

Building

iOS

1. Open ios/StaffjoyMobile.xcworkspace in Xcode
2. Select the desired target
3. Choose Generic iOS Device from the device list.
4. Select Product -> Archive
5. Once archvied, the Organizer will open (access later via Window -> Organizer)
6. Select the latest build, and choose "Upload to App Store"
7. Manage TestFlight and App Store release via iTunes Connect

To test an archive on a device without waiting for TestFlight, go to Window -> Organizer, choose Export, then Ad Hoc, and install by dragging the exported file to your device via Window -> Devices

Android

via shell

1. (One time only) Set up Gradle variables for signing with the Staffjoy certificate (credentials are excluded from git for security) a. Look up Android Keystore in Staffjoy's "Mobile" vault in 1Password a. Copy staffjoy_android_keystore.jks from 1Password into your project's android/app directory a. Copy gradle.properties into the ~/.gradle directory
2. Run ./gradlew assembleRelease (or installRelease, assembleDebug, installDebug)
3. The APK will be built to android/app/build/outputs/apk/app-release.apk (or app-debug.apk)

Via IDE

1. Open the project in Android Studio
2. Go to Build -> Generate Signed APK
3. Choose the app module
4. Enter key store info a. path: point to a local copy the .jks file from 1Password b. password: from 1Password c. alias: staffjoy_android_keystore d. key password: the second password from 1Password (under "key info")
5. Choose a destination for the APK