Test your app with Android Studio 2.0+: Android codelab Test your app with the Firebase console: iOS, Visit an overview of how to get started: iOS, Android After your tests finish, youĬan see the results in the Firebase console. Set of devices, OS versions, locales, and screen orientations. Using one of our integrated tools, define your test matrix by selecting a Package your app, then upload it to Firebase. If necessary, modify your test to run on Test Lab.Locale settings, allowing you to road-test your app on the hardware andĬonfigurations it'll encounter in real-world use.ĭevices in a data center Note: Test Lab is not intended for, and should not be used for, load-testingĪny back-end servers used by your app. The devices are flashed with updated APIs and have customizable Test Lab uses real, production devices running in a Google data center to Test Lab is integrated with the Firebase console, Android Studio,Īnd the gcloud CLI. In a Google data center, so you can find issues that only occur Test Lab exercises your app on devices installed and running Run tests on a wide range of Android and iOS devices hosted by Test Lab. Idea of how it'll perform in the hands of live users.įor instructions about running tests with Test Lab, visit our Getting Started guides:Īndroid iOS Key capabilities Test both Android and iOS apps Test your app on a range of devices and configurations, so you can get a better In this case, we are assuming that each flavors have a specific git branch.Firebase Test Lab is a cloud-based app testing infrastructure that lets you You need to create one ist file for each flavor.Īs you can see, we are doing the exact same thing, just with different parameters. Import 'package:package_info_plus/package_info_plus.dart' Ĭonst MyApp("ĪrchiveArtifacts allowEmptyArchive: true, artifacts: appNameAndroidĪrchiveArtifacts allowEmptyArchive: true, artifacts: appNameiOS Import 'package:flavors_demo/flavors.dart' The code of the main.dart file looks like this: import 'dart:async' To demonstrate the power of flavors, we are going to create a small, useless app that is only going to display its boring information (app name, package name) using package_info_plus and a GIF, which will be different for each flavor. We will see how it simplifies the CI/CD and how we can configure VsCode to run each flavor from the interface. Then we are going to see how we can get the best out of these flavors. In this post, we will see how to set flavors to a Flutter application. Thanks to the awesome Flutter community, there are some pretty good packages on pub.dev to make our life easier. Flutter makes it easy, we will see how, but there is currently no out-of-the-box solution inside Flutter itself. For example, we want to create a development flavor that is going to use different API endpoints than the production flavor which will be available to customers. It allows us to specify the app configuration for each of our cases. Flavors are a way of creating different environments for our application.
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