- #DELAY WITH NEW INTENT ANDROID STUDIO HOW TO#
- #DELAY WITH NEW INTENT ANDROID STUDIO ANDROID#
- #DELAY WITH NEW INTENT ANDROID STUDIO CODE#
The same instructions are also available in the public documentation.Īnother way of integrating with Firebase Performance Monitoring manually can be found here.
#DELAY WITH NEW INTENT ANDROID STUDIO ANDROID#
You should see a dialog to Accept Changes after which Android Studio should sync your app to ensure that all necessary dependencies have been added.įinally, you should see the success message in the Assistant pane in Android Studio that all dependencies are set up correctly.Īs an additional step, enable debug logging by following the instructions in the step "(Optional) Enable debug logging". In the Assistant pane in Android Studio, click Add Performance Monitoring to your app. Back in Android Studio, in the Assistant pane, you should see the confirmation that your app is connected to Firebase.You should next see a dialog to Connect your new Firebase App to your Android Studio project.Click Continue and accept terms to create the Firebase project and a new Firebase App. In the Firebase console, click Add project, then enter a Firebase project name (if you already have a Firebase project, you can select that existing project instead).Click Connect to Firebase to connect your Android project with Firebase (this will open up the Firebase console in your browser).Choose Performance Monitoring to add to your app, then click Get started with Performance Monitoring.Select Tools > Firebase to open the Assistant pane.Go to Android Studio/ Help > Check for updates to make sure that you're using the latest versions of Android Studio and the Firebase Assistant.In this codelab, we'll use the Firebase Assistant plugin to register our Android app with a Firebase project and add the necessary Firebase config files, plugins, and dependencies to our Android project - all from within Android Studio! Connect your app to Firebase We'll correct this in the next section of this step. You will probably see some compilation errors or maybe a warning about a missing google-services.json file. Import the measure-view-performance-start project into Android Studio.
#DELAY WITH NEW INTENT ANDROID STUDIO CODE#
If you don't have git on your machine, you can also download the code directly from GitHub. $ cd codelab-measure-android-view-performance This will create a folder called codelab-measure-android-view-performance on your machine: $ git clone Run the following commands to clone the sample code for this codelab.
#DELAY WITH NEW INTENT ANDROID STUDIO HOW TO#
How to view the collected metrics in the Firebase console.How to instrument custom code traces with metrics to record Slow/Frozen screens.Understanding Screen Rendering and what is a Slow/Frozen frame.How to instrument custom code traces to measure the load time of an Activity or Fragment.Understanding the loading of an Activity or a Fragment.How to add Firebase Performance Monitoring to an Android app.You can easily extend this codelab to measure performance of Custom View components. So it's often useful to understand how to measure the load time and screen rendering performance of both Activities and Fragments by instrumenting custom code traces in your app. Also, many apps usually implement their own Custom Views for more complex use cases. However, industry apps usually don't have lots of Activities but rather one Activity and multiple Fragments. Doesn't Firebase Performance Monitoring provide these performance metrics out-of-the-box?įirebase Performance Monitoring automatically captures some performance data out-of-the-box, such as your app start time (i.e., the load time for your first Activity only) and screen rendering performance (i.e., slow and frozen frames for Activities but not for Fragments). Slow and frozen screens will directly impair user interaction with your app and create a bad user experience. Users are not able to see the entire content of the UI until it's completely drawn on the screen. For example, your Activity or Fragment contains the UI which holds the View components that users interact with. Views are a key part of Android applications that directly affect the user experience. Last Updated: Why do we need to measure the performance of Views?