#GOOGLE VOICE ACTIONS FOR ANDROID ANDROID#
The device must also have the Google Assistant app installed.Īpp Actions connect users from Google Assistant to your Android app. You must also be signed in to the Google app on the device, and signed in to Android Studio, using the same Google account.
If using a physical device, make sure it's connected to your local development machine. In this codelab, you use an Android device (physical or virtual) to test your actions. Refer to the Common BII reference docs to find out what intents are available, based on locale. Note: You can test the App Actions described in this codelab with Google Assistant in a limited number of locales. Your same Google account must be signed in to Android Studio, Google Play Console, and the Google app and Google Assistant app on your test device.A physical or virtual Android device with Internet access to the Google Play Store to test your actions.A Google account with access to the Google Play Console.The latest stable release of Android Studio.A terminal to run shell commands with git installed.
#GOOGLE VOICE ACTIONS FOR ANDROID HOW TO#
You will also learn how to test Common BIIs with the Google Assistant plugin for Android Studio. You'll learn how to use Common category BIIs to extend Assistant to most Android apps. Three progressive screens where Google Assistant displays active tasks in an app. Learn more about App Actions deployment requirements.įigure 1. Note: Apps with search functionality are required to implement the _THING BII. Search for content using in-app search with the _THING BII.Navigate to features within the app with the _APP_FEATURE BII.In this codelab, you add two Common BIIs to a sample To-do list app, enabling users to ask Assistant to: You should have prior experience developing Android apps and implementing Android intents.
This codelab covers intermediate-level concepts for developing with App Actions. In this codelab, you learn how to add App Actions to an app using BIIs from the "Common" BII category, which represents common app tasks that almost any Android app can fulfill. Google builds and maintains the language models for BIIs to understand a large variation of queries that relate to that particular intent. Key term: An Assistant built-in intent, or BII for short, is a predefined trigger for a specific kind of functionality that the user wants to do. BIIs are organized into categories representing the kinds of tasks users often ask Assistant to perform. In the first App Actions codelab, you learned how to extend Google Assistant to a sample fitness app by implementing built-in intents (BII) from the Health and Fitness BII category. As an Android developer, you can implement capabilities, which lets Google Assistant know the type of functionality available to users and how you want to fulfill these requests. App Actions lets users launch directly into specific app features from Google Assistant to help you expand the reach of your Android app.
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