You can follow the steps in this video or this documentation. Generate an API key in the Credentials page of Cloud Console.To do so, follow the steps in this video or this documentation. Enable the Google Maps Platform APIs and SDKs required for this codelab in the Google Cloud Marketplace.In the Cloud Console, click the project drop-down menu and select the project that you want to use for this codelab.If you do not already have a Google Cloud Platform account and a project with billing enabled, please see the Getting Started with Google Maps Platform guide to create a billing account and a project. An Android device or an Android emulator that runs the Google APIs platform based on Android 4.2.2 or higher (see Run apps on the Android Emulator for installation steps.)įor the following enablement step, you need to enable Maps SDK for Android.Google Play services installed in Android Studio.Control the viewpoint of the camera programmatically.Draw polylines and polygons on the map.

Enable and use the Maps SDK for Android to add Google Maps to an Android app.

Basic knowledge of Kotlin and Android development.

While the first range will hold the list of multipliers corresponding to different rows, on the other hand, the second range will hold the result values.This codelab teaches you how to integrate Maps SDK for Android with your app and use its core features by building an app that displays a map of bicycle shops in San Francisco, CA, USA. Further, we’ll need two ranges in our loop. Let’s advance our understanding of looping with multiple variables by applying concepts of ranges and the zip operator to generate multiplication tables, where each row shows up in the format: factor x multiplier = resultĪs the factor will remain the same in all the rows, we’ll have to loop through two multiplier and result variables.

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