Android Map Application – The easiest way to work with maps in Xamarin.Android is to use the built-in map application shown below:
When you use the map application, the map does not become part of your application. Instead, the program will launch the map application and load the map externally. The next section looks at how to use Xamarin.Android to launch a map like the one above.
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Working with the map application is as easy as creating an intent with the appropriate URI, setting the action to the ActionView, and calling the StartActivity method. For example, the following code starts the map program centered on a given latitude and longitude:
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This code is all that is needed to launch the map shown in the previous screenshot. In addition to specifying latitude and longitude, the URI system for maps supports a number of other options.
The previous code used the geographic schema to generate the URI. This URI scheme supports several formats, as listed below:
Versions of URIs that accept a query (ie street name or keyword) use Google’s geocoding service to retrieve the location which is then displayed on the map. For example, a URI
In addition to the geospatial theme, Android also supports loading Street View from intent. Here is an example of the Street View application launched by Xamarin.Android:
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Working with the built-in Maps application or Street View is an easy way to quickly add map support. However, the Android Maps API offers more granular control over the map experience. Warning: This codelab is deprecated and no longer maintained. Instead, check out the Getting Started Android with Compose or Jetpack Compose for Android Developers tutorials for the latest best practices. If you are looking for a topic on Views, you can check out the Kotlin Android Basics course.
This code lab is part of a series that guides you through adding maps to your applications. We recommend that you carry out all the actions in order as the tasks progress step by step.
By creating an app with Google Maps, you can add features to your app, such as satellite imagery, advanced map user controls, location tracking, and location markers. You can add value to standard Google Maps by displaying information from your database, such as the locations of popular fishing or climbing spots. You can also create games where the player physically explores the world, such as treasure hunts or even augmented reality games.
In this lesson, you will create a Google Maps app called Wander that displays custom maps and displays the user’s location.
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App, which displays Google Maps with a custom style. The Wander app lets you tag locations, add overlays, and see your location in real time.
The Maps SDK for Android requires an API key. To get the API key, register your project on the API and support page. The API key is attached to a digital certificate that links the application to its publisher. For more information about using digital certificates and signing the application, see Signing the application.
In this code lab, you use the API key for the debug certificate. The debug certificate is not secure by design, as described in Debug Signing. Android apps released with the Maps SDK for Android require another API key: the Release Certificate key. For more information about obtaining an issuing certificate, see Obtain an API Key.
Android Studio includes a Google Maps activity template, which generates useful template code. The template code includes a google_maps_api.xml file that contains a link that makes it easy to get an API key.
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Note: If you want to create the function without using the template, follow the steps in Get an API key to get the API key without using the link in the template.
Google_maps_api.xml – Use this configuration file to store the API key. The template creates two google_maps_api.xml files: one for debugging and one for publishing. The file for the debug certificate API key is located in src/debug/res/values. The release certificate API key file is located in src/release/res/values. In this code lab, you only use the debug certificate.
Activity_maps.xml: This layout file contains one piece that fills the entire screen. The SupportMapFragment class is a subclass of
This is the easiest way to embed a map in an app. It is a wrapper around an optical card to automatically handle the necessary lifecycle needs.
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Note: If you run the program now, the map will not load. If you check the files, you will see a message that your API key is not set correctly. In the next step, you will get the API key for the app to display the map.
Note: If you try the Wander app on an emulator, you must use a system image that includes Google Play. Select an image that shows Google Play in the Target column in the virtual devices list.
Note: It may take up to 5 minutes to apply the API key. You may also need to restart Android Studio.
Each type of map provides different types of information. For example, when using a map for car navigation, it is useful to see street names, so you can use the normal option. When hiking, the terrain map may be helpful in determining how much further you need to climb to reach the top.
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In this step, you add an app bar with an options menu that allows the user to change the map type.
The callback contains code that places a marker in Sydney, Australia, where Google Maps was created. The default callback also animates the map to go over Sydney.
In this mission, you have the map camera move towards your house, zoom to a certain level and place a marker there.
The zoom level controls how zoomed you are on the map. The following list gives you an idea of the level of detail each zoom level displays:
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In this step, add a marker when the user taps and holds a location on the map.
Note: Tapping a marker displays navigation buttons that allow you to use the Google Maps app to navigate to the marked location.
By default, points of interest (POIs) appear on the map along with their corresponding icons. Places of interest include parks, schools, public buildings, and more. When the map type is set to
Business POIs also appear on the map. Business POIs represent businesses, such as shops, restaurants and hotels.
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In this step, add a GoogleMap.OnPoiClickListener to the map. This click listener immediately places a marker on the map when the user clicks on a POI. The click listener also displays an information window containing the name of the POI.
You can modify a MapFragment object using the available XML attributes, just as you would any other fragment. However, in this step you will modify the appearance of the file
To create a special style for your map, create a JSON file that specifies how properties appear on the map. You do not need to create this JSON file manually. Google offers the Maps Platform Style Wizard, which generates JSON for you after you’ve visually styled your map. In this project you will define the map with a retro theme, ie. the map will use vintage colors and you will add colorful streets.
Note: If you zoom in enough, the map will no longer show streets, so you won’t see them.
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You can further customize your map by defining a style for the map labels. In this step, you change the default red tags into something more interesting.
One way to customize a Google map is to draw on it. This technique is useful if you want to highlight a specific type of location, such as popular fishing spots.
In this action, you add an Android-shaped landscape to your home location.
Users often use Google Maps to see their current location. To see the location of your device on the map, you can use the location data layer.
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When the user presses the button, the map is communicated to the location of the device. Your location is shown as a blue dot if the device is stationary and as a blue arrow if the device is moving.
Enabling location tracking in Google Maps requires a single line of code. However, you need to ensure that the user has granted location permission (using the runtime permission model).
The map now shows the location of the device with a blue dot. Note that there is a location button. If you move the map away from your location and click this button, the map will refocus to your device location.
Note: When running the program on emulators, the location may not be available. If you have not used the simulator settings to set the location, the location button is not available.
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Alternatively, you can download the repository as a zip file, unzip it, and open it in Android Studio.
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