Since Realtime Database is a Firebase service, the first step is creating a connection between our project and the Firebase Console.
R&D project: GPS tracking app. Experiments in Android
Next, you need to connect this project to your application, and add support for both Firebase Realtime Database and Firebase Authentication. The user can suspend tracking by tapping this notification — which will be the only way of dismissing the notification.
Next, open the strings. Firebase presents its data as JSON objects, which are sets of attribute-value pairs. You can even see new data replacing the old data, if you have the Firebase database open in your web browser while spoofing different locations on your Android device.
When working with Firebase in your own projects, you may sometimes want to record more than a single piece of data. You can add data to Firebase without replacing the previous values, by using any of the following methods instead of setValue:. In addition, when using the Firebase Realtime Database in your own projects, you may want to setup some Database Security Rules, which define how your data should be structured, indexed, and when your data can be read and written to. You can also use rules to specify who has access to your Firebase database, although Firebase already restricts access to authenticated users by default.
Please add the below mentioned dependencies to your module level build.
Android GPS, Location Manager Tutorial
The most important dependency here is the com. For this, first create a service class called LocationMonitoringService under services package. We have implemented the Google API connection and the callbacks here. This service class will take care of all the location motoring related functionalities. This is the activity from where we start the Location monitor service and it will be killed when you kill the activity. The service will start getting location changed callbacks and it will return the result to this Activity.