![]() This means you need to monitor and check the internet connection in real-time and show the user the connection status. You need to detect networks, detect when you’ve connected to a network, and then test whether or not the network has internet connection. Knowing these capabilities will help you return the right information to the user. If this connection is active, does it have capabilities to access an online server/data? Active internet connection is not a guarantee of network connection capabilities. ![]() This means you have to first detect if the user has connected to the internet then monitor the user’s network to know the internet capabilities. A user might be connected to the Wi-Fi, but the Wi-Fi has no active internet to connect and access data from a server. However, you can not just rely on the detection of network connectivity. Your application will still work and indicate when connected to the internet. In this case, developing an application that just detects the internet connection might deceive a user. ![]() For example, you need to detect and monitor network connectivity. ![]() However, as a developer, the ways to handle this case must prove its importance to the user. The app should alert users that internet is required for them to have access to application’s information. As a developer, you need to prepare your application for such a scenario. The user may not be aware that their phone has no internet connection. The user will need to have Wi-Fi connectivity or mobile data to process all these server requests and responses. Thus this process has to hit the internet back and forth to ensure the credential submitted are valid for that specific user. Take a comparative example of a user login system. This will require a user to have an internet connection. When developing an Android application, you are probably going to consume data from remote servers.
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