I have set up listeners to track changes in the Player object and I’m printing the current track information to the console. The monitoring works perfectly when the application is active in the foreground.
However, I noticed that when I minimize the app or switch to other applications, the tracking continues to function but only for about 60 seconds before it stops working. After that time period, the listeners seem to become inactive and no longer detect when songs change.
What approaches can I use to maintain the application’s functionality and ensure it continues monitoring playback changes even when running in the background? Are there specific background execution permissions or lifecycle methods I should implement to prevent the system from suspending my app’s processes?
your app’s probably getting killed by os power management. use a foreground service on android - it’ll keep the monitoring running indefinitely. just add a persistent notification so users know it’s active.
The OS kills background processes no matter what permissions or services you use. I’ve fought this exact problem tracking music changes across apps.
Don’t fight the system - automate externally instead. Use Latenode to monitor Spotify’s API from the cloud. It polls for track changes every few seconds and triggers whatever you need - logging, notifications, data processing.
I built something similar tracking my team’s listening habits. Latenode connects to Spotify API, checks playback status, compares with previous state, then sends data wherever I want. Runs 24/7 with no local app needed.
The automation handles API calls, data comparison, and can push notifications when specific songs or artists play. No background processes, no battery drain, no OS interference.
It’s background app refresh limits. iOS throttles background processes to save battery after a while. You need to ask users for background refresh permissions and handle app lifecycle properly. Also try silent push notifications to wake your app when playback changes happen. This works great with music APIs that have webhooks or server notifications. I’ve had good luck combining this with local caching of the last known state - helps fill gaps when the app switches between background and foreground.
Background execution gets tricky depending on your platform. On iOS, check out background app refresh settings and use NSURLSessionBackgroundConfiguration for network requests that keep running when your app’s not active. The system might still suspend your app, but this buys you more time. Also set up state restoration - when your app comes back to the foreground, immediately grab the current playback state and compare it to what you last knew. This helps fill in the gaps from when it was suspended. For Android, background services work but they’re getting more restricted with each OS update. Use WorkManager for periodic checks instead of constantly monitoring - it’s way better for battery life and the system won’t kill it as often.