Based on your requirements and the provided code snippets, you're aiming to establish a BLE connection in the background while adhering to Android 12+ restrictions. The approach involves using WorkManager for scheduling tasks and a temporary foreground service (BleConnectionForegroundService) to manage BLE connections.
Here's an enhanced version of your implementation:
1. BleGattConnectionReceiver
This receiver listens for Bluetooth GATT state changes, specifically when the connection is lost (e.g., due to device reboot or app process termination). When it detects a STATE_DISCONNECTED event, it schedules a BluetoothWorker to handle reconnection logic.
kotlin1// receivers/BleGattConnectionReceiver.kt 2 3package com.example.app.receivers 4 5import android.bluetooth.BluetoothDevice 6import android.content.BroadcastReceiver 7import android.content.Context 8import android.content.Intent 9import androidx.work.OneTimeWorkRequestBuilder 10import androidx.work.WorkManager 11import com.example.app.R 12import com.example.app.workers.BluetoothWorker 13import timber.log.Timber 14 15class BleGattConnectionReceiver : BroadcastReceiver() { 16 17 companion object { 18 const val BLE_GATT_CALLBACK_ACTION = "com.example.app.BLE_GATT_CALLBACK" 19 private const val 20 21[Read the full article at DEV Community](https://dev.to/ble_advertiser/beyond-the-foreground-service-reliable-background-ble-connection-management-on-android-12-2n78) 22 23--- 24 25**Want to create content about this topic?** [Use Nemati AI tools](https://nemati.ai) to generate articles, social posts, and more.

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