// Android reconnection logic
class ConnectionManager {
    private var reconnectAttempts = 0
    private val maxReconnectAttempts = 3
    
    fun handleDisconnection() {
        if (reconnectAttempts < maxReconnectAttempts) {
            reconnectAttempts++
            
            // Wait before reconnecting (exponential backoff)
            val delay = (reconnectAttempts * 2000L) // 2s, 4s, 6s
            
            Handler(Looper.getMainLooper()).postDelayed({
                attemptReconnection()
            }, delay)
        } else {
            // Max attempts reached, stop broadcast
            showError("Unable to maintain connection. Stream ended.")
            broadcaster.stopPublish()
        }
    }
    
    private fun attemptReconnection() {
        broadcaster.reconnect()
            .subscribe({
                // Reconnection successful
                reconnectAttempts = 0
                showMessage("Reconnected successfully")
            }, { error ->
                handleDisconnection() // Try again or give up
            })
    }
}

class BroadcastResourceManager {
    
    fun optimizeForBattery() {
        // Reduce frame rate for battery saving
        broadcaster.setFrameRate(24) // Lower than default 30fps
        
        // Use lower bitrate
        broadcaster.setBitrate(1800) // Reduced from default
        
        // Disable unnecessary features
        broadcaster.setHardwareAccelerationEnabled(false)
    }
    
    fun optimizeForQuality() {
        // Maximum quality settings
        broadcaster.setFrameRate(30)
        broadcaster.setBitrate(4992) // 1080p bitrate
        broadcaster.setHardwareAccelerationEnabled(true)
    }
    
    fun monitorTemperature() {
        // Monitor device temperature (Android-specific)
        val thermalManager = getSystemService(THERMAL_SERVICE) as ThermalManager
        
        thermalManager.addThermalStatusListener { status ->
            when (status) {
                ThermalManager.THERMAL_STATUS_CRITICAL -> {
                    // Reduce quality to prevent overheating
                    optimizeForBattery()
                    showWarning("Device overheating - reducing quality")
                }
            }
        }
    }
}

class BroadcastErrorHandler {
    
    fun handleBroadcastErrors() {
        broadcaster.errorFlowable
            .subscribe { error ->
                when (error) {
                    is CameraException -> handleCameraError(error)
                    is NetworkException -> handleNetworkError(error)
                    is EncodingException -> handleEncodingError(error)
                    is AuthenticationException -> handleAuthError(error)
                    else -> handleGenericError(error)
                }
            }
    }
    
    private fun handleCameraError(error: CameraException) {
        when (error.reason) {
            CameraException.REASON_PERMISSION_DENIED -> {
                showError("Camera permission required")
                requestCameraPermission()
            }
            CameraException.REASON_CAMERA_IN_USE -> {
                showError("Camera is being used by another app")
                suggestCameraRelease()
            }
        }
    }
    
    private fun handleNetworkError(error: NetworkException) {
        when (error.type) {
            NetworkException.TYPE_CONNECTION_TIMEOUT -> {
                showError("Connection timeout - check your internet")
                attemptReconnect()
            }
            NetworkException.TYPE_INSUFFICIENT_BANDWIDTH -> {
                showWarning("Slow connection - reducing quality")
                reduceBitrate()
            }
        }
    }
    
    private fun handleEncodingError(error: EncodingException) {
        Log.e("Encoding", "Hardware encoding failed, falling back to software")
        broadcaster.setHardwareAccelerationEnabled(false)
        restartBroadcast()
    }
}

class BroadcastTests {
    
    fun testCameraInitialization() {
        // Test camera access and initialization
        assertTrue("Camera should initialize", broadcaster.isCameraReady())
        
        // Test camera switching
        broadcaster.switchCamera()
        assertEquals("Camera should switch", CameraFacing.FRONT, broadcaster.currentCamera)
    }
    
    fun testBroadcastLifecycle() {
        // Test complete broadcast lifecycle
        broadcaster.startPreview()
        assertTrue("Preview should start", broadcaster.isPreviewActive())
        
        broadcaster.startBroadcast("test-stream-id")
        // Wait for connection
        Thread.sleep(5000)
        assertTrue("Broadcast should be live", broadcaster.isLive())
        
        broadcaster.stopBroadcast()
        assertFalse("Broadcast should stop", broadcaster.isLive())
    }
    
    fun testErrorRecovery() {
        // Simulate network failure
        NetworkSimulator.simulateDisconnection()
        
        // Verify automatic reconnection
        Thread.sleep(10000)
        assertTrue("Should reconnect automatically", broadcaster.isConnected())
    }
}