import Foundation
import CoreData
import CoreBluetooth
import SwiftUI
import MapKit
import CocoaMQTT

// ---------------------------------------------------------------------------------------
// Meshtastic BLE Device Manager
// ---------------------------------------------------------------------------------------
class BLEManager: NSObject, CBPeripheralDelegate, MqttClientProxyManagerDelegate, ObservableObject {
	
	// MqttClientProxyManagerDelegate
	func onMqttConnected() {
		mqttManager.status = .connected
		print("📲 Mqtt Client Proxy onMqttConnected now subscribing to \(mqttManager.topic).")
		mqttManager.mqttClientProxy?.subscribe(mqttManager.topic)
	}
	
	func onMqttDisconnected() {
		mqttManager.status = .disconnected
		print("MQTT Disconnected")
	}
	
	func onMqttMessageReceived(message: CocoaMQTTMessage) {

		print("📲 Mqtt Client Proxy onMqttMessageReceived for topic: \(message.topic)")
		if message.topic.contains("/stat/") {
			return
		}
		var proxyMessage = MqttClientProxyMessage()
		proxyMessage.topic = message.topic
		proxyMessage.data = Data(message.payload)
		proxyMessage.retained = message.retained
		
		var toRadio: ToRadio!
		toRadio = ToRadio()
		toRadio.mqttClientProxyMessage = proxyMessage
		let binaryData: Data = try! toRadio.serializedData()
		if connectedPeripheral?.peripheral.state ?? CBPeripheralState.disconnected == CBPeripheralState.connected {
			connectedPeripheral.peripheral.writeValue(binaryData, for: TORADIO_characteristic, type: .withResponse)
			print("📲 Sent Mqtt client proxy message to the connected device.")
		}

	}
	
	func onMqttError(message: String) {
		print("MQTT Error")
	}
	

	private static var documentsFolder: URL {
		do {
			return try FileManager.default.url(for: .documentDirectory, in: .userDomainMask, appropriateFor: nil, create: true)
		} catch {
			fatalError("Can't find documents directory.")
		}
	}
	var context: NSManagedObjectContext?
	//var userSettings: UserSettings?
	private var centralManager: CBCentralManager!
	private let restoreKey = "Meshtastic.BLE.Manager"
	@Published var peripherals: [Peripheral] = []
	@Published var connectedPeripheral: Peripheral!
	@Published var lastConnectionError: String
	@Published var invalidVersion = false
	@Published var isSwitchedOn: Bool = false
	@Published var automaticallyReconnect: Bool = true
	public var minimumVersion = "2.0.0"
	public var connectedVersion: String
	public var isConnecting: Bool = false
	public var isConnected: Bool = false
	public var isSubscribed: Bool = false
	private var configNonce: UInt32 = 1
	var timeoutTimer: Timer?
	var timeoutTimerCount = 0
	var positionTimer: Timer?
	var lastPosition: CLLocationCoordinate2D?
	let emptyNodeNum: UInt32 = 4294967295
	let mqttManager = MqttClientProxyManager.shared
	/* Meshtastic Service Details */
	var TORADIO_characteristic: CBCharacteristic!
	var FROMRADIO_characteristic: CBCharacteristic!
	var FROMNUM_characteristic: CBCharacteristic!
	let meshtasticServiceCBUUID = CBUUID(string: "0x6BA1B218-15A8-461F-9FA8-5DCAE273EAFD")
	let TORADIO_UUID = CBUUID(string: "0xF75C76D2-129E-4DAD-A1DD-7866124401E7")
	let FROMRADIO_UUID = CBUUID(string: "0x2C55E69E-4993-11ED-B878-0242AC120002")
	let EOL_FROMRADIO_UUID = CBUUID(string: "0x8BA2BCC2-EE02-4A55-A531-C525C5E454D5")
	let FROMNUM_UUID = CBUUID(string: "0xED9DA18C-A800-4F66-A670-AA7547E34453")
	
	let meshLog = documentsFolder.appendingPathComponent("meshlog.txt")
	
	// MARK: init BLEManager
	override init() {
		self.lastConnectionError = ""
		self.connectedVersion = "0.0.0"
		super.init()
		centralManager = CBCentralManager(delegate: self, queue: nil)
		mqttManager.delegate = self
		// centralManager = CBCentralManager(delegate: self, queue: nil, options: [CBCentralManagerOptionRestoreIdentifierKey: restoreKey])
	}
	
	// MARK: Scanning for BLE Devices
	// Scan for nearby BLE devices using the Meshtastic BLE service ID
	func startScanning() {
		if isSwitchedOn {
			centralManager.scanForPeripherals(withServices: [meshtasticServiceCBUUID], options: [CBCentralManagerScanOptionAllowDuplicatesKey: true])
			print("✅ Scanning Started")
		}
	}
	
	// Stop Scanning For BLE Devices
	func stopScanning() {
		if centralManager.isScanning {
			centralManager.stopScan()
			print("🛑 Stopped Scanning")
		}
	}
	
	// MARK: BLE Connect functions
	/// The action after the timeout-timer has fired
	///
	/// - Parameters:
	///     - timer: The time that fired the event
	///
	@objc func timeoutTimerFired(timer: Timer) {
		guard let timerContext = timer.userInfo as? [String: String] else { return }
		let name: String = timerContext["name", default: "Unknown"]
		
		self.timeoutTimerCount += 1
		self.lastConnectionError = ""
		
		if timeoutTimerCount == 10 {
			if connectedPeripheral != nil {
				self.centralManager?.cancelPeripheralConnection(connectedPeripheral.peripheral)
			}
			connectedPeripheral = nil
			if self.timeoutTimer != nil {
				
				self.timeoutTimer!.invalidate()
			}
			self.isConnected = false
			self.isConnecting = false
			self.lastConnectionError = "🚨 " + String.localizedStringWithFormat("ble.connection.timeout %d %@".localized, timeoutTimerCount, name)
			MeshLogger.log(lastConnectionError)
			self.timeoutTimerCount = 0
			self.startScanning()
		} else {
			print("🚨 BLE Connecting 2 Second Timeout Timer Fired \(timeoutTimerCount) Time(s): \(name)")
		}
	}
	
	// Connect to a specific peripheral
	func connectTo(peripheral: CBPeripheral) {
		stopScanning()
		DispatchQueue.main.async {
			self.isConnecting = true
			self.lastConnectionError = ""
			self.automaticallyReconnect = true
		}
		if connectedPeripheral != nil {
			print("ℹ️ BLE Disconnecting from: \(connectedPeripheral.name) to connect to \(peripheral.name ?? "Unknown")")
			disconnectPeripheral()
		}
		
		centralManager?.connect(peripheral)
		// Invalidate any existing timer
		if timeoutTimer != nil {
			timeoutTimer!.invalidate()
		}
		// Use a timer to keep track of connecting peripherals, context to pass the radio name with the timer and the RunLoop to prevent
		// the timer from running on the main UI thread
		let context = ["name": "\(peripheral.name ?? "Unknown")"]
		timeoutTimer = Timer.scheduledTimer(timeInterval: 1.5, target: self, selector: #selector(timeoutTimerFired), userInfo: context, repeats: true)
		RunLoop.current.add(timeoutTimer!, forMode: .common)
		print("ℹ️ BLE Connecting: \(peripheral.name ?? "Unknown")")
	}
	
	// Disconnect Connected Peripheral
	func disconnectPeripheral(reconnect: Bool = true) {
		
		guard let connectedPeripheral = connectedPeripheral else { return }
		automaticallyReconnect = reconnect
		centralManager?.cancelPeripheralConnection(connectedPeripheral.peripheral)
		FROMRADIO_characteristic = nil
		isConnected = false
		isSubscribed = false
		invalidVersion = false
		connectedVersion = "0.0.0"
		startScanning()
	}
	
	// Called each time a peripheral is discovered
	func centralManager(_ central: CBCentralManager, didConnect peripheral: CBPeripheral) {
		isConnecting = false
		isConnected = true
		if UserDefaults.preferredPeripheralId.count < 1 {
			UserDefaults.preferredPeripheralId = peripheral.identifier.uuidString
		}
		// Invalidate and reset connection timer count
		timeoutTimerCount = 0
		if timeoutTimer != nil {
			timeoutTimer!.invalidate()
		}
		
		// remove any connection errors
		self.lastConnectionError = ""
		// Map the peripheral to the connectedPeripheral ObservedObjects
		connectedPeripheral = peripherals.filter({ $0.peripheral.identifier == peripheral.identifier }).first
		if connectedPeripheral != nil {
			connectedPeripheral.peripheral.delegate = self
		} else {
			// we are null just disconnect and start over
			lastConnectionError = "Bluetooth connection error, please try again."
			disconnectPeripheral()
			return
		}
		// Discover Services
		peripheral.discoverServices([meshtasticServiceCBUUID])
		print("✅ BLE Connected: \(peripheral.name ?? "Unknown")")
	}
	
	// Called when a Peripheral fails to connect
	func centralManager(_ central: CBCentralManager, didFailToConnect peripheral: CBPeripheral, error: Error?) {
		disconnectPeripheral()
		print("🚫 BLE Failed to Connect: \(peripheral.name ?? "Unknown")")
	}
	
	// Disconnect Peripheral Event
	func centralManager(_ central: CBCentralManager, didDisconnectPeripheral peripheral: CBPeripheral, error: Error?) {
		self.connectedPeripheral = nil
		self.isConnecting = false
		self.isConnected = false
		self.isSubscribed = false
		if let e = error {
			// https://developer.apple.com/documentation/corebluetooth/cberror/code
			let errorCode = (e as NSError).code
			if errorCode == 6 { // CBError.Code.connectionTimeout The connection has timed out unexpectedly.
				// Happens when device is manually reset / powered off
				lastConnectionError = "🚨" + String.localizedStringWithFormat("ble.errorcode.6 %@".localized, e.localizedDescription)
				print("🚨 BLE Disconnected: \(peripheral.name ?? "Unknown") Error Code: \(errorCode) Error: \(e.localizedDescription)")
			} else if errorCode == 7 { // CBError.Code.peripheralDisconnected The specified device has disconnected from us.
				// Seems to be what is received when a tbeam sleeps, immediately recconnecting does not work.
				lastConnectionError = "🚨 \(e.localizedDescription)"
				print("🚨 BLE Disconnected: \(peripheral.name ?? "Unknown") Error Code: \(errorCode) Error: \(e.localizedDescription)")
			} else if errorCode == 14 { // Peer removed pairing information
				// Forgetting and reconnecting seems to be necessary so we need to show the user an error telling them to do that
				lastConnectionError = "🚨 " + String.localizedStringWithFormat("ble.errorcode.14 %@".localized, e.localizedDescription)
				print("🚨 BLE Disconnected: \(peripheral.name ?? "Unknown") Error Code: \(errorCode) Error: \(lastConnectionError)")
			} else {
				lastConnectionError = "🚨 \(e.localizedDescription)"
				print("🚨 BLE Disconnected: \(peripheral.name ?? "Unknown") Error Code: \(errorCode) Error: \(e.localizedDescription)")
			}
		} else {
			// Disconnected without error which indicates user intent to disconnect
			// Happens when swiping to disconnect
			print("ℹ️ BLE Disconnected: \(peripheral.name ?? "Unknown"): User Initiated Disconnect")
		}
		// Start a scan so the disconnected peripheral is moved to the peripherals[] if it is awake
		self.startScanning()
	}
	
	// MARK: Peripheral Services functions
	func peripheral(_ peripheral: CBPeripheral, didDiscoverServices error: Error?) {
		if let e = error {
			print("🚫 Discover Services error \(e)")
		}
		guard let services = peripheral.services else { return }
		for service in services {
			if service.uuid == meshtasticServiceCBUUID {
				peripheral.discoverCharacteristics([TORADIO_UUID, FROMRADIO_UUID, FROMNUM_UUID], for: service)
				print("✅ BLE Service for Meshtastic discovered by \(peripheral.name ?? "Unknown")")
			}
		}
	}
	
	// MARK: Discover Characteristics Event
	func peripheral(_ peripheral: CBPeripheral, didDiscoverCharacteristicsFor service: CBService, error: Error?) {
		
		if let e = error {
			print("🚫 BLE Discover Characteristics error for \(peripheral.name ?? "Unknown") \(e) disconnecting device")
			// Try and stop crashes when this error occurs
			disconnectPeripheral()
			return
		}
		
		guard let characteristics = service.characteristics else { return }
		
		for characteristic in characteristics {
			switch characteristic.uuid {
				
			case TORADIO_UUID:
				print("✅ BLE did discover TORADIO characteristic for Meshtastic by \(peripheral.name ?? "Unknown")")
				TORADIO_characteristic = characteristic
				
			case FROMRADIO_UUID:
				print("✅ BLE did discover FROMRADIO characteristic for Meshtastic by \(peripheral.name ?? "Unknown")")
				FROMRADIO_characteristic = characteristic
				peripheral.readValue(for: FROMRADIO_characteristic)
				
			case FROMNUM_UUID:
				print("✅ BLE did discover FROMNUM (Notify) characteristic for Meshtastic by \(peripheral.name ?? "Unknown")")
				FROMNUM_characteristic = characteristic
				peripheral.setNotifyValue(true, for: characteristic)
				
			default:
				break
			}
		}
		if ![FROMNUM_characteristic, TORADIO_characteristic].contains(nil) {
			sendWantConfig()
		}
	}
	
	func requestDeviceMetadata(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32, context: NSManagedObjectContext) -> Int64 {
		
		guard connectedPeripheral?.peripheral.state ?? CBPeripheralState.disconnected == CBPeripheralState.connected else { return 0 }
		
		var adminPacket = AdminMessage()
		adminPacket.getDeviceMetadataRequest = true
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		meshPacket.decoded = dataMessage
		let messageDescription = "🛎️ Requested Device Metadata for node \(toUser.longName ?? "unknown".localized) by \(fromUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return Int64(meshPacket.id)
		}
		return 0
	}
	
	func sendTraceRouteRequest(destNum: Int64, wantResponse: Bool) -> Bool {
		
		var success = false
		guard connectedPeripheral?.peripheral.state ?? CBPeripheralState.disconnected == CBPeripheralState.connected else { return success }
		
		let fromNodeNum = connectedPeripheral.num
		let routePacket = RouteDiscovery()
		var meshPacket = MeshPacket()
		meshPacket.to = UInt32(destNum)
		meshPacket.from	= UInt32(fromNodeNum)
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! routePacket.serializedData()
		dataMessage.portnum = PortNum.tracerouteApp
		dataMessage.wantResponse = wantResponse
		meshPacket.decoded = dataMessage
		
		var toRadio: ToRadio!
		toRadio = ToRadio()
		toRadio.packet = meshPacket
		let binaryData: Data = try! toRadio.serializedData()
		
		if connectedPeripheral?.peripheral.state ?? CBPeripheralState.disconnected == CBPeripheralState.connected {
			connectedPeripheral.peripheral.writeValue(binaryData, for: TORADIO_characteristic, type: .withResponse)
			success = true
			
			let logString = String.localizedStringWithFormat("mesh.log.traceroute.sent %@".localized, String(destNum))
			MeshLogger.log("🪧 \(logString)")
		}
		return success
	}
	
	func sendWantConfig() {
		guard connectedPeripheral?.peripheral.state ?? CBPeripheralState.disconnected == CBPeripheralState.connected else { return }
		
		if FROMRADIO_characteristic == nil {
			MeshLogger.log("🚨 \("firmware.version.unsupported".localized)")
			invalidVersion = true
			return
		} else {
			
			let nodeName = connectedPeripheral?.peripheral.name ?? "unknown".localized
			let logString = String.localizedStringWithFormat("mesh.log.wantconfig %@".localized, nodeName)
			MeshLogger.log("🛎️ \(logString)")
			// BLE Characteristics discovered, issue wantConfig
			var toRadio: ToRadio = ToRadio()
			configNonce += 1
			toRadio.wantConfigID = configNonce
			let binaryData: Data = try! toRadio.serializedData()
			connectedPeripheral!.peripheral.writeValue(binaryData, for: TORADIO_characteristic, type: .withResponse)
			// Either Read the config complete value or from num notify value
			connectedPeripheral!.peripheral.readValue(for: FROMRADIO_characteristic)
		}
	}
	
	func peripheral(_ peripheral: CBPeripheral, didUpdateNotificationStateFor characteristic: CBCharacteristic, error: Error?) {
		if let errorText = error?.localizedDescription {
			print("🚫 didUpdateNotificationStateFor error: \(errorText)")
		}
	}
	
	// MARK: Data Read / Update Characteristic Event
	func peripheral(_ peripheral: CBPeripheral, didUpdateValueFor characteristic: CBCharacteristic, error: Error?) {
		
		if let e = error {
			
			print("🚫 didUpdateValueFor Characteristic error \(e)")
			
			let errorCode = (e as NSError).code
			
			if errorCode == 5 || errorCode == 15 {
				// BLE PIN connection errors
				// 5 CBATTErrorDomain Code=5 "Authentication is insufficient."
				// 15 CBATTErrorDomain Code=15 "Encryption is insufficient."
				lastConnectionError = "🚨" + String.localizedStringWithFormat("ble.errorcode.pin %@".localized, e.localizedDescription)
				print("🚨 \(e.localizedDescription) Please try connecting again and check the PIN carefully.")
				self.disconnectPeripheral(reconnect: false)
			}
		}
		
		switch characteristic.uuid {
			
		case FROMRADIO_UUID:
			
			if characteristic.value == nil || characteristic.value!.isEmpty {
				return
			}
			var decodedInfo = FromRadio()
			
			do {
				decodedInfo = try FromRadio(serializedData: characteristic.value!)
				
			} catch {
				print(characteristic.value!)
			}
			
			// Publish mqttClientProxyMessages received on the from radio
			if decodedInfo.payloadVariant == FromRadio.OneOf_PayloadVariant.mqttClientProxyMessage(decodedInfo.mqttClientProxyMessage) {
				let message = CocoaMQTTMessage (
					topic: decodedInfo.mqttClientProxyMessage.topic,
					payload:  [UInt8](decodedInfo.mqttClientProxyMessage.data),
					retained: decodedInfo.mqttClientProxyMessage.retained
				)
				print("📲 Publish Mqtt client proxy message received on FromRadio to the Mqtt server \(message)")
				mqttManager.mqttClientProxy?.publish(message)
			}
			
			switch decodedInfo.packet.decoded.portnum {
				
				// Handle Any local only packets we get over BLE
			case .unknownApp:
				var nowKnown = false
				
				// MyInfo from initial connection
				if decodedInfo.myInfo.isInitialized && decodedInfo.myInfo.myNodeNum > 0 {
					let myInfo = myInfoPacket(myInfo: decodedInfo.myInfo, peripheralId: self.connectedPeripheral.id, context: context!)
					
					if myInfo != nil {
						connectedPeripheral.num = myInfo!.myNodeNum
						connectedPeripheral.name = myInfo?.bleName ?? "unknown".localized
						connectedPeripheral.longName = myInfo?.bleName ?? "unknown".localized
					}
					tryClearExistingChannels()
				}
				// NodeInfo
				if decodedInfo.nodeInfo.num > 0 && !invalidVersion {
					nowKnown = true
					let nodeInfo = nodeInfoPacket(nodeInfo: decodedInfo.nodeInfo, channel: decodedInfo.packet.channel, context: context!)
					
					if nodeInfo != nil {
						if self.connectedPeripheral != nil && self.connectedPeripheral.num == nodeInfo!.num {
							if nodeInfo!.user != nil {
								connectedPeripheral.shortName = nodeInfo?.user?.shortName ?? "????"
								connectedPeripheral.longName = nodeInfo?.user?.longName ?? "unknown".localized
							}
						}
					}
				}
				// Channels
				if decodedInfo.channel.isInitialized && connectedPeripheral != nil {
					nowKnown = true
					channelPacket(channel: decodedInfo.channel, fromNum: connectedPeripheral.num, context: context!)
				}
				// Config
				if decodedInfo.config.isInitialized && !invalidVersion && connectedPeripheral != nil {
					
					nowKnown = true
					localConfig(config: decodedInfo.config, context: context!, nodeNum: self.connectedPeripheral.num, nodeLongName: self.connectedPeripheral.longName)
				}
				// Module Config
				if decodedInfo.moduleConfig.isInitialized && !invalidVersion {
					
					nowKnown = true
					moduleConfig(config: decodedInfo.moduleConfig, context: context!, nodeNum: self.connectedPeripheral.num, nodeLongName: self.connectedPeripheral.longName)
					
					if decodedInfo.moduleConfig.payloadVariant == ModuleConfig.OneOf_PayloadVariant.cannedMessage(decodedInfo.moduleConfig.cannedMessage) {
						
						if decodedInfo.moduleConfig.cannedMessage.enabled {
							_ = self.getCannedMessageModuleMessages(destNum: self.connectedPeripheral.num, wantResponse: true)
						}
					}
				}
				// Device Metadata
				if decodedInfo.metadata.firmwareVersion.count > 0 && !invalidVersion {
					nowKnown = true
					deviceMetadataPacket(metadata: decodedInfo.metadata, fromNum: connectedPeripheral.num, context: context!)
					connectedPeripheral.firmwareVersion = decodedInfo.metadata.firmwareVersion ?? "unknown".localized
					
					let lastDotIndex = decodedInfo.metadata.firmwareVersion.lastIndex(of: ".")
					
					if lastDotIndex == nil {
						invalidVersion = true
						connectedVersion = "0.0.0"
					} else {
						let version = decodedInfo.metadata.firmwareVersion[...(lastDotIndex ?? String.Index(utf16Offset: 6, in: decodedInfo.metadata.firmwareVersion))]
						nowKnown = true
						connectedVersion = String(version.dropLast())
					}
					
					let supportedVersion = connectedVersion == "0.0.0" ||  self.minimumVersion.compare(connectedVersion, options: .numeric) == .orderedAscending || minimumVersion.compare(connectedVersion, options: .numeric) == .orderedSame
					
					if !supportedVersion {
						invalidVersion = true
						lastConnectionError = "🚨" + "update.firmware".localized
						return
						
					}
				}
				// Log any other unknownApp calls
				if !nowKnown { MeshLogger.log("🕸️ MESH PACKET received for Unknown App UNHANDLED \((try? decodedInfo.packet.jsonString()) ?? "JSON Decode Failure")") }
				
			case .textMessageApp:
				textMessageAppPacket(packet: decodedInfo.packet, connectedNode: (self.connectedPeripheral != nil ? connectedPeripheral.num : 0), context: context!)
			case .remoteHardwareApp:
				MeshLogger.log("🕸️ MESH PACKET received for Remote Hardware App UNHANDLED \((try? decodedInfo.packet.jsonString()) ?? "JSON Decode Failure")")
			case .positionApp:
				upsertPositionPacket(packet: decodedInfo.packet, context: context!)
			case .waypointApp:
				waypointPacket(packet: decodedInfo.packet, context: context!)
			case .nodeinfoApp:
				if !invalidVersion { upsertNodeInfoPacket(packet: decodedInfo.packet, context: context!) }
			case .routingApp:
				if !invalidVersion { routingPacket(packet: decodedInfo.packet, connectedNodeNum: self.connectedPeripheral.num, context: context!) }
			case .adminApp:
				adminAppPacket(packet: decodedInfo.packet, context: context!)
			case .replyApp:
				MeshLogger.log("🕸️ MESH PACKET received for Reply App UNHANDLED \((try? decodedInfo.packet.jsonString()) ?? "JSON Decode Failure")")
			case .ipTunnelApp:
				MeshLogger.log("🕸️ MESH PACKET received for IP Tunnel App UNHANDLED \((try? decodedInfo.packet.jsonString()) ?? "JSON Decode Failure")")
			case .serialApp:
				MeshLogger.log("🕸️ MESH PACKET received for Serial App UNHANDLED \((try? decodedInfo.packet.jsonString()) ?? "JSON Decode Failure")")
			case .storeForwardApp:
				MeshLogger.log("🕸️ MESH PACKET received for Store Forward App UNHANDLED \((try? decodedInfo.packet.jsonString()) ?? "JSON Decode Failure")")
			case .rangeTestApp:
				MeshLogger.log("🕸️ MESH PACKET received for Range Test App UNHANDLED \((try? decodedInfo.packet.jsonString()) ?? "JSON Decode Failure")")
			case .telemetryApp:
				if !invalidVersion { telemetryPacket(packet: decodedInfo.packet, connectedNode: (self.connectedPeripheral != nil ? connectedPeripheral.num : 0), context: context!) }
			case .textMessageCompressedApp:
				MeshLogger.log("🕸️ MESH PACKET received for Text Message Compressed App UNHANDLED \((try? decodedInfo.packet.jsonString()) ?? "JSON Decode Failure")")
			case .zpsApp:
				MeshLogger.log("🕸️ MESH PACKET received for ZPS App UNHANDLED \((try? decodedInfo.packet.jsonString()) ?? "JSON Decode Failure")")
			case .privateApp:
				MeshLogger.log("🕸️ MESH PACKET received for Private App UNHANDLED \((try? decodedInfo.packet.jsonString()) ?? "JSON Decode Failure")")
			case .atakForwarder:
				MeshLogger.log("🕸️ MESH PACKET received for ATAK Forwarder App UNHANDLED \((try? decodedInfo.packet.jsonString()) ?? "JSON Decode Failure")")
			case .simulatorApp:
				MeshLogger.log("🕸️ MESH PACKET received for Simulator App UNHANDLED \((try? decodedInfo.packet.jsonString()) ?? "JSON Decode Failure")")
			case .audioApp:
				MeshLogger.log("🕸️ MESH PACKET received for Audio App UNHANDLED \((try? decodedInfo.packet.jsonString()) ?? "JSON Decode Failure")")
			case .tracerouteApp:
				if let routingMessage = try? RouteDiscovery(serializedData: decodedInfo.packet.decoded.payload) {
					
					if routingMessage.route.count == 0 {
						let logString = String.localizedStringWithFormat("mesh.log.traceroute.received.direct %@".localized, String(decodedInfo.packet.from))
						MeshLogger.log("🪧 \(logString)")
					} else {
						
						var routeString = "\(decodedInfo.packet.to) --> "
						for node in routingMessage.route {
							routeString += "\(node) --> "
						}
						routeString += "\(decodedInfo.packet.from)"
						let logString = String.localizedStringWithFormat("mesh.log.traceroute.received.route %@".localized, routeString)
						MeshLogger.log("🪧 \(logString)")
					}
				}
			case .neighborinfoApp:
				MeshLogger.log("🕸️ MESH PACKET received for Neighbor Info App App UNHANDLED \((try? decodedInfo.packet.jsonString()) ?? "JSON Decode Failure")")
			case .UNRECOGNIZED:
				MeshLogger.log("🕸️ MESH PACKET received for Other App UNHANDLED \(try! decodedInfo.packet.jsonString())")
			case .max:
				print("MAX PORT NUM OF 511")
			}
			
			if decodedInfo.configCompleteID != 0 && decodedInfo.configCompleteID == configNonce {
				invalidVersion = false
				lastConnectionError = ""
				isSubscribed = true
				print("🤜 Want Config Complete. ID:\(decodedInfo.configCompleteID)")
				peripherals.removeAll(where: { $0.peripheral.state == CBPeripheralState.disconnected })
				// Config conplete returns so we don't read the characteristic again
				
				/// MQTT Client Proxy
				if connectedPeripheral.num > 0 {
					
					let fetchNodeInfoRequest: NSFetchRequest<NSFetchRequestResult> = NSFetchRequest.init(entityName: "NodeInfoEntity")
					fetchNodeInfoRequest.predicate = NSPredicate(format: "num == %lld", Int64(connectedPeripheral.num))
					do {
						let fetchedNodeInfo = try context?.fetch(fetchNodeInfoRequest) as? [NodeInfoEntity] ?? []
						if fetchedNodeInfo.count == 1 && fetchedNodeInfo[0].mqttConfig != nil {
							
							//Subscribe to Mqtt Client Proxy if enabled
							if fetchedNodeInfo[0].mqttConfig?.proxyToClientEnabled ?? false {
								mqttManager.connectFromConfigSettings(node: fetchedNodeInfo[0])
							}
						}
					} catch {
						print("Failed to find a node info for the connected node")
					}
				}
				
				// MARK: Share Location Position Update Timer
				// Use context to pass the radio name with the timer
				// Use a RunLoop to prevent the timer from running on the main UI thread
				if UserDefaults.provideLocation {
					if positionTimer != nil {
						positionTimer!.invalidate()
					}
					positionTimer = Timer.scheduledTimer(timeInterval: TimeInterval((UserDefaults.provideLocationInterval )), target: self, selector: #selector(positionTimerFired), userInfo: context, repeats: true)
					if positionTimer != nil {
						RunLoop.current.add(positionTimer!, forMode: .common)
					}
				}

				return
			}

			
		case FROMNUM_UUID:
			print("🗞️ BLE (Notify) characteristic, value will be read next")
		default:
			print("🚨 Unhandled Characteristic UUID: \(characteristic.uuid)")
		}
		if FROMRADIO_characteristic != nil {
			// Either Read the config complete value or from num notify value
			peripheral.readValue(for: FROMRADIO_characteristic)
		}
	}
	

	
	public func sendMessage(message: String, toUserNum: Int64, channel: Int32, isEmoji: Bool, replyID: Int64) -> Bool {
		var success = false
		
		// Return false if we are not properly connected to a device, handle retry logic in the view for now
		if connectedPeripheral == nil || connectedPeripheral!.peripheral.state != CBPeripheralState.connected {
			
			self.disconnectPeripheral()
			self.startScanning()
			
			// Try and connect to the preferredPeripherial first
			let preferredPeripheral = peripherals.filter({ $0.peripheral.identifier.uuidString == UserDefaults.preferredPeripheralId as? String ?? "" }).first
			if preferredPeripheral != nil && preferredPeripheral?.peripheral != nil {
				connectTo(peripheral: preferredPeripheral!.peripheral)
			}
			let nodeName = connectedPeripheral?.peripheral.name ?? "unknown".localized
			let logString = String.localizedStringWithFormat("mesh.log.textmessage.send.failed %@".localized, nodeName)
			MeshLogger.log("🚫 \(logString)")
			
			success = false
		} else if message.count < 1 {
			
			// Don't send an empty message
			print("🚫 Don't Send an Empty Message")
			success = false
			
		} else {
			
			let fromUserNum: Int64 = self.connectedPeripheral.num
			
			let messageUsers: NSFetchRequest<NSFetchRequestResult> = NSFetchRequest.init(entityName: "UserEntity")
			messageUsers.predicate = NSPredicate(format: "num IN %@", [fromUserNum, Int64(toUserNum)])
			
			do {
				
				guard let fetchedUsers = try context?.fetch(messageUsers) as? [UserEntity] else {
					return false
				}
				if fetchedUsers.isEmpty {
					
					print("🚫 Message Users Not Found, Fail")
					success = false
				} else if fetchedUsers.count >= 1 {
					
					let newMessage = MessageEntity(context: context!)
					newMessage.messageId = Int64(UInt32.random(in: UInt32(UInt8.max)..<UInt32.max))
					newMessage.messageTimestamp =  Int32(Date().timeIntervalSince1970)
					newMessage.receivedACK = false
					if toUserNum > 0 {
						newMessage.toUser = fetchedUsers.first(where: { $0.num == toUserNum })
					}
					newMessage.fromUser = fetchedUsers.first(where: { $0.num == fromUserNum })
					newMessage.isEmoji = isEmoji
					newMessage.admin = false
					newMessage.channel = channel
					if replyID > 0 {
						newMessage.replyID = replyID
					}
					newMessage.messagePayload = message
					newMessage.messagePayloadMarkdown = generateMessageMarkdown(message: message)
					
					let dataType = PortNum.textMessageApp
					var messageQuotesReplaced = message.replacingOccurrences(of: "’", with: "'")
					messageQuotesReplaced = message.replacingOccurrences(of: "”", with: "\"")
					let payloadData: Data = messageQuotesReplaced.data(using: String.Encoding.utf8)!
					
					var dataMessage = DataMessage()
					dataMessage.payload = payloadData
					dataMessage.portnum = dataType
					
					var meshPacket = MeshPacket()
					meshPacket.id = UInt32(newMessage.messageId)
					if toUserNum > 0 {
						meshPacket.to = UInt32(toUserNum)
					} else {
						meshPacket.to = emptyNodeNum
					}
					meshPacket.channel = UInt32(channel)
					meshPacket.from	= UInt32(fromUserNum)
					meshPacket.decoded = dataMessage
					meshPacket.decoded.emoji = isEmoji ? 1 : 0
					if replyID > 0 {
						meshPacket.decoded.replyID = UInt32(replyID)
					}
					meshPacket.wantAck = true
					
					var toRadio: ToRadio!
					toRadio = ToRadio()
					toRadio.packet = meshPacket
					let binaryData: Data = try! toRadio.serializedData()
					if connectedPeripheral?.peripheral.state ?? CBPeripheralState.disconnected == CBPeripheralState.connected {
						connectedPeripheral.peripheral.writeValue(binaryData, for: TORADIO_characteristic, type: .withResponse)
						let logString = String.localizedStringWithFormat("mesh.log.textmessage.sent %@ %@ %@".localized, String(newMessage.messageId), String(fromUserNum), String(toUserNum))
												
						MeshLogger.log("💬 \(logString)")
						do {
							try context!.save()
							print("💾 Saved a new sent message from \(connectedPeripheral.num) to \(toUserNum)")
							success = true
							
						} catch {
							context!.rollback()
							let nsError = error as NSError
							print("💥 Unresolved Core Data error in Send Message Function your database is corrupted running a node db reset should clean up the data. Error: \(nsError)")
						}
					}
				}
				
			} catch {
				
			}
		}
		return success
	}
	
	public func sendWaypoint(waypoint: Waypoint) -> Bool {
		if waypoint.latitudeI == 373346000 && waypoint.longitudeI == -1220090000 {
			return false
		}
		var success = false
		let fromNodeNum = UInt32(connectedPeripheral.num)
		var meshPacket = MeshPacket()
		meshPacket.to = emptyNodeNum
		meshPacket.from	= fromNodeNum
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! waypoint.serializedData()
		dataMessage.portnum = PortNum.waypointApp
		meshPacket.decoded = dataMessage
		var toRadio: ToRadio!
		toRadio = ToRadio()
		toRadio.packet = meshPacket
		let binaryData: Data = try! toRadio.serializedData()
		let logString = String.localizedStringWithFormat("mesh.log.waypoint.sent %@".localized, String(fromNodeNum))
		MeshLogger.log("📍 \(logString)")
		if connectedPeripheral?.peripheral.state ?? CBPeripheralState.disconnected == CBPeripheralState.connected {
			connectedPeripheral.peripheral.writeValue(binaryData, for: TORADIO_characteristic, type: .withResponse)
			success = true
			let wayPointEntity = getWaypoint(id: Int64(waypoint.id), context: context!)
			wayPointEntity.id = Int64(waypoint.id)
			wayPointEntity.name = waypoint.name.count >= 1 ? waypoint.name : "Dropped Pin"
			wayPointEntity.longDescription = waypoint.description_p
			wayPointEntity.icon	= Int64(waypoint.icon)
			wayPointEntity.latitudeI = waypoint.latitudeI
			wayPointEntity.longitudeI = waypoint.longitudeI
			if waypoint.expire > 1 {
				wayPointEntity.expire = Date.init(timeIntervalSince1970: Double(waypoint.expire))
			} else {
				wayPointEntity.expire = nil
			}
			if waypoint.lockedTo > 0 {
				wayPointEntity.locked = Int64(waypoint.lockedTo)
			} else {
				wayPointEntity.locked = 0
			}
			if wayPointEntity.created == nil {
				wayPointEntity.created = Date()
			} else {
				wayPointEntity.lastUpdated = Date()
			}
			do {
				try context!.save()
				print("💾 Updated Waypoint from Waypoint App Packet From: \(fromNodeNum)")
			} catch {
				context!.rollback()
				let nsError = error as NSError
				print("💥 Error Saving NodeInfoEntity from WAYPOINT_APP \(nsError)")
			}
		}
		return success
	}
	
	public func sendPosition(destNum: Int64, wantResponse: Bool, smartPosition: Bool) -> Bool {
		var success = false
		let fromNodeNum = connectedPeripheral.num
		if fromNodeNum <= 0 || LocationHelper.currentLocation.distance(from: LocationHelper.DefaultLocation) == 0.0 {
			return false
		}
		
		if smartPosition {
			if lastPosition != nil {
				let connectedNode = getNodeInfo(id: connectedPeripheral?.num ?? 0, context: context!)
				if connectedNode?.positionConfig?.smartPositionEnabled ?? false {
					if lastPosition!.distance(from: LocationHelper.currentLocation) < Double(connectedNode?.positionConfig?.broadcastSmartMinimumDistance ?? 50) {
						return false
					}
				}
			}
		}
		lastPosition = LocationHelper.currentLocation
		var positionPacket = Position()
		positionPacket.latitudeI = Int32(LocationHelper.currentLocation.latitude * 1e7)
		positionPacket.longitudeI = Int32(LocationHelper.currentLocation.longitude * 1e7)
		positionPacket.time = UInt32(LocationHelper.currentTimestamp.timeIntervalSince1970)
		positionPacket.timestamp = UInt32(LocationHelper.currentTimestamp.timeIntervalSince1970)
		positionPacket.altitude = Int32(LocationHelper.currentAltitude)
		positionPacket.satsInView = UInt32(LocationHelper.satsInView)
		if LocationHelper.currentSpeed > 0 && (!LocationHelper.currentSpeed.isNaN || !LocationHelper.currentSpeed.isInfinite)  {
			positionPacket.groundSpeed = UInt32(LocationHelper.currentSpeed * 3.6)
		}
		if LocationHelper.currentHeading > 0 && (!LocationHelper.currentHeading.isNaN || !LocationHelper.currentHeading.isInfinite) {
			positionPacket.groundTrack = UInt32(LocationHelper.currentHeading)
		}
		
		var meshPacket = MeshPacket()
		meshPacket.to = UInt32(destNum)
		meshPacket.from	= UInt32(fromNodeNum)
		var dataMessage = DataMessage()
		dataMessage.payload = try! positionPacket.serializedData()
		dataMessage.portnum = PortNum.positionApp
		dataMessage.wantResponse = wantResponse
		meshPacket.decoded = dataMessage
		
		var toRadio: ToRadio!
		toRadio = ToRadio()
		toRadio.packet = meshPacket
		let binaryData: Data = try! toRadio.serializedData()
		if connectedPeripheral?.peripheral.state ?? CBPeripheralState.disconnected == CBPeripheralState.connected {
			connectedPeripheral.peripheral.writeValue(binaryData, for: TORADIO_characteristic, type: .withResponse)
			success = true
			let logString = String.localizedStringWithFormat("mesh.log.sharelocation %@".localized, String(fromNodeNum))
			MeshLogger.log("📍 \(logString)")
		}
		return success
	}
	@objc func positionTimerFired(timer: Timer) {
		// Check for connected node
		if connectedPeripheral != nil {
			// Send a position out to the mesh if "share location with the mesh" is enabled in settings
			if UserDefaults.provideLocation {
				let _ = sendPosition(destNum: connectedPeripheral.num, wantResponse: false, smartPosition: true)
			}
		}
	}
	
	public func sendShutdown(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		var adminPacket = AdminMessage()
		adminPacket.shutdownSeconds = 5
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		meshPacket.channel = UInt32(adminIndex)
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		let messageDescription = "🚀 Sent Shutdown Admin Message to: \(toUser.longName ?? "unknown".localized) from: \(fromUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func sendReboot(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		var adminPacket = AdminMessage()
		adminPacket.rebootSeconds = 5
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		meshPacket.channel = UInt32(adminIndex)
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		let messageDescription = "🚀 Sent Reboot Admin Message to: \(toUser.longName ?? "unknown".localized) from: \(fromUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func sendRebootOta(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		var adminPacket = AdminMessage()
		adminPacket.rebootOtaSeconds = 5
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		meshPacket.channel = UInt32(adminIndex)
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		let messageDescription = "🚀 Sent Reboot OTA Admin Message to: \(toUser.longName ?? "unknown".localized) from: \(fromUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func sendFactoryReset(fromUser: UserEntity, toUser: UserEntity) -> Bool {
		var adminPacket = AdminMessage()
		adminPacket.factoryReset = 5
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	=  UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🚀 Sent Factory Reset Admin Message to: \(toUser.longName ?? "unknown".localized) from: \(fromUser.longName ??  "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func sendNodeDBReset(fromUser: UserEntity, toUser: UserEntity) -> Bool {
		var adminPacket = AdminMessage()
		adminPacket.nodedbReset = 5
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= 0 // UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		
		meshPacket.decoded = dataMessage
		let messageDescription = "🚀 Sent NodeDB Reset Admin Message to: \(toUser.longName ?? "unknown".localized) from: \(fromUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func connectToPreferredPeripheral() -> Bool {
		var success = false
		// Return false if we are not properly connected to a device, handle retry logic in the view for now
		if connectedPeripheral == nil || connectedPeripheral!.peripheral.state != CBPeripheralState.connected {
			self.disconnectPeripheral()
			self.startScanning()
			// Try and connect to the preferredPeripherial first
			let preferredPeripheral = peripherals.filter({ $0.peripheral.identifier.uuidString == UserDefaults.standard.object(forKey: "preferredPeripheralId") as? String ?? "" }).first
			if preferredPeripheral != nil && preferredPeripheral?.peripheral != nil {
				connectTo(peripheral: preferredPeripheral!.peripheral)
				success = true
			}
		} else if connectedPeripheral != nil && isSubscribed {
			success = true
		}
		return success
	}
	
	public func getChannel(channel: Channel, fromUser: UserEntity, toUser: UserEntity) -> Int64 {
		
		var adminPacket = AdminMessage()
		adminPacket.getChannelRequest = UInt32(channel.index + 1)
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🎛️ Requested Channel \(channel.index) for \(toUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return Int64(meshPacket.id)
		}
		return 0
	}
	public func saveChannel(channel: Channel, fromUser: UserEntity, toUser: UserEntity) -> Int64 {
		
		var adminPacket = AdminMessage()
		adminPacket.setChannel = channel
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛟 Saved Channel \(channel.index) for \(toUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return Int64(meshPacket.id)
		}
		return 0
	}
	
	public func saveChannelSet(base64UrlString: String) -> Bool {
		if isConnected {
			// Before we get started delete the existing channels from the myNodeInfo
			let fetchMyInfoRequest: NSFetchRequest<NSFetchRequestResult> = NSFetchRequest.init(entityName: "MyInfoEntity")
			fetchMyInfoRequest.predicate = NSPredicate(format: "myNodeNum == %lld", Int64(connectedPeripheral.num))
			
			tryClearExistingChannels()
			let decodedString = base64UrlString.base64urlToBase64()
			if let decodedData = Data(base64Encoded: decodedString) {
				do {
					let channelSet: ChannelSet = try ChannelSet(serializedData: decodedData)
					var i: Int32 = 0
					for cs in channelSet.settings {
						var chan = Channel()
						if i == 0 {
							chan.role = Channel.Role.primary
						} else {
							chan.role = Channel.Role.secondary
						}
						chan.settings = cs
						chan.index = i
						i += 1
						var adminPacket = AdminMessage()
						adminPacket.setChannel = chan
						var meshPacket: MeshPacket = MeshPacket()
						meshPacket.to = UInt32(connectedPeripheral.num)
						meshPacket.from	= UInt32(connectedPeripheral.num)
						meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
						meshPacket.priority =  MeshPacket.Priority.reliable
						meshPacket.wantAck = true
						meshPacket.channel = 0
						var dataMessage = DataMessage()
						dataMessage.payload = try! adminPacket.serializedData()
						dataMessage.portnum = PortNum.adminApp
						meshPacket.decoded = dataMessage
						var toRadio: ToRadio!
						toRadio = ToRadio()
						toRadio.packet = meshPacket
						let binaryData: Data = try! toRadio.serializedData()
						if connectedPeripheral?.peripheral.state ?? CBPeripheralState.disconnected == CBPeripheralState.connected {
							self.connectedPeripheral.peripheral.writeValue(binaryData, for: self.TORADIO_characteristic, type: .withResponse)
							let logString = String.localizedStringWithFormat("mesh.log.channel.sent %@ %d".localized, String(connectedPeripheral.num), chan.index)
							MeshLogger.log("🎛️ \(logString)")
						}
					}
					// Save the LoRa Config and the device will reboot
					var adminPacket = AdminMessage()
					adminPacket.setConfig.lora = channelSet.loraConfig
					var meshPacket: MeshPacket = MeshPacket()
					meshPacket.to = UInt32(connectedPeripheral.num)
					meshPacket.from	= UInt32(connectedPeripheral.num)
					meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
					meshPacket.priority =  MeshPacket.Priority.reliable
					meshPacket.wantAck = true
					meshPacket.channel = 0
					var dataMessage = DataMessage()
					dataMessage.payload = try! adminPacket.serializedData()
					dataMessage.portnum = PortNum.adminApp
					meshPacket.decoded = dataMessage
					var toRadio: ToRadio!
					toRadio = ToRadio()
					toRadio.packet = meshPacket
					let binaryData: Data = try! toRadio.serializedData()
					if connectedPeripheral?.peripheral.state ?? CBPeripheralState.disconnected == CBPeripheralState.connected {
						self.connectedPeripheral.peripheral.writeValue(binaryData, for: self.TORADIO_characteristic, type: .withResponse)
						let logString = String.localizedStringWithFormat("mesh.log.lora.config.sent %@".localized, String(connectedPeripheral.num))
						MeshLogger.log("📻 \(logString)")
					}
					return true
				} catch {
					return false
				}
			}
		}
		return false
	}
	
	public func saveUser(config: User, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		var adminPacket = AdminMessage()
		adminPacket.setOwner = config
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		let messageDescription = "🛟 Saved User Config for \(toUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return Int64(meshPacket.id)
		}
		return 0
	}
	
	public func saveLicensedUser(ham: HamParameters, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		var adminPacket = AdminMessage()
		adminPacket.setHamMode = ham
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		let messageDescription = "🛟 Saved Ham Parameters for \(toUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return Int64(meshPacket.id)
		}
		return 0
	}
	public func saveBluetoothConfig(config: Config.BluetoothConfig, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		var adminPacket = AdminMessage()
		adminPacket.setConfig.bluetooth = config
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		let messageDescription = "🛟 Saved Bluetooth Config for \(toUser.longName ?? "unknown".localized)"
		
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			upsertBluetoothConfigPacket(config: config, nodeNum: toUser.num, context: context!)
			return Int64(meshPacket.id)
		}
		
		return 0
	}
	
	public func saveDeviceConfig(config: Config.DeviceConfig, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		
		var adminPacket = AdminMessage()
		adminPacket.setConfig.device = config
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		let messageDescription = "🛟 Saved Device Config for \(toUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			upsertDeviceConfigPacket(config: config, nodeNum: toUser.num, context: context!)
			return Int64(meshPacket.id)
		}
		return 0
	}
	
	public func saveDisplayConfig(config: Config.DisplayConfig, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		var adminPacket = AdminMessage()
		adminPacket.setConfig.display = config
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		if adminIndex > 0 {
			meshPacket.channel = UInt32(adminIndex)
		}
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		let messageDescription = "🛟 Saved Display Config for \(toUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			upsertDisplayConfigPacket(config: config, nodeNum: toUser.num, context: context!)
			return Int64(meshPacket.id)
		}
		return 0
	}
	
	public func saveLoRaConfig(config: Config.LoRaConfig, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		
		var adminPacket = AdminMessage()
		adminPacket.setConfig.lora = config
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		let messageDescription = "🛟 Saved LoRa Config for \(toUser.longName ?? "unknown".localized)"
		
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			upsertLoRaConfigPacket(config: config, nodeNum: toUser.num, context: context!)
			return Int64(meshPacket.id)
		}
		
		return 0
	}
	
	public func savePositionConfig(config: Config.PositionConfig, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		
		var adminPacket = AdminMessage()
		adminPacket.setConfig.position = config
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛟 Saved Position Config for \(toUser.longName ?? "unknown".localized)"
		
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			upsertPositionConfigPacket(config: config, nodeNum: toUser.num, context: context!)
			return Int64(meshPacket.id)
		}
		
		return 0
	}
	
	public func saveNetworkConfig(config: Config.NetworkConfig, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		
		var adminPacket = AdminMessage()
		adminPacket.setConfig.network = config
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛟 Saved Network Config for \(toUser.longName ?? "unknown".localized)"
		
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			upsertNetworkConfigPacket(config: config, nodeNum: toUser.num, context: context!)
			return Int64(meshPacket.id)
		}
		
		return 0
	}
	
	public func saveCannedMessageModuleConfig(config: ModuleConfig.CannedMessageConfig, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		
		var adminPacket = AdminMessage()
		adminPacket.setModuleConfig.cannedMessage = config
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛟 Saved Canned Message Module Config for \(toUser.longName ?? "unknown".localized)"
		
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			upsertCannedMessagesModuleConfigPacket(config: config, nodeNum: toUser.num, context: context!)
			return Int64(meshPacket.id)
		}
		
		return 0
	}
	
	public func saveCannedMessageModuleMessages(messages: String, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		
		var adminPacket = AdminMessage()
		adminPacket.setCannedMessageModuleMessages = messages
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛟 Saved Canned Message Module Messages for \(toUser.longName ?? "unknown".localized)"
		
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			
			return Int64(meshPacket.id)
		}
		
		return 0
	}
	
	public func saveExternalNotificationModuleConfig(config: ModuleConfig.ExternalNotificationConfig, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		
		var adminPacket = AdminMessage()
		adminPacket.setModuleConfig.externalNotification = config
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		
		let messageDescription = "Saved External Notification Module Config for \(toUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			upsertExternalNotificationModuleConfigPacket(config: config, nodeNum: toUser.num, context: context!)
			return Int64(meshPacket.id)
		}
		return 0
	}
	
	public func saveRtttlConfig(ringtone: String, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		
		var adminPacket = AdminMessage()
		adminPacket.setRingtoneMessage = ringtone
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		
		let messageDescription = "Saved RTTTL Ringtone Config for \(toUser.longName ?? "unknown".localized)"
		
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			upsertRtttlConfigPacket(ringtone: ringtone, nodeNum: toUser.num, context: context!)
			return Int64(meshPacket.id)
		}
		
		return 0
	}
	
	public func saveMQTTConfig(config: ModuleConfig.MQTTConfig, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		
		var adminPacket = AdminMessage()
		adminPacket.setModuleConfig.mqtt = config
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "Saved WiFi Config for \(toUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			upsertMqttModuleConfigPacket(config: config, nodeNum: toUser.num, context: context!)
			return Int64(meshPacket.id)
		}
		return 0
	}
	
	public func saveRangeTestModuleConfig(config: ModuleConfig.RangeTestConfig, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		
		var adminPacket = AdminMessage()
		adminPacket.setModuleConfig.rangeTest = config
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		
		let messageDescription = "Saved Range Test Module Config for \(toUser.longName ?? "unknown".localized)"
		
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			upsertRangeTestModuleConfigPacket(config: config, nodeNum: toUser.num, context: context!)
			return Int64(meshPacket.id)
		}
		
		return 0
	}
	
	public func saveSerialModuleConfig(config: ModuleConfig.SerialConfig, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		
		var adminPacket = AdminMessage()
		adminPacket.setModuleConfig.serial = config
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		
		let messageDescription = "Saved Serial Module Config for \(toUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			upsertSerialModuleConfigPacket(config: config, nodeNum: toUser.num, context: context!)
			return Int64(meshPacket.id)
		}
		return 0
	}
	
	public func saveTelemetryModuleConfig(config: ModuleConfig.TelemetryConfig, fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Int64 {
		
		var adminPacket = AdminMessage()
		adminPacket.setModuleConfig.telemetry = config
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		meshPacket.decoded = dataMessage
		
		let messageDescription = "Saved Telemetry Module Config for \(toUser.longName ?? "unknown".localized)"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			upsertTelemetryModuleConfigPacket(config: config, nodeNum: toUser.num, context: context!)
			return Int64(meshPacket.id)
		}
		return 0
	}
	
	public func getChannel(channelIndex: UInt32, fromUser: UserEntity, toUser: UserEntity, wantResponse: Bool) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getChannelRequest = channelIndex
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = wantResponse
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛎️ Sent a Get Channel \(channelIndex) Request Admin Message for node: \(String(connectedPeripheral.num))"
		
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			
			return true
		}
		
		return false
	}
	
	public func getCannedMessageModuleMessages(destNum: Int64, wantResponse: Bool) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getCannedMessageModuleMessagesRequest = true
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(destNum)
		meshPacket.from	= UInt32(connectedPeripheral.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.wantAck = true
		meshPacket.decoded.wantResponse = wantResponse
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = wantResponse
		
		meshPacket.decoded = dataMessage
		
		var toRadio: ToRadio!
		toRadio = ToRadio()
		toRadio.packet = meshPacket
		
		let binaryData: Data = try! toRadio.serializedData()
		
		if connectedPeripheral?.peripheral.state ?? CBPeripheralState.disconnected == CBPeripheralState.connected {
			connectedPeripheral.peripheral.writeValue(binaryData, for: TORADIO_characteristic, type: .withResponse)
			let logString = String.localizedStringWithFormat("mesh.log.cannedmessages.messages.get %@".localized, String(connectedPeripheral.num))
			MeshLogger.log("🥫 \(logString)")
			return true
		}
		
		return false
	}
	
	public func requestBluetoothConfig(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getConfigRequest = AdminMessage.ConfigType.bluetoothConfig
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛎️ Requested Bluetooth Config on admin channel \(adminIndex) for node: \(String(connectedPeripheral.num))"
		
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func requestDeviceConfig(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getConfigRequest = AdminMessage.ConfigType.deviceConfig
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛎️ Requested Device Config on admin channel \(adminIndex) for node: \(String(connectedPeripheral.num))"
		
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func requestDisplayConfig(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getConfigRequest = AdminMessage.ConfigType.displayConfig
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛎️ Requested Display Config on admin channel \(adminIndex) for node: \(String(connectedPeripheral.num))"
		
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func requestLoRaConfig(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getConfigRequest = AdminMessage.ConfigType.loraConfig
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛎️ Requested LoRa Config on admin channel \(adminIndex) for node: \(String(connectedPeripheral.num))"
		
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			
			return true
		}
		
		return false
	}
	
	public func requestNetworkConfig(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getConfigRequest = AdminMessage.ConfigType.networkConfig
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛎️ Requested Network Config on admin channel \(adminIndex) for node: \(String(connectedPeripheral.num))"
		
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func requestPositionConfig(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getConfigRequest = AdminMessage.ConfigType.positionConfig
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛎️ Requested Position Config on admin channel \(adminIndex) for node: \(String(connectedPeripheral.num))"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func requestCannedMessagesModuleConfig(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getModuleConfigRequest = AdminMessage.ModuleConfigType.cannedmsgConfig
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛎️ Requested Canned Messages Module Config on admin channel \(adminIndex) for node: \(String(connectedPeripheral.num))"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func requestExternalNotificationModuleConfig(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getModuleConfigRequest = AdminMessage.ModuleConfigType.extnotifConfig
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛎️ Requested External Notificaiton Module Config on admin channel \(adminIndex) for node: \(String(connectedPeripheral.num))"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func requestRtttlConfig(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getRingtoneRequest = true
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛎️ Requested RTTTL Ringtone Config on admin channel \(adminIndex) for node: \(String(connectedPeripheral.num))"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func requestRangeTestModuleConfig(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getModuleConfigRequest = AdminMessage.ModuleConfigType.rangetestConfig
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛎️ Requested Range Test Module Config on admin channel \(adminIndex) for node: \(String(connectedPeripheral.num))"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func requestMqttModuleConfig(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getModuleConfigRequest = AdminMessage.ModuleConfigType.mqttConfig
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛎️ Requested MQTT Module Config on admin channel \(adminIndex) for node: \(String(connectedPeripheral.num))"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func requestSerialModuleConfig(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getModuleConfigRequest = AdminMessage.ModuleConfigType.serialConfig
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛎️ Requested Serial Module Config on admin channel \(adminIndex) for node: \(String(connectedPeripheral.num))"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	public func requestTelemetryModuleConfig(fromUser: UserEntity, toUser: UserEntity, adminIndex: Int32) -> Bool {
		
		var adminPacket = AdminMessage()
		adminPacket.getModuleConfigRequest = AdminMessage.ModuleConfigType.telemetryConfig
		
		var meshPacket: MeshPacket = MeshPacket()
		meshPacket.to = UInt32(toUser.num)
		meshPacket.from	= UInt32(fromUser.num)
		meshPacket.id = UInt32.random(in: UInt32(UInt8.max)..<UInt32.max)
		meshPacket.priority =  MeshPacket.Priority.reliable
		meshPacket.channel = UInt32(adminIndex)
		meshPacket.wantAck = true
		
		var dataMessage = DataMessage()
		dataMessage.payload = try! adminPacket.serializedData()
		dataMessage.portnum = PortNum.adminApp
		dataMessage.wantResponse = true
		
		meshPacket.decoded = dataMessage
		
		let messageDescription = "🛎️ Requested Telemetry Module Config on admin channel \(adminIndex) for node: \(String(connectedPeripheral.num))"
		if sendAdminMessageToRadio(meshPacket: meshPacket, adminDescription: messageDescription, fromUser: fromUser, toUser: toUser) {
			return true
		}
		return false
	}
	
	// Send an admin message to a radio, save a message to core data for logging
	private func sendAdminMessageToRadio(meshPacket: MeshPacket, adminDescription: String, fromUser: UserEntity, toUser: UserEntity) -> Bool {
		
		var toRadio: ToRadio!
		toRadio = ToRadio()
		toRadio.packet = meshPacket
		let binaryData: Data = try! toRadio.serializedData()
		
		if connectedPeripheral?.peripheral.state ?? CBPeripheralState.disconnected == CBPeripheralState.connected{
			let newMessage = MessageEntity(context: context!)
			newMessage.messageId =  Int64(meshPacket.id)
			newMessage.messageTimestamp =  Int32(Date().timeIntervalSince1970)
			newMessage.receivedACK = false
			newMessage.admin = true
			newMessage.adminDescription = adminDescription
			newMessage.fromUser = fromUser
			newMessage.toUser = toUser
			
			do {
				connectedPeripheral.peripheral.writeValue(binaryData, for: TORADIO_characteristic, type: .withResponse)
				try context!.save()
				print(adminDescription)
				return true
			} catch {
				context!.rollback()
				let nsError = error as NSError
				print("💥 Error inserting new core data MessageEntity: \(nsError)")
			}
		}
		return false
	}
	
	public func tryClearExistingChannels() {
		// Before we get started delete the existing channels from the myNodeInfo
		let fetchMyInfoRequest: NSFetchRequest<NSFetchRequestResult> = NSFetchRequest.init(entityName: "MyInfoEntity")
		fetchMyInfoRequest.predicate = NSPredicate(format: "myNodeNum == %lld", Int64(connectedPeripheral.num))
		
		do {
			let fetchedMyInfo = try context?.fetch(fetchMyInfoRequest) as? [MyInfoEntity] ?? []
			if fetchedMyInfo.count == 1 {
				let mutableChannels = fetchedMyInfo[0].channels?.mutableCopy() as? NSMutableOrderedSet
				mutableChannels?.removeAllObjects()
				fetchedMyInfo[0].channels = mutableChannels
				do {
					try context!.save()
				} catch {
					print("Failed to clear existing channels from local app database")
				}
			}
		} catch {
			print("Failed to find a node MyInfo to save these channels to")
		}
	}
}

// MARK: - CB Central Manager implmentation
extension BLEManager: CBCentralManagerDelegate {
	
	// MARK: Bluetooth enabled/disabled
	func centralManagerDidUpdateState(_ central: CBCentralManager) {
		if central.state == CBManagerState.poweredOn {
			print("BLE powered on")
			isSwitchedOn = true
			startScanning()
		} else {
			isSwitchedOn = false
		}
		
		var status = ""
		
		switch central.state {
		case .poweredOff:
			status = "BLE is powered off"
		case .poweredOn:
			status = "BLE is poweredOn"
		case .resetting:
			status = "BLE is resetting"
		case .unauthorized:
			status = "BLE is unauthorized"
		case .unknown:
			status = "BLE is unknown"
		case .unsupported:
			status = "BLE is unsupported"
		default:
			status = "default"
		}
		print("BLEManager status: \(status)")
	}
	
	// Called each time a peripheral is discovered
	func centralManager(_ central: CBCentralManager, didDiscover peripheral: CBPeripheral, advertisementData: [String: Any], rssi RSSI: NSNumber) {
		
		if self.automaticallyReconnect && peripheral.identifier.uuidString == UserDefaults.standard.object(forKey: "preferredPeripheralId") as? String ?? "" {
			self.connectTo(peripheral: peripheral)
			print("ℹ️ BLE Reconnecting to prefered peripheral: \(peripheral.name ?? "Unknown")")
		}
		let name = advertisementData[CBAdvertisementDataLocalNameKey] as? String
		let device = Peripheral(id: peripheral.identifier.uuidString, num: 0, name: name ?? "Unknown", shortName: "????", longName: name ?? "Unknown", firmwareVersion: "Unknown", rssi: RSSI.intValue, lastUpdate: Date(), peripheral: peripheral)
		let index = peripherals.map { $0.peripheral }.firstIndex(of: peripheral)
		
		if let peripheralIndex = index {
			peripherals[peripheralIndex] = device
		} else {
			peripherals.append(device)
		}
		let today = Date()
		let visibleDuration = Calendar.current.date(byAdding: .second, value: -5, to: today)!
		self.peripherals.removeAll(where: { $0.lastUpdate < visibleDuration})
	}
	
	//	func centralManager(_ central: CBCentralManager, willRestoreState dict: [String : Any]) {
	//
	//		guard let peripherals = dict[CBCentralManagerRestoredStatePeripheralsKey] as? [CBPeripheral] else {
	//			return
	//		}
	//
	//		if peripherals.count > 0 {
	//
	//			for peripheral in peripherals {
	//				print(peripheral)
	//			switch peripheral.state {
	//				case .connecting: // I've only seen this happen when
	//					// re-launching attached to Xcode.
	//					print("Xcode Restore")
	//
	//				case .connected:
	//					connectTo(peripheral: peripheral)
	//					print("Restore BLE State")
	//				default: break
	//				}
	//			}
	//		}
	//		print("willRestoreState Hit!")
	//	}
}