Files
bluetooth_low_energy/bluetooth_low_energy_darwin/darwin/Classes/MyCentralController.swift
Mr剑侠客 0f4fb7f553 2.0.2 (#11)
* fix: 重构

* fix: 1

* fix: 重构

* fix: 修复 iOS 和 macOS 代码错误

* fix: 优化项目

* fix: 构建项目

* fix: 修复权限问题

* fix: 解决 macOS 沙盒权限问题

* fix: 修复代码问题

* fix: 更新依赖

* fix: 更新依赖项

* fix: 添加缺失的位置权限
2023-08-21 01:06:57 +08:00

723 lines
29 KiB
Swift

//
// MyCentralController.swift
// bluetooth_low_energy_ios
//
// Created by on 2023/8/13.
//
import Foundation
import CoreBluetooth
#if os(iOS)
import Flutter
#elseif os(macOS)
import FlutterMacOS
#else
#error("Unsupported platform.")
#endif
class MyCentralController: MyCentralControllerHostApi {
init(_ binaryMessenger: FlutterBinaryMessenger) {
myApi = MyCentralControllerFlutterApi(binaryMessenger: binaryMessenger)
}
private let myApi: MyCentralControllerFlutterApi
private lazy var myCentralManagerDelegate = MyCentralManagerDelegate(self)
private lazy var myPeripheralDelegate = MyPeripheralDelegate(self)
private let centralManager = CBCentralManager()
private var cachedPeripherals = [Int: CBPeripheral]()
private var cachedServices = [Int: [Int: CBService]]()
private var cachedCharacteristics = [Int: [Int: CBCharacteristic]]()
private var cachedDescriptors = [Int: [Int: CBDescriptor]]()
var setUpCompletion: ((Result<MyCentralControllerArgs, Error>) -> Void)?
var connectCompletions = [Int: (Result<Void, Error>) -> Void]()
var disconnectCompletions = [Int: (Result<Void, Error>) -> Void]()
var discoverGattCompletions = [Int: (Result<Void, Error>) -> Void]()
var unfinishedServices = [Int: [CBService]]()
var unfinishedCharacteristics = [Int: [CBCharacteristic]]()
var readCharacteristicCompletions = [Int: (Result<FlutterStandardTypedData, Error>) -> Void]()
var writeCharacteristicCompletions = [Int: (Result<Void, Error>) -> Void]()
var notifyCharacteristicCompletions = [Int: (Result<Void, Error>) -> Void]()
var readDescriptorCompletions = [Int: (Result<FlutterStandardTypedData, Error>) -> Void]()
var writeDescriptorCompletions = [Int: (Result<Void, Error>) -> Void]()
func setUp(completion: @escaping (Result<MyCentralControllerArgs, Error>) -> Void) {
do {
let unfinishedCompletion = setUpCompletion
if unfinishedCompletion != nil {
throw MyError.illegalState
}
centralManager.delegate = myCentralManagerDelegate
if centralManager.state == .unknown {
setUpCompletion = completion
} else {
let myStateArgs = centralManager.state.toMyArgs()
let myStateNumber = Int64(myStateArgs.rawValue)
let myArgs = MyCentralControllerArgs(myStateNumber: myStateNumber)
completion(.success(myArgs))
}
} catch {
completion(.failure(error))
}
}
func tearDown() throws {
centralManager.delegate = nil
if(centralManager.isScanning) {
centralManager.stopScan()
}
for peripheral in cachedPeripherals.values {
peripheral.delegate = nil
if peripheral.state != .disconnected {
centralManager.cancelPeripheralConnection(peripheral)
}
}
cachedPeripherals.removeAll()
cachedServices.removeAll()
cachedCharacteristics.removeAll()
cachedDescriptors.removeAll()
}
func startDiscovery() throws {
let options = [CBCentralManagerScanOptionAllowDuplicatesKey: true]
centralManager.scanForPeripherals(withServices: nil, options: options)
}
func stopDiscovery() throws {
centralManager.stopScan()
}
func connect(myPeripheralKey: Int64, completion: @escaping (Result<Void, Error>) -> Void) {
do {
let peripheralKey = Int(myPeripheralKey)
let unfinishedCompletion = connectCompletions[peripheralKey]
if unfinishedCompletion != nil {
throw MyError.illegalState
}
guard let peripheral = cachedPeripherals[peripheralKey] else {
throw MyError.illegalArgument
}
centralManager.connect(peripheral)
connectCompletions[peripheralKey] = completion
} catch {
completion(.failure(error))
}
}
func disconnect(myPeripheralKey: Int64, completion: @escaping (Result<Void, Error>) -> Void) {
do {
let peripheralKey = Int(myPeripheralKey)
let unfinishedCompletion = disconnectCompletions[peripheralKey]
if unfinishedCompletion != nil {
throw MyError.illegalState
}
guard let peripheral = cachedPeripherals[peripheralKey] else {
throw MyError.illegalArgument
}
centralManager.cancelPeripheralConnection(peripheral)
disconnectCompletions[peripheralKey] = completion
} catch {
completion(.failure(error))
}
}
func discoverGATT(myPeripheralKey: Int64, completion: @escaping (Result<Void, Error>) -> Void) {
do {
let peripheralKey = Int(myPeripheralKey)
let unfinishedCompletion = discoverGattCompletions[peripheralKey]
if unfinishedCompletion != nil {
throw MyError.illegalState
}
guard let peripheral = cachedPeripherals[peripheralKey] else {
throw MyError.illegalArgument
}
peripheral.discoverServices(nil)
discoverGattCompletions[peripheralKey] = completion
} catch {
completion(.failure(error))
}
}
func getServices(myPeripheralKey: Int64) throws -> [MyGattServiceArgs] {
let peripheralKey = Int(myPeripheralKey)
guard let services = cachedServices[peripheralKey] else {
throw MyError.illegalArgument
}
return services.map { (key, service) in
return service.toMyArgs()
}
}
func getCharacteristics(myServiceKey: Int64) throws -> [MyGattCharacteristicArgs] {
let serviceKey = Int(myServiceKey)
guard let characteristics = cachedCharacteristics[serviceKey] else {
throw MyError.illegalArgument
}
return characteristics.map { (key, characteristic) in
return characteristic.toMyArgs()
}
}
func getDescriptors(myCharacteristicKey: Int64) throws -> [MyGattDescriptorArgs] {
let characteristicKey = Int(myCharacteristicKey)
guard let descriptors = cachedDescriptors[characteristicKey] else {
throw MyError.illegalArgument
}
return descriptors.map { (key, descriptor) in
return descriptor.toMyArgs()
}
}
func readCharacteristic(myPeripheralKey: Int64, myServiceKey: Int64, myCharacteristicKey: Int64, completion: @escaping (Result<FlutterStandardTypedData, Error>) -> Void) {
do {
let peripheralKey = Int(myPeripheralKey)
guard let peripheral = cachedPeripherals[peripheralKey] else {
throw MyError.illegalArgument
}
let serviceKey = Int(myServiceKey)
guard let characteristics = cachedCharacteristics[serviceKey] else {
throw MyError.illegalArgument
}
let characteristicKey = Int(myCharacteristicKey)
guard let characteristic = characteristics[characteristicKey] else {
throw MyError.illegalArgument
}
let unfinishedCompletion = readCharacteristicCompletions[characteristicKey]
if unfinishedCompletion != nil {
throw MyError.illegalState
}
peripheral.readValue(for: characteristic)
readCharacteristicCompletions[characteristicKey] = completion
} catch {
completion(.failure(error))
}
}
func writeCharacteristic(myPeripheralKey: Int64, myServiceKey: Int64, myCharacteristicKey: Int64, value: FlutterStandardTypedData, myTypeNumber: Int64, completion: @escaping (Result<Void, Error>) -> Void) {
do {
let peripheralKey = Int(myPeripheralKey)
guard let peripheral = cachedPeripherals[peripheralKey] else {
throw MyError.illegalArgument
}
let serviceKey = Int(myServiceKey)
guard let characteristics = cachedCharacteristics[serviceKey] else {
throw MyError.illegalArgument
}
let characteristicKey = Int(myCharacteristicKey)
guard let characteristic = characteristics[characteristicKey] else {
throw MyError.illegalArgument
}
let data = value.data
let myTypeRawValue = Int(myTypeNumber)
guard let myTypeArgs = MyGattCharacteristicWriteTypeArgs(rawValue: myTypeRawValue) else {
throw MyError.illegalArgument
}
let type = myTypeArgs.toType()
let unfinishedCompletion = writeCharacteristicCompletions[characteristicKey]
if unfinishedCompletion != nil {
throw MyError.illegalState
}
peripheral.writeValue(data, for: characteristic, type: type)
writeCharacteristicCompletions[characteristicKey] = completion
} catch {
completion(.failure(error))
}
}
func notifyCharacteristic(myPeripheralKey: Int64, myServiceKey: Int64, myCharacteristicKey: Int64, state: Bool, completion: @escaping (Result<Void, Error>) -> Void) {
do {
let peripheralKey = Int(myPeripheralKey)
guard let peripheral = cachedPeripherals[peripheralKey] else {
throw MyError.illegalArgument
}
let serviceKey = Int(myServiceKey)
guard let characteristics = cachedCharacteristics[serviceKey] else {
throw MyError.illegalArgument
}
let characteristicKey = Int(myCharacteristicKey)
guard let characteristic = characteristics[characteristicKey] else {
throw MyError.illegalArgument
}
let unfinishedCompletion = notifyCharacteristicCompletions[characteristicKey]
if unfinishedCompletion != nil {
throw MyError.illegalState
}
peripheral.setNotifyValue(state, for: characteristic)
notifyCharacteristicCompletions[characteristicKey] = completion
} catch {
completion(.failure(error))
}
}
func readDescriptor(myPeripheralKey: Int64, myCharacteristicKey: Int64, myDescriptorKey: Int64, completion: @escaping (Result<FlutterStandardTypedData, Error>) -> Void) {
do {
let peripheralKey = Int(myPeripheralKey)
guard let peripheral = cachedPeripherals[peripheralKey] else {
throw MyError.illegalArgument
}
let characteristicKey = Int(myCharacteristicKey)
guard let descriptors = cachedDescriptors[characteristicKey] else {
throw MyError.illegalArgument
}
let descriptorKey = Int(myDescriptorKey)
guard let descriptor = descriptors[descriptorKey] else {
throw MyError.illegalArgument
}
let unfinishedCompletion = readDescriptorCompletions[descriptorKey]
if unfinishedCompletion != nil {
throw MyError.illegalState
}
peripheral.readValue(for: descriptor)
readDescriptorCompletions[descriptorKey] = completion
} catch {
completion(.failure(error))
}
}
func writeDescriptor(myPeripheralKey: Int64, myCharacteristicKey: Int64, myDescriptorKey: Int64, value: FlutterStandardTypedData, completion: @escaping (Result<Void, Error>) -> Void) {
do {
let peripheralKey = Int(myPeripheralKey)
guard let peripheral = cachedPeripherals[peripheralKey] else {
throw MyError.illegalArgument
}
let characteristicKey = Int(myCharacteristicKey)
guard let descriptors = cachedDescriptors[characteristicKey] else {
throw MyError.illegalArgument
}
let descriptorKey = Int(myDescriptorKey)
guard let descriptor = descriptors[descriptorKey] else {
throw MyError.illegalArgument
}
let data = value.data
let unfinishedCompletion = writeDescriptorCompletions[descriptorKey]
if unfinishedCompletion != nil {
throw MyError.illegalState
}
peripheral.writeValue(data, for: descriptor)
writeDescriptorCompletions[descriptorKey] = completion
} catch {
completion(.failure(error))
}
}
func didUpdateState(_ state: CBManagerState) {
let completion = setUpCompletion
if state != .unknown && completion != nil {
let myStateArgs = state.toMyArgs()
let myStateNumber = Int64(myStateArgs.rawValue)
let myArgs = MyCentralControllerArgs(myStateNumber: myStateNumber)
completion!(.success(myArgs))
setUpCompletion = nil
}
let myStateArgs = state.toMyArgs()
let myStateNumber = Int64(myStateArgs.rawValue)
myApi.onStateChanged(myStateNumber: myStateNumber) {}
}
func didDiscover(_ peripheral: CBPeripheral, _ advertisementData: [String : Any], _ rssiNumber: NSNumber) {
let peripheralKey = peripheral.hash
if cachedPeripherals[peripheralKey] == nil {
peripheral.delegate = myPeripheralDelegate
cachedPeripherals[peripheralKey] = peripheral
}
let myPeripheralArgs = peripheral.toMyArgs()
let rssi = rssiNumber.int64Value
let name = advertisementData[CBAdvertisementDataLocalNameKey] as? String
let rawManufacturerSpecificData = advertisementData[CBAdvertisementDataManufacturerDataKey] as? Data
var manufacturerSpecificData = [Int64: FlutterStandardTypedData]()
if rawManufacturerSpecificData != nil {
do {
guard let data = rawManufacturerSpecificData else {
throw MyError.illegalArgument
}
guard data.count >= 2 else {
throw MyError.illegalArgument
}
let key = Int64(data[0]) | (Int64(data[1]) << 8)
let bytes = data.count > 2 ? data[2...data.count-1] : Data()
let value = FlutterStandardTypedData(bytes: bytes)
manufacturerSpecificData[key] = value
} catch {
manufacturerSpecificData = [:]
}
}
let rawServiceUUIDs = advertisementData[CBAdvertisementDataServiceUUIDsKey] as? [CBUUID] ?? []
let serviceUUIDs = rawServiceUUIDs.map { uuid in uuid.uuidString }
let rawServiceData = advertisementData[CBAdvertisementDataServiceDataKey] as? [CBUUID: Data] ?? [:]
let elements = rawServiceData.map { (uuid, data) in
let key = uuid.uuidString
let value = FlutterStandardTypedData(bytes: data)
return (key, value)
}
let serviceData = [String?: FlutterStandardTypedData?](uniqueKeysWithValues: elements)
let myAdvertisementArgs = MyAdvertisementArgs(name: name, manufacturerSpecificData: manufacturerSpecificData, serviceUUIDs: serviceUUIDs, serviceData: serviceData)
myApi.onDiscovered(myPeripheralArgs: myPeripheralArgs, rssi: rssi, myAdvertisementArgs: myAdvertisementArgs) {}
}
func didConnect(_ peripheral: CBPeripheral) {
let peripheralKey = peripheral.hash
let myPeripheralKey = Int64(peripheralKey)
myApi.onPeripheralStateChanged(myPeripheralKey: myPeripheralKey, state: true) {}
guard let completion = connectCompletions.removeValue(forKey: peripheralKey) else {
return
}
completion(.success(()))
}
func didFailToConnect(_ peripheral: CBPeripheral, _ error: Error?) {
let peripheralKey = peripheral.hash
guard let completion = connectCompletions.removeValue(forKey: peripheralKey) else {
return
}
completion(.failure(error ?? MyError.unknown))
}
func didDisconnectPeripheral(_ peripheral: CBPeripheral, _ error: Error?) {
let peripheralKey = peripheral.hash
let myPeripheralKey = Int64(peripheralKey)
let discoverGattCompletion = discoverGattCompletions.removeValue(forKey: peripheralKey)
if discoverGattCompletion != nil {
didDiscoverGATT(peripheral, error ?? MyError.unknown)
}
let services = cachedServices[peripheralKey] ?? [:]
for service in services {
let characteristics = cachedCharacteristics[service.key] ?? [:]
for characteristic in characteristics {
let readCharacteristicCompletion = readCharacteristicCompletions.removeValue(forKey: characteristic.key)
let writeCharacteristicCompletion = writeCharacteristicCompletions.removeValue(forKey: characteristic.key)
if readCharacteristicCompletion != nil {
readCharacteristicCompletion!(.failure(MyError.illegalState))
}
if writeCharacteristicCompletion != nil {
writeCharacteristicCompletion!(.failure(MyError.illegalState))
}
let descriptors = cachedDescriptors[characteristic.key] ?? [:]
for descriptor in descriptors {
let readDescriptorCompletion = readDescriptorCompletions.removeValue(forKey: descriptor.key)
let writeDescriptorCompletion = writeDescriptorCompletions.removeValue(forKey: descriptor.key)
if readDescriptorCompletion != nil {
readDescriptorCompletion!(.failure(MyError.illegalState))
}
if writeDescriptorCompletion != nil {
writeDescriptorCompletion!(.failure(MyError.illegalState))
}
}
}
}
myApi.onPeripheralStateChanged(myPeripheralKey: myPeripheralKey, state: false) {}
guard let completion = disconnectCompletions.removeValue(forKey: peripheralKey) else {
return
}
if error == nil {
completion(.success(()))
} else {
completion(.failure(error!))
}
}
func didDiscoverServices(_ peripheral: CBPeripheral, _ error: Error?) {
let peripheralKey = peripheral.hash
if error == nil {
var services = peripheral.services ?? []
if services.isEmpty {
didDiscoverGATT(peripheral, error)
} else {
let service = services.removeFirst()
unfinishedServices[peripheralKey] = services
peripheral.discoverCharacteristics(nil, for: service)
}
} else {
didDiscoverGATT(peripheral, error)
}
}
func didDiscoverCharacteristics(_ peripheral: CBPeripheral, _ service: CBService, _ error: Error?) {
let peripheralKey = peripheral.hash
if error == nil {
var characteristics = service.characteristics ?? []
if characteristics.isEmpty {
var services = unfinishedServices.removeValue(forKey: peripheralKey) ?? []
if services.isEmpty {
didDiscoverGATT(peripheral, error)
} else {
let service = services.removeFirst()
unfinishedServices[peripheralKey] = services
peripheral.discoverCharacteristics(nil, for: service)
}
} else {
let characteristic = characteristics.removeFirst()
unfinishedCharacteristics[peripheralKey] = characteristics
peripheral.discoverDescriptors(for: characteristic)
}
} else {
didDiscoverGATT(peripheral, error)
}
}
func didDiscoverDescriptors(_ peripheral: CBPeripheral, _ characteristic: CBCharacteristic, _ error: Error?) {
let peripheralKey = peripheral.hash
if error == nil {
var characteristics = unfinishedCharacteristics.removeValue(forKey: peripheralKey) ?? []
if (characteristics.isEmpty) {
var services = unfinishedServices.removeValue(forKey: peripheralKey) ?? []
if services.isEmpty {
didDiscoverGATT(peripheral, error)
} else {
let service = services.removeFirst()
unfinishedServices[peripheralKey] = services
peripheral.discoverCharacteristics(nil, for: service)
}
} else {
let characteristic = characteristics.removeFirst()
unfinishedCharacteristics[peripheralKey] = characteristics
peripheral.discoverDescriptors(for: characteristic)
}
} else {
didDiscoverGATT(peripheral, error)
}
}
private func didDiscoverGATT(_ peripheral: CBPeripheral, _ error: Error?) {
let peripheralKey = peripheral.hash
unfinishedServices.removeValue(forKey: peripheralKey)
unfinishedCharacteristics.removeValue(forKey: peripheralKey)
guard let completion = discoverGattCompletions.removeValue(forKey: peripheralKey) else {
return
}
if error == nil {
let services = peripheral.services ?? []
var cachedServices = [Int: CBService]()
for service in services {
let serviceKey = service.hash
cachedServices[serviceKey] = service
let characteristics = service.characteristics ?? []
var cachedCharacteristics = [Int: CBCharacteristic]()
for characteristic in characteristics {
let characteristicKey = characteristic.hash
cachedCharacteristics[characteristicKey] = characteristic
let descriptors = characteristic.descriptors ?? []
var cachedDescriptors = [Int: CBDescriptor]()
for descriptor in descriptors {
let descriptorKey = descriptor.hash
cachedDescriptors[descriptorKey] = descriptor
}
self.cachedDescriptors[characteristicKey] = cachedDescriptors
}
self.cachedCharacteristics[serviceKey] = cachedCharacteristics
}
self.cachedServices[peripheralKey] = cachedServices
completion(.success(()))
} else {
completion(.failure(error!))
}
}
func didUpdateCharacteristicValue(_ characteristic: CBCharacteristic, _ error: Error?) {
let characteristicKey = characteristic.hash
guard let completion = readCharacteristicCompletions.removeValue(forKey: characteristicKey) else {
let myCharacteristicKey = Int64(characteristicKey)
let rawValue = characteristic.value ?? Data()
let value = FlutterStandardTypedData(bytes: rawValue)
myApi.onCharacteristicValueChanged(myCharacteristicKey: myCharacteristicKey, value: value) {}
return
}
if error == nil {
let rawValue = characteristic.value ?? Data()
let value = FlutterStandardTypedData(bytes: rawValue)
completion(.success(value))
} else {
completion(.failure(error!))
}
}
func didWriteCharacteristicValue(_ characteristic: CBCharacteristic, _ error: Error?) {
let characteristicKey = characteristic.hash
guard let completion = writeCharacteristicCompletions.removeValue(forKey: characteristicKey) else {
return
}
if error == nil {
completion(.success(()))
} else {
completion(.failure(error!))
}
}
func didUpdateNotificationState(_ characteristic: CBCharacteristic, _ error: Error?) {
let characteristicKey = characteristic.hash
guard let completion = notifyCharacteristicCompletions.removeValue(forKey: characteristicKey) else {
return
}
if error == nil {
completion(.success(()))
} else {
completion(.failure(error!))
}
}
func didUpdateDescriptorValue(_ descriptor: CBDescriptor, _ error: Error?) {
let descriptorKey = descriptor.hash
guard let completion = readDescriptorCompletions.removeValue(forKey: descriptorKey) else {
return
}
if error == nil {
// TODO: Need to confirm wheather the corresponding descriptor type and value is correct.
let value: FlutterStandardTypedData
let rawValue = descriptor.value
do {
switch descriptor.uuid.uuidString {
case CBUUIDCharacteristicExtendedPropertiesString:
fallthrough
case CBUUIDClientCharacteristicConfigurationString:
fallthrough
case CBUUIDServerCharacteristicConfigurationString:
guard let rawNumber = rawValue as? NSNumber else {
throw MyError.illegalArgument
}
value = FlutterStandardTypedData(bytes: rawNumber.data)
case CBUUIDCharacteristicUserDescriptionString:
fallthrough
case CBUUIDCharacteristicAggregateFormatString:
guard let rawString = rawValue as? String else {
throw MyError.illegalArgument
}
value = FlutterStandardTypedData(bytes: rawString.data)
case CBUUIDCharacteristicFormatString:
guard let rawData = rawValue as? Data else {
throw MyError.illegalArgument
}
value = FlutterStandardTypedData(bytes: rawData)
case CBUUIDL2CAPPSMCharacteristicString:
guard let rawU16 = rawValue as? UInt16 else {
throw MyError.illegalArgument
}
value = FlutterStandardTypedData(bytes: rawU16.data)
default:
throw MyError.illegalArgument
}
} catch {
value = FlutterStandardTypedData()
}
completion(.success((value)))
} else {
completion(.failure(error!))
}
}
func didWriteDescriptorValue(_ descriptor: CBDescriptor, _ error: Error?) {
let descriptorKey = descriptor.hash
guard let completion = writeDescriptorCompletions.removeValue(forKey: descriptorKey) else {
return
}
if error == nil {
completion(.success(()))
} else {
completion(.failure(error!))
}
}
}
extension CBManagerState {
func toMyArgs() -> MyCentralStateArgs {
switch self {
case .unauthorized:
return .unauthorized
case .poweredOff:
return .poweredOff
case .poweredOn:
return .poweredOn
default:
return .unsupported
}
}
}
extension CBPeripheral {
func toMyArgs() -> MyPeripheralArgs {
let key = Int64(hash)
let uuid = identifier.uuidString
return MyPeripheralArgs(key: key, uuid: uuid)
}
}
extension CBService {
func toMyArgs() -> MyGattServiceArgs {
let key = Int64(hash)
let uuid = uuid.uuidString
return MyGattServiceArgs(key: key, uuid: uuid)
}
}
extension CBCharacteristic {
func toMyArgs() -> MyGattCharacteristicArgs {
let key = Int64(hash)
let uuid = uuid.uuidString
let myPropertyArgses = properties.toMyArgses()
let myPropertyNumbers = myPropertyArgses.map { myPropertyArgs in Int64(myPropertyArgs.rawValue) }
return MyGattCharacteristicArgs(key: key, uuid: uuid, myPropertyNumbers: myPropertyNumbers)
}
}
extension CBDescriptor {
func toMyArgs() -> MyGattDescriptorArgs {
let key = Int64(hash)
let uuid = uuid.uuidString
return MyGattDescriptorArgs(key: key, uuid: uuid)
}
}
extension CBCharacteristicProperties {
func toMyArgses() -> [MyGattCharacteristicPropertyArgs] {
var myPropertyArgs = [MyGattCharacteristicPropertyArgs]()
if contains(.read) {
myPropertyArgs.append(.read)
}
if contains(.write) {
myPropertyArgs.append(.write)
}
if contains(.writeWithoutResponse) {
myPropertyArgs.append(.writeWithoutResponse)
}
if contains(.notify) {
myPropertyArgs.append(.notify)
}
if contains(.indicate) {
myPropertyArgs.append(.indicate)
}
return myPropertyArgs
}
}
extension MyGattCharacteristicWriteTypeArgs {
func toType() -> CBCharacteristicWriteType {
switch self {
case .withResponse:
return .withResponse
case .withoutResponse:
return .withoutResponse
}
}
}
extension NSNumber {
var data: Data {
var source = self
return Data(bytes: &source, count: MemoryLayout<NSNumber>.size)
}
}
extension String {
var data: Data {
return data(using: String.Encoding.utf8)!
}
}
extension UInt16 {
var data: Data {
var source = self
return Data(bytes: &source, count: MemoryLayout<UInt16>.size)
}
}