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anlicheng:main
anlicheng:quic_mst
anlicheng:202601_v2_mst
anlicheng:actor_mst
anlicheng:async_mst
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compare: anlicheng:main
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anlicheng:202601_v2_mst
anlicheng:main
anlicheng:actor_mst
anlicheng:async_mst

2 Commits
async_mst ... main

Author SHA1 Message Date
anlicheng
2e9fab0f5b merge actor_mst 2026-01-14 11:13:15 +08:00
anlicheng
f0a6a316e8 remove xcodeproj files 2026-01-14 11:11:25 +08:00
17 changed files with 372 additions and 2589 deletions
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1
.gitignore vendored Normal file
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@ -0,0 +1 @@
punchnet.xcodeproj/*

6
Tun/Punchnet/ARPPacket.swift
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@ -14,6 +14,8 @@ target_ip: \(SDLUtil.int32ToIp(self.targetIP)), target_mac: \(SDLUtil.formatMacA
""" """
} }
static let broadcastMac = Data([0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF])
// ARP操作码 // ARP操作码
enum Opcode: UInt16 { enum Opcode: UInt16 {
case request = 0x01 case request = 0x01
@ -94,6 +96,10 @@ target_ip: \(SDLUtil.int32ToIp(self.targetIP)), target_mac: \(SDLUtil.formatMacA
return data return data
} }
static func isBroadcastMac(_ macAddress: Data) -> Bool {
return macAddress == broadcastMac
}
} }
extension ARPPacket { extension ARPPacket {

695
Tun/Punchnet/Actors/SDLContextNew.swift
View File

@ -1,695 +0,0 @@
//
// SDLContext.swift
// Tun
//
// Created by 安礼成 on 2024/2/29.
//
import Foundation
import NetworkExtension
import NIOCore
import Combine
// 上下文环境变量，全局共享
/*
1. 处理rsa的加解密逻辑
*/
@available(macOS 14, *)
public class SDLContextNew {
// 路由信息
struct Route {
let dstAddress: String
let subnetMask: String
var debugInfo: String {
return "\(dstAddress):\(subnetMask)"
}
}
let config: SDLConfiguration
// tun网络地址信息
var devAddr: SDLDevAddr
// nat映射的相关信息, 暂时没有用处
//var natAddress: SDLNatAddress?
// nat的网络类型
var natType: SDLNatProber.NatType = .blocked
// AES加密，授权通过后，对象才会被创建
var aesCipher: AESCipher
// aes
var aesKey: Data = Data()
// rsa的相关配置, public_key是本地生成的
let rsaCipher: RSACipher
// 依赖的变量
var udpHoleActor: SDLUDPHoleActor?
var superClientActor: SDLSuperClientActor?
var providerActor: SDLTunnelProviderActor
// dns的client对象
var dnsClient: DNSClient?
// 数据包读取任务
private var readTask: Task<(), Never>?
private var sessionManager: SessionManager
private var arpServer: ArpServer
// 记录最后发送的stunRequest的cookie
private var lastCookie: UInt32? = 0
// 网络状态变化的健康
private var monitor: SDLNetworkMonitor?
// 内部socket通讯
private var noticeClient: SDLNoticeClient?
// 流量统计
private var flowTracer = SDLFlowTracerActor()
private var flowTracerCancel: AnyCancellable?
// 处理holer
private var holerPublishers: [Data:PassthroughSubject<RegisterRequest, Never>] = [:]
private var bag = Set<AnyCancellable>()
private var locker = NSLock()
private let logger: SDLLogger
private var rootTask: Task<Void, Error>?
struct RegisterRequest {
let srcMac: Data
let dstMac: Data
let networkId: UInt32
}
public init(provider: NEPacketTunnelProvider, config: SDLConfiguration, rsaCipher: RSACipher, aesCipher: AESCipher, logger: SDLLogger) {
self.logger = logger
self.config = config
self.rsaCipher = rsaCipher
self.aesCipher = aesCipher
// 生成mac地址
var devAddr = SDLDevAddr()
devAddr.mac = Self.getMacAddress()
self.devAddr = devAddr
self.sessionManager = SessionManager()
self.arpServer = ArpServer(known_macs: [:])
self.providerActor = SDLTunnelProviderActor(provider: provider, logger: logger)
}
public func start() async throws {
self.rootTask = Task {
try await withThrowingTaskGroup(of: Void.self) { group in
group.addTask {
while !Task.isCancelled {
do {
try await self.startDnsClient()
} catch let err {
self.logger.log("[SDLContext] UDPHole get err: \(err)", level: .warning)
try await Task.sleep(for: .seconds(2))
}
}
}
group.addTask {
while !Task.isCancelled {
do {
try await self.startUDPHole()
} catch let err {
self.logger.log("[SDLContext] UDPHole get err: \(err)", level: .warning)
try await Task.sleep(for: .seconds(2))
}
}
}
group.addTask {
while !Task.isCancelled {
do {
try await self.startSuperClient()
} catch let err {
self.logger.log("[SDLContext] SuperClient get error: \(err), will restart", level: .warning)
await self.arpServer.clear()
try await Task.sleep(for: .seconds(2))
}
}
}
group.addTask {
await self.startMonitor()
}
group.addTask {
while !Task.isCancelled {
do {
try await self.startNoticeClient()
} catch let err {
self.logger.log("[SDLContext] noticeClient get err: \(err)", level: .warning)
try await Task.sleep(for: .seconds(2))
}
}
}
try await group.waitForAll()
}
}
try await self.rootTask?.value
}
public func stop() async {
self.rootTask?.cancel()
self.superClientActor = nil
self.udpHoleActor = nil
self.noticeClient = nil
self.readTask?.cancel()
}
private func startNoticeClient() async throws {
self.noticeClient = try await SDLNoticeClient(noticePort: self.config.noticePort, logger: self.logger)
try await self.noticeClient?.start()
self.logger.log("[SDLContext] notice_client task cancel", level: .warning)
}
private func startUDPHole() async throws {
self.udpHoleActor = try await SDLUDPHoleActor(logger: self.logger)
try await withThrowingTaskGroup(of: Void.self) { group in
group.addTask {
try await self.udpHoleActor?.start()
}
group.addTask {
while !Task.isCancelled {
try Task.checkCancellation()
try await Task.sleep(nanoseconds: 5 * 1_000_000_000)
try Task.checkCancellation()
if let udpHoleActor = self.udpHoleActor {
let cookie = await udpHoleActor.getCookieId()
var stunRequest = SDLStunRequest()
stunRequest.cookie = cookie
stunRequest.clientID = self.config.clientId
stunRequest.networkID = self.devAddr.networkID
stunRequest.ip = self.devAddr.netAddr
stunRequest.mac = self.devAddr.mac
stunRequest.natType = UInt32(self.natType.rawValue)
let remoteAddress = self.config.stunSocketAddress
await udpHoleActor.send(type: .stunRequest, data: try stunRequest.serializedData(), remoteAddress: remoteAddress)
self.lastCookie = cookie
}
}
}
group.addTask {
if let eventFlow = self.udpHoleActor?.eventFlow {
for try await event in eventFlow {
try Task.checkCancellation()
try await self.handleUDPEvent(event: event)
}
}
}
if let _ = try await group.next() {
group.cancelAll()
}
}
}
private func startSuperClient() async throws {
self.superClientActor = try await SDLSuperClientActor(host: self.config.superHost, port: self.config.superPort, logger: self.logger)
try await withThrowingTaskGroup(of: Void.self) { group in
defer {
self.logger.log("[SDLContext] super client task cancel", level: .warning)
}
group.addTask {
try await self.superClientActor?.start()
}
group.addTask {
if let eventFlow = self.superClientActor?.eventFlow {
for try await event in eventFlow {
try await self.handleSuperEvent(event: event)
}
}
}
if let _ = try await group.next() {
group.cancelAll()
}
}
}
private func startMonitor() async {
self.monitor = SDLNetworkMonitor()
for await event in self.monitor!.eventStream {
switch event {
case .changed:
// TODO 需要重新探测网络的nat类型
//self.natType = await SDLNatProber.getNatType(udpHole: self.udpHole, config: self.config, logger: self.logger)
self.logger.log("didNetworkPathChanged, nat type is: \(self.natType)", level: .info)
case .unreachable:
self.logger.log("didNetworkPathUnreachable", level: .warning)
}
}
}
private func startDnsClient() async throws {
let remoteDnsServer = config.remoteDnsServer
let dnsSocketAddress = try SocketAddress.makeAddressResolvingHost(remoteDnsServer, port: 15353)
self.dnsClient = try await DNSClient(dnsServerAddress: dnsSocketAddress, logger: self.logger)
try await withThrowingTaskGroup(of: Void.self) { group in
defer {
self.logger.log("[SDLContext] dns client task cancel", level: .warning)
}
group.addTask {
try await self.dnsClient?.start()
}
group.addTask {
if let packetFlow = self.dnsClient?.packetFlow {
for await packet in packetFlow {
let nePacket = NEPacket(data: packet, protocolFamily: 2)
await self.providerActor.writePackets(packets: [nePacket])
}
}
}
if let _ = try await group.next() {
group.cancelAll()
}
}
}
private func handleSuperEvent(event: SDLSuperClientActor.SuperEvent) async throws {
switch event {
case .ready:
self.logger.log("[SDLContext] get registerSuper, mac address: \(SDLUtil.formatMacAddress(mac: self.devAddr.mac))", level: .debug)
var registerSuper = SDLRegisterSuper()
registerSuper.version = UInt32(self.config.version)
registerSuper.clientID = self.config.clientId
registerSuper.devAddr = self.devAddr
registerSuper.pubKey = self.rsaCipher.pubKey
registerSuper.token = self.config.token
registerSuper.networkCode = self.config.networkCode
registerSuper.hostname = self.config.hostname
guard let message = try await self.superClientActor?.request(type: .registerSuper, data: try registerSuper.serializedData()).get() else {
return
}
switch message.packet {
case .registerSuperAck(let registerSuperAck):
// 需要对数据通过rsa的私钥解码
let aesKey = try! self.rsaCipher.decode(data: Data(registerSuperAck.aesKey))
let upgradeType = SDLUpgradeType(rawValue: registerSuperAck.upgradeType)
self.logger.log("[SDLContext] get registerSuperAck, aes_key len: \(aesKey.count), network_id:\(registerSuperAck.devAddr.networkID)", level: .info)
self.devAddr = registerSuperAck.devAddr
if upgradeType == .force {
let forceUpgrade = NoticeMessage.upgrade(prompt: registerSuperAck.upgradePrompt, address: registerSuperAck.upgradeAddress)
await self.noticeClient?.send(data: forceUpgrade)
exit(-1)
}
// 服务器分配的tun网卡信息
do {
try await self.providerActor.setNetworkSettings(devAddr: self.devAddr, dnsServer: DNSClient.Helper.dnsServer)
self.startReader()
} catch let err {
self.logger.log("[SDLContext] setTunnelNetworkSettings get error: \(err)", level: .error)
exit(-1)
}
self.aesKey = aesKey
if upgradeType == .normal {
let normalUpgrade = NoticeMessage.upgrade(prompt: registerSuperAck.upgradePrompt, address: registerSuperAck.upgradeAddress)
await self.noticeClient?.send(data: normalUpgrade)
}
case .registerSuperNak(let nakPacket):
let errorMessage = nakPacket.errorMessage
guard let errorCode = SDLNAKErrorCode(rawValue: UInt8(nakPacket.errorCode)) else {
return
}
switch errorCode {
case .invalidToken, .nodeDisabled:
let alertNotice = NoticeMessage.alert(alert: errorMessage)
await self.noticeClient?.send(data: alertNotice)
exit(-1)
case .noIpAddress, .networkFault, .internalFault:
let alertNotice = NoticeMessage.alert(alert: errorMessage)
await self.noticeClient?.send(data: alertNotice)
}
self.logger.log("[SDLContext] Get a SuperNak message exit", level: .warning)
default:
()
}
case .event(let evt):
switch evt {
case .natChanged(let natChangedEvent):
let dstMac = natChangedEvent.mac
self.logger.log("[SDLContext] natChangedEvent, dstMac: \(dstMac)", level: .info)
await sessionManager.removeSession(dstMac: dstMac)
case .sendRegister(let sendRegisterEvent):
self.logger.log("[SDLContext] sendRegisterEvent, ip: \(sendRegisterEvent)", level: .debug)
let address = SDLUtil.int32ToIp(sendRegisterEvent.natIp)
if let remoteAddress = try? SocketAddress.makeAddressResolvingHost(address, port: Int(sendRegisterEvent.natPort)) {
// 发送register包
var register = SDLRegister()
register.networkID = self.devAddr.networkID
register.srcMac = self.devAddr.mac
register.dstMac = sendRegisterEvent.dstMac
await self.udpHoleActor?.send(type: .register, data: try register.serializedData(), remoteAddress: remoteAddress)
}
case .networkShutdown(let shutdownEvent):
let alertNotice = NoticeMessage.alert(alert: shutdownEvent.message)
await self.noticeClient?.send(data: alertNotice)
exit(-1)
}
case .command(let packetId, let command):
switch command {
case .changeNetwork(let changeNetworkCommand):
// 需要对数据通过rsa的私钥解码
let aesKey = try! self.rsaCipher.decode(data: Data(changeNetworkCommand.aesKey))
self.logger.log("[SDLContext] change network command get aes_key len: \(aesKey.count)", level: .info)
self.devAddr = changeNetworkCommand.devAddr
// 服务器分配的tun网卡信息
do {
try await self.providerActor.setNetworkSettings(devAddr: self.devAddr, dnsServer: DNSClient.Helper.dnsServer)
self.startReader()
} catch let err {
self.logger.log("[SDLContext] setTunnelNetworkSettings get error: \(err)", level: .error)
exit(-1)
}
self.aesKey = aesKey
var commandAck = SDLCommandAck()
commandAck.status = true
await self.superClientActor?.send(type: .commandAck, packetId: packetId, data: try commandAck.serializedData())
}
}
}
private func handleUDPEvent(event: SDLUDPHoleActor.UDPEvent) async throws {
switch event {
case .ready:
// 获取当前网络的类型
//self.natType = await SDLNatProber.getNatType(udpHole: self.udpHole, config: self.config)
self.logger.log("[SDLContext] nat type is: \(self.natType)", level: .debug)
case .message(let remoteAddress, let message):
switch message {
case .register(let register):
self.logger.log("register packet: \(register), dev_addr: \(self.devAddr)", level: .debug)
// 判断目标地址是否是tun的网卡地址, 并且是在同一个网络下
if register.dstMac == self.devAddr.mac && register.networkID == self.devAddr.networkID {
// 回复ack包
var registerAck = SDLRegisterAck()
registerAck.networkID = self.devAddr.networkID
registerAck.srcMac = self.devAddr.mac
registerAck.dstMac = register.srcMac
await self.udpHoleActor?.send(type: .registerAck, data: try registerAck.serializedData(), remoteAddress: remoteAddress)
// 这里需要建立到来源的会话, 在复杂网络下，通过super-node查询到的nat地址不一定靠谱，需要通过udp包的来源地址作为nat地址
let session = Session(dstMac: register.srcMac, natAddress: remoteAddress)
await self.sessionManager.addSession(session: session)
} else {
self.logger.log("SDLContext didReadRegister get a invalid packet, because dst_ip not matched: \(register.dstMac)", level: .warning)
}
case .registerAck(let registerAck):
// 判断目标地址是否是tun的网卡地址, 并且是在同一个网络下
if registerAck.dstMac == self.devAddr.mac && registerAck.networkID == self.devAddr.networkID {
let session = Session(dstMac: registerAck.srcMac, natAddress: remoteAddress)
await self.sessionManager.addSession(session: session)
} else {
self.logger.log("SDLContext didReadRegisterAck get a invalid packet, because dst_mac not matched: \(registerAck.dstMac)", level: .warning)
}
case .stunReply(let stunReply):
let cookie = stunReply.cookie
if cookie == self.lastCookie {
// 记录下当前在nat上的映射信息，暂时没有用；后续会用来判断网络类型
//self.natAddress = stunReply.natAddress
self.logger.log("[SDLContext] get a stunReply: \(try! stunReply.jsonString())", level: .debug)
}
default:
()
}
case .data(let data):
let mac = LayerPacket.MacAddress(data: data.dstMac)
guard (data.dstMac == self.devAddr.mac || mac.isBroadcast() || mac.isMulticast()) else {
return
}
guard let decyptedData = try? self.aesCipher.decypt(aesKey: self.aesKey, data: Data(data.data)) else {
return
}
do {
let layerPacket = try LayerPacket(layerData: decyptedData)
await self.flowTracer.inc(num: decyptedData.count, type: .inbound)
// 处理arp请求
switch layerPacket.type {
case .arp:
// 判断如果收到的是arp请求
if let arpPacket = ARPPacket(data: layerPacket.data) {
if arpPacket.targetIP == self.devAddr.netAddr {
switch arpPacket.opcode {
case .request:
self.logger.log("[SDLContext] get arp request packet", level: .debug)
let response = ARPPacket.arpResponse(for: arpPacket, mac: self.devAddr.mac, ip: self.devAddr.netAddr)
await self.routeLayerPacket(dstMac: arpPacket.senderMAC, type: .arp, data: response.marshal())
case .response:
self.logger.log("[SDLContext] get arp response packet", level: .debug)
await self.arpServer.append(ip: arpPacket.senderIP, mac: arpPacket.senderMAC)
}
} else {
self.logger.log("[SDLContext] get invalid arp packet: \(arpPacket), target_ip: \(SDLUtil.int32ToIp(arpPacket.targetIP)), net ip: \(SDLUtil.int32ToIp(self.devAddr.netAddr))", level: .debug)
}
} else {
self.logger.log("[SDLContext] get invalid arp packet", level: .debug)
}
case .ipv4:
guard let ipPacket = IPPacket(layerPacket.data), ipPacket.header.destination == self.devAddr.netAddr else {
return
}
let packet = NEPacket(data: ipPacket.data, protocolFamily: 2)
await self.providerActor.writePackets(packets: [packet])
default:
self.logger.log("[SDLContext] get invalid packet", level: .debug)
}
} catch let err {
self.logger.log("[SDLContext] didReadData err: \(err)", level: .warning)
}
}
}
// 流量统计
// public func flowReportTask() {
// Task {
// // 每分钟汇报一次
// self.flowTracerCancel = Timer.publish(every: 60.0, on: .main, in: .common).autoconnect()
// .sink { _ in
// Task {
// let (forwardNum, p2pNum, inboundNum) = await self.flowTracer.reset()
// await self.superClient?.flowReport(forwardNum: forwardNum, p2pNum: p2pNum, inboundNum: inboundNum)
// }
// }
// }
// }
// 开始读取数据, 用单独的线程处理packetFlow
private func startReader() {
// 停止之前的任务
self.readTask?.cancel()
// 开启新的任务
self.readTask = Task(priority: .high) {
repeat {
let packets = await self.providerActor.readPackets()
for packet in packets {
await self.dealPacket(data: packet)
}
} while true
}
}
// 处理读取的每个数据包
private func dealPacket(data: Data) async {
guard let packet = IPPacket(data) else {
return
}
if DNSClient.Helper.isDnsRequestPacket(ipPacket: packet) {
let destIp = packet.header.destination_ip
NSLog("destIp: \(destIp), int: \(packet.header.destination)")
await self.dnsClient?.forward(ipPacket: packet)
}
else {
Task.detached {
let dstIp = packet.header.destination
// 本地通讯, 目标地址是本地服务器的ip地址
if dstIp == self.devAddr.netAddr {
let nePacket = NEPacket(data: packet.data, protocolFamily: 2)
await self.providerActor.writePackets(packets: [nePacket])
return
}
// 查找arp缓存中是否有目标mac地址
if let dstMac = await self.arpServer.query(ip: dstIp) {
await self.routeLayerPacket(dstMac: dstMac, type: .ipv4, data: packet.data)
}
else {
// 构造arp请求
let broadcastMac = Data([0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF])
let arpReqeust = ARPPacket.arpRequest(senderIP: self.devAddr.netAddr, senderMAC: self.devAddr.mac, targetIP: dstIp)
await self.routeLayerPacket(dstMac: broadcastMac, type: .arp, data: arpReqeust.marshal())
self.logger.log("[SDLContext] dstIp: \(dstIp) arp query not found", level: .debug)
}
}
}
}
private func routeLayerPacket(dstMac: Data, type: LayerPacket.PacketType, data: Data) async {
// 将数据封装层2层的数据包
let layerPacket = LayerPacket(dstMac: dstMac, srcMac: self.devAddr.mac, type: type, data: data)
guard let encodedPacket = try? self.aesCipher.encrypt(aesKey: self.aesKey, data: layerPacket.marshal()) else {
return
}
// 构造数据包
var dataPacket = SDLData()
dataPacket.networkID = self.devAddr.networkID
dataPacket.srcMac = self.devAddr.mac
dataPacket.dstMac = dstMac
dataPacket.ttl = 255
dataPacket.data = encodedPacket
// 通过session发送到对端
if let session = await self.sessionManager.getSession(toAddress: dstMac) {
self.logger.log("[SDLContext] send packet by session: \(session)", level: .debug)
await self.udpHoleActor?.send(type: .data, data: try! dataPacket.serializedData(), remoteAddress: session.natAddress)
await self.flowTracer.inc(num: data.count, type: .p2p)
}
else {
// 通过super_node进行转发
let superAddress = self.config.stunSocketAddress
await self.udpHoleActor?.send(type: .data, data: try! dataPacket.serializedData(), remoteAddress: superAddress)
// 流量统计
await self.flowTracer.inc(num: data.count, type: .forward)
// 尝试打洞
let registerRequest = RegisterRequest(srcMac: self.devAddr.mac, dstMac: dstMac, networkId: self.devAddr.networkID)
self.submitRegisterRequest(request: registerRequest)
}
}
private func submitRegisterRequest(request: RegisterRequest) {
self.locker.lock()
defer {
self.locker.unlock()
}
let dstMac = request.dstMac
if let publisher = self.holerPublishers[dstMac] {
publisher.send(request)
} else {
let publisher = PassthroughSubject<RegisterRequest, Never>()
publisher.throttle(for: .seconds(5), scheduler: DispatchQueue.global(), latest: true)
.sink { request in
Task {
await self.tryHole(request: request)
}
}
.store(in: &self.bag)
self.holerPublishers[dstMac] = publisher
}
}
private func tryHole(request: RegisterRequest) async {
var queryInfo = SDLQueryInfo()
queryInfo.dstMac = request.dstMac
guard let message = try? await self.superClientActor?.request(type: .queryInfo, data: try queryInfo.serializedData()).get() else {
return
}
switch message.packet {
case .empty:
self.logger.log("[SDLContext] hole query_info get empty: \(message)", level: .debug)
case .peerInfo(let peerInfo):
if let remoteAddress = peerInfo.v4Info.socketAddress() {
self.logger.log("[SDLContext] hole sock address: \(remoteAddress)", level: .debug)
// 发送register包
var register = SDLRegister()
register.networkID = request.networkId
register.srcMac = request.srcMac
register.dstMac = request.dstMac
await self.udpHoleActor?.send(type: .register, data: try! register.serializedData(), remoteAddress: remoteAddress)
} else {
self.logger.log("[SDLContext] hole sock address is invalid: \(peerInfo.v4Info)", level: .warning)
}
default:
self.logger.log("[SDLContext] hole query_info is packet: \(message)", level: .warning)
}
}
deinit {
self.rootTask?.cancel()
self.udpHoleActor = nil
self.superClientActor = nil
self.dnsClient = nil
}
// 获取mac地址
public static func getMacAddress() -> Data {
let key = "gMacAddress2"
let userDefaults = UserDefaults.standard
if let mac = userDefaults.value(forKey: key) as? Data {
return mac
}
else {
let mac = generateMacAddress()
userDefaults.setValue(mac, forKey: key)
return mac
}
}
// 随机生成mac地址
private static func generateMacAddress() -> Data {
var macAddress = [UInt8](repeating: 0, count: 6)
for i in 0..<6 {
macAddress[i] = UInt8.random(in: 0...255)
}
return Data(macAddress)
}
}

4
Tun/Punchnet/DNSClient.swift → Tun/Punchnet/Actors/SDLDNSClientActor.swift
View File

@ -11,7 +11,7 @@ import NIOPosix
// 处理和sn-server服务器之间的通讯 // 处理和sn-server服务器之间的通讯
@available(macOS 14, *) @available(macOS 14, *)
actor DNSClient { actor SDLDNSClientActor {
private let group = MultiThreadedEventLoopGroup(numberOfThreads: 1) private let group = MultiThreadedEventLoopGroup(numberOfThreads: 1)
private let asyncChannel: NIOAsyncChannel<AddressedEnvelope<ByteBuffer>, AddressedEnvelope<ByteBuffer>> private let asyncChannel: NIOAsyncChannel<AddressedEnvelope<ByteBuffer>, AddressedEnvelope<ByteBuffer>>
private let (writeStream, writeContinuation) = AsyncStream.makeStream(of: Data.self, bufferingPolicy: .unbounded) private let (writeStream, writeContinuation) = AsyncStream.makeStream(of: Data.self, bufferingPolicy: .unbounded)
@ -101,7 +101,7 @@ actor DNSClient {
} }
extension DNSClient { extension SDLDNSClientActor {
struct Helper { struct Helper {
static let dnsServer: String = "100.100.100.100" static let dnsServer: String = "100.100.100.100"

89
Tun/Punchnet/Actors/SDLPuncherActor.swift Normal file
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@ -0,0 +1,89 @@
//
// SDLPuncherActor.swift
// Tun
//
// Created by 安礼成 on 2026/1/7.
//
import Foundation
actor SDLPuncherActor {
// dstMac
private var coolingDown: Set<Data> = []
private let cooldown: Duration = .seconds(5)
private var superClientActor: SDLSuperClientActor?
private var udpHoleActor: SDLUDPHoleActor?
// 处理holer
private var logger: SDLLogger
struct RegisterRequest {
let srcMac: Data
let dstMac: Data
let networkId: UInt32
}
init(logger: SDLLogger) {
self.logger = logger
}
func setSuperClientActor(superClientActor: SDLSuperClientActor?) {
self.superClientActor = superClientActor
}
func setUDPHoleActor(udpHoleActor: SDLUDPHoleActor?) {
self.udpHoleActor = udpHoleActor
}
func submitRegisterRequest(request: RegisterRequest) {
let dstMac = request.dstMac
guard !coolingDown.contains(dstMac) else {
return
}
// 触发一次打洞
coolingDown.insert(dstMac)
Task {
await self.tryHole(request: request)
// 启动冷却期
try? await Task.sleep(for: .seconds(5))
self.endCooldown(for: dstMac)
}
}
private func endCooldown(for key: Data) {
self.coolingDown.remove(key)
}
private func tryHole(request: RegisterRequest) async {
var queryInfo = SDLQueryInfo()
queryInfo.dstMac = request.dstMac
guard let message = try? await self.superClientActor?.request(type: .queryInfo, data: try queryInfo.serializedData()) else {
return
}
switch message.packet {
case .empty:
self.logger.log("[SDLContext] hole query_info get empty: \(message)", level: .debug)
case .peerInfo(let peerInfo):
if let remoteAddress = peerInfo.v4Info.socketAddress() {
self.logger.log("[SDLContext] hole sock address: \(remoteAddress)", level: .debug)
// 发送register包
var register = SDLRegister()
register.networkID = request.networkId
register.srcMac = request.srcMac
register.dstMac = request.dstMac
await self.udpHoleActor?.send(type: .register, data: try! register.serializedData(), remoteAddress: remoteAddress)
} else {
self.logger.log("[SDLContext] hole sock address is invalid: \(peerInfo.v4Info)", level: .warning)
}
default:
self.logger.log("[SDLContext] hole query_info is packet: \(message)", level: .warning)
}
}
}

57
Tun/Punchnet/Actors/SDLSuperClientActor.swift
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@ -17,8 +17,8 @@ actor SDLSuperClientActor {
private let group = MultiThreadedEventLoopGroup(numberOfThreads: 1) private let group = MultiThreadedEventLoopGroup(numberOfThreads: 1)
private let asyncChannel: NIOAsyncChannel<ByteBuffer,ByteBuffer> private let asyncChannel: NIOAsyncChannel<ByteBuffer,ByteBuffer>
private let (writeStream, writeContinuation) = AsyncStream.makeStream(of: TcpMessage.self, bufferingPolicy: .unbounded) private let (writeStream, writeContinuation) = AsyncStream.makeStream(of: TcpMessage.self, bufferingPolicy: .unbounded)
private var callbackPromises: [UInt32:EventLoopPromise<SDLSuperInboundMessage>] = [:] private var continuations: [UInt32:CheckedContinuation<SDLSuperInboundMessage, Error>] = [:]
public let eventFlow: AsyncStream<SuperEvent> public let eventFlow: AsyncStream<SuperEvent>
private let inboundContinuation: AsyncStream<SuperEvent>.Continuation private let inboundContinuation: AsyncStream<SuperEvent>.Continuation
@ -34,6 +34,12 @@ actor SDLSuperClientActor {
case command(UInt32, SDLCommand) case command(UInt32, SDLCommand)
} }
enum SuperClientError: Error {
case timeout
case connectionClosed
case cancelled
}
init(host: String, port: Int, logger: SDLLogger) async throws { init(host: String, port: Int, logger: SDLLogger) async throws {
self.logger = logger self.logger = logger
@ -72,7 +78,10 @@ actor SDLSuperClientActor {
try Task.checkCancellation() try Task.checkCancellation()
if let message = SDLSuperClientDecoder.decode(buffer: &packet) { if let message = SDLSuperClientDecoder.decode(buffer: &packet) {
self.logger.log("[SDLSuperTransport] read message: \(message)", level: .debug) if !message.isPong() {
self.logger.log("[SDLSuperClient] read message: \(message)", level: .debug)
}
switch message.packet { switch message.packet {
case .event(let event): case .event(let event):
self.inboundContinuation.yield(.event(event)) self.inboundContinuation.yield(.event(event))
@ -124,6 +133,9 @@ actor SDLSuperClientActor {
self.inboundContinuation.finish() self.inboundContinuation.finish()
self.writeContinuation.finish() self.writeContinuation.finish()
self.logger.log("[SDLSuperClient] withTaskCancellationHandler cancel") self.logger.log("[SDLSuperClient] withTaskCancellationHandler cancel")
Task {
await self.failAllContinuations(SuperClientError.cancelled)
}
} }
} }
@ -136,14 +148,17 @@ actor SDLSuperClientActor {
self.send(type: .ping, packetId: 0, data: Data()) self.send(type: .ping, packetId: 0, data: Data())
} }
func request(type: SDLPacketType, data: Data) -> EventLoopFuture<SDLSuperInboundMessage> { func request(type: SDLPacketType, data: Data, timeout: Duration = .seconds(5)) async throws -> SDLSuperInboundMessage {
let packetId = idGenerator.nextId() let packetId = idGenerator.nextId()
let promise = self.asyncChannel.channel.eventLoop.makePromise(of: SDLSuperInboundMessage.self)
self.callbackPromises[packetId] = promise
self.writeContinuation.yield(TcpMessage(packetId: packetId, type: type, data: data)) return try await withCheckedThrowingContinuation { cont in
self.continuations[packetId] = cont
return promise.futureResult self.writeContinuation.yield(TcpMessage(packetId: packetId, type: type, data: data))
Task {
try? await Task.sleep(for: timeout)
self.timeout(packetId: packetId)
}
}
} }
func send(type: SDLPacketType, packetId: UInt32, data: Data) { func send(type: SDLPacketType, packetId: UInt32, data: Data) {
@ -152,12 +167,26 @@ actor SDLSuperClientActor {
// 处理回调函数 // 处理回调函数
private func fireCallback(message: SDLSuperInboundMessage) { private func fireCallback(message: SDLSuperInboundMessage) {
if let promise = self.callbackPromises[message.msgId] { guard let cont = self.continuations.removeValue(forKey: message.msgId) else {
self.asyncChannel.channel.eventLoop.execute { return
promise.succeed(message)
}
self.callbackPromises.removeValue(forKey: message.msgId)
} }
cont.resume(returning: message)
}
private func failAllContinuations(_ error: Error) {
let all = continuations
continuations.removeAll()
for (_, cont) in all {
cont.resume(throwing: error)
}
}
private func timeout(packetId: UInt32) {
guard let cont = self.continuations.removeValue(forKey: packetId) else {
return
}
cont.resume(throwing: SuperClientError.timeout)
} }
deinit { deinit {

4
Tun/Punchnet/Actors/SDLTunnelProviderActor.swift
View File

@ -44,7 +44,7 @@ actor SDLTunnelProviderActor {
} }
// 网络改变时需要重新配置网络信息 // 网络改变时需要重新配置网络信息
func setNetworkSettings(devAddr: SDLDevAddr, dnsServer: String) async throws { func setNetworkSettings(devAddr: SDLDevAddr, dnsServer: String) async throws -> String {
let netAddress = SDLNetAddress(ip: devAddr.netAddr, maskLen: UInt8(devAddr.netBitLen)) let netAddress = SDLNetAddress(ip: devAddr.netAddr, maskLen: UInt8(devAddr.netBitLen))
let routes = [ let routes = [
Route(dstAddress: netAddress.networkAddress, subnetMask: netAddress.maskAddress), Route(dstAddress: netAddress.networkAddress, subnetMask: netAddress.maskAddress),
@ -74,6 +74,8 @@ actor SDLTunnelProviderActor {
networkSettings.ipv4Settings = ipv4Settings networkSettings.ipv4Settings = ipv4Settings
// 网卡配置设置必须成功 // 网卡配置设置必须成功
try await self.provider.setTunnelNetworkSettings(networkSettings) try await self.provider.setTunnelNetworkSettings(networkSettings)
return netAddress.ipAddress
} }
// 开始读取数据, 用单独的线程处理packetFlow // 开始读取数据, 用单独的线程处理packetFlow

36
Tun/Punchnet/Actors/SDLUDPHoleActor.swift
View File

@ -135,24 +135,24 @@ actor SDLUDPHoleActor {
return self.cookieGenerator.nextId() return self.cookieGenerator.nextId()
} }
// // 探测tun信息 // 探测tun信息
// func stunProbe(remoteAddress: SocketAddress, attr: SDLProbeAttr = .none, timeout: Int = 5) async throws -> SDLStunProbeReply { func stunProbe(remoteAddress: SocketAddress, attr: SDLProbeAttr = .none, timeout: Int = 5) async throws -> SDLStunProbeReply {
// return try await self._stunProbe(remoteAddress: remoteAddress, attr: attr, timeout: timeout).get() return try await self._stunProbe(remoteAddress: remoteAddress, attr: attr, timeout: timeout).get()
// } }
//
// private func _stunProbe(remoteAddress: SocketAddress, attr: SDLProbeAttr = .none, timeout: Int) -> EventLoopFuture<SDLStunProbeReply> { private func _stunProbe(remoteAddress: SocketAddress, attr: SDLProbeAttr = .none, timeout: Int) -> EventLoopFuture<SDLStunProbeReply> {
// let cookie = self.cookieGenerator.nextId() let cookie = self.cookieGenerator.nextId()
// var stunProbe = SDLStunProbe() var stunProbe = SDLStunProbe()
// stunProbe.cookie = cookie stunProbe.cookie = cookie
// stunProbe.attr = UInt32(attr.rawValue) stunProbe.attr = UInt32(attr.rawValue)
// self.send( type: .stunProbe, data: try! stunProbe.serializedData(), remoteAddress: remoteAddress) self.send( type: .stunProbe, data: try! stunProbe.serializedData(), remoteAddress: remoteAddress)
// self.logger.log("[SDLUDPHole] stunProbe: \(remoteAddress)", level: .debug) self.logger.log("[SDLUDPHole] stunProbe: \(remoteAddress)", level: .debug)
//
// let promise = self.asyncChannel.channel.eventLoop.makePromise(of: SDLStunProbeReply.self) let promise = self.asyncChannel.channel.eventLoop.makePromise(of: SDLStunProbeReply.self)
// self.promises[cookie] = promise self.promises[cookie] = promise
//
// return promise.futureResult return promise.futureResult
// } }
private func trigger(probeReply: SDLStunProbeReply) { private func trigger(probeReply: SDLStunProbeReply) {
let id = probeReply.cookie let id = probeReply.cookie

365
Tun/Punchnet/SDLContext.swift
View File

@ -16,7 +16,7 @@ import Combine
*/ */
@available(macOS 14, *) @available(macOS 14, *)
public class SDLContext: @unchecked Sendable { public class SDLContext {
// 路由信息 // 路由信息
struct Route { struct Route {
@ -36,7 +36,7 @@ public class SDLContext: @unchecked Sendable {
// nat映射的相关信息, 暂时没有用处 // nat映射的相关信息, 暂时没有用处
//var natAddress: SDLNatAddress? //var natAddress: SDLNatAddress?
// nat的网络类型 // nat的网络类型
var natType: SDLNatProber.NatType = .blocked var natType: NatType = .blocked
// AES加密，授权通过后，对象才会被创建 // AES加密，授权通过后，对象才会被创建
var aesCipher: AESCipher var aesCipher: AESCipher
@ -48,17 +48,16 @@ public class SDLContext: @unchecked Sendable {
let rsaCipher: RSACipher let rsaCipher: RSACipher
// 依赖的变量 // 依赖的变量
var udpHole: SDLUDPHole? var udpHoleActor: SDLUDPHoleActor?
var superClient: SDLSuperClient? var superClientActor: SDLSuperClientActor?
var providerActor: SDLTunnelProviderActor
var puncherActor: SDLPuncherActor
// dns的client对象 // dns的client对象
var dnsClient: DNSClient? var dnsClientActor: SDLDNSClientActor?
// 数据包读取任务 // 数据包读取任务
private var readTask: Task<(), Never>? private var readTask: Task<(), Never>?
let provider: NEPacketTunnelProvider
private var sessionManager: SessionManager private var sessionManager: SessionManager
private var arpServer: ArpServer private var arpServer: ArpServer
@ -75,21 +74,9 @@ public class SDLContext: @unchecked Sendable {
private var flowTracer = SDLFlowTracerActor() private var flowTracer = SDLFlowTracerActor()
private var flowTracerCancel: AnyCancellable? private var flowTracerCancel: AnyCancellable?
// 处理holer
private var holerPublishers: [Data:PassthroughSubject<RegisterRequest, Never>] = [:]
private var bag = Set<AnyCancellable>()
private var locker = NSLock()
private let logger: SDLLogger private let logger: SDLLogger
private var rootTask: Task<Void, Error>? private var rootTask: Task<Void, Error>?
struct RegisterRequest {
let srcMac: Data
let dstMac: Data
let networkId: UInt32
}
public init(provider: NEPacketTunnelProvider, config: SDLConfiguration, rsaCipher: RSACipher, aesCipher: AESCipher, logger: SDLLogger) { public init(provider: NEPacketTunnelProvider, config: SDLConfiguration, rsaCipher: RSACipher, aesCipher: AESCipher, logger: SDLLogger) {
self.logger = logger self.logger = logger
@ -102,15 +89,15 @@ public class SDLContext: @unchecked Sendable {
devAddr.mac = Self.getMacAddress() devAddr.mac = Self.getMacAddress()
self.devAddr = devAddr self.devAddr = devAddr
self.provider = provider
self.sessionManager = SessionManager() self.sessionManager = SessionManager()
self.arpServer = ArpServer(known_macs: [:]) self.arpServer = ArpServer(known_macs: [:])
self.providerActor = SDLTunnelProviderActor(provider: provider, logger: logger)
self.puncherActor = SDLPuncherActor(logger: logger)
} }
public func start() async throws { public func start() async throws {
self.rootTask = Task { self.rootTask = Task {
try await withThrowingTaskGroup(of: Void.self) { group in try await withThrowingTaskGroup(of: Void.self) { group in
group.addTask { group.addTask {
while !Task.isCancelled { while !Task.isCancelled {
do { do {
@ -169,8 +156,8 @@ public class SDLContext: @unchecked Sendable {
public func stop() async { public func stop() async {
self.rootTask?.cancel() self.rootTask?.cancel()
self.superClient = nil self.superClientActor = nil
self.udpHole = nil self.udpHoleActor = nil
self.noticeClient = nil self.noticeClient = nil
self.readTask?.cancel() self.readTask?.cancel()
@ -183,22 +170,39 @@ public class SDLContext: @unchecked Sendable {
} }
private func startUDPHole() async throws { private func startUDPHole() async throws {
self.udpHole = try await SDLUDPHole(logger: self.logger) self.udpHoleActor = try await SDLUDPHoleActor(logger: self.logger)
try await withThrowingTaskGroup(of: Void.self) { group in try await withThrowingTaskGroup(of: Void.self) { group in
group.addTask { group.addTask {
try await self.udpHole?.start() try await self.udpHoleActor?.start()
} }
group.addTask { group.addTask {
while !Task.isCancelled { while !Task.isCancelled {
try Task.checkCancellation()
try await Task.sleep(nanoseconds: 5 * 1_000_000_000) try await Task.sleep(nanoseconds: 5 * 1_000_000_000)
self.lastCookie = await self.udpHole?.stunRequest(context: self) try Task.checkCancellation()
if let udpHoleActor = self.udpHoleActor {
let cookie = await udpHoleActor.getCookieId()
var stunRequest = SDLStunRequest()
stunRequest.cookie = cookie
stunRequest.clientID = self.config.clientId
stunRequest.networkID = self.devAddr.networkID
stunRequest.ip = self.devAddr.netAddr
stunRequest.mac = self.devAddr.mac
stunRequest.natType = UInt32(self.natType.rawValue)
let remoteAddress = self.config.stunSocketAddress
await udpHoleActor.send(type: .stunRequest, data: try stunRequest.serializedData(), remoteAddress: remoteAddress)
self.lastCookie = cookie
}
} }
} }
group.addTask { group.addTask {
if let eventFlow = self.udpHole?.eventFlow { if let eventFlow = self.udpHoleActor?.eventFlow {
for try await event in eventFlow { for try await event in eventFlow {
try Task.checkCancellation()
try await self.handleUDPEvent(event: event) try await self.handleUDPEvent(event: event)
} }
} }
@ -212,18 +216,18 @@ public class SDLContext: @unchecked Sendable {
} }
private func startSuperClient() async throws { private func startSuperClient() async throws {
self.superClient = try await SDLSuperClient(host: self.config.superHost, port: self.config.superPort, logger: self.logger) self.superClientActor = try await SDLSuperClientActor(host: self.config.superHost, port: self.config.superPort, logger: self.logger)
try await withThrowingTaskGroup(of: Void.self) { group in try await withThrowingTaskGroup(of: Void.self) { group in
defer { defer {
self.logger.log("[SDLContext] super client task cancel", level: .warning) self.logger.log("[SDLContext] super client task cancel", level: .warning)
} }
group.addTask { group.addTask {
try await self.superClient?.start() try await self.superClientActor?.start()
} }
group.addTask { group.addTask {
if let eventFlow = self.superClient?.eventFlow { if let eventFlow = self.superClientActor?.eventFlow {
for try await event in eventFlow { for try await event in eventFlow {
try await self.handleSuperEvent(event: event) try await self.handleSuperEvent(event: event)
} }
@ -242,7 +246,7 @@ public class SDLContext: @unchecked Sendable {
switch event { switch event {
case .changed: case .changed:
// 需要重新探测网络的nat类型 // 需要重新探测网络的nat类型
self.natType = await SDLNatProber.getNatType(udpHole: self.udpHole, config: self.config, logger: self.logger) self.natType = await self.getNatType()
self.logger.log("didNetworkPathChanged, nat type is: \(self.natType)", level: .info) self.logger.log("didNetworkPathChanged, nat type is: \(self.natType)", level: .info)
case .unreachable: case .unreachable:
self.logger.log("didNetworkPathUnreachable", level: .warning) self.logger.log("didNetworkPathUnreachable", level: .warning)
@ -253,7 +257,7 @@ public class SDLContext: @unchecked Sendable {
private func startDnsClient() async throws { private func startDnsClient() async throws {
let remoteDnsServer = config.remoteDnsServer let remoteDnsServer = config.remoteDnsServer
let dnsSocketAddress = try SocketAddress.makeAddressResolvingHost(remoteDnsServer, port: 15353) let dnsSocketAddress = try SocketAddress.makeAddressResolvingHost(remoteDnsServer, port: 15353)
self.dnsClient = try await DNSClient(dnsServerAddress: dnsSocketAddress, logger: self.logger) self.dnsClientActor = try await SDLDNSClientActor(dnsServerAddress: dnsSocketAddress, logger: self.logger)
try await withThrowingTaskGroup(of: Void.self) { group in try await withThrowingTaskGroup(of: Void.self) { group in
defer { defer {
@ -261,14 +265,14 @@ public class SDLContext: @unchecked Sendable {
} }
group.addTask { group.addTask {
try await self.dnsClient?.start() try await self.dnsClientActor?.start()
} }
group.addTask { group.addTask {
if let packetFlow = self.dnsClient?.packetFlow { if let packetFlow = self.dnsClientActor?.packetFlow {
for await packet in packetFlow { for await packet in packetFlow {
let nePacket = NEPacket(data: packet, protocolFamily: 2) let nePacket = NEPacket(data: packet, protocolFamily: 2)
self.provider.packetFlow.writePacketObjects([nePacket]) await self.providerActor.writePackets(packets: [nePacket])
} }
} }
@ -280,11 +284,21 @@ public class SDLContext: @unchecked Sendable {
} }
} }
private func handleSuperEvent(event: SDLSuperClient.SuperEvent) async throws { private func handleSuperEvent(event: SDLSuperClientActor.SuperEvent) async throws {
switch event { switch event {
case .ready: case .ready:
await self.puncherActor.setSuperClientActor(superClientActor: self.superClientActor)
self.logger.log("[SDLContext] get registerSuper, mac address: \(SDLUtil.formatMacAddress(mac: self.devAddr.mac))", level: .debug) self.logger.log("[SDLContext] get registerSuper, mac address: \(SDLUtil.formatMacAddress(mac: self.devAddr.mac))", level: .debug)
guard let message = try await self.superClient?.registerSuper(context: self).get() else { var registerSuper = SDLRegisterSuper()
registerSuper.version = UInt32(self.config.version)
registerSuper.clientID = self.config.clientId
registerSuper.devAddr = self.devAddr
registerSuper.pubKey = self.rsaCipher.pubKey
registerSuper.token = self.config.token
registerSuper.networkCode = self.config.networkCode
registerSuper.hostname = self.config.hostname
guard let message = try await self.superClientActor?.request(type: .registerSuper, data: try registerSuper.serializedData()) else {
return return
} }
@ -304,9 +318,17 @@ public class SDLContext: @unchecked Sendable {
} }
// 服务器分配的tun网卡信息 // 服务器分配的tun网卡信息
await self.didNetworkConfigChanged(devAddr: self.devAddr, dnsServer: DNSClient.Helper.dnsServer) do {
self.aesKey = aesKey let ipAddress = try await self.providerActor.setNetworkSettings(devAddr: self.devAddr, dnsServer: SDLDNSClientActor.Helper.dnsServer)
await self.noticeClient?.send(data: NoticeMessage.ipAdress(ip: ipAddress))
self.startReader()
} catch let err {
self.logger.log("[SDLContext] setTunnelNetworkSettings get error: \(err)", level: .error)
exit(-1)
}
self.aesKey = aesKey
if upgradeType == .normal { if upgradeType == .normal {
let normalUpgrade = NoticeMessage.upgrade(prompt: registerSuperAck.upgradePrompt, address: registerSuperAck.upgradeAddress) let normalUpgrade = NoticeMessage.upgrade(prompt: registerSuperAck.upgradePrompt, address: registerSuperAck.upgradeAddress)
await self.noticeClient?.send(data: normalUpgrade) await self.noticeClient?.send(data: normalUpgrade)
@ -343,7 +365,11 @@ public class SDLContext: @unchecked Sendable {
let address = SDLUtil.int32ToIp(sendRegisterEvent.natIp) let address = SDLUtil.int32ToIp(sendRegisterEvent.natIp)
if let remoteAddress = try? SocketAddress.makeAddressResolvingHost(address, port: Int(sendRegisterEvent.natPort)) { if let remoteAddress = try? SocketAddress.makeAddressResolvingHost(address, port: Int(sendRegisterEvent.natPort)) {
// 发送register包 // 发送register包
await self.udpHole?.sendRegister(remoteAddress: remoteAddress, networkId: self.devAddr.networkID, srcMac: self.devAddr.mac, dst_mac: sendRegisterEvent.dstMac) var register = SDLRegister()
register.networkID = self.devAddr.networkID
register.srcMac = self.devAddr.mac
register.dstMac = sendRegisterEvent.dstMac
await self.udpHoleActor?.send(type: .register, data: try register.serializedData(), remoteAddress: remoteAddress)
} }
case .networkShutdown(let shutdownEvent): case .networkShutdown(let shutdownEvent):
@ -360,24 +386,33 @@ public class SDLContext: @unchecked Sendable {
self.devAddr = changeNetworkCommand.devAddr self.devAddr = changeNetworkCommand.devAddr
// 服务器分配的tun网卡信息 // 服务器分配的tun网卡信息
await self.didNetworkConfigChanged(devAddr: self.devAddr, dnsServer: DNSClient.Helper.dnsServer) do {
let ipAddress = try await self.providerActor.setNetworkSettings(devAddr: self.devAddr, dnsServer: SDLDNSClientActor.Helper.dnsServer)
await self.noticeClient?.send(data: NoticeMessage.ipAdress(ip: ipAddress))
self.startReader()
} catch let err {
self.logger.log("[SDLContext] setTunnelNetworkSettings get error: \(err)", level: .error)
exit(-1)
}
self.aesKey = aesKey self.aesKey = aesKey
var commandAck = SDLCommandAck() var commandAck = SDLCommandAck()
commandAck.status = true commandAck.status = true
await self.superClientActor?.send(type: .commandAck, packetId: packetId, data: try commandAck.serializedData())
await self.superClient?.commandAck(packetId: packetId, ack: commandAck)
} }
} }
} }
private func handleUDPEvent(event: SDLUDPHole.UDPEvent) async throws { private func handleUDPEvent(event: SDLUDPHoleActor.UDPEvent) async throws {
switch event { switch event {
case .ready: case .ready:
await self.puncherActor.setUDPHoleActor(udpHoleActor: self.udpHoleActor)
// 获取当前网络的类型 // 获取当前网络的类型
//self.natType = await SDLNatProber.getNatType(udpHole: self.udpHole, config: self.config) self.natType = await getNatType()
self.logger.log("[SDLContext] nat type is: \(self.natType)", level: .debug) self.logger.log("[SDLContext] broadcast is: \(self.natType)", level: .debug)
case .message(let remoteAddress, let message): case .message(let remoteAddress, let message):
switch message { switch message {
@ -386,7 +421,12 @@ public class SDLContext: @unchecked Sendable {
// 判断目标地址是否是tun的网卡地址, 并且是在同一个网络下 // 判断目标地址是否是tun的网卡地址, 并且是在同一个网络下
if register.dstMac == self.devAddr.mac && register.networkID == self.devAddr.networkID { if register.dstMac == self.devAddr.mac && register.networkID == self.devAddr.networkID {
// 回复ack包 // 回复ack包
await self.udpHole?.sendRegisterAck(context: self, remoteAddress: remoteAddress, dst_mac: register.srcMac) var registerAck = SDLRegisterAck()
registerAck.networkID = self.devAddr.networkID
registerAck.srcMac = self.devAddr.mac
registerAck.dstMac = register.srcMac
await self.udpHoleActor?.send(type: .registerAck, data: try registerAck.serializedData(), remoteAddress: remoteAddress)
// 这里需要建立到来源的会话, 在复杂网络下，通过super-node查询到的nat地址不一定靠谱，需要通过udp包的来源地址作为nat地址 // 这里需要建立到来源的会话, 在复杂网络下，通过super-node查询到的nat地址不一定靠谱，需要通过udp包的来源地址作为nat地址
let session = Session(dstMac: register.srcMac, natAddress: remoteAddress) let session = Session(dstMac: register.srcMac, natAddress: remoteAddress)
await self.sessionManager.addSession(session: session) await self.sessionManager.addSession(session: session)
@ -452,7 +492,7 @@ public class SDLContext: @unchecked Sendable {
return return
} }
let packet = NEPacket(data: ipPacket.data, protocolFamily: 2) let packet = NEPacket(data: ipPacket.data, protocolFamily: 2)
self.provider.packetFlow.writePacketObjects([packet]) await self.providerActor.writePackets(packets: [packet])
default: default:
self.logger.log("[SDLContext] get invalid packet", level: .debug) self.logger.log("[SDLContext] get invalid packet", level: .debug)
} }
@ -477,50 +517,6 @@ public class SDLContext: @unchecked Sendable {
// } // }
// } // }
// 网络改变时需要重新配置网络信息
private func didNetworkConfigChanged(devAddr: SDLDevAddr, dnsServer: String) async {
let netAddress = SDLNetAddress(ip: devAddr.netAddr, maskLen: UInt8(devAddr.netBitLen))
let routes = [
Route(dstAddress: netAddress.networkAddress, subnetMask: netAddress.maskAddress),
Route(dstAddress: dnsServer, subnetMask: "255.255.255.255")
]
// Add code here to start the process of connecting the tunnel.
let networkSettings = NEPacketTunnelNetworkSettings(tunnelRemoteAddress: "8.8.8.8")
networkSettings.mtu = 1460
// 设置网卡的DNS解析
let networkDomain = devAddr.networkDomain
let dnsSettings = NEDNSSettings(servers: [dnsServer])
dnsSettings.searchDomains = [networkDomain]
dnsSettings.matchDomains = [networkDomain]
dnsSettings.matchDomainsNoSearch = false
networkSettings.dnsSettings = dnsSettings
self.logger.log("[SDLContext] Tun started at network ip: \(netAddress.ipAddress), mask: \(netAddress.maskAddress)", level: .info)
let ipv4Settings = NEIPv4Settings(addresses: [netAddress.ipAddress], subnetMasks: [netAddress.maskAddress])
// 设置路由表
//NEIPv4Route.default()
ipv4Settings.includedRoutes = routes.map { route in
NEIPv4Route(destinationAddress: route.dstAddress, subnetMask: route.subnetMask)
}
networkSettings.ipv4Settings = ipv4Settings
// 网卡配置设置必须成功
do {
try await self.provider.setTunnelNetworkSettings(networkSettings)
self.startReader()
let ipMessage = NoticeMessage.ipAdress(ip: netAddress.ipAddress)
await self.noticeClient?.send(data: ipMessage)
self.logger.log("[SDLContext] setTunnelNetworkSettings success, start read packet", level: .info)
} catch let err {
self.logger.log("[SDLContext] setTunnelNetworkSettings get error: \(err)", level: .error)
exit(-1)
}
}
// 开始读取数据, 用单独的线程处理packetFlow // 开始读取数据, 用单独的线程处理packetFlow
private func startReader() { private func startReader() {
// 停止之前的任务 // 停止之前的任务
@ -529,9 +525,9 @@ public class SDLContext: @unchecked Sendable {
// 开启新的任务 // 开启新的任务
self.readTask = Task(priority: .high) { self.readTask = Task(priority: .high) {
repeat { repeat {
let (packets, numbers) = await self.provider.packetFlow.readPackets() let packets = await self.providerActor.readPackets()
for (data, number) in zip(packets, numbers) where number == 2 { for packet in packets {
await self.dealPacket(data: data) await self.dealPacket(data: packet)
} }
} while true } while true
} }
@ -543,10 +539,10 @@ public class SDLContext: @unchecked Sendable {
return return
} }
if DNSClient.Helper.isDnsRequestPacket(ipPacket: packet) { if SDLDNSClientActor.Helper.isDnsRequestPacket(ipPacket: packet) {
let destIp = packet.header.destination_ip let destIp = packet.header.destination_ip
NSLog("destIp: \(destIp), int: \(packet.header.destination)") self.logger.log("[DNSQuery] destIp: \(destIp), int: \(packet.header.destination.asIpAddress())", level: .debug)
await self.dnsClient?.forward(ipPacket: packet) await self.dnsClientActor?.forward(ipPacket: packet)
} }
else { else {
Task.detached { Task.detached {
@ -554,7 +550,7 @@ public class SDLContext: @unchecked Sendable {
// 本地通讯, 目标地址是本地服务器的ip地址 // 本地通讯, 目标地址是本地服务器的ip地址
if dstIp == self.devAddr.netAddr { if dstIp == self.devAddr.netAddr {
let nePacket = NEPacket(data: packet.data, protocolFamily: 2) let nePacket = NEPacket(data: packet.data, protocolFamily: 2)
self.provider.packetFlow.writePacketObjects([nePacket]) await self.providerActor.writePackets(packets: [nePacket])
return return
} }
@ -563,12 +559,10 @@ public class SDLContext: @unchecked Sendable {
await self.routeLayerPacket(dstMac: dstMac, type: .ipv4, data: packet.data) await self.routeLayerPacket(dstMac: dstMac, type: .ipv4, data: packet.data)
} }
else { else {
// 构造arp请求 self.logger.log("[SDLContext] dstIp: \(dstIp.asIpAddress()) arp query not found, broadcast", level: .debug)
let broadcastMac = Data([0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF]) // 构造arp广播
let arpReqeust = ARPPacket.arpRequest(senderIP: self.devAddr.netAddr, senderMAC: self.devAddr.mac, targetIP: dstIp) let arpReqeust = ARPPacket.arpRequest(senderIP: self.devAddr.netAddr, senderMAC: self.devAddr.mac, targetIP: dstIp)
await self.routeLayerPacket(dstMac: broadcastMac, type: .arp, data: arpReqeust.marshal()) await self.routeLayerPacket(dstMac: ARPPacket.broadcastMac , type: .arp, data: arpReqeust.marshal())
self.logger.log("[SDLContext] dstIp: \(dstIp) arp query not found", level: .debug)
} }
} }
} }
@ -581,74 +575,43 @@ public class SDLContext: @unchecked Sendable {
return return
} }
// 通过session发送到对端 // 构造数据包
if let session = await self.sessionManager.getSession(toAddress: dstMac) { var dataPacket = SDLData()
self.logger.log("[SDLContext] send packet by session: \(session)", level: .debug) dataPacket.networkID = self.devAddr.networkID
await self.udpHole?.sendPacket(context: self, session: session, data: encodedPacket) dataPacket.srcMac = self.devAddr.mac
dataPacket.dstMac = dstMac
await self.flowTracer.inc(num: data.count, type: .p2p) dataPacket.ttl = 255
dataPacket.data = encodedPacket
let data = try! dataPacket.serializedData()
// 广播地址不要去尝试打洞
if ARPPacket.isBroadcastMac(dstMac) {
// 通过super_node进行转发
await self.udpHoleActor?.send(type: .data, data: data, remoteAddress: self.config.stunSocketAddress)
} }
else { else {
// 通过super_node进行转发 // 通过session发送到对端
await self.udpHole?.forwardPacket(context: self, dst_mac: dstMac, data: encodedPacket) if let session = await self.sessionManager.getSession(toAddress: dstMac) {
// 流量统计 self.logger.log("[SDLContext] send packet by session: \(session)", level: .debug)
await self.flowTracer.inc(num: data.count, type: .forward) await self.udpHoleActor?.send(type: .data, data: data, remoteAddress: session.natAddress)
await self.flowTracer.inc(num: data.count, type: .p2p)
// 尝试打洞 }
let registerRequest = RegisterRequest(srcMac: self.devAddr.mac, dstMac: dstMac, networkId: self.devAddr.networkID) else {
self.submitRegisterRequest(request: registerRequest) // 通过super_node进行转发
} await self.udpHoleActor?.send(type: .data, data: data, remoteAddress: self.config.stunSocketAddress)
} // 流量统计
await self.flowTracer.inc(num: data.count, type: .forward)
private func submitRegisterRequest(request: RegisterRequest) { // 尝试打洞
self.locker.lock() await self.puncherActor.submitRegisterRequest(request: .init(srcMac: self.devAddr.mac, dstMac: dstMac, networkId: self.devAddr.networkID))
defer {
self.locker.unlock()
}
let dstMac = request.dstMac
if let publisher = self.holerPublishers[dstMac] {
publisher.send(request)
} else {
let publisher = PassthroughSubject<RegisterRequest, Never>()
publisher.throttle(for: .seconds(5), scheduler: DispatchQueue.global(), latest: true)
.sink { request in
Task {
await self.tryHole(request: request)
}
}
.store(in: &self.bag)
self.holerPublishers[dstMac] = publisher
}
}
private func tryHole(request: RegisterRequest) async {
guard let message = try? await self.superClient?.queryInfo(dst_mac: request.dstMac).get() else {
return
}
switch message.packet {
case .empty:
self.logger.log("[SDLContext] hole query_info get empty: \(message)", level: .debug)
case .peerInfo(let peerInfo):
if let remoteAddress = peerInfo.v4Info.socketAddress() {
self.logger.log("[SDLContext] hole sock address: \(remoteAddress)", level: .debug)
// 发送register包
await self.udpHole?.sendRegister(remoteAddress: remoteAddress, networkId: request.networkId, srcMac: request.srcMac, dst_mac: request.dstMac)
} else {
self.logger.log("[SDLContext] hole sock address is invalid: \(peerInfo.v4Info)", level: .warning)
} }
default:
self.logger.log("[SDLContext] hole query_info is packet: \(message)", level: .warning)
} }
} }
deinit { deinit {
self.rootTask?.cancel() self.rootTask?.cancel()
self.udpHole = nil self.udpHoleActor = nil
self.superClient = nil self.superClientActor = nil
self.dnsClient = nil self.dnsClientActor = nil
} }
// 获取mac地址 // 获取mac地址
@ -678,3 +641,75 @@ public class SDLContext: @unchecked Sendable {
} }
} }
// 网络类型探测
extension SDLContext {
// 定义nat类型
enum NatType: UInt8, Encodable {
case blocked = 0
case noNat = 1
case fullCone = 2
case portRestricted = 3
case coneRestricted = 4
case symmetric = 5
}
// 获取当前所处的网络的nat类型
func getNatType() async -> NatType {
guard let udpHole = self.udpHoleActor else {
return .blocked
}
let addressArray = config.stunProbeSocketAddressArray
// step1: ip1:port1 <---- ip1:port1
guard let natAddress1 = await getNatAddress(udpHole, remoteAddress: addressArray[0][0], attr: .none) else {
return .blocked
}
// 网络没有在nat下
if await natAddress1 == udpHole.localAddress {
return .noNat
}
// step2: ip2:port2 <---- ip2:port2
guard let natAddress2 = await getNatAddress(udpHole, remoteAddress: addressArray[1][1], attr: .none) else {
return .blocked
}
// 如果natAddress2 的IP地址与上次回来的IP是不一样的，它就是对称型NAT; 这次的包也一定能发成功并收到
// 如果ip地址变了，这说明{dstIp, dstPort, srcIp, srcPort}, 其中有一个变了；则用新的ip地址
logger.log("[SDLNatProber] nat_address1: \(natAddress1), nat_address2: \(natAddress2)", level: .debug)
if let ipAddress1 = natAddress1.ipAddress, let ipAddress2 = natAddress2.ipAddress, ipAddress1 != ipAddress2 {
return .symmetric
}
// step3: ip1:port1 <---- ip2:port2 (ip地址和port都变的情况)
// 如果能收到的，说明是完全锥形 说明是IP地址限制锥型NAT，如果不能收到说明是端口限制锥型。
if let natAddress3 = await getNatAddress(udpHole, remoteAddress: addressArray[0][0], attr: .peer) {
logger.log("[SDLNatProber] nat_address1: \(natAddress1), nat_address2: \(natAddress2), nat_address3: \(natAddress3)", level: .debug)
return .fullCone
}
// step3: ip1:port1 <---- ip1:port2 (port改变情况)
// 如果能收到的说明是IP地址限制锥型NAT，如果不能收到说明是端口限制锥型。
if let natAddress4 = await getNatAddress(udpHole, remoteAddress: addressArray[0][0], attr: .port) {
logger.log("[SDLNatProber] nat_address1: \(natAddress1), nat_address2: \(natAddress2), nat_address4: \(natAddress4)", level: .debug)
return .coneRestricted
} else {
return .portRestricted
}
}
private func getNatAddress(_ udpHole: SDLUDPHoleActor, remoteAddress: SocketAddress, attr: SDLProbeAttr) async -> SocketAddress? {
let stunProbeReply = try? await udpHole.stunProbe(remoteAddress: remoteAddress, attr: attr, timeout: 5)
return stunProbeReply?.socketAddress()
}
}
private extension UInt32 {
// 转换成ip地址
func asIpAddress() -> String {
return SDLUtil.int32ToIp(self)
}
}

10
Tun/Punchnet/SDLMessage.swift
View File

@ -153,4 +153,14 @@ struct SDLSuperInboundMessage {
case event(SDLEvent) case event(SDLEvent)
case command(SDLCommand) case command(SDLCommand)
} }
func isPong() -> Bool {
switch self.packet {
case .pong:
return true
default:
return false
}
}
} }

77
Tun/Punchnet/SDLNatProber.swift
View File

@ -1,77 +0,0 @@
//
// File.swift
// sdlan
//
// Created by 安礼成 on 2025/7/14.
//
import Foundation
import NIOCore
// 网络类型探测器
@available(macOS 14, *)
struct SDLNatProber {
// 定义nat类型
enum NatType: UInt8, Encodable {
case blocked = 0
case noNat = 1
case fullCone = 2
case portRestricted = 3
case coneRestricted = 4
case symmetric = 5
}
// 获取当前所处的网络的nat类型
static func getNatType(udpHole: SDLUDPHole?, config: SDLConfiguration, logger: SDLLogger) async -> NatType {
guard let udpHole else {
return .blocked
}
let addressArray = config.stunProbeSocketAddressArray
// step1: ip1:port1 <---- ip1:port1
guard let natAddress1 = await getNatAddress(udpHole, remoteAddress: addressArray[0][0], attr: .none) else {
return .blocked
}
// 网络没有在nat下
if await natAddress1 == udpHole.localAddress {
return .noNat
}
// step2: ip2:port2 <---- ip2:port2
guard let natAddress2 = await getNatAddress(udpHole, remoteAddress: addressArray[1][1], attr: .none) else {
return .blocked
}
// 如果natAddress2 的IP地址与上次回来的IP是不一样的，它就是对称型NAT; 这次的包也一定能发成功并收到
// 如果ip地址变了，这说明{dstIp, dstPort, srcIp, srcPort}, 其中有一个变了；则用新的ip地址
logger.log("[SDLNatProber] nat_address1: \(natAddress1), nat_address2: \(natAddress2)", level: .debug)
if let ipAddress1 = natAddress1.ipAddress, let ipAddress2 = natAddress2.ipAddress, ipAddress1 != ipAddress2 {
return .symmetric
}
// step3: ip1:port1 <---- ip2:port2 (ip地址和port都变的情况)
// 如果能收到的，说明是完全锥形 说明是IP地址限制锥型NAT，如果不能收到说明是端口限制锥型。
if let natAddress3 = await getNatAddress(udpHole, remoteAddress: addressArray[0][0], attr: .peer) {
logger.log("[SDLNatProber] nat_address1: \(natAddress1), nat_address2: \(natAddress2), nat_address3: \(natAddress3)", level: .debug)
return .fullCone
}
// step3: ip1:port1 <---- ip1:port2 (port改变情况)
// 如果能收到的说明是IP地址限制锥型NAT，如果不能收到说明是端口限制锥型。
if let natAddress4 = await getNatAddress(udpHole, remoteAddress: addressArray[0][0], attr: .port) {
logger.log("[SDLNatProber] nat_address1: \(natAddress1), nat_address2: \(natAddress2), nat_address4: \(natAddress4)", level: .debug)
return .coneRestricted
} else {
return .portRestricted
}
}
private static func getNatAddress(_ udpHole: SDLUDPHole, remoteAddress: SocketAddress, attr: SDLProbeAttr) async -> SocketAddress? {
let stunProbeReply = try? await udpHole.stunProbe(remoteAddress: remoteAddress, attr: attr, timeout: 5)
return stunProbeReply?.socketAddress()
}
}

330
Tun/Punchnet/SDLSuperClient.swift
View File

@ -1,330 +0,0 @@
//
// SDLWebsocketClient.swift
// Tun
//
// Created by 安礼成 on 2024/3/28.
//
import Foundation
import NIOCore
import NIOPosix
// --MARK: 和SuperNode的客户端
@available(macOS 14, *)
actor SDLSuperClient {
private let group = MultiThreadedEventLoopGroup(numberOfThreads: 1)
private let asyncChannel: NIOAsyncChannel<ByteBuffer,ByteBuffer>
private let (writeStream, writeContinuation) = AsyncStream.makeStream(of: TcpMessage.self, bufferingPolicy: .unbounded)
private var callbackPromises: [UInt32:EventLoopPromise<SDLSuperInboundMessage>] = [:]
public let eventFlow: AsyncStream<SuperEvent>
private let inboundContinuation: AsyncStream<SuperEvent>.Continuation
// id生成器
var idGenerator = SDLIdGenerator(seed: 1)
private let logger: SDLLogger
// 发送的消息格式
struct TcpMessage {
let packetId: UInt32
let type: SDLPacketType
let data: Data
}
// 定义事件类型
enum SuperEvent {
case ready
case event(SDLEvent)
case command(UInt32, SDLCommand)
}
init(host: String, port: Int, logger: SDLLogger) async throws {
self.logger = logger
(self.eventFlow, self.inboundContinuation) = AsyncStream.makeStream(of: SuperEvent.self, bufferingPolicy: .unbounded)
let bootstrap = ClientBootstrap(group: self.group)
.channelOption(ChannelOptions.socketOption(.so_reuseaddr), value: 1)
.channelInitializer { channel in
return channel.pipeline.addHandlers([
ByteToMessageHandler(FixedHeaderDecoder()),
MessageToByteHandler(FixedHeaderEncoder())
])
}
self.asyncChannel = try await bootstrap.connect(host: host, port: port)
.flatMapThrowing { channel in
return try NIOAsyncChannel(wrappingChannelSynchronously: channel, configuration: .init(
inboundType: ByteBuffer.self,
outboundType: ByteBuffer.self
))
}
.get()
}
func start() async throws {
try await withTaskCancellationHandler {
try await self.asyncChannel.executeThenClose { inbound, outbound in
self.inboundContinuation.yield(.ready)
try await withThrowingTaskGroup(of: Void.self) { group in
group.addTask {
defer {
self.logger.log("[SDLSuperClient] inbound closed", level: .warning)
}
for try await var packet in inbound {
try Task.checkCancellation()
if let message = SDLSuperClientDecoder.decode(buffer: &packet) {
self.logger.log("[SDLSuperTransport] read message: \(message)", level: .debug)
switch message.packet {
case .event(let event):
self.inboundContinuation.yield(.event(event))
case .command(let command):
self.inboundContinuation.yield(.command(message.msgId, command))
default:
await self.fireCallback(message: message)
}
}
}
}
group.addTask {
defer {
self.logger.log("[SDLSuperClient] outbound closed", level: .warning)
}
for await message in self.writeStream {
try Task.checkCancellation()
var buffer = self.asyncChannel.channel.allocator.buffer(capacity: message.data.count + 5)
buffer.writeInteger(message.packetId, as: UInt32.self)
buffer.writeBytes([message.type.rawValue])
buffer.writeBytes(message.data)
try await outbound.write(buffer)
}
}
// --MARK: 心跳机制
group.addTask {
defer {
self.logger.log("[SDLSuperClient] ping task closed", level: .warning)
}
while true {
try Task.checkCancellation()
await self.ping()
try await Task.sleep(nanoseconds: 5 * 1_000_000_000)
}
}
// 迭代等待所有任务的退出, 第一个异常会被抛出
if let _ = try await group.next() {
group.cancelAll()
}
}
}
} onCancel: {
self.inboundContinuation.finish()
self.writeContinuation.finish()
self.logger.log("[SDLSuperClient] withTaskCancellationHandler cancel")
}
}
// -- MARK: apis
func commandAck(packetId: UInt32, ack: SDLCommandAck) {
guard let data = try? ack.serializedData() else {
return
}
self.send(type: .commandAck, packetId: packetId, data: data)
}
func registerSuper(context ctx: SDLContext) throws -> EventLoopFuture<SDLSuperInboundMessage> {
var registerSuper = SDLRegisterSuper()
registerSuper.version = UInt32(ctx.config.version)
registerSuper.clientID = ctx.config.clientId
registerSuper.devAddr = ctx.devAddr
registerSuper.pubKey = ctx.rsaCipher.pubKey
registerSuper.token = ctx.config.token
registerSuper.networkCode = ctx.config.networkCode
registerSuper.hostname = ctx.config.hostname
NSLog("[SuperClient] register super request: \(registerSuper)")
let data = try! registerSuper.serializedData()
return self.write(type: .registerSuper, data: data)
}
// 查询目标服务器的相关信息
func queryInfo(dst_mac: Data) async throws -> EventLoopFuture<SDLSuperInboundMessage> {
var queryInfo = SDLQueryInfo()
queryInfo.dstMac = dst_mac
return self.write(type: .queryInfo, data: try! queryInfo.serializedData())
}
func unregister(context ctx: SDLContext) throws {
self.send(type: .unregisterSuper, packetId: 0, data: Data())
}
func ping() {
self.send(type: .ping, packetId: 0, data: Data())
}
func flowReport(forwardNum: UInt32, p2pNum: UInt32, inboundNum: UInt32) {
var flow = SDLFlows()
flow.forwardNum = forwardNum
flow.p2PNum = p2pNum
flow.inboundNum = inboundNum
self.send(type: .flowTracer, packetId: 0, data: try! flow.serializedData())
}
private func write(type: SDLPacketType, data: Data) -> EventLoopFuture<SDLSuperInboundMessage> {
let packetId = idGenerator.nextId()
let promise = self.asyncChannel.channel.eventLoop.makePromise(of: SDLSuperInboundMessage.self)
self.callbackPromises[packetId] = promise
self.writeContinuation.yield(TcpMessage(packetId: packetId, type: type, data: data))
return promise.futureResult
}
private func send(type: SDLPacketType, packetId: UInt32, data: Data) {
self.writeContinuation.yield(TcpMessage(packetId: packetId, type: type, data: data))
}
// 处理回调函数
private func fireCallback(message: SDLSuperInboundMessage) {
if let promise = self.callbackPromises[message.msgId] {
self.asyncChannel.channel.eventLoop.execute {
promise.succeed(message)
}
self.callbackPromises.removeValue(forKey: message.msgId)
}
}
deinit {
try! group.syncShutdownGracefully()
}
}
// --MARK: 编解码器
private struct SDLSuperClientDecoder {
// 消息格式为: <<MsgId:32, Type:8, Body/binary>>
static func decode(buffer: inout ByteBuffer) -> SDLSuperInboundMessage? {
guard let msgId = buffer.readInteger(as: UInt32.self),
let type = buffer.readInteger(as: UInt8.self),
let messageType = SDLPacketType(rawValue: type) else {
return nil
}
switch messageType {
case .empty:
return .init(msgId: msgId, packet: .empty)
case .registerSuperAck:
guard let bytes = buffer.readBytes(length: buffer.readableBytes),
let registerSuperAck = try? SDLRegisterSuperAck(serializedBytes: bytes) else {
return nil
}
return .init(msgId: msgId, packet: .registerSuperAck(registerSuperAck))
case .registerSuperNak:
guard let bytes = buffer.readBytes(length: buffer.readableBytes),
let registerSuperNak = try? SDLRegisterSuperNak(serializedBytes: bytes) else {
return nil
}
return .init(msgId: msgId, packet: .registerSuperNak(registerSuperNak))
case .peerInfo:
guard let bytes = buffer.readBytes(length: buffer.readableBytes),
let peerInfo = try? SDLPeerInfo(serializedBytes: bytes) else {
return nil
}
return .init(msgId: msgId, packet: .peerInfo(peerInfo))
case .pong:
return .init(msgId: msgId, packet: .pong)
case .command:
guard let commandVal = buffer.readInteger(as: UInt8.self),
let command = SDLCommandType(rawValue: commandVal),
let bytes = buffer.readBytes(length: buffer.readableBytes) else {
return nil
}
switch command {
case .changeNetwork:
guard let changeNetworkCommand = try? SDLChangeNetworkCommand(serializedBytes: bytes) else {
return nil
}
return .init(msgId: msgId, packet: .command(.changeNetwork(changeNetworkCommand)))
}
case .event:
guard let eventVal = buffer.readInteger(as: UInt8.self),
let event = SDLEventType(rawValue: eventVal),
let bytes = buffer.readBytes(length: buffer.readableBytes) else {
return nil
}
switch event {
case .natChanged:
guard let natChangedEvent = try? SDLNatChangedEvent(serializedBytes: bytes) else {
return nil
}
return .init(msgId: msgId, packet: .event(.natChanged(natChangedEvent)))
case .sendRegister:
guard let sendRegisterEvent = try? SDLSendRegisterEvent(serializedBytes: bytes) else {
return nil
}
return .init(msgId: msgId, packet: .event(.sendRegister(sendRegisterEvent)))
case .networkShutdown:
guard let networkShutdownEvent = try? SDLNetworkShutdownEvent(serializedBytes: bytes) else {
return nil
}
return .init(msgId: msgId, packet: .event(.networkShutdown(networkShutdownEvent)))
}
default:
return nil
}
}
}
private final class FixedHeaderEncoder: MessageToByteEncoder, @unchecked Sendable {
typealias InboundIn = ByteBuffer
typealias InboundOut = ByteBuffer
func encode(data: ByteBuffer, out: inout ByteBuffer) throws {
let len = data.readableBytes
out.writeInteger(UInt16(len))
out.writeBytes(data.readableBytesView)
}
}
private final class FixedHeaderDecoder: ByteToMessageDecoder, @unchecked Sendable {
typealias InboundIn = ByteBuffer
typealias InboundOut = ByteBuffer
func decode(context: ChannelHandlerContext, buffer: inout ByteBuffer) throws -> DecodingState {
guard let len = buffer.getInteger(at: buffer.readerIndex, endianness: .big, as: UInt16.self) else {
return .needMoreData
}
if buffer.readableBytes >= len + 2 {
buffer.moveReaderIndex(forwardBy: 2)
if let bytes = buffer.readBytes(length: Int(len)) {
context.fireChannelRead(self.wrapInboundOut(ByteBuffer(bytes: bytes)))
}
return .continue
} else {
return .needMoreData
}
}
}

286
Tun/Punchnet/SDLUDPHole.swift
View File

@ -1,286 +0,0 @@
//
// SDLanServer.swift
// Tun
//
// Created by 安礼成 on 2024/1/31.
//
import Foundation
import NIOCore
import NIOPosix
// 处理和sn-server服务器之间的通讯
@available(macOS 14, *)
actor SDLUDPHole {
private let group = MultiThreadedEventLoopGroup(numberOfThreads: 1)
private let asyncChannel: NIOAsyncChannel<AddressedEnvelope<ByteBuffer>, AddressedEnvelope<ByteBuffer>>
private let (writeStream, writeContinuation) = AsyncStream.makeStream(of: UDPMessage.self, bufferingPolicy: .unbounded)
private var cookieGenerator = SDLIdGenerator(seed: 1)
private var promises: [UInt32:EventLoopPromise<SDLStunProbeReply>] = [:]
public var localAddress: SocketAddress?
public let eventFlow: AsyncStream<UDPEvent>
private let eventContinuation: AsyncStream<UDPEvent>.Continuation
private let logger: SDLLogger
struct UDPMessage {
let remoteAddress: SocketAddress
let type: SDLPacketType
let data: Data
}
// 定义事件类型
enum UDPEvent {
case ready
case message(SocketAddress, SDLHoleInboundMessage)
case data(SDLData)
}
// 启动函数
init(logger: SDLLogger) async throws {
self.logger = logger
(self.eventFlow, self.eventContinuation) = AsyncStream.makeStream(of: UDPEvent.self, bufferingPolicy: .unbounded)
let bootstrap = DatagramBootstrap(group: group)
.channelOption(ChannelOptions.socketOption(.so_reuseaddr), value: 1)
self.asyncChannel = try await bootstrap.bind(host: "0.0.0.0", port: 0)
.flatMapThrowing { channel in
return try NIOAsyncChannel(wrappingChannelSynchronously: channel, configuration: .init(
inboundType: AddressedEnvelope<ByteBuffer>.self,
outboundType: AddressedEnvelope<ByteBuffer>.self
))
}
.get()
self.localAddress = self.asyncChannel.channel.localAddress
self.logger.log("[UDPHole] started and listening on: \(self.localAddress!)", level: .debug)
}
func start() async throws {
try await withTaskCancellationHandler {
try await self.asyncChannel.executeThenClose {inbound, outbound in
self.eventContinuation.yield(.ready)
try await withThrowingTaskGroup(of: Void.self) { group in
group.addTask {
defer {
self.logger.log("[SDLUDPHole] inbound closed", level: .warning)
}
for try await envelope in inbound {
try Task.checkCancellation()
var buffer = envelope.data
let remoteAddress = envelope.remoteAddress
do {
if let message = try Self.decode(buffer: &buffer) {
switch message {
case .data(let data):
self.logger.log("[SDLUDPHole] read data: \(data.format()), from: \(remoteAddress)", level: .debug)
self.eventContinuation.yield(.data(data))
case .stunProbeReply(let probeReply):
// 执行并移除回调
await self.trigger(probeReply: probeReply)
default:
self.eventContinuation.yield(.message(remoteAddress, message))
}
} else {
self.logger.log("[SDLUDPHole] decode message, get null", level: .warning)
}
} catch let err {
self.logger.log("[SDLUDPHole] decode message, get error: \(err)", level: .warning)
throw err
}
}
}
group.addTask {
defer {
self.logger.log("[SDLUDPHole] outbound closed", level: .warning)
}
for await message in self.writeStream {
try Task.checkCancellation()
var buffer = self.asyncChannel.channel.allocator.buffer(capacity: message.data.count + 1)
buffer.writeBytes([message.type.rawValue])
buffer.writeBytes(message.data)
let envelope = AddressedEnvelope<ByteBuffer>(remoteAddress: message.remoteAddress, data: buffer)
try await outbound.write(envelope)
}
}
if let _ = try await group.next() {
group.cancelAll()
}
}
}
} onCancel: {
self.writeContinuation.finish()
self.eventContinuation.finish()
self.logger.log("[SDLUDPHole] withTaskCancellationHandler cancel")
}
}
// MARK: super_node apis
func stunRequest(context ctx: SDLContext) -> UInt32? {
guard ctx.devAddr.networkID > 0 else {
return nil
}
let cookie = self.cookieGenerator.nextId()
let remoteAddress = ctx.config.stunSocketAddress
var stunRequest = SDLStunRequest()
stunRequest.cookie = cookie
stunRequest.clientID = ctx.config.clientId
stunRequest.networkID = ctx.devAddr.networkID
stunRequest.ip = ctx.devAddr.netAddr
stunRequest.mac = ctx.devAddr.mac
stunRequest.natType = UInt32(ctx.natType.rawValue)
self.logger.log("[SDLUDPHole] stunRequest: \(remoteAddress), host: \(ctx.config.stunServers[0].host):\(ctx.config.stunServers[0].ports[0]), network_id: \(ctx.devAddr.networkID)", level: .debug)
self.send(remoteAddress: remoteAddress, type: .stunRequest, data: try! stunRequest.serializedData())
return cookie
}
// 探测tun信息
func stunProbe(remoteAddress: SocketAddress, attr: SDLProbeAttr = .none, timeout: Int = 5) async throws -> SDLStunProbeReply {
return try await self._stunProbe(remoteAddress: remoteAddress, attr: attr, timeout: timeout).get()
}
private func _stunProbe(remoteAddress: SocketAddress, attr: SDLProbeAttr = .none, timeout: Int) -> EventLoopFuture<SDLStunProbeReply> {
let cookie = self.cookieGenerator.nextId()
var stunProbe = SDLStunProbe()
stunProbe.cookie = cookie
stunProbe.attr = UInt32(attr.rawValue)
self.send(remoteAddress: remoteAddress, type: .stunProbe, data: try! stunProbe.serializedData())
self.logger.log("[SDLUDPHole] stunProbe: \(remoteAddress)", level: .debug)
let promise = self.asyncChannel.channel.eventLoop.makePromise(of: SDLStunProbeReply.self)
self.promises[cookie] = promise
return promise.futureResult
}
private func trigger(probeReply: SDLStunProbeReply) {
let id = probeReply.cookie
// 执行并移除回调
if let promise = self.promises[id] {
self.asyncChannel.channel.eventLoop.execute {
promise.succeed(probeReply)
}
self.promises.removeValue(forKey: id)
}
}
// MARK: client-client apis
// 发送数据包到其他session
func sendPacket(context ctx: SDLContext, session: Session, data: Data) {
let remoteAddress = session.natAddress
var dataPacket = SDLData()
dataPacket.networkID = ctx.devAddr.networkID
dataPacket.srcMac = ctx.devAddr.mac
dataPacket.dstMac = session.dstMac
dataPacket.ttl = 255
dataPacket.data = data
if let packet = try? dataPacket.serializedData() {
self.logger.log("[SDLUDPHole] sendPacket: \(remoteAddress), count: \(packet.count)", level: .debug)
self.send(remoteAddress: remoteAddress, type: .data, data: packet)
}
}
// 通过sn服务器转发数据包, data已经是加密过后的数据
func forwardPacket(context ctx: SDLContext, dst_mac: Data, data: Data) {
let remoteAddress = ctx.config.stunSocketAddress
var dataPacket = SDLData()
dataPacket.networkID = ctx.devAddr.networkID
dataPacket.srcMac = ctx.devAddr.mac
dataPacket.dstMac = dst_mac
dataPacket.ttl = 255
dataPacket.data = data
if let packet = try? dataPacket.serializedData() {
self.logger.log("[SDLContext] forward packet, remoteAddress: \(remoteAddress), data size: \(packet.count)", level: .debug)
self.send(remoteAddress: remoteAddress, type: .data, data: packet)
}
}
// 发送register包
func sendRegister(remoteAddress: SocketAddress, networkId: UInt32, srcMac: Data, dst_mac: Data) {
var register = SDLRegister()
register.networkID = networkId
register.srcMac = srcMac
register.dstMac = dst_mac
if let packet = try? register.serializedData() {
self.logger.log("[SDLUDPHole] SendRegister: \(remoteAddress), src_mac: \(LayerPacket.MacAddress.description(data: srcMac)), dst_mac: \(LayerPacket.MacAddress.description(data: dst_mac))", level: .debug)
self.send(remoteAddress: remoteAddress, type: .register, data: packet)
}
}
// 回复registerAck
func sendRegisterAck(context ctx: SDLContext, remoteAddress: SocketAddress, dst_mac: Data) {
var registerAck = SDLRegisterAck()
registerAck.networkID = ctx.devAddr.networkID
registerAck.srcMac = ctx.devAddr.mac
registerAck.dstMac = dst_mac
if let packet = try? registerAck.serializedData() {
self.logger.log("[SDLUDPHole] SendRegisterAck: \(remoteAddress), \(registerAck)", level: .debug)
self.send(remoteAddress: remoteAddress, type: .registerAck, data: packet)
}
}
// 处理写入逻辑
private func send(remoteAddress: SocketAddress, type: SDLPacketType, data: Data) {
let message = UDPMessage(remoteAddress: remoteAddress, type: type, data: data)
self.writeContinuation.yield(message)
}
//--MARK: 编解码器
private static func decode(buffer: inout ByteBuffer) throws -> SDLHoleInboundMessage? {
guard let type = buffer.readInteger(as: UInt8.self),
let packetType = SDLPacketType(rawValue: type),
let bytes = buffer.readBytes(length: buffer.readableBytes) else {
return nil
}
switch packetType {
case .data:
let dataPacket = try SDLData(serializedBytes: bytes)
return .data(dataPacket)
case .register:
let registerPacket = try SDLRegister(serializedBytes: bytes)
return .register(registerPacket)
case .registerAck:
let registerAck = try SDLRegisterAck(serializedBytes: bytes)
return .registerAck(registerAck)
case .stunReply:
let stunReply = try SDLStunReply(serializedBytes: bytes)
return .stunReply(stunReply)
case .stunProbeReply:
let stunProbeReply = try SDLStunProbeReply(serializedBytes: bytes)
return .stunProbeReply(stunProbeReply)
default:
return nil
}
}
deinit {
try? self.group.syncShutdownGracefully()
self.writeContinuation.finish()
self.eventContinuation.finish()
}
}

896
punchnet.xcodeproj/project.pbxproj
View File

@ -1,896 +0,0 @@
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