The goal of this project is to provide swift developers with a bunch of network diagnostic tools that support both IPv4 and IPv6. Currently Ping, Traceroute, domain name resolve has been implementd.
// lookup ipv4 addrress
let ipv4Result = try! IPAddr.resolve(domainName: "bing.com", addressFamily: .ipv4)
for ip in ipv4Result {
print(ip)
}
// Output:
// 13.107.21.200
// 204.79.197.200
// 204.79.197.200
// lookup ipv6 addrress
let ipv6Result = try! IPAddr.resolve(domainName: "bing.com", addressFamily: .ipv6)
for ip in ipv6Result {
print(ip)
}
// Output:
// 2620:1ec:c11::200let remoteAddr = IPAddr.create("13.107.21.200", addressFamily: .ipv4)
// Also support IPv6 address
// let remoteAddr = IPAddr.create("2620:1ec:c11::200", addressFamily: .ipv6)
let pinger = try! Pinger.init(remoteAddr: remoteAddr)
pinger.ping { result in
print(result)
}
// Output:
// pong(from: 13.107.21.200, hopLimit: 113, sequence: 0, identifier: 58577, time: 0.08944892883300781)
pinger.ping(hopLimit: 3) { result in
print(result)
}
// Output:
// hopLimitExceeded(from: 100.96.15.65, hopLimit: 253, sequence: 1, identifier: 58577, time: 0.030148029327392578)
pinger.ping(hopLimit: 3, timeOut: 0.001) { result in
print(result)
}
// Output:
// timeout(sequence: 2, identifier: 58577)let remoteAddr = IPAddr.create("13.107.21.200", addressFamily: .ipv4)
// Also support IPv6 address
// let remoteAddr = IPAddr.create("2620:1ec:c11::200", addressFamily: .ipv6)
let pinger = try! Pinger.init(remoteAddr: remoteAddr)
pinger.trace { result, status in
for (hop,responses) in result {
print("hop:\(hop)")
for response in responses {
print(response)
}
}
print("Complete Status:\(status)")
}
// Output:
// hop:1
// hopLimitExceeded(from: 172.20.10.1, hopLimit: 64, sequence: 3, identifier: 63182, time: 0.0032230615615844727)
// hopLimitExceeded(from: 172.20.10.1, hopLimit: 64, sequence: 4, identifier: 63182, time: 0.0031599998474121094)
// hopLimitExceeded(from: 172.20.10.1, hopLimit: 64, sequence: 5, identifier: 63182, time: 0.002807021141052246)
// hop:2
// timeout(sequence: 6, identifier: 63182)
// timeout(sequence: 7, identifier: 63182)
// timeout(sequence: 8, identifier: 63182)
//
// ......
//
// hop:13
// hopLimitExceeded(from: 104.44.236.180, hopLimit: 243, sequence: 39, identifier: 63182, time: 0.04397702217102051)
// hopLimitExceeded(from: 104.44.236.180, hopLimit: 243, sequence: 40, identifier: 63182, time: 0.059321045875549316)
// hopLimitExceeded(from: 104.44.236.180, hopLimit: 243, sequence: 41, identifier: 63182, time: 0.04588794708251953)
// hop:14
// timeout(sequence: 42, identifier: 63182)
// timeout(sequence: 43, identifier: 63182)
// timeout(sequence: 44, identifier: 63182)
// hop:15
// timeout(sequence: 45, identifier: 63182)
// timeout(sequence: 46, identifier: 63182)
// timeout(sequence: 47, identifier: 63182)
// hop:16
// pong(from: 13.107.21.200, hopLimit: 113, sequence: 48, identifier: 63182, time: 0.0753859281539917)
// pong(from: 13.107.21.200, hopLimit: 113, sequence: 49, identifier: 63182, time: 0.06895899772644043)
// pong(from: 13.107.21.200, hopLimit: 113, sequence: 50, identifier: 63182, time: 0.06241798400878906)
//
// Complete Status:traced
pinger.trace(initHop: 10, maxHop: 14, packetCount: 1) { response, hop, packetIndex, stopTrace in
print("Hop:\(hop) packetIdx:\(packetIndex), response:\(response)")
// If you want stop trace
// stopTrace(true)
} onTraceComplete: { _, status in
print("Complete Status:\(status)")
}
// Output:
// Hop:10 packetIdx:0, response:hopLimitExceeded(from: 202.97.19.94, hopLimit: 246, sequence: 3, identifier: 62186, time: 0.04130589962005615)
// Hop:11 packetIdx:0, response:hopLimitExceeded(from: 203.215.236.98, hopLimit: 244, sequence: 4, identifier: 62186, time: 0.04481005668640137)
// Hop:12 packetIdx:0, response:hopLimitExceeded(from: 104.44.235.186, hopLimit: 244, sequence: 5, identifier: 62186, time: 0.04833698272705078)
// Hop:13 packetIdx:0, response:hopLimitExceeded(from: 104.44.236.180, hopLimit: 243, sequence: 6, identifier: 62186, time: 0.041616082191467285)
// Hop:14 packetIdx:0, response:timeout(sequence: 7, identifier: 62186)
// Complete Status:maxHopExceededpinger.rx.ping().subscribe { r in
print(r)
}
.disposed(by: disposeBag)
// Output:
// success(NetDiagnosis.Pinger.PingResult.pong(NetDiagnosis.Pinger.Response(len: 64, from: 110.242.68.66, hopLimit: 51, sequence: 0, identifier: 47189, rtt: 0.03671896457672119)))pinger.rx.trace().subscribe { r in
print(r)
}
.disposed(by: disposeBag)
// Output:
// next(TracePacketResult(pingResult: NetDiagnosis.Pinger.PingResult.timeout(sequence: 0, identifier: 38724), hop: 1, packetIndex: 0))
// next(TracePacketResult(pingResult: NetDiagnosis.Pinger.PingResult.timeout(sequence: 1, identifier: 38724), hop: 1, packetIndex: 1))
// next(TracePacketResult(pingResult: NetDiagnosis.Pinger.PingResult.timeout(sequence: 2, identifier: 38724), hop: 1, packetIndex: 2))
//...
//next(TracePacketResult(pingResult: NetDiagnosis.Pinger.PingResult.pong(NetDiagnosis.Pinger.Response(len: 64, from: 110.242.68.66, hopLimit: 51, sequence: 48, identifier: 38724, rtt: 0.03915095329284668)), hop: 17, packetIndex: 0))
// next(TracePacketResult(pingResult: NetDiagnosis.Pinger.PingResult.pong(NetDiagnosis.Pinger.Response(len: 64, from: 110.242.68.66, hopLimit: 51, sequence: 49, identifier: 38724, rtt: 0.03501296043395996)), hop: 17, packetIndex: 1))
// next(TracePacketResult(pingResult: NetDiagnosis.Pinger.PingResult.pong(NetDiagnosis.Pinger.Response(len: 64, from: 110.242.68.66, hopLimit: 51, sequence: 50, identifier: 38724, rtt: 0.03649783134460449)), hop: 17, packetIndex: 2))
// completed