public void Init()
{
TestRuntime.AssertXcodeVersion(11, 0);
// connect so that we can later when the report and test with it
connectedEvent = new AutoResetEvent(false);
reportEvent = new AutoResetEvent(false);
host = NetworkResources.MicrosoftUri.Host;
// we create a connection which we are going to use to get the availabe
// interfaces, that way we can later test protperties of the NWParameters class.
using (var parameters = NWParameters.CreateUdp())
using (var endpoint = NWEndpoint.Create(host, "80"))
{
using (var protocolStack = parameters.ProtocolStack) {
var ipOptions = protocolStack.InternetProtocol;
ipOptions.IPSetVersion(NWIPVersion.Version4);
}
connection = new NWConnection(endpoint, parameters);
connection.SetQueue(DispatchQueue.DefaultGlobalQueue); // important, else we will get blocked
connection.SetStateChangeHandler(ConnectionStateHandler);
connection.Start();
Assert.True(connectedEvent.WaitOne(20000), "Connection timed out.");
connection.GetEstablishmentReport(DispatchQueue.DefaultGlobalQueue, (r) => {
report = r;
reportEvent.Set();
});
Assert.True(reportEvent.WaitOne(20000), "Connection timed out.");
}
}
public void Init()
{
TestRuntime.AssertXcodeVersion(10, 0);
// we want to use a single connection, since it is expensive
connectedEvent = new AutoResetEvent(false);
interfaces = new List <NWInterface> ();
host = NetworkResources.MicrosoftUri.Host;
// we create a connection which we are going to use to get the availabe
// interfaces, that way we can later test protperties of the NWParameters class.
using (var parameters = NWParameters.CreateUdp())
using (var endpoint = NWEndpoint.Create(host, "80"))
{
using (var protocolStack = parameters.ProtocolStack) {
var ipOptions = protocolStack.InternetProtocol;
#if NET
ipOptions.SetVersion(NWIPVersion.Version4);
#else
ipOptions.IPSetVersion(NWIPVersion.Version4);
#endif
}
connection = new NWConnection(endpoint, parameters);
connection.SetQueue(DispatchQueue.DefaultGlobalQueue); // important, else we will get blocked
connection.SetStateChangeHandler(ConnectionStateHandler);
connection.Start();
Assert.True(connectedEvent.WaitOne(20000), "Connection timed out.");
}
}
static void StartConnection(NWConnection connection)
{
connection.SetQueue(DispatchQueue.MainQueue);
warn($"Start Connection on {connection.Handle} with {connection.Endpoint}");
connection.SetStateChangeHandler((state, error) => {
var remote = connection.Endpoint;
var errno = (SslStatus)(error != null ? error.ErrorCode : 0);
switch (state)
{
case NWConnectionState.Waiting:
warn($"Connect to {remote.Hostname} port {remote.Port} udp={useUdp} failed, is waiting");
break;
case NWConnectionState.Failed:
warn($"Connect to {remote.Hostname} port {remote.Port} udp={useUdp} failed, error {errno}");
break;
case NWConnectionState.Ready:
if (verbose)
{
warn($"Connect to {remote.Hostname} port {remote.Port} udp={useUdp} succeeded");
}
break;
case NWConnectionState.Cancelled:
// Release reference
connection = null;
break;
}
});
connection.Start();
}
void ConnectionStateHandler(NWConnectionState state, NWError error)
{
switch (state)
{
case NWConnectionState.Ready:
connectedEvent.Set();
break;
case NWConnectionState.Cancelled:
connection?.Dispose();
connection = null;
stack?.Dispose();
stack = null;
foreach (var o in options)
{
o.Dispose();
}
break;
case NWConnectionState.Invalid:
case NWConnectionState.Failed:
Assert.Inconclusive("Network connection could not be performed.");
break;
}
}
public void Init()
{
TestRuntime.AssertXcodeVersion(10, 0);
// we want to use a single connection, since it is expensive
connectedEvent = new AutoResetEvent(false);
host = "www.google.com";
using (var parameters = NWParameters.CreateTcp())
using (var endpoint = NWEndpoint.Create(host, "80")) {
connection = new NWConnection(endpoint, parameters);
connection.SetQueue(DispatchQueue.DefaultGlobalQueue); // important, else we will get blocked
connection.SetStateChangeHandler(ConnectionStateHandler);
connection.Start();
Assert.True(connectedEvent.WaitOne(20000), "Connection timed out.");
stack = parameters.ProtocolStack;
using (var ipOptions = stack.InternetProtocol) {
if (ipOptions != null)
{
#if NET
ipOptions.SetVersion(NWIPVersion.Version4);
#else
ipOptions.IPSetVersion(NWIPVersion.Version4);
#endif
stack.PrependApplicationProtocol(ipOptions);
}
}
}
}
static NWConnection CreateOutboundConnection(string name, string port)
{
NWEndpoint endpoint;
if (bonjour)
{
endpoint = NWEndpoint.CreateBonjourService(name, GetServiceType(), "local");
}
else
{
endpoint = NWEndpoint.Create(name, port);
}
Action <NWProtocolOptions> configureTls = SetupTls();
NWParameters parameters;
if (useUdp)
{
if (useTls)
{
parameters = NWParameters.CreateSecureUdp(configureTls: configureTls, configureUdp: null);
}
else
{
parameters = NWParameters.CreateUdp(configureUdp: null);
}
}
else
{
if (useTls)
{
parameters = NWParameters.CreateSecureTcp(configureTls: configureTls, configureTcp: null);
}
else
{
parameters = NWParameters.CreateTcp(configureTcp: null);
}
}
using (NWProtocolStack protocolStack = parameters.ProtocolStack){
if (ipv4 || ipv6)
{
NWProtocolOptions ipOptions = protocolStack.InternetProtocol;
ipOptions.IPSetVersion(ipv4 ? NWIPVersion.Version4 : NWIPVersion.Version6);
}
}
if (localAddr != null || localPort != null)
{
using (NWEndpoint localEndpoint = NWEndpoint.Create(localAddr != null ? localAddr : "::", port == null ? "0" : port))
parameters.LocalEndpoint = localEndpoint;
}
var connection = new NWConnection(endpoint, parameters);
endpoint.Dispose();
parameters.Dispose();
return(connection);
}
public void CreateSecureTcpTestDoNotSetUpTls()
{
var setUpProtocol = CreateConfigureProtocolHandler();
using (var parameters = NWParameters.CreateSecureTcp(configureTls: null, configureTcp: setUpProtocol))
using (var endpoint = NWEndpoint.Create("wwww.google.com", "80"))
using (var connection = new NWConnection(endpoint, parameters)) {
connection.SetQueue(DispatchQueue.MainQueue);
connection.Start();
configureEvent.WaitOne();
connection.Cancel();
Assert.False(secureConnectionWasSet, "Configure TLS handler was called.");
Assert.True(protocolConfigured, "Protocol configure handler was not called.");
}
}
static void StartSendReceiveLoop(NWConnection connection)
{
// Start reading from stdin
if (!detached)
{
SendLoop(connection);
}
if (verbose)
{
warn("Start Receive Loop");
}
// Start reading from the connection
ReceiveLoop(connection);
}
static void ReceiveLoop(NWConnection connection)
{
connection.ReceiveData(1, uint.MaxValue, (DispatchData dispatchData, NWContentContext context, bool isComplete, NWError error) => {
Action scheduleNext = () => {
// If the context is marked as complete, and is the final context,
// we're read-closed.
if (isComplete)
{
if (context != null && context.IsFinal)
{
if (verbose)
{
warn("Exiting because isComplete && context.IsFinal");
}
Environment.Exit(0);
}
if (dispatchData == null)
{
if (verbose)
{
warn($"Exiting because isComplete && data == zero; error={error}");
}
Environment.Exit(0);
}
}
if (error == null)
{
ReceiveLoop(connection);
}
};
if (dispatchData != null)
{
const int STDOUT_FILENO = 1;
DispatchIO.Write(STDOUT_FILENO, dispatchData, DispatchQueue.MainQueue, (data, stdoutError) => {
if (stdoutError != 0)
{
warn("stdout write error");
}
scheduleNext();
});
}
else
{
scheduleNext();
}
});
}
public void Init()
{
TestRuntime.AssertXcodeVersion(10, 0);
// we want to use a single connection, since it is expensive
connectedEvent = new AutoResetEvent(false);
host = NetworkResources.MicrosoftUri.Host;
interfaces = new List <NWInterface> ();
using (var parameters = NWParameters.CreateUdp())
using (var endpoint = NWEndpoint.Create(host, "80")) {
connection = new NWConnection(endpoint, parameters);
connection.SetQueue(DispatchQueue.DefaultGlobalQueue); // important, else we will get blocked
connection.SetStateChangeHandler(ConnectionStateHandler);
connection.Start();
Assert.True(connectedEvent.WaitOne(20000), "Connection timed out.");
using (var path = connection.CurrentPath)
{
path.EnumerateInterfaces(EnumerateInterfacesHandler);
}
}
}
public void SetUp()
{
// connect and once the connection is done, deal with the diff tests
connectedEvent = new AutoResetEvent(false);
host = NetworkResources.MicrosoftUri.Host;
// we create a connection which we are going to use to get the availabe
// interfaces, that way we can later test protperties of the NWParameters class.
using (var parameters = NWParameters.CreateUdp())
using (var endpoint = NWEndpoint.Create(host, "80"))
{
using (var protocolStack = parameters.ProtocolStack) {
var ipOptions = protocolStack.InternetProtocol;
ipOptions.IPSetVersion(NWIPVersion.Version4);
}
connection = new NWConnection(endpoint, parameters);
connection.SetQueue(DispatchQueue.DefaultGlobalQueue); // important, else we will get blocked
connection.SetStateChangeHandler(ConnectionStateHandler);
connection.Start();
Assert.True(connectedEvent.WaitOne(20000), "Connection timed out.");
}
}
static void SendLoop(NWConnection connection)
{
const int STDIN_FILENO = 0;
DispatchIO.Read(STDIN_FILENO, 8192, DispatchQueue.MainQueue, (DispatchData readData, int stdinError) => {
if (stdinError != 0)
{
warn($"Standard input error: {stdinError}");
}
else if (readData == null || readData.Size == 0)
{
// Null data represent EOF
// Send a "write close" on the connection, by sending
// null data with the final message context marked as
// complete. Note that it is valid to send with null
// data but a non-null context.
connection.Send((byte [] )null, context: NWContentContext.FinalMessage, isComplete: true, callback: (NWError error) => {
if (error != null)
{
warn($"send error: {error.ErrorCode}");
}
});
// Stop reading from stdin, do not schedule another SendLoop
}
else
{
connection.Send(readData, context: NWContentContext.DefaultMessage, isComplete: true, callback: (NWError error) => {
if (error != null)
{
warn($"send error: {error.ErrorCode}");
}
else
{
// continue reading from stdin
SendLoop(connection);
}
});
}
});
}
void ConnectionStateHandler(NWConnectionState state, NWError error)
{
Console.WriteLine($"State is {state} and error {error}");
switch (state)
{
case NWConnectionState.Ready:
connectedEvent.Set();
break;
case NWConnectionState.Cancelled:
connection?.Dispose();
connection = null;
foreach (var i in interfaces)
{
i.Dispose();
}
break;
case NWConnectionState.Invalid:
case NWConnectionState.Failed:
Assert.Inconclusive("Network connection could not be performed.");
break;
}
}
public void TlsDefaults()
{
using (var ep = NWEndpoint.Create("www.microsoft.com", "https"))
using (var parameters = NWParameters.CreateSecureTcp())
using (var queue = new DispatchQueue(GetType().FullName)) {
var connection = new NWConnection(ep, parameters);
var ready = new ManualResetEvent(false);
connection.SetStateChangeHandler((state, error) => {
Console.WriteLine(state);
switch (state)
{
case NWConnectionState.Cancelled:
case NWConnectionState.Failed:
// We can't dispose until the connection has been closed or it failed.
connection.Dispose();
break;
case NWConnectionState.Invalid:
case NWConnectionState.Preparing:
case NWConnectionState.Waiting:
break;
case NWConnectionState.Ready:
ready.Set();
break;
default:
break;
}
});
connection.SetQueue(queue);
connection.Start();
// Wait until the connection is ready.
Assert.True(ready.WaitOne(TimeSpan.FromSeconds(10)), "Connection is ready");
using (var m = connection.GetProtocolMetadata(NWProtocolDefinition.TlsDefinition)) {
var s = m.TlsSecProtocolMetadata;
Assert.False(s.EarlyDataAccepted, "EarlyDataAccepted");
Assert.That(s.NegotiatedCipherSuite, Is.Not.EqualTo(SslCipherSuite.SSL_NULL_WITH_NULL_NULL), "NegotiatedCipherSuite");
Assert.Null(s.NegotiatedProtocol, "NegotiatedProtocol");
Assert.That(s.NegotiatedProtocolVersion, Is.EqualTo(SslProtocol.Tls_1_2).Or.EqualTo(SslProtocol.Tls_1_3), "NegotiatedProtocolVersion");
Assert.NotNull(s.PeerPublicKey, "PeerPublicKey");
Assert.True(SecProtocolMetadata.ChallengeParametersAreEqual(s, s), "ChallengeParametersAreEqual");
Assert.True(SecProtocolMetadata.PeersAreEqual(s, s), "PeersAreEqual");
if (TestRuntime.CheckXcodeVersion(11, 0))
{
using (var d = s.CreateSecret("Xamarin", 128)) {
Assert.That(d.Size, Is.EqualTo((nuint)128), "CreateSecret-1");
}
using (var d = s.CreateSecret("Microsoft", new byte [1], 256)) {
Assert.That(d.Size, Is.EqualTo((nuint)256), "CreateSecret-2");
}
Assert.That(s.NegotiatedTlsProtocolVersion, Is.EqualTo(TlsProtocolVersion.Tls12).Or.EqualTo(TlsProtocolVersion.Tls13), "NegotiatedTlsProtocolVersion");
// we want to test the binding/API - not the exact value which can vary depending on the negotiation between the client (OS) and server...
Assert.That(s.NegotiatedTlsCipherSuite, Is.Not.EqualTo(0), "NegotiatedTlsCipherSuite");
Assert.That(s.ServerName, Is.EqualTo("www.microsoft.com"), "ServerName");
// we don't have a TLS-PSK enabled server to test this
Assert.False(s.AccessPreSharedKeys((psk, pskId) => { }), "AccessPreSharedKeys");
}
}
connection.Cancel();
}
}
static NWListener CreateAndStartListener(string host, string port)
{
Action <NWProtocolOptions> configureTls = SetupTls();
NWParameters parameters;
// Create the parameters, either TLS or no TLS, and with UDP or no UDP
if (useUdp)
{
if (useTls)
{
parameters = NWParameters.CreateSecureUdp(configureTls: configureTls, configureUdp: null);
}
else
{
parameters = NWParameters.CreateUdp(configureUdp: null);
}
}
else
{
if (useTls)
{
parameters = NWParameters.CreateSecureTcp(configureTls: configureTls, configureTcp: null);
}
else
{
parameters = NWParameters.CreateTcp(configureTcp: null);
}
}
// If specified, set the IP version
using (NWProtocolStack protocolStack = parameters.ProtocolStack){
if (ipv4 || ipv6)
{
NWProtocolOptions ipOptions = protocolStack.InternetProtocol;
ipOptions.IPSetVersion(ipv4 ? NWIPVersion.Version4 : NWIPVersion.Version6);
}
}
// Bind to local address and port
string address = bonjour ? null : host;
if (address != null || port != null)
{
NWEndpoint localEndpoint = NWEndpoint.Create(address != null ? address : "::", port != null ? port : "0");
Console.WriteLine("Getting {0} and {1}", address != null ? address : "::", port != null ? port : "0");
parameters.LocalEndpoint = localEndpoint;
Console.WriteLine("With port: " + localEndpoint.Port);
}
var listener = NWListener.Create(parameters);
if (bonjour && host != null)
{
listener.SetAdvertiseDescriptor(NWAdvertiseDescriptor.CreateBonjourService(host, GetServiceType(), "local"));
listener.SetAdvertisedEndpointChangedHandler((NWEndpoint advertisedEndpoint, bool added) => {
if (verbose)
{
var astr = added ? "added" : "removed";
warn($"Listener {astr} on {advertisedEndpoint.BonjourServiceName} on ({advertisedEndpoint.BonjourServiceName}.{GetServiceType()}.local");
}
});
}
listener.SetQueue(DispatchQueue.MainQueue);
listener.SetStateChangedHandler((listenerState, error) => {
var errno = (SslStatus)(error == null ? 0 : error.ErrorCode);
switch (listenerState)
{
case NWListenerState.Waiting:
if (verbose)
{
warn($"Listener on port {listener.Port} udp={useUdp} waiting");
}
break;
case NWListenerState.Failed:
warn($"Listener on port {listener.Port} udp={useUdp} failed");
break;
case NWListenerState.Ready:
if (verbose)
{
warn($"Listener on port {listener.Port} udp={useUdp} ready");
}
break;
case NWListenerState.Cancelled:
listener = null;
break;
}
});
listener.SetNewConnectionHandler((connection) => {
if (inboundConnection != null)
{
// We only support one connection at a time, so if we already
// have one, reject the incoming connection.
connection.Cancel();
}
else
{
if (verbose)
{
warn($"New Connection on {connection.Handle} with {connection.Endpoint}");
}
// Accept the incoming connection and start sending and receiving on it
inboundConnection = connection;
StartConnection(inboundConnection);
StartSendReceiveLoop(inboundConnection);
}
});
listener.Start();
return(listener);
}
public iOSWifiService()
{
var conn = new NWConnection(new IntPtr(), true);
}
