public Property HeliosTransport_Should_Resolve_DNS_with_PublicHostname(IPEndPoint inbound, DnsEndPoint publicInbound,
IPEndPoint outbound, DnsEndPoint publicOutbound, bool dnsUseIpv6)
{
if (dnsUseIpv6 &&
(inbound.AddressFamily == AddressFamily.InterNetwork ||
(outbound.AddressFamily == AddressFamily.InterNetwork)))
{
return(true.Label("Can't connect to IPV4 socket using IPV6 DNS resolution"));
}
if (!dnsUseIpv6 &&
(inbound.AddressFamily == AddressFamily.InterNetworkV6 ||
(outbound.AddressFamily == AddressFamily.InterNetworkV6)))
{
return(true.Label("Need to apply DNS resolution and IP stack verison consistently."));
}
try
{
Setup(EndpointGenerators.ParseAddress(inbound),
EndpointGenerators.ParseAddress(outbound),
EndpointGenerators.ParseAddress(publicInbound),
EndpointGenerators.ParseAddress(publicOutbound), dnsUseIpv6);
var outboundReceivedAck = true;
var inboundReceivedAck = true;
_outbound.ActorSelection(_inboundAck).Tell("ping", _outboundProbe.Ref);
try
{
_outboundProbe.ExpectMsg("ack");
}
catch
{
outboundReceivedAck = false;
}
_inbound.ActorSelection(_outboundAck).Tell("ping", _inboundProbe.Ref);
try
{
_inboundProbe.ExpectMsg("ack");
}
catch
{
inboundReceivedAck = false;
}
return(outboundReceivedAck.Label($"Expected (outbound: {RARP.For(_outbound).Provider.DefaultAddress}) to be able to successfully message and receive reply from (inbound: {RARP.For(_inbound).Provider.DefaultAddress})")
.And(inboundReceivedAck.Label($"Expected (inbound: {RARP.For(_inbound).Provider.DefaultAddress}) to be able to successfully message and receive reply from (outbound: {RARP.For(_outbound).Provider.DefaultAddress})")));
}
finally
{
Cleanup();
}
}
public Property HeliosTransport_Should_Resolve_DNS(EndPoint inbound, EndPoint outbound, bool dnsIpv6)
{
if (IsAnyIp(inbound) || IsAnyIp(outbound))
{
return(true.Label("Can't connect directly to an ANY address"));
}
try
{
Setup(EndpointGenerators.ParseAddress(inbound), EndpointGenerators.ParseAddress(outbound), useIpv6Dns: dnsIpv6);
var outboundReceivedAck = true;
var inboundReceivedAck = true;
_outbound.ActorSelection(_inboundAck).Tell("ping", _outboundProbe.Ref);
try
{
_outboundProbe.ExpectMsg("ack");
}
catch
{
outboundReceivedAck = false;
}
_inbound.ActorSelection(_outboundAck).Tell("ping", _inboundProbe.Ref);
try
{
_inboundProbe.ExpectMsg("ack");
}
catch
{
inboundReceivedAck = false;
}
return(outboundReceivedAck.Label($"Expected (outbound: {RARP.For(_outbound).Provider.DefaultAddress}) to be able to successfully message and receive reply from (inbound: {RARP.For(_inbound).Provider.DefaultAddress})")
.And(inboundReceivedAck.Label($"Expected (inbound: {RARP.For(_inbound).Provider.DefaultAddress}) to be able to successfully message and receive reply from (outbound: {RARP.For(_outbound).Provider.DefaultAddress})")));
}
finally
{
Cleanup();
}
}
public Property HeliosTransport_Should_Resolve_DNS_with_PublicHostname(IPEndPoint inbound, DnsEndPoint publicInbound,
IPEndPoint outbound, DnsEndPoint publicOutbound, bool dnsUseIpv6, bool enforceIpFamily)
{
// TODO: Mono does not support IPV6 Uris correctly https://bugzilla.xamarin.com/show_bug.cgi?id=43649 (Aaronontheweb 8/22/2016)
if (IsMono)
{
enforceIpFamily = true;
}
if (IsMono && dnsUseIpv6)
{
return(true.Label("Mono DNS does not support IPV6 as of 4.4*"));
}
if (IsMono &&
(inbound.AddressFamily == AddressFamily.InterNetworkV6 ||
(outbound.AddressFamily == AddressFamily.InterNetworkV6)))
{
return(true.Label("Mono DNS does not support IPV6 as of 4.4*"));
}
if (dnsUseIpv6 &&
(inbound.AddressFamily == AddressFamily.InterNetwork ||
(outbound.AddressFamily == AddressFamily.InterNetwork)))
{
return(true.Label("Can't connect to IPV4 socket using IPV6 DNS resolution"));
}
if (!dnsUseIpv6 &&
(inbound.AddressFamily == AddressFamily.InterNetworkV6 ||
(outbound.AddressFamily == AddressFamily.InterNetworkV6)))
{
return(true.Label("Need to apply DNS resolution and IP stack verison consistently."));
}
try
{
try
{
Setup(EndpointGenerators.ParseAddress(inbound),
EndpointGenerators.ParseAddress(outbound),
EndpointGenerators.ParseAddress(publicInbound),
EndpointGenerators.ParseAddress(publicOutbound),
dnsUseIpv6,
enforceIpFamily);
}
catch
{
//if ip family is enforced, there are some special cases when it is normal to unable
//to create actor system
if (enforceIpFamily && IsExpectedFailure(inbound, outbound, dnsUseIpv6))
{
return(true.ToProperty());
}
throw;
}
var outboundReceivedAck = true;
var inboundReceivedAck = true;
_outbound.ActorSelection(_inboundAck).Tell("ping", _outboundProbe.Ref);
try
{
_outboundProbe.ExpectMsg("ack");
}
catch
{
outboundReceivedAck = false;
}
_inbound.ActorSelection(_outboundAck).Tell("ping", _inboundProbe.Ref);
try
{
_inboundProbe.ExpectMsg("ack");
}
catch
{
inboundReceivedAck = false;
}
return(outboundReceivedAck.Label($"Expected (outbound: {RARP.For(_outbound).Provider.DefaultAddress}) to be able to successfully message and receive reply from (inbound: {RARP.For(_inbound).Provider.DefaultAddress})")
.And(inboundReceivedAck.Label($"Expected (inbound: {RARP.For(_inbound).Provider.DefaultAddress}) to be able to successfully message and receive reply from (outbound: {RARP.For(_outbound).Provider.DefaultAddress})")));
}
finally
{
Cleanup();
}
}
public Property HeliosTransport_Should_Resolve_DNS(EndPoint inbound, EndPoint outbound, bool dnsIpv6, bool enforceIpFamily)
{
// TODO: Mono does not support IPV6 Uris correctly https://bugzilla.xamarin.com/show_bug.cgi?id=43649 (Aaronontheweb 8/22/2016)
if (IsMono)
{
enforceIpFamily = true;
dnsIpv6 = false;
}
if (IsAnyIp(inbound) || IsAnyIp(outbound))
{
return(true.Label("Can't connect directly to an ANY address"));
}
try
{
try
{
Setup(EndpointGenerators.ParseAddress(inbound),
EndpointGenerators.ParseAddress(outbound),
useIpv6Dns: dnsIpv6,
enforceIpFamily: enforceIpFamily);
}
catch
{
//if ip family is enforced, there are some special cases when it is normal to unable
//to create actor system
if (enforceIpFamily && IsExpectedFailure(inbound, outbound, dnsIpv6))
{
return(true.ToProperty());
}
throw;
}
var outboundReceivedAck = true;
var inboundReceivedAck = true;
_outbound.ActorSelection(_inboundAck).Tell("ping", _outboundProbe.Ref);
try
{
_outboundProbe.ExpectMsg("ack");
}
catch
{
outboundReceivedAck = false;
}
_inbound.ActorSelection(_outboundAck).Tell("ping", _inboundProbe.Ref);
try
{
_inboundProbe.ExpectMsg("ack");
}
catch
{
inboundReceivedAck = false;
}
return(outboundReceivedAck.Label($"Expected (outbound: {RARP.For(_outbound).Provider.DefaultAddress}) to be able to successfully message and receive reply from (inbound: {RARP.For(_inbound).Provider.DefaultAddress})")
.And(inboundReceivedAck.Label($"Expected (inbound: {RARP.For(_inbound).Provider.DefaultAddress}) to be able to successfully message and receive reply from (outbound: {RARP.For(_outbound).Provider.DefaultAddress})")));
}
finally
{
Cleanup();
}
}
