internal TcpEndpoint(InputStream istr, Transport transport, Protocol protocol)
: base(istr, protocol)
{
Transport = transport;
Timeout = istr.ReadInt();
HasCompressionFlag = istr.ReadBool();
}
internal static new WSEndpoint CreateIce1Endpoint(Transport transport, InputStream istr)
{
Debug.Assert(transport == Transport.WS || transport == Transport.WSS);
string host = istr.ReadString();
ushort port = ReadPort(istr);
var timeout = TimeSpan.FromMilliseconds(istr.ReadInt());
bool compress = istr.ReadBool();
string resource = istr.ReadString();
string[] options = resource == "/" ? Array.Empty <string>() : new string[] { resource };
return(new WSEndpoint(new EndpointData(transport, host, port, options),
timeout,
compress,
istr.Communicator !));
}
// Constructor for unmarshaling
internal TcpEndpoint(
InputStream istr,
Communicator communicator,
Transport transport,
Protocol protocol,
bool mostDerived = true)
: base(istr, communicator, protocol)
{
Transport = transport;
if (protocol == Protocol.Ice1)
{
Timeout = TimeSpan.FromMilliseconds(istr.ReadInt());
HasCompressionFlag = istr.ReadBool();
}
else if (mostDerived)
{
SkipUnknownOptions(istr, istr.ReadSize());
}
}
internal UdpEndpoint(InputStream istr, Protocol protocol)
: base(istr, protocol)
{
_connect = false;
HasCompressionFlag = istr.ReadBool();
}
internal UdpEndpoint(Communicator communicator, InputStream istr) : base(communicator, istr)
{
_connect = false;
HasCompressionFlag = istr.ReadBool();
}
internal TcpEndpoint(TransportInstance instance, InputStream s) :
base(instance, s)
{
Timeout = s.ReadInt();
HasCompressionFlag = s.ReadBool();
}
internal UdpEndpoint(TransportInstance instance, InputStream s)
: base(instance, s)
{
_connect = false;
HasCompressionFlag = s.ReadBool();
}
internal TcpEndpoint(Communicator communicator, InputStream istr) : base(communicator, istr)
{
Timeout = istr.ReadInt();
HasCompressionFlag = istr.ReadBool();
}