protected static TransportAddress NoCacheCreateInstance(string s) {
string scheme = s.Substring(0, s.IndexOf(":"));
string t = scheme.Substring(scheme.IndexOf('.') + 1);
//Console.Error.WriteLine(t);
TransportAddress result = null;
TransportAddress.TAType ta_type = StringToType(t);
if (ta_type == TransportAddress.TAType.Tcp) {
result = new IPTransportAddress(s);
}
if (ta_type == TransportAddress.TAType.Udp) {
result = new IPTransportAddress(s);
}
if (ta_type == TransportAddress.TAType.Function) {
result = new IPTransportAddress(s);
}
if (ta_type == TransportAddress.TAType.Tls) {
result = new IPTransportAddress(s);
}
if (ta_type == TransportAddress.TAType.TlsTest) {
result = new IPTransportAddress(s);
}
if (ta_type == TransportAddress.TAType.Tunnel) {
result = new TunnelTransportAddress(s);
}
return result;
}
protected static TransportAddress NoCacheCreateInstance(string s) {
string scheme = s.Substring(0, s.IndexOf(":"));
string t = scheme.Substring(scheme.IndexOf('.') + 1);
//Console.Error.WriteLine(t);
TransportAddress result = null;
TransportAddress.TAType ta_type = StringToType(t);
switch(ta_type) {
case TransportAddress.TAType.Tcp:
result = new IPTransportAddress(s);
break;
case TransportAddress.TAType.Udp:
result = new IPTransportAddress(s);
break;
case TransportAddress.TAType.Function:
result = new IPTransportAddress(s);
break;
case TransportAddress.TAType.S:
result = new SimulationTransportAddress(s);
break;
case TransportAddress.TAType.Tls:
result = new IPTransportAddress(s);
break;
case TransportAddress.TAType.TlsTest:
result = new IPTransportAddress(s);
break;
case TransportAddress.TAType.Tunnel:
result = new TunnelTransportAddress(s);
break;
}
return result;
}
public static TransportAddress CreateInstance(TransportAddress.TAType t,
System.Net.IPAddress host, int port) {
Cache ta_cache = Interlocked.Exchange<Cache>(ref _ta_cache, null);
if( ta_cache != null ) {
TransportAddress ta = null;
try {
CacheKey key = new CacheKey(host, port, t);
ta = (TransportAddress) ta_cache[key];
if( ta == null ) {
ta = new IPTransportAddress(t, host, port);
ta_cache[key] = ta;
}
}
finally {
Interlocked.Exchange<Cache>(ref _ta_cache, ta_cache);
}
return ta;
}
else {
return new IPTransportAddress(t, host, port);
}
}