private static IncomingServer GetServerTypeByMaxPort(List <IncomingServer> servers, ServerType type)
{
IncomingServer returnVal = null;
List <IncomingServer> serversByType = servers.FindAll(srv => srv.Type == type);
if (serversByType.Count > 0)
{
int maxPort = serversByType.Max(srv => srv.Port);
returnVal = serversByType.Find(srv => srv.Port == maxPort);
}
return(returnVal);
}
private static PollingConfigValues ChooseIncomingServer(EmailProvider provider, string emailAddress, ServerType incomingServerPreference)
{
PollingConfigValues returnVal;
IncomingServer chosenImap = GetServerTypeByMaxPort(provider.IncomingServers, ServerType.IMAP);
IncomingServer chosenPop = GetServerTypeByMaxPort(provider.IncomingServers, ServerType.POP3);
switch (incomingServerPreference)
{
case ServerType.IMAP:
returnVal = MapIncomingServer(chosenImap != null ? chosenImap : chosenPop, emailAddress);
break;
case ServerType.POP3:
returnVal = MapIncomingServer(chosenPop != null ? chosenPop : chosenImap, emailAddress);
break;
default:
if (chosenImap != null && chosenPop != null)
{
if (chosenImap.Port < 900 && chosenPop.Port > 900)
{
returnVal = MapIncomingServer(chosenPop, emailAddress);
}
else
{
returnVal = MapIncomingServer(chosenImap, emailAddress);
}
}
else if (chosenImap != null && chosenPop == null)
{
returnVal = MapIncomingServer(chosenImap, emailAddress);
}
else if (chosenImap == null && chosenPop != null)
{
returnVal = MapIncomingServer(chosenPop, emailAddress);
}
else
{
returnVal = null;
}
break;
}
return(returnVal);
}
private static PollingConfigValues MapIncomingServer(IncomingServer input, string emailAddress)
{
PollingConfigValues returnVal = new PollingConfigValues();
returnVal.Username = input.GetUsernameFormatted(emailAddress);
returnVal.UsePolling = true;
returnVal.PollInterval = 10;
switch (input.Type)
{
case ServerType.IMAP:
returnVal.EmailType = EmailType.IMAP;
break;
case ServerType.POP3:
returnVal.EmailType = EmailType.POP3;
if (input.Pop3 != null && input.Pop3.CheckInterval != null)
{
returnVal.PollInterval = input.Pop3.CheckInterval.Minutes;
}
break;
}
returnVal.Server = input.Hostname;
returnVal.Port = input.Port;
switch (input.SocketType)
{
case SocketType.Plain:
returnVal.SSLType = SSLType.None;
break;
case SocketType.SSL:
returnVal.SSLType = SSLType.SSL;
break;
case SocketType.STARTTLS:
returnVal.SSLType = SSLType.TLS;
break;
}
return(returnVal);
}
public TimeOutServerTest(IncomingServer incomingServer)
{
_incomingServer = incomingServer;
_timeoutObject = new ManualResetEvent(false);
_incoming = true;
}
