You might want to enable wins or use lmhosts files to enable netbios name
resolution between the pdc fsmo in each domain. Even though Windows 2000 and
2003 use dns as their primary name resolution method, NBT [netbios over
tcp/ip] is still used in some situations including creation of external
trusts which relies on ntlm authentication - not kerberos. You could try it
without using NBT by making sure that your dns is correct between domain
first but you may very well end up needing NBT. If you your users still are
using My Network Places to locate domain resources it makes sense to enable
wins on the domain as it will speed up use of My Network Places and reduce
broadcasts on the network. If you enable wins, make sure that the domain
controllers and the wins server are also wins clients. The wins server
should be a wins client only to itself. The link below explains more on NBT
in Windows 2000 and 2003.
http://www.windowsdevcenter.com/pub/a/windows/2004/05/11/netbios.html ---
NBT in Windows 2000 and 2003
http://support.microsoft.com/default.aspx?scid=kb;en-us;314108 -- lmhosts
As far as dns, yes you want each domain to be able to resolve dns for the
other domain before you enable the trust between domains. Windows 2000 would
need to make the use of a secondary dns zone on it's dns servers for the
other domain and you could do the same for Windows 2003 or use conditional
forwarding to have dns queries forwarded to the domain controllers running
dns in the Windows 2000 domain. Conditional forwarding is very easy to
configure. You can use the nslookup command to see if you can resolve names
in the other domain which should be done before you try to enable the
trusts. "There are currently no logon servers available to service the
request." would be either a name resolution or connectivity issue. If you
can ping the target servers via IP address from each other most likely it is
a name resolution issue. --- Steve
http://www.windowsnetworking.com/ar...tional_Forwarding_in_Windows_Server_2003.html
--- how to enable conditional forwarding.