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This also changes the calling convention slightly - we should always
allocate this with talloc_zero() to allow some elements to be
optional. Some elements may only make sense in Samba3, which I hope
will use this common structure.
Andrew Bartlett
this converts all callers that use the Samba4 loadparm lp_ calling
convention to use the lpcfg_ prefix.
Signed-off-by: Andrew Bartlett <abartlet@samba.org>
Obviously the last attempt wasn't enough. Now we do really only read the first
byte in the address buffer which on little endian transmission does always
contain the address family (MS-NRPC 2.2.1.2.4.1).
This should now be working platform-independently.
This should make it clearer by the use of the standardised "sa_family_t" type
and hopefully fixes the problems on platforms other than Linux (NetBSD in the
buildfarm for example).
w2k8r2 returns the local DC information on no inputs for
getDcNameEx2. This is needed for starting dsa.msc (ADUC) on
Win7.
CDLAP on the same call returns an error. This uses a parameter
fill_on_blank_request to distinguish the two cases.
When we aren't a DC we shouldn't have the netlogon pipe available.
[MS-NRPC 1.3] says that we can only have DCs on the server side.
Signed-off-by: Andrew Tridgell <tridge@samba.org>
This implementation checks if the domainname is valid for us or a trusted domain.
Then I've also added the PDC location functionality. That means that we should
return "WERR_NO_SUCH_DOMAIN" (MS-NRPC 3.5.5.2.5).
Signed-off-by: Andrew Tridgell <tridge@samba.org>
After looking at the s4 side of the (s)channel :) I found out that it makes
more sense to simply make it use the tdb based code than redo the same changes
done to s3 to simplify the interface.
Ldb is slow, to the point it needs haks to pre-open the db to speed it up, yet
that does not solve the lookup speed, with ldb it is always going to be slower.
Looking through the history it is evident that the schannel database doesn't
really need greate expanadability. And lookups are always done with a single
Key. This seem a perfet fit for tdb while ldb looks unnecessarily complicated.
The schannel database is not really a persistent one. It can be discared during
an upgrade without causing any real issue. all it contains is temproary session
data.
Make the initial schannel check logic more understandable.
Make it easy to define different policies depending on the caller's
security requirements (Integrity/Privacy/Both/None)
This is the same change applied to s3
Simo, I'm not really sure that those checks are valid. I read MS-NRPC section
3.5.4.1 about LOGONSRV_HANDLEs ("server_name" is of this type). There isn't
stated that the server name has necessarily to be in the DNS form and should
also be valid when it's NULL (if DCE server and client are the same - I don't
know if me make use of it in s4).
Actually return trust relationships by searching the appropriate
entries in the SAM database.
Add checks and return the correct flags, type and attributes.
