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...
Fix my brain dead inverted logic for turning winbindd on and off
when run on a DC or when calling pdb functions from within winbindd.
* depreacte 'acl group control' after discussion with Jeremy
and implement functionality as part of 'dos filemode'
* fix winbindd on a non-member server to expand local groups
* prevent code previously only used by smbd from blindly
turning _NO_WINBINDD back on
* Finally fix parsing idmap uid/gid ranges not to break with spaces
surrounding the '-'
* Allow local groups to renamed by adding info level 2 to
_samr_set_aliasinfo()
* Fix parsing bug in _samr_del_dom_alias() reply
* Prevent root from being deleted via Samba
* Prevent builting groups from being renamed or deleted
* Fix bug in pdb_tdb that broke renaming user accounts
* Make sure winbindd is running when trying to create the Administrators
and Users BUILTIN groups automatically from smbd (and not just check the
winbind nexted groups parameter value).
* Have the top level rid allocator verify that the RID it is about to
grant is not already assigned in our own SAM (retries up to 250 times).
This fixes passdb with existing SIDs assigned to users from the RID algorithm
but not monotonically allocating the RIDs from passdb.
Now that I know what all the requirements for this group are
I can generalize the code some more and make it cleaner.
But at least this is working with lusrmgr.msc on XP and 2k now.
group IFF sid_to_gid(S-1-5-32-544) fails and 'winbind nested groups = yes'
* Add a SID domain to the group mapping enumeration passdb call
to fix the checks for local and builtin groups. The SID can be
NULL if you want the old semantics for internal maintenance.
I only updated the tdb group mapping code.
* remove any group mapping from the tdb that have a
gid of -1 for better consistency with pdb_ldap.c.
The fixes the problem with calling add_group_map() in
the tdb code for unmapped groups which might have had
a record present.
* Ensure that we distinguish between groups in the
BUILTIN and local machine domains via getgrnam()
Other wise BUILTIN\Administrators & SERVER\Administrators
would resolve to the same gid.
* Doesn't strip the global_sam_name() from groups in the
local machine's domain (this is required to work with
'winbind default domain' code)
Still todo.
* Fix fallback Administrators membership for root and domain Admins
if nested groups = no or winbindd is not running
* issues with "su - user -c 'groups'" command
* There are a few outstanding issues with BUILTIN\Users that
Windows apparently tends to assume. I worked around this
presently with a manual group mapping but I do not think
this is a good solution. So I'll probably add some similar
as I did for Administrators.
Jeremy
-------------
Slightly smaller version of pdb_get_methods() patch. Turns out that
callers to initialize_password_db() use the reload parameter so this
has turned in to a smaller cleanup than I thought.
* ignore the primary group SID attribute from struct samu*
* generate the primary group SID strictlky from the Unix
primary group when dealing with passdb users
* Fix memory leak in original patch caused by failing to free a
talloc *
* add wrapper around samu_set_unix() to prevent exposing the create
BOOL to callers. Wrappers are samu_set_unix() and samu-allic_rid_unix()
to make full use of the new talloc() interface. Discussed with Volker
and Jeremy.
* remove the internal mem_ctx and simply use the talloc()
structure as the context.
* replace the internal free_fn() with a talloc_destructor() function
* remove the unnecessary private nested structure
* rename SAM_ACCOUNT to 'struct samu' to indicate the current an
upcoming changes. Groups will most likely be replaced with a
'struct samg' in the future.
Note that there are now passbd API changes. And for the most
part, the wrapper functions remain the same.
While this code has been tested on tdb and ldap based Samba PDC's
as well as Samba member servers, there are probably still
some bugs. The code also needs more testing under valgrind to
ensure it's not leaking memory.
But it's a start......
this more but it gets around the primary group issue.
* don't map a SID to a name from the group mapping code if
the map doesn't have a valid gid. This is only an issue
in a tdb setup
* Always allow S-1-$DOMAIN-513 to resolve (just like Windows)
* if we cannot resolve a users primary GID to a SID, then set
it to S-1-$DOMAIN-513
* Ignore the primary group SID inside pdb_enum_group_memberships().
Only look at the Unix group membersip.
Jeremy, this fixes a fresh install startup for smbd as far as my tests
are concerned.
* remove pdb_context data structure
* set default group for DOMAIN_RID_GUEST user as RID 513 (just
like Windows)
* Allow RID 513 to resolve to always resolve to a name
* Remove auto mapping of guest account primary group given the
previous 2 changes
* \PIPE\unixinfo
* winbindd's {group,alias}membership new functions
* winbindd's lookupsids() functionality
* swat (trunk changes to be reverted as per discussion with Deryck)
can be taken out of it, so I decided to commit this in one lump. It changes
the passdb enumerating functions to use ldap paged results where possible. In
particular the samr calls querydispinfo, enumdomusers and friends have
undergone significant internal changes. I have tested this extensively with
rpcclient and a bit with usrmgr.exe. More tests and the merge to trunk will
follow later.
The code is based on a first implementation by Günther Deschner, but has
evolved quite a bit since then.
Volker
modeled after query_displayinfo and should hide the differences between users,
groups and aliases while allowing a cache analog load_sampw_entries:
struct pdb_search *pdb_search_users(uint16 acct_flags);
struct pdb_search *pdb_search_groups(void);
struct pdb_search *pdb_search_aliases(const DOM_SID *sid);
uint32 pdb_search_entries(struct pdb_search *search, uint32 start_idx,
uint32 max_entries,
struct samr_displayentry **result);
void pdb_search_destroy(struct pdb_search *search);
Why this API? Eventually we will need to apply the work gd has started on
enumerating users with paged ldap searches to groups and aliases. Before doing
that I want to clean up the search routines we have.
The sample application (more to follow) is 'net maxrid'.
Volker
Vince Brimhall <vbrimhall@novell.com> - slight tidyup by me to
use Samba conventions.
Vince - thanks a *lot* for this code - please test to make sure
I haven't messed anything up.
Jeremy.
Could someone else please look at this patch, verifying that I did not break
the ldapsam:trusted = False fallback to the old behaviour? It works fine for
me, but you never know. You're certainly free to review the new code as well :-)
Thanks,
Volker
Does automated migration from account_policy.tdb v1 and v2 and offers a
pdbedit-Migration interface. Jerry, please feel free to revert that if
you have other plans.
Guenther
This allows the ldap-backend to search much more effeciently. Machines
will be searched in the ldap_machine_suffix and users in the
ldap_users_suffix. (Note that we already use the ldap_group_suffix in
ldapsam_setsamgrent for quite some time).
Using the specific ldap-bases becomes notably important in large
domains: On my testmachine "net rpc trustdom list" has to search through
40k accounts just to list 3 interdomain-trust-accounts, similiar effects
show up the non-user query_dispinfo-calls, etc.
Also renamed all_machines to only_machines in load_sampwd_entries()
since that reflects better what is really meant.
Guenther
abartlet, I'd like to ask you to take a severe look at this!
We have solved the problem to find the global groups a user is in twice: Once
in auth_util.c and another time for the corresponding samr call. The attached
patch unifies these and sends them through the passdb backend (new function
pdb_enum_group_memberships). Thus it gives pdb_ldap.c the chance to further
optimize the corresponding call if the samba and posix accounts are unified by
issuing a specialized ldap query.
The parameter to activate this ldapsam behaviour is
ldapsam:trusted = yes
Volker
retrieval by pdb_getsampwsid. This solves our problem that we do lots of calls
to LDAP during a typical XP login. XP does a lookupnames, then an openuser and
some queryinfo stuff. Lookupnames triggers the initial getsampwnam, and all
the subsequent ones make us call getsampwsid. This patch gets this down to one
call to LDAP.
Yes, a more "correct" way would be to stick the information to the open user
handle, but this one is simpler and saves the LDAP roundtrip for the openuser
call.
Volker
not exactly match what you would expect.
XP workstations during login actually do this, so we should better become a
bit more correct. The LDAP query issued is not really fully optimal, but it is
a lot faster and more correct than what was there before. The change in
passdb.h makes it possible that queryuseraliases is done with a single ldap
query.
Volker
