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- removed the timestamps module, replacing it with the operational module
- added a ldb_msg_copy_shallow() function which should be used when a module
wants to add new elements to a message on add/modify. This is needed
because the caller might be using a constant structure, or may want to
re-use the structure again
- enabled the UTC time attribute syntaxes in the operational module
most of the changes are fixes to make all the ldb code compile without
warnings on gcc4. Unfortunately That required a lot of casts :-(
I have also added the start of an 'operational' module, which will
replace the timestamp module, plus add support for some other
operational attributes
In ldb_msg_*() I added some new utility functions to make the
operational module sane, and remove the 'ldb' argument from the
ldb_msg_add_*() functions. That argument was only needed back in the
early days of ldb when we didn't use the hierarchical talloc and thus
needed a place to get the allocation function from. Now its just a
pain to pass around everywhere.
Also added a ldb_debug_set() function that calls ldb_debug() plus sets
the result using ldb_set_errstring(). That saves on some awkward
coding in a few places.
a search() function, instead each module now only implements the
bytree method, and the expression based search is handled generically
by the modules code. This makes for more consistency and less code
duplication.
fixed the tdb backend to handle BASE searches much more
efficiently. They now always only lookup one record, regardless of the
search expression
do not autostart transactions on ldb operations if a transaction is already in place
test transactions on winsdb
all my tests passes so far
tridge please confirm this is ok for you
changed the prioivate modules API
error string are now not spread over all
modules but are kept in a single place.
This allows a better control of memory
and error reporting.
private ldb API
ldb_sqlite3 is already working with this model and ldb_tdb will do
as soon as tridge finishes the tdb transaction code.
currently the transactions are always implicit and wrap any single
ldb API call except searching, the transaction functions are
currently not made public on purpose.
Simo.
This code applies correct ldap standard wildcard matching code
removes WILDCARD matching from tdb @ATTRIBUTES, that's now handled independently
adds some more tests for wildcard matching
fixes dn comparison code in ldb_match
- we do not support multpiple attribute components anymore, makes code a lot easier
they will be readded later if we found out they are really used, so far my tests
show w2k3 do not handle them as well
- fix escaping issues, move component value to be in an ldb_val structure
still need to handle binary values case
- make cononicalize functions leak less memory by giving a specific memory context
- fix tests scripts so that test-ldap can start
- make test not delete databases on completion so that I can inspect them
- moved the knowledge of attribute types out of ldb_tdb and into the
generic ldb code. This allows the ldb_match() message match logic
to be generic, so it can be used by other backend
- added the generic ability to load attribute handlers, for
canonicalisation, compare, ldif read and ldif write. In the future
this will be used by the schema module to allow us to correctly
obey the attributetype schema elements
- added attribute handlers for some of the core ldap attribute types,
Integer, DirectoryString, DN, ObjectClass etc
- added automatic registration of attribute handlers for well-known
attribute names 'cn', 'dc', 'dn', 'ou' and 'objectClass'
- converted the objectSid special handlers for Samba to the new system
- added more correct handling of indexing in tdb backend based on the
attribute canonicalisation function
- added generic support for subclasses, moving it out of the tdb
backend. This will be used in future by the schema module
- fixed several bugs in the dn_explode code. It still needs more
work, but doesn't corrupt ldb dbs any more.
so that ldbedit, ldbsearch etc can display nice human readable ldif,
while storing the data as binary blobs. This will be used for storing
NDR encoded objectSid and similar attributes, while making the command
line interface sane
cmdline credentials code (which will be done soon)
- added a ldb_init() call, and changed ldb_connect() to take a ldb
context. This allows for much better error handling in
ldb_connect(), and also made the popt conversion easier
- fixed up all the existing backends with the new syntax
- improved error handling in *_connect()
- fixed a crash bug in the new case_fold_required() code
- ensured that ltdb_rename() and all ltdb_search() paths get the read lock
- added a ldb_oom() macro to make it easier to report out of memory
situations in ldb code
using to perform such things as bitop tests on integers.
So far I have only added support for the 1.2.840.113556.1.4.803 and
1.2.840.113556.1.4.804 rules, which are for bitwise and/or
instead of a search expression. This allows our ldap server to pass
its ASN.1 parsed search expressions straight to ldb, instead of going
via strings.
- updated all the ldb modules code to handle the new interface
- got rid of the separate ldb_parse.h now that the ldb_parse
structures are exposed externally
- moved to C99 structure initialisation in ldb
- switched ldap server to using ldb_search_bytree()
changes:
- ldb_wrap disappears from code and become a private structure of db_wrap.c
thanks to our move to talloc in ldb code, we do not need to expose it anymore
- removal of ldb_close() function form the code
thanks to our move to talloc in ldb code, we do not need it anymore
use talloc_free() to close and free an ldb database
- some minor updates to ldb modules code to cope with the change and fix some
bugs I found out during the process
