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- fixed some infinite loops in asn1.c
- ensure asn1 callers know if an error is end of buffer or bad data
- handle npending 0 in ldap server
(This used to be commit f22c3b84c8912ccd36e676a782b58f1841be8875)
- add error checking to ldap_encode()
- fixed the asn1 codes for extended search
- use asn1 context macros
(This used to be commit 25d500b6e559b9a530ae65a21046cfde0f8c41af)
the fact that the ldap data structures now use ldb_message_element.
- fixed null termination of elements in ildap
(This used to be commit 09060994c1ed12073ae6e1131d7074db8fdc523c)
- hooked into events system, so requests can be truly async and won't
interfere with other processing happening at the same time
- uses NTSTATUS codes for errors (previously errors were mostly
ignored). In a similar fashion to the DOS error handling, I have
reserved a range of the NTSTATUS code 32 bit space for LDAP error
codes, so a function can return a LDAP error code in a NTSTATUS
- much cleaner packet handling
(This used to be commit 2e3c660b2fc20e046d82bf1cc296422b6e7dfad0)
ldif parsing code in libcli/ldap/ldap_ldif.c, and instead use the ldb
ldif code. To do that I have changed the ldap code to use 'struct
ldb_message_element' instead of 'struct ldap_attribute'. They are
essentially the same structure anyway, so by making them really the
same it will be much easier to use the ldb code in libcli/ldap/
I have also made 'struct ldb_val' the same as a DATA_BLOB, which will
simplify data handling in quite a few places (I haven't yet removed
all the code that maps between these two, that will come later)
(This used to be commit 87fc3073392236221a3a6b933284e9e477c24ae5)
allows us to parse and handle the complex queries we are getting from
w2k, such as
(|(|(&(!(groupType:1.2.840.113556.1.4.803=1))(groupType:1.2.840.113556.1.4.803=2147483648)(groupType:1.2.840.113556.1.4.804=6))(samAccountType=805306368))(samAccountType=805306369))
(This used to be commit 041bce591306a0fb26bd31fe371e30021ea5c0c1)
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()
(This used to be commit 96620ab2ee5d440bbbc51c1bc0cad9977770f897)
ldb_parse_tree. This also fixes the error handling.
next step will be to pass the parse tree straight into ldb, avoiding
the string encoding completely.
(This used to be commit 235cf625e20767c8d5d30c5955ae45e1fdf88bf2)
- added support for guids in cldap netlogon searches.
the cldap server now passes the LDAP-CLDAP torture test
(This used to be commit eb7979d9def389942fa1c54693d2dfcb8828f544)
- added support for binary encoded search filters
- fixed some const handling
- changed the message type to an enum, to help debugging
(This used to be commit d5353b63428698d1ce95c50e2626f1841fa637e3)
less likely that anyone will use pstring for new code
- got rid of winbind_client.h from includes.h. This one triggered a
huge change, as winbind_client.h was including system/filesys.h and
defining the old uint32 and uint16 types, as well as its own
pstring and fstring.
(This used to be commit 9db6c79e902ec538108d6b7d3324039aabe1704f)
talloc_size() or talloc_array_p() where appropriate.
also fixed a memory leak in pvfs_copy_file() (failed to free a memory
context)
(This used to be commit 89b74b53546e1570b11b3702f40bee58aed8c503)
(vl: we should only sync the parsing code with trunk)
- use hierachical talloc in the ldap client code
metze
(This used to be commit 1e9c0b68ca9ddb28877d45fc1b47653b13a7446d)
- tidied up some of the system includes
- moved a few more structures back from misc.idl to netlogon.idl and samr.idl now that pidl
knows about inter-IDL dependencies
(This used to be commit 7b7477ac42d96faac1b0ff361525d2c63cedfc64)
I have created the include/system/ directory, which will contain the
wrappers for the system includes for logical subsystems. So far I have
created include/system/kerberos.h and include/system/network.h, which
contain all the system includes for kerberos code and networking code.
These are the included in subsystems that need kerberos or networking
respectively.
Note that this method avoids the mess of #ifdef HAVE_XXX_H in every C
file, instead each C module includes the include/system/XXX.h file for
the logical system support it needs, and the details are kept isolated
in include/system/
This patch also creates a "struct ipv4_addr" which replaces "struct
in_addr" in our code. That avoids every C file needing to import all
the system networking headers.
(This used to be commit 2e25c71853f8996f73755277e448e7d670810349)
try a sasl sealed CompareRequest
abartlet: we need to check how SINGING only can work,
it failed for me:-(
metze
(This used to be commit 1dabd04e265bbc1e8335f816708c2639746d9afd)
taking a context (so when you pass a NULL pointer you end up with
memory in a top level context). Fixed it by changing the API to take a
context. The context is only used if the pointer you are reallocing is
NULL.
(This used to be commit 8dc23821c9f54b2f13049b5e608a0cafb81aa540)
by making our gensec structures a talloc child of the open connection
we can be sure that it will be destroyed when the connection is
dropped.
(This used to be commit f12ee2f241aab1549bc1d9ca4c35a35a1ca0d09d)
btw, the reason I want to use strncasecmp() instead of StrnCaseCmp()
is that the Samba internal functions are built to deal with
multi-byte, whereas in the cases I am converting we know we are
dealing with solely ascii string constants, so going via the slow
conversion libraries is pointless.
(This used to be commit cef08d5789277bdaa25d5bf0e7cfca8615230f1b)
This version does the following:
1) talloc_free(), talloc_realloc() and talloc_steal() lose their
(redundent) first arguments
2) you can use _any_ talloc pointer as a talloc context to allocate
more memory. This allows you to create complex data structures
where the top level structure is the logical parent of the next
level down, and those are the parents of the level below
that. Then destroy either the lot with a single talloc_free() or
destroy any sub-part with a talloc_free() of that part
3) you can name any pointer. Use talloc_named() which is just like
talloc() but takes the printf style name argument as well as the
parent context and the size.
The whole thing ends up being a very simple piece of code, although
some of the pointer walking gets hairy.
So far, I'm just using the new talloc() like the old one. The next
step is to actually take advantage of the new interface
properly. Expect some new commits soon that simplify some common
coding styles in samba4 by using the new talloc().
(This used to be commit e35bb094c52e550b3105dd1638d8d90de71d854f)
