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When against a real, schema-checking LDAP backend, we need
extensibleObject on the baseDN entry (as entryUUID isn't run for
creating this basic ldif) output.
This lets the modules or backend generate the host and domain GUID,
rather than the randguid() function. These can still be specified
from the command line.
Andrew Bartlett
Shutdown and reload the LDB, so the entryUUID module knows to read the
schema (will be changed once we have a central schema store and
notifications).
Andrew Bartlett
this version returns also oMSyntax and oMObjectClass and also
use the right value for the objects CNs
add a nasty hack to ejs' mprLdbMessage() to handle binary blobs situations
shows the need for...
Martin Kuhl writes:
The ejs function `substitute_var' returns `undefined' when the first
argument ends in a pattern that should be substituted.
For that reason, the second assertion fails in the following test-case:
,----
| libinclude("base.js");
|
| var obj = new Object();
| obj.FOO = "foo";
| obj.BAR = "bar";
| var str1 = "${FOO}:${BAR}";
| var str2 = "${FOO}:${BAR} "; // note the space after the brace
| var sub1 = substitute_var(str1, obj);
| var sub2 = substitute_var(str2, obj);
|
| assert(str1 + " " == str2);
| assert(sub1 + " " == sub2);
`----
The problem is that the function `split' returns a single-element
array in both cases:
a) the string to split doesn't contain the split pattern
b) the string ends with the split pattern
To work around this, the following patch tests this condition and
returns `undefined' only if the string to split (`list[i]') really
didn't contain a closing brace.
This causes things to operate as just one transaction (locally), and
to make a minimum of TCP connections when connecting to a remote LDAP
server.
Taking advantage of this, create another file to handle loading the
Samba4 specific schema extensions. Also comment out 'middleName' and
reassign the OID to one in the Samba4 range, as it is 'stolen' from a
netscape range that is used in OpenLDAP and interenet standards for
'ref'.
Andrew Bartlett
This module redirects various samdb requests into different modules,
depending on the prefix. It also makes moving to an LDAP backend
easier, as it is just a different partition backend.
This adds yet another stage to the provision process, as we must setup
the partitions before we setup the magic attributes.
Andrew Bartlett
This required changes to the rootDSE module, to allow registration of
partitions. In doing so I renamed the 'register' operation to
'register_control' and 'register_partition', which changed a few more
modules.
Due to the behaviour of certain LDAP servers, we create the baseDN
entry in two parts: Firstly, we allow the admin to export a simple
LDIF file to add to their server. Then we perform a modify to add the
remaining attributes.
To delete all users in partitions, we must now search and delete all
objects in the partition, rather than a simple search from the root.
Against LDAP, this might not delete all objects, so we allow this to
fail.
In testing, we found that the 'Domain Controllers' container was
misnamed, and should be 'CN=', rather than 'OU='.
To avoid the Templates being found in default searches, they have been
moved to CN=Templates from CN=Templates,${BASEDN}.
Andrew Bartlett
seemed to work quite well and this technique might be good for
generating an interface to use for automated testing.
Tested by doing a nbt lookup against smbd.
KeyError exceptions as appropriate.
Add a close() function to the wrapper as we can't rely on the
Python garbage collector destroying the object and closing the tdb file
at any particular time.
all parts of a ldb_result:
@BASEINFO has 2 elements
elt[0]: val[0]: sequenceNumber = 2
elt[1]: val[0]: distinguishedName = @BASEINFO
name=foo has 2 elements
elt[0]: val[0]: foo = bar
elt[1]: val[0]: distinguishedName = name=foo
Cleanup some swig junk that was only necessary when including config.h
and function prototypes that used the PRINTF_ATTRIBUTE() macro.
Add some more comments.
