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It's already been disabled for a while, as it required some compile flags that broke other things.
While this backend was an interesting proof-of-concept, this module doesn't really add any value.
It's not possible to map between windows registry and gconf semantics and I can't think of
any reason why you would want to do so.
always bring it back if we need to. This code was getting in the way while
refactoring.
Add some tests for TDR.
Get rid of typedef in lib/registry/tdr_regf.idl and fix the
TDR code to be able to deal with it.
This also adds some more headers to the list that is installed and a couple of extra #include lines so these
headers can be used externally without problems.
This patch changes a lot of the code in ldb_dn.c, and also
removes and add a number of manipulation functions around.
The aim is to avoid validating a dn if not necessary as the
validation code is necessarily slow. This is mainly to speed up
internal operations where input is not user generated and so we
can assume the DNs need no validation. The code is designed to
keep the data as a string if possible.
The code is not yet 100% perfect, but pass all the tests so far.
A memleak is certainly present, I'll work on that next.
Simo.
This is a pointer to an element pointer. If it is not null it will be
filled with the pointer of the manipulated element.
Will avoid double searches on the elements list in some cases.
talloc(NULL, xxx) to allocate the registry context. That had two
consequences
1) it was a massive memory leak, as all winreg operations leaked their
entire context (including an open ldb database) every time
2) event_context_find() never found the exsting event context, so we
used a new event context each time, which called epoll_create()
each time, which caused a fd to be allocated
in having pointers for outgoing data when you can already modify the top-level
element.
This can be overridden (temporarily) by specifying the new "keepref"
attribute. Once we've removed keepref from all IDL files, I'll remove this
attribute as well.
