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Those type of objects are referenced every time we assign
them to other py_talloc objects, which leads to runtime
warnings that we are trying to free an object with references
Wrap talloc_unlink() in SMB_ASSERT() to ensure we catch possible failure
Autobuild-User: Kamen Mazdrashki <kamenim@samba.org>
Autobuild-Date: Wed Oct 20 21:37:06 UTC 2010 on sn-devel-104
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Autobuild-User: Kamen Mazdrashki <kamenim@samba.org>
Autobuild-Date: Fri Oct 8 23:36:54 UTC 2010 on sn-devel-104
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NULL is converted to Py_None
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py_talloc_steal() was implemented as a macro which evaluated it's 2nd
argument twice. It was often called via a macro with a 2nd argument
that was a function call, for example an allocation in
py_talloc_new(). This meant it allocated memory twice, and leaked one
of them.
This re-implements py_talloc_steal() as a function, so that it only
does the allocation once.
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When we have a system talloc library, we still need to grab pytalloc.h
from lib/talloc. We don't want to just use -Ilib/talloc, as otherwise
we'll get the in-tree talloc.h which may not be compatible with the
system talloc.h
So we need to give the path to pytalloc.h
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macro.
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Use py_talloc_reference in DCE/RPC code, fixes
access to SAMR pipe.
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The previous code caused memory leaks, and also caused situations
where talloc_free could be called on pointers with multiple parents
The new approach is to have two functions:
py_talloc_import : steals the pointer, so it becomes wholly owned by
the python object
py_talloc_reference: uses a reference, so it is owned by both python
and C
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This fixes the build on Tru64.
metze
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than python object location.
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