* tools/nss/libvirt_nss.[ch]: add BSD-comptabile wrappers and
register via the nss_module_register() interface
* m4/virt-nss.m4: add checks if we're building NSS for FreeBSD
* tools/Makefile.am: handle target library name differences, as
Linux needs libnss_libvirt.so.2 and FreeBSD needs
nss_libvirt.so.1. Also, different syms files have to be used
as Linux needs to export all the methods while FreeBSD
only needs to have nss_module_register()
* tests/nsstest.c, tests/nssmock.c: s/__linux__/NSS/
* tests/nssmock.c: pass int instead of mode_t to va_arg() to please
gcc 4.8
* libvirt_nss_bsd.syms: FreeBSD syms file
The variable is dereferenced prior its check for NULL. The check
itself does not make much sense anyway - it's our test, we know
we are not passing NULL.
Signed-off-by: Michal Privoznik <mprivozn@redhat.com>
Problem is that in the test any status file matching
tests/nssdata/*.status is loaded as it contains IP addresses that
are parsed. However, there's no order specified in which the
files are loaded. Therefore on different systems the order may be
different. This is then producing an unexpected results.
Instead of defining an order in which the files are loaded, make
the code that checks for missing IP addresses (or redundant ones)
cope with unordered list of addresses. The reasoning behind is
that the code doing the parsing is used in real NSS module where
we don't care for ordering.
Signed-off-by: Michal Privoznik <mprivozn@redhat.com>
This allows setting the address in host and/or network order and makes
the naming consistent. Now you don't need to call [hn]to[nh]l()
functions as that is taken care of by these functions. Also, now
the *NetOrder take the address in network order, the other functions in
host order so the naming and usage is consistent. Some places were
having the address in network order and calling ntohl() just so the
original function can call htonl() again. This makes it nicer to read.
Signed-off-by: Martin Kletzander <mkletzan@redhat.com>
