directories. Previously, pfs_iterate() would return -1 when it
reached the end of the process list while processing a process
directory node, even if the parent directory contained further nodes
(which is the case for the linprocfs root directory, where the process
directory node is actually first in the list). With this patch,
pfs_iterate() will continue to traverse the parent directory's node
list after exhausting the process list (as was the intention all
along). The code should hopefully be easier to read as well.
While I'm here, have pfs_iterate() assert that the allproc lock is
held.
yet, so we can protect some locking code from being interrupted by signal
handling. When KSE mode is turned on, reset the thread flag to scope process
except we are running in 1:1 mode which we needn't turn it off.
Also remove some unused member variables in structure kse.
Tested by: deischen
to what is in NetBSD. I have a few cards that tickles this bug, and
this just keeps us from panicing. It doesn't actually fix the problem
(that will happen once I figure out why some cards hate the address
their CIS is mapped to high memory).
are created in the correct location. Always make them. For libraries
that live in /lib, this causes a /lib/libfoo.so and a compatibility
/usr/lib/libfoo.so to be created. We may want to drop the
/usr/lib/libfoo.so symlink at some future point.
- recover rrt_gw setting for non-p2p case. otherwise, we will not
be able to recover interface route on interface down -> up
transition.
- clarify loop exit condition
Obtained from: KAME
MFC after: 1 week
the interface wake up. it can be started anytime even when there is
no network interface on the list of intarfaces in the kernel.
- get a correct link ID for each interface at initialization
(using scope libraries if HAVE_SCOPELIB is defined).
- fill in sin6_scope_id correctly before sendmsg().
Obtained from: KAME
MFC after: 1 week
need for libstdc++ in /lib, and the generated binary is actually smaller
statically linked than dynamically + sizeof(libstdc++). Additionally,
devd doesn't use get*by*() which is one of the main motivations for
dynamically linking your root partition anyway.
WITH_DYNAMICROOT, which will toggle the generation of dynamically-linked
binaries for installation in /bin and /sbin. It is currently off,
meaning that /bin and /sbin are still statically linked by default.
If something goes wrong (which I hope doesn't), this is what /rescue is
all about. Please do not try to use WITH_DYNAMICROOT and NO_RESCUE to
save space or some other equally silly reason. If you do and end up
having problems, you have been warned.
binaries in /bin and /sbin installed in /lib. Only the versioned files
reside in /lib, the .so symlink continues to live /usr/lib so the
toolchain doesn't need to be modified.
