systems were repo-copied from sys/miscfs to sys/fs.
- Renamed the following file systems and their modules:
fdesc -> fdescfs, portal -> portalfs, union -> unionfs.
- Renamed corresponding kernel options:
FDESC -> FDESCFS, PORTAL -> PORTALFS, UNION -> UNIONFS.
- Install header files for the above file systems.
- Removed bogus -I${.CURDIR}/../../sys CFLAGS from userland
Makefiles.
if the kernel module is built that way.
Remove the gross debug device/non-debug device hack used to recognize
whether the kernel module was in sync with the userland module.
vinum_mirror, vinum_raid4, vinum_raid5.
Correct typos.
Show new output of the 'list' and 'ls' commands.
Update examples to use 279 kB stripe sizes instead of 256 kB.
Clarify some text.
Remove the description of the 'invalid ioctl' messages which now no
longer occur.
Add a description of the 'retryerrors' keyword.
to avoid including the kernel headers.
Move a number of definitions of userland functions from
dev/vinum/vinumext.h.
Desired by: bde
This commit is the first of a general cleanup of the header files..
It won't be enough to make bde happy.
Remove vinum_perror and associated DEVBUG definition.
Use userland expurgated versions of kernel structures, since that's
what the ioctls return now.
Remove vinum_perror.
main: Check kernel version with userland version in _vinum_conf. This
field is a constant which gets incremented every time the
kernel-userland interface changes. This enables vinum(8) to
check for the correct kernel version and to produce a useful
message if it doesn't match. For previous versions, which don't
have a version number, the length of the structure is different,
so we can recognize it via the EINVAL return from ioctl.
Supply count parameter to tokenize().
Change method of recognizing active devfs: replace devfs_is_active
with (complemented) no_devfs.
make_devices: remove references to devfs. If we're running devfs, we
don't need to call make_devices at all.
vinum_makedev (user command 'makedev'): Print a warning message if
devfs is running and don't do anything else.
Remove vinum_perror.
Modify 'list' brief printout to fit in 80 columns.
Modify 'ls' brief printout to show the drive to which the subdisk
before instead of the plex offset, which is usually less interesting.
The verbose printout remains unchanged.
Use userland expurgated versions of kernel structures, since that's
what the ioctls return now.
Move checkupdates here to simplify header file mess.
Remove 'vinum_perror'.
Only call make_devices if we're not running devfs.
Use userland expurgated versions of kernel structures, since that's
what the ioctls return now.
Update help list, which was lagging behind reality.
checkupdates: move to list.c to simplify header file mess.
vinum_stripe, vinum_mirror, vinum_raid4, vinum_raid5: change the
default stripe size from 256 k to 279 k, thus hopefully spreading
superblocks more evenly.
rules. Also, don't show dynamic rules if you only asked to see a
certain rule number.
PR: 18550
Submitted by: Lyndon Nerenberg <lyndon@orthanc.ab.ca>
Approved by: luigi
MFC after: 2 weeks
page with *all* the permissible values.
This should really be spelt ipencap (as /etc/protocols does),
but a precedent has already been set by the ipproto array in
setkey.c.
It would be nice if /etc/protocols was parsed for the upperspec
field, but I don't do yacc/lex...
This change allows policies that only encrypt the encapsulated
packets passing between the endpoints of a gif tunnel. Setting
such a policy means that you can still talk directly (and
unencrypted) between the public IP numbers with (say) ssh.
MFC after: 1 week
function; we now handle unknown protocols more gracefully.
- Cache the return from getnetconfigent() so that we don't have to
remember to call freenetconfigent() each time. This fixes a memory
leak that would cause retrying background mount_nfs processes to
slowly increase their memory usage.
longer includes machine/elf.h.
* consumers of elf.h now use the minimalist elf header possible.
This change is motivated by Binutils 2.11.0 and too much clashing over
our base elf headers and the Binutils elf headers.
least in -w's case, simply unsetting the correct bit in init_flags was not
enough. The bit may be reset later if, say, the filesystem is marked `ro'
in fstab. The command line option should override the fstab setting, but
did not. The implementation of -r was changed for consistency.
PR: 26886
Reviewed by: archie
Traditionally, fsck is invoked before the filesystems are mounted
and all checks are done to completion at that time. If background
checking is available, fsck is invoked twice. It is first invoked
at the traditional time, before the filesystems are mounted, with
the -F flag to do checking on all the filesystems that cannot do
background checking. It is then invoked a second time, after the
system has completed going multiuser, with the -B flag to do checking
on all the filesystems that can do background checking. Unlike
the foreground checking, the background checking is started
asynchonously so that other system activity can proceed even on
the filesystems that are being checked.
At the moment, only the fast filesystem supports background checking.
To be able to do background checking, a filesystem must have been
running with soft updates, not have been marked as needing a
foreground check, and be mounted and writable when the background
check is to be done (i.e., not listed as `noauto' in /etc/fstab).
These changes are the final piece needed to support background
filesystem checking. They will not have any effect until you update
your /etc/rc to invoke fsck in its new mode of operation. I am
still playing around with exactly what those changes should be
and should be committing them later this week.
filesystem needs foreground checking (usually at boot time) or
can defer to background checking (after the system is up and running).
See the manual page, fsck_ffs(8), for details on the -F and -B options.
These options are primarily intended for use by the fsck front end.
All output is directed to stdout so that the output is coherent
when redirected to a file or a pipe. Unify the code with the fsck
front end that allows either a device or a mount point to be
specified as the argument to be checked.
always look up -network and -mask addresses numerically before
trying getnetbyname(). Without this, we may end up attempting DNS
queries on silly names such as "127.0.0.0.my-domain.com". See the
commit log from revisions 1.21 and 1.20 for further details.
removes the last path component until the mount() succeeds. However,
the code never checks if it has passed the mountpoint, so in some
cases where the mount() never succeeds, it can end up applying the
flags from a mounted filesystem to the underlying one.
Add a sanity check to the code which removes the last path component:
test that the fsid associated with the new path is the same as that
of the old one.
PR: bin/7872
a number of assumptions related to the parsing of options in
/etc/exports, and missed a few necessary new error checks.
The main problems related to netmasks: an IPv6 network address
missing a netmask would result in the filesystem being exported to
the whole IPv6 world, non-continuous netmasks would be made continuous
without any warnings, and nothing prevented you specifying an IPv4
mask with an IPv6 address.
This change addresses these issues. As a side-effect we now store
netmasks in sockaddr structs (this matches the kernel interface,
and is closer to the way it used to be). Add a flag OP_HAVEMASK to
keep track of whether or not we have successfully got a mask from
any source. Replace some mask-related helper functions with versions
that use the sockaddr-based masks.
Also tidy up get_net() and fix the code that interprets IPv4 partial
networks such as "127.1" as network rather than host addresses.
Properly zero out some structures that were ending up partially
containing junk from the stack, fix a few formatting issues, and
add a comment noting some assumptions about export arguments.
would call malloc, stdio and other library functions from the signal
handler which is not safe due to reentrancy problems.
Instead, add a simple handler that just sets a flag, and call the
more complex function from main() when necessary. Unfortunately to
be able to check this flag, we must expand the svc_run() call, but
the RPC library makes that relatively easy to do.
