or mountpoint=legacy that have children datasets. This also fixes dataset
rename when receiving incremental snapshots as reported on freebsd-fs@
This assertion was made triggerable by opensolaris change #10196.
PR: bin/160400
Reviewed by: pjd
MFC after: 1 week
in the case of a held dataset during remount.
Detailed description is available at:
https://www.illumos.org/issues/883
illumos-gate revision: 13380:161b964a0e10
Reviewed by: pjd
Approved by: re (kib)
Obtained from: Illumos (Bug #883)
MFC after: 3 days
devices are imbalanced zfs will lots of CPU searching for space on devices
which tend to be pretty full. It should instead fail quickly on the full
devices and move onto devices which have more availability.
New loader tunable: vfs.zfs.mg_alloc_failures (min = 8)
Illumos-gate changeset: 13379:4df42cc92254
Obtained from: Illumos (Bug #1051)
MFC after: 2 weeks
cddl/contrib/opensolaris/cmd/zpool/zpool.8:
cddl/contrib/opensolaris/lib/libzfs/common/libzfs_import.c:
Add the "zpool labelclear" command. This command can be
used to wipe the label data from a drive that is not
active in a pool. The optional "-f" argument can be
used to treat an exported or foreign vdev as "inactive"
thus allowing its label information to be cleared.
perform pool actions is always displayed.
cddl/contrib/opensolaris/cmd/zpool/zpool_main.c:
The "zpool status" command reports the "last seen at"
device node path when the vdev name is being reported
by GUID. Augment this code to assume a GUID is reported
when a device goes missing after initial boot in addition
to the previous behavior of doing this for devices that
aren't seen at boot.
cddl/contrib/opensolaris/lib/libzfs/common/libzfs_pool.c:
In zpool_vdev_name(), report recently missing devices
by GUID. There is no guarantee they will return at
their previous location.
cddl/contrib/opensolaris/lib/libzfs/common/libzfs_pool.c:
o Add zpool_pool_state_to_name() API to libzfs which converts a
pool_state_t into a user consumable string.
o While here, correct constness of make zpool_state_to_name()
and zpool_label_disk().
MFD after: 1 week
For snapshots, this is the same as COMPRESSRATIO, but for
filesystems/volumes, the COMPRESSRATIO is based on the data "USED" (ie,
includes blocks in children, but not blocks shared with the origin).
This is needed to figure out how much space a filesystem would use if it
were not compressed (ignoring snapshots).
Illumos-gate revision: 13387
Obtained from: Illumos (Feature #1092)
MFC after: 2 weeks
but just have a comment that this is broken.
This is just a bandaid until somebody can fix this correctly. The code
is just a broken as it was before r223262 - now buildworld just doesn't
fail.
Tested by: i386 + amd64 buildworld
With hat: benl co-mentor
Few new things available from now on:
- Data deduplication.
- Triple parity RAIDZ (RAIDZ3).
- zfs diff.
- zpool split.
- Snapshot holds.
- zpool import -F. Allows to rewind corrupted pool to earlier
transaction group.
- Possibility to import pool in read-only mode.
MFC after: 1 month
if creating a mirror by attaching a new vdev to a root pool.
Reported by: James R. Van Artsdalen (on freebsd-fs@freebsd.org)
Approved by: delphij (mentor)
MFC after: 3 days
Retry IO once with ZIO_FLAG_TRYHARD before declaring a pool faulted
OpenSolaris revision and Bug IDs:
9725:0bf7402e8022
6843014 ZFS B_FAILFAST handling is broken
Approved by: delphij (mentor)
Obtained from: OpenSolaris (Bug ID 6843014)
MFC after: 3 weeks
OpenSolaris revision and Bug IDs:
9701:cc5b64682e64
6803605 should be able to offline log devices
6726045 vdev_deflate_ratio is not set when offlining a log device
6599442 zpool import has faults in the display
Approved by: delphij (mentor)
Obtained from: OpenSolaris (Bug ID 6803605, 6726045, 6599442)
MFC after: 3 weeks
linking process. This is needed because we change the source object
files and the second this dtrace -G is run, no probes will be found.
This hack allows us to build postgres with DTrace probes enabled. I'll
try to find a way to fix this without needing this hack.
Sponsored by: The FreeBSD Foundation
cannot access dataset system/usr/home: Operation not supported
by including libzfs_impl.h. What libzfs_impl.h does is to redefine ioctl() to
be compatible with OpenSolaris. More specifically OpenSolaris returns ENOMEM
when buffer is too small and sets field zc_nvlist_dst_size to the size that
will be big enough for the data. In FreeBSD case ioctl() doesn't copy data
structure back in case of a failure. We work-around it in kernel and libzfs by
returning 0 from ioctl() and always checking if zc_nvlist_dst_size hasn't
changed. For this work-around to work in pyzfs we need this compatible ioctl()
which is implemented in libzfs_impl.h.
MFC after: 2 weeks
This provides a noticeable write speedup, especially on pools with
less than 30% of free space.
Detailed information (OpenSolaris onnv changesets and Bug IDs):
11146:7e58f40bcb1c
6826241 Sync write IOPS drops dramatically during TXG sync
6869229 zfs should switch to shiny new metaslabs more frequently
11728:59fdb3b856f6
6918420 zdb -m has issues printing metaslab statistics
12047:7c1fcc8419ca
6917066 zfs block picking can be improved
Approved by: delphij (mentor)
Obtained from: OpenSolaris (Bug ID 6826241, 6869229, 6918420, 6917066)
MFC after: 2 weeks
Summary of changes:
* Implement a compatibility shim between Solaris libproc and our
libproc and remove several ifdefs because of this.
* Port the drti to FreeBSD.
* Implement the missing DOODAD sections
* Link with libproc and librtld_db
* Support for ustack, jstack and uregs (by sson@)
* Misc bugfixing
When writing the SUWN_dof section, we had to resort to building the ELF
file layout by "hand". This is the job of libelf, but our libelf doesn't
support this yet. When libelf is fixed, we can remove the code under
#ifdef BROKEN_LIBELF.
Sponsored by: The FreeBSD Foundation
Unlike for modules with dso type, in elf object modules all the sections
have virtual address of zero. So, it is insufficient to add module base
address to section virtual address (as recorded in section header) to
get section address in kernel memory.
Instead, we should apply the same calculations that are performed by
kernel loaders (in boot code and in kernel) when they lay out sections
in memory.
Also, unlike OpenSolaris, the sections are not collapsed into just .text,
.data and .bss by module loaders, so we need to take additional care
about other sections.
Note that in-kernel symbol-to-address mapping worked just fine, e.g. fbt
provider could correctly find the functions, etc. It's only in userland
that the mapping in both direction worked incorrectly, e.g. in stack()
output addresses of functions in kernel modules were not translated to
their names.
Reviewed by: rpaulo
MFC after: 3 weeks
