-
Notifications
You must be signed in to change notification settings - Fork 1.8k
New issue
Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.
By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.
Already on GitHub? Sign in to your account
Kernel panics on pool import #13124
Comments
That someone was me! In general, we shouldn't allow a kernel panic to occur when attempting an import, even if the pool contains corrupted metadata. There are some blkptr_verify calls in the arc_read codepath that prevent this in most cases, but it seems there might be some holes in that protection. We should try to improve that. |
PR #12535 may resolve your issue and let you import the pool. One of the holes @pcd1193182 alluded to in |
I seem to be getting a similar error on Debian Stable (as well as Ubuntu LTS) with
System memory is 32GB of unbuffered ECC, and had the same error with an Asus P8B-WS motherboard, and with 8GB and 16GB RAM. Currently using an LSI SAS-2008 adapter in IT mode; have had the same result using the onboard SATA ports. The volume is a ZFS mirror and the drives are 1x WDC WD8004FRYZ-0 8TB And are different sizes because I had planned to upgrade the remaining 8TB drive in the near future. I mention this because that's around the ceiling for HDD capacity at the moment, and I have seen a number of error dumps in other bug reports with the SPA_MAXBLOCKSIZE value as 16MB, and I noticed that my value is almost exactly twice that value. S.M.A.R.T. status is showing a clean bill of health. EDIT: I can see that max value for SPA_MAXBLOCKSIZE is hard-coded to 16MB. I'll wait for your guidance to see whether increasing this is likely to be help with mounting this volume (so that I can access files that were modified since the last backup). EDIT2: I have now resolved this by disabling the following parameters /sys/module/zfs/parameters/spa_load_verify_data importing the pool without kernel panic, re-enabling the verification parameters, and then successfully reimporting the pool with verification. |
@richlj thanks for reporting this! Unfortunately, it appears you discovered one of the holes in the block pointer verification that happens, this was mentioned in a previous comment. Your solution of disabling the I'm glad to hear you were then able to import the pool. However, the fact that you hit this does indicate a damaged block pointer was written to the pool. I'd strongly suggest scrubbing the pool, depending on exactly what was damaged it may be correctable. If nothing is reported as a persistent error then it will have been repaired, or the block may have already been freed. We can take a look at hardening this call path now that we're aware of it. |
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
We want `zpool import` to be highly robust and never panic, even when encountering corrupt metadata. This is already handled in the arc_read() code path, which covers most cases, but spa_load_verify_cb() relies on zio_read() and is responsible for verifying the block pointer. During import it is also possible to encounter blocks pointers which contain ZIO_COMPRESS_INHERIT and ZIO_CHECKSUM_INHERIT values. Relax the verification function slightly to allow this. Futhermore, extend dsl_scan_recurse() to verify the block pointer contents of level zero blocks which are not of type DMU_OT_DNODE or DMU_OT_OBJSET. This is handled by arc_read() in the other cases. Reviewed-by: Paul Dagnelie <[email protected]> Signed-off-by: Brian Behlendorf <[email protected]> Closes openzfs#13124 Closes openzfs#13360
System information
zfs-2.0.7-1
)Describe the problem you're observing
Kernel panic on import pool. Unable to recover by rolling back to a previous transaction.
Describe how to reproduce the problem
Boot my machine -> import pool -> kernel panic -> boot loop
Include any warning/errors/backtraces from the system logs
(transcribed from my display)
I was advised by someone who works on ZFS to report this as a kernel bug -- that this apparent metadata corruption shouldn't cause a kernel panic.
Looks similar to #13003. I've already tried the advice suggested there of "grabbing a list of txgs still visible with e.g. zdb -lu and then trying manually specifying -T [for
zpool import
]" to no avail (panics every time).The text was updated successfully, but these errors were encountered: