objects, and the RTLD_NODELETE and RTLD_NOLOAD flags to dlopen(3).
Mark libpthread as DF_1_NOOPEN and use it to test the functionality.
Somewhat taken from FreeBSD.
Fixes PR 42029.
OK from christos and joerg.
DIOCGWEDGEINFO and DIOCGDINFO. This should fix problem with raidframe + lvm
reported by
Toby Karyadi on current-users@.
Thanks for reporting this issue.
- Centralize CPPFLAGS for DM_DEVICE_{UID,GID,MODE}
- Make DM_DEVICE_GID operator DM_DEVICE_MODE 0640 to be more NetBSD like
- make all the code use DM_DEVICE_MODE instead of hard-coding.
- make sure that all mknod calls are followed by a chown call.
For aggregates of multiple disks we use the largest sector size from
all disks. For standard power-of-2 sizes this is the same as the least
common multiple. We still require proper alignment of the targets in
the mapping table.
ok by haad@
so that they get reused with a invalid pointer to a mount structure.
As a workaround, free the vnodes used to create the in-filesystem journal
immediately.
The mbp->b_resid is used to track if all the nested buffers have been issued
and reported back. When the last buffer calls in, mbp->b_resid becomes zero
and biodone(mbp) is called. This is fine as long as there are no errors.
If a read-error does occure in one of the nested buffers, the mbp->b_error is
set and on its call to biodone(mbp), with mbp->b_resid is zero, physio()
panics since it asserts that IF an error is set on a buffer, there should be a
residual amount of data left to transfered.
The patch fixes this case by setting mbp->b_resid back to mbp->b_bcount on
mbp->b_error just before biodone(mbp).
This behaviour is consistent with normal buffer issueing. It either succeeds
or doesn't succeed.
VAT writeout was done locked while marked locked as were the readin and
writeout of the metadata partition space table.
While here, also protect the (vp) argument of the UDF_SET_SYSTEMFILE() macro.
Tested on UDF 1.50 sequential, UDF 2.01 RW and UDF 2.50 metadata RW meda.
