The previous output format had a %-20s conversion specifier. This
produced different output depending on the length of the pathname, which
was too difficult to normalize. By moving the directory name to the
end, it is no longer necessary to fill up any space, and the numbers are
always aligned properly.
As a result, 3 of the unit tests no longer need any special
postprocessing of their output.
These are no-ops (unimplemented) on both FreeBSD and Solaris
and the one piece of code I've found that uses it seems to assume the
call will fail so it should be safe to leave this returning EINVAL.
However, it does need the definitions to compile...
This is only used interactively, not in the official builds, therefore
the additional dependency on Perl doesn't matter. The same result could
have been achieved in any other programming language, but probably not
as concisely.
count blocks written in unsigned 64 bit counter
rather than signed int which overflows after 2^31-1
blocks (2TiB) after which neither the 5 minute
status updates or SIGINFO (^T) reports are issued
until the negative numbers increase past 0 and
wildly inaccurate reports would be written.
Before, the conditions in the output had been expanded, which made them
illegible. The expanded conditions were unrealistic as well since the
evaluation flags differ between a condition and normal evaluation
(VARE_WANTRES, VARE_UNDEFERR).
The function name had been too ambiguous since it didn't mention the
particular directory that was initialized. Instead of that function,
Dir_InitCur is called directly from main_Init.
The pseudo CachedDir entry ".DOTLAST" is initialized at the very
beginning. The observable behavior is unchanged since this a
memory-only object with no connection to the file system.
iavf(4) didn't dequeue aqb from sc_atq_live that is a list for
buffer in use when a command is failed by ETIMEDOUT.
This causes a panic in the following sequence:
1. enqueue an aqb to sc_atq_live at iavf_aqb_post()
2. the last command is failed by ETIMEDOUT
3. enqueue the aqb used in the failed command to sc_atq_idle
at an error handling in iavf_attach()
4. dequeue the same aqb from sc_atq_live and enqueue sc_atq_idle
again at iavf_cleanup_admin_queue()
- sc_atq_idle is broken at that time
5. free the aqb in sc_atq_idle more than once
Fix PR/55822
reviewed by knakahara@n.o.
For big-endian mode, all data written to and read from DMA buffer must be
byte-swapped. This requires heavy modifications to third party codes.
Also, we will switch to vc4 drm driver, hopefully soon.
christos