really what we need is sgdisk in the appliance, but for test suite
purposes this check is enough IMO
Signed-off-by: Cole Robinson <crobinso@redhat.com>
Another test was removing all disk_*.img files, which removed the file
used by this test. This was ultimately caused by us using parallel
tests.
Put the disk image files back into the tests/gdisk/ subdirectory to
avoid this race.
Fixes: commit 6d32773e81
"my" variable $output masks earlier declaration in same scope at ./gdisk/test-expand-gpt.pl line 73.
"my" variable $end_sectors masks earlier declaration in same scope at ./gdisk/test-expand-gpt.pl line 78.
Before this change the tests ran in about 12m34 and afterwards in
about 6m20, although the real change is more dramatic if you only run
tests from the tests/ subdirectory (as language tests still run serially).
This breaks valgrinding for now, which I intend to fix properly later.
part-expand-gpt takes extreme cautions and doesn't proceed to writing
to the disk if the preliminary dry run of sgdisk has generated any
warnings on stdout.
This blocks the use of part-expand-gpt on disk shrink (with disk
resize being the main usecase for part-expand-gpt), because sgdisk dry
run produces a warning in that case.
So remove the excessive safety check, and leave it up to the caller.
Signed-off-by: Denis Plotnikov <dplotnikov@virtuozzo.com>
Reviewed-by: Roman Kagan <rkagan@virtuozzo.com>
When possible, make the disk image format explicit when invoking tools
or using add-drive. This avoids warnings from qemu about the unspecified
format for the image, and also makes qemu slightly faster (skipping the
disk image probing).
Tests checking the image probing are not touched.
This changes also:
- old-style invocations of tools (`$tool $filename`) into new style
(`$tool -a $filename`)
- add-drive-ro/add-drive-with-if guestfish commands into add/add-drive
with explicit readonly/iface arguments
There should be no change in the tests results.
This action moves second(backup) GPT header to the end of the disk.
It is usable in in-place image expanding, since free space after
second GPT header is unusable. To use additional space, we have
to move second header. This is what sgdisk -e does.
However, sgdisk -e may perform additional actions if the partition
table has unexpected params (e.g. if we call sgdisk -e /dev/sda1,
it may fix partition table thus destroying the filesystem).
To prevent such cases, we do a dry-run at first and fail if
additional actions are scheduled.
