The previous attempt to fix this failed because of operator
ordering, so we actually still tried to build EFI images on
i386, so i386 lives failed. This really fixes it. I tested. I
actually built a 32-bit live and it worked.
Resolves: rhbz#1539085
Signed-off-by: Adam Williamson <awilliam@redhat.com>
This shouldn't have been turned on when we switched to doing ia32-efi
images on x86_64; just having the file available isn't where we want
that policy decision to be.
Resolves: rhbz#1539085
Signed-off-by: Peter Jones <pjones@redhat.com>
Commit 8edaefd4d1 added the ability to install specific NVR's of
packages, but it did not adjust the exclude operation to account for
this.
This patch fixes that, applying the exclude only to the name part of the
package NVR, and changes some variable names to pkgnvr/pkgnvrs to make
it more clear that the content has changed to <name>-<version>-<release>
kernel-PAE has been intentionally removed from Rawhide kernel
builds; Fedora 27 will be the last release with kernel-PAE for
i686. So we need to not try and install it in future. See
http://pkgs.fedoraproject.org/rpms/kernel/c/21e4b8338 (it's a
big commit, but the change is in there, it's the second change
in kernel.spec).
Signed-off-by: Adam Williamson <awilliam@redhat.com>
mock now uses systemd-nspawn by default, but it cannot setup the
/dev/loop* nodes that are needed by lorax and livemedia-creator so users
will need to pass --old-chroot to mock if they are using it.
Some lorax users run it from inside mock, which isn't able to detect
whether the host is in Permissive mode. This can lead to confusing
error messages, so this points them in the right direction.
pjones and I happened to notice this suspicious line in the
lmc log for a Fedora 27 live image compose:
2017-08-25 16:04:55,327 DEBUG pylorax.ltmpl: template line 25: installimg None usr/share/lorax//product/ images/product.img
That 'None' does not look right. I believe this is the problem.
The command is defined as `installimg ${compressargs} ...`, and
a few lines earlier, `compressargs` is initially assigned (in
Python) as `None`. `None`, in Python, stringifies to the string
'None'. So unless we're on i386 (where `compressargs` gets
defined to an actual string of arguments in a conditional), we
wind up passing in the string 'None' as the first arg to the
`installimg` command.
To fix this, `compressargs` should be initially set to the empty
string rather than `None`.
This enables Baytrail and similar atom CPUs that typically ship with a
32-bit firmware, but have a 64-bit capable CPU.
Signed-off-by: Peter Jones <pjones@redhat.com>
Per dledford, RDMA fundamentally cannot work reliably on 32-bit
ARM arches, so as part of the re-organization of the relevant
packages, building them on 32-bit ARM has been disabled (for
F27+). Thus we should adjust lorax not to try and install them
on 32-bit ARM. Also change the package name, the 'rdma' package
is obsoleted by 'rdma-core'. This commit should not be applied
to branches for older distros.
Signed-off-by: Adam Williamson <awilliam@redhat.com>
When multiple units are passed to systemctl and one fails it doesn't
finish the others. Change the template command to call systemctl for
each unit individually.
This also removes the lvm2-activation-generator in runtime-cleanup.tmpl
This will allow anaconda to fetch kickstarts using https when installing
with fips=1
Leave vmlinuz and .vmlinuz.hmac in /boot
dracut-fips module needs the vmlinuz.hmac file in order to boot.
It seems that on rare occasions losetup can return before the /dev/loopX
is ready for use, causing problems with mkfs. This tries to make sure
that the loop device really is associated with the backing file before
continuing.
NOTE that using losetup --list -O to return the backing store
associated with the loop device can fail due to losetup truncating
the output filename if sysfs isn't setup. Instead of printing the full
path it will truncate it to 64 characters with a * at the end.
See util-linux lib/loopdev.c for the code that does this.
Use the existing get_loop_name function, which uses losetup -j, to lookup
the loop device associated with the backing store which should work the
same, just in the opposite direction.
