DIB_IMAGE_CACHE will be a user override for the location where images
are cached. Default location is ~/.cache/image-create
Change-Id: I3e9b9f970864d555c9ec9436344b53f6d3d66dfa
This option does not exist on RHEL hosts and matches what is
currently present in elements/rhel/root.d/10-rhel-cloud-image.
Change-Id: I578233c1f37d035c67600fc60e7c4eb4ff75cbb3
Similar to the Ubuntu element the Fedora element had not been updated
to honour --offline. Also similarly we only check for the existence of
the final cached file rather than the image we directly download,
because they are generated separately.
The -u change is just hygiene to detect future buggy changes.
Change-Id: Ib92a9d419bb485c8861da041066827e8d6aac0b7
Latest Fedora cloud images are available here
http://cloud.fedoraproject.org/
With this change, when a Fedora version comes up,
d-i-b will point to it automatically.
Fixes 1199237
(Also, thanks to Lucas Gomes for testing.)
Change-Id: Ifcb8a48f3baf3ef841f00e6a20c6fd9f79fea129
On Fedora 19, there is a delay between the time loop0p2
is created to the time it is ready to be mounted.
This patches waits for 5 seconds for /dev/mapper/loop0p2
to be accessible. If it is not ready then the script
exits with status 1.
Fixes: bug #1197340
Change-Id: Iff0cfd0566673799a77500e0e24954f5f3743a17
The fedora element downloads images too, so we should re-use the caching
code from the ubuntu element.
There doesn't seem to be other examples of code shared between root.d
scripts. In the fedora and dpkg elements we copy install-packages into
the chroot, but that model doesn't apply when we're running scripts
outside of the chroot. Seems sane to just run it directly from the bin/
dir in the temporary hooks directory.
Change-Id: Iaa6aca660042fea323cab4271633a4bdbbc271b8
Fedora's partprobe does not create devices the same way it does on
Ubuntu. Instead of using partprobe, this patch uses kpartx, which
works on both Fedora and Ubuntu.
Change-Id: Iac5cbac083e423425693c8210cd5d058ce4bce72
Qemu-nbd does not perform well with older versions of qemu due to
the lack of writeback caching mode. It also only builds qcow2 images
and there is a desire for raw image support. Finally, qemu-nbd makes
it very difficult to build images concurrently due to the somewhat
opaque nature of how it selects a /dev/nbd# device. losetup, on
the other hand, makes this process very straight forward.
Change-Id: I309fad8af4fd1e8d1720c17b65e1897a76d5e897
Co-Author: Clint Byrum <clint@fewbar.com>
This switches $CLOUD_IMAGES and $RELEASE to the DIB_ namespace so
they will survive future changes to the sanitisation of the build
environment.
Change-Id: I7dc2aa82fb9ef452705b080cc404f41046014f20
