The command `sudo rmdir $TARGET_ROOT/lost+found` will fail
if `$TARGET_ROOT/lost+found` directory doesn't exist,
e.g. when you use non-default image.
Fixes bug #1245856
Change-Id: I48c8f2f201b29912a726249023ca7d20893cc958
I am getting a lot of http 404's from Fedora mirrors, in particular in
the US. Alternatively we could get cache-url to use previously existing
files if they exist and there is an error but this may not be the
correct thing todo in all cases.
So for now we do a retry if HTTP 404 is returned to the request for a
Fedora image.
Change-Id: I7634aeac3bdfe6930fafe6d276186c09fc8587b5
The fedora element downloads the latest available image so presumably
will jump to F20 once available. Probably causing several days (weeks?)
of busted stuff. Of course it will be impossible to know when all users
of the elements are ready to switch but the least we can do is allow a
little time as a buffer.
This commit ties it down to a specific version which can then be updated
when the consumers of this element are ready. This allso follows the
same pattern as the ubuntu element.
Change-Id: I15c8e15a66e8af1bd152c27144acbc55af9da88e
When extracting the base image without --numeric-owner, user and group
names in the tarball are mapped to uid/gid by the host. This can cause
problems when building an image for some other distro than you're
running yourself. For example, building an Ubuntu image on openSUSE
ends up with /var/cache/man in the image owned by 'proxy' (uid 13)
instead of 'man' (uid 6), because the host (openSUSE) uses uid 13 for
the 'man' user. This particular man/proxy discrepancy results in
"fopen: Permission denied" errors when apt-get does its "Processing
triggers for man-db" thing in the Ubuntu system. I wouldn't be
surprised if there were other kinks caused by this uid/gid mapping
discrepancy too, but that's the one I found so far.
The same thing can also happen with Fedora, but seems to be less likely,
or at least less obvious to me when building Fedora images on openSUSE.
But, IMO, it's better to be safe and just use --numeric-owner on all
base image untarring outside the chroot.
Change-Id: I9da5ac66dd182e7278fe4fee932093f61d35673a
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
