The code in `check-snapshots` will print "No snapshots cache found
at ..." regardless of the error that happens when trying to open
the file. This can be misleading if e.g. the issue is permissions
to open the file or the file is corrupted. So make the exception
more targeted and only catch FileNotFound error and let python
how the full error for the other cases. Obviously this can be
done in many ways so I'm happy to tweak and e.g. keep catching
all exception but print the value etc.
Right now the tools directory is not checked by pylint because
it will not auto-detect what files are python files and instead
just skip the dir if it does not have a __init__.py.
This commit uses `tox-backticks` to run a custom find to ensure
the python files are explicitely added. I'm not sure we can
use tox-backticks or we need it packages for fedora/rhel?
If we cannot use it we need to look into either a custom tox
plugin to support more rich globbing or just move out
`tools/set-env-variables.sh` as it's the only non-python code
in the repo and it will trip up pylint (syntax error).
Extend the stage to allow explicitly configuring more grub2 default
config options. Preserve the defaults for options which were previously
hard-coded.
Extend the stage unit test to verify setting of the new grub2 default
config options.
Related to https://issues.redhat.com/browse/RHEL-19583
Signed-off-by: Tomáš Hozza <thozza@redhat.com>
Extend the stage to allow explicitly configuring more grub2 default
config options. Preserve the defaults for options which were previously
hard-coded.
Extend the stage unit test to verify setting of the new grub2 default
config options.
Related to https://issues.redhat.com/browse/RHEL-19583
Signed-off-by: Tomáš Hozza <thozza@redhat.com>
Small unit test for the new `org.systemd.unit.create` stage. It
will do basic schema validation checks and ensures that a simple
service definition is correctly translated to a systemd unit.
The bootc.install-to-filesystem code needs to run against the
root directory of a mounted tree, i.e. with /boot, /boot/efi
mounted. So change the code so that the target dir is the
the "mounts" paths. This is similar to how bootupd works and
the caller need to arrange the right mount setup there.
Add systemd unit files in osbuild stage
This stage creates systemd unit file in `/usr/lib/systemd/system/`.
The stage accepts filename which must end with `.service`.Section
`Unit` , `Service` , `Install` accepts various parameters as per
the systemd documentaion.`systemd-analyze verify` is be performed
after the .service file is created to check for potential errors.
Signed-off-by: Sayan Paul <paul.sayan@gmail.com>
This commit adds a test that ensures that the output of
podman mount is part of the error message. While writing
the test I also tweaked the code slightly so that we only
try to `podman umount` if we managed to successfully mount.
The new `testutil.mock_command` context manager can be used to
mock commands in PATH and replace them with arbitrary shell
scripts. This is useful in testing to e.g. simulate exact error
conditions that would be hard to trigger otherwise or to replace
long running commands with faked results.
Example:
```
fake_cmd = textwrap.dedent("""\
do-something
""")
with mock_command("some-cmd", fake_cmd):
your_code
```
This commit adds example manifests for a bootc.install-to-filesystem
system. It does not do more with them because running a full test
requires a working podman which is difficult to use inside our
GH runners that are already running inside docker.
This adds a `default: true` option for all cases where OSTree
information is specified in schemas and allows for the information
to be picked up from the filesystem.
This is a safe operation because when building disk images there is
no known case where having two deployments makes sense. In the case
there ever were a case then the osname, ref, and serial options still
exist and can be used.
Co-authored-by: Luke Yang <luyang@redhat.com>
Co-authored-by: Michael Vogt <michael.vogt@gmail.com>
It seems like an artifical limitation to prevent copying from a mount
or from one location in the tree to another. It just so happens we need
this functionality when building CoreOS images because we want to take
a file embedded in the OSTree at a location and copy it to another
location in the tree. The particular example here is we want to copy
/usr/share/coreos-assembler/platforms.json -> /boot/coreos/platforms.json
See https://github.com/coreos/coreos-assembler/pull/3709
Allowing to copy from/to the tree we can now do something like:
```
- type: org.osbuild.copy
options:
paths:
- from: tree:///usr/share/coreos-assembler/platforms.json
to: tree:///boot/coreos/platforms.json
mounts:
- name: ostree.deployment
type: org.osbuild.ostree.deployment
options:
deployment:
ref: ostree/1/1/0
osname:
fedora-coreos
```
In some cases it could useful to add additional kernel options without
modifying BLS config, so any subsequent call to `zipl` would ignore them.
We are going to use this to append `ignition.firstboot` to kernel cmdline
for CoreOS on s390x.
This stage was failing for me in bib, with this change I now
get more useful information from podman's stderr, e.g.:
```
RuntimeError: Failed to mount image (125): time="2024-02-06T14:23:06Z" level=error msg="Unmounting /var/lib/containers/storage/overlay/06456126e7c06cf1b21de024e08e64eddead2b8d03779be213e63aeeea9dec94/merged: invalid argument"
Error: creating overlay mount (...snip...)
fuse: device not found, try 'modprobe fuse' first
fuse-overlayfs: cannot mount: No such file or directory
```
Since the stage depends on quite a specific tree state (ostree prepped
tree with boot files), we can't really unit test it any simpler than
generating a tree with and without running the stage and diffing the
tree.
Runs bootupctl generate-update-metadata in the tree to transform
/usr/lib/ostree-boot into a bootupd-compatible update payload.
This stage should be run on the sysroot of an ostree deployment or
ostree-converted tree.
We only support `gpt` here so it would seem this option doesn't
make much sense to add, but it will make it so that the mpp-define-images
from osbuild-mpp can be passed in to `org.osbuild.sgdisk` just as it
can be passed in today to `org.osbuild.sfdisk`.
Partitions by default are indexed starting at 1, but in
some cases, such as CoreOS for IBM Z, it may be usefull
to set the 'partnum' for GPT disks explicitly, without
creating dummy partitions.
Now user can define an image:
```
mpp-define-images:
- id: image
size: 10737418240
table:
uuid: 00000000-0000-4000-a000-000000000001
label: gpt
partitions:
- name: boot
type: 0FC63DAF-8483-4772-8E79-3D69D8477DE4
partnum: 3
size: 786432
- name: root
type: 0FC63DAF-8483-4772-8E79-3D69D8477DE4
partnum: 4
size: 4194304
```
So target disk would look like:
```
Disklabel type: gpt
Disk identifier: 00000000-0000-4000-A000-000000000001
Device Start End Sectors Size Type
/dev/loop0p3 2048 788479 786432 384M Linux filesystem
/dev/loop0p4 788480 4982783 4194304 2G Linux filesystem
```
This patch updates the osbuild-mpp tool and the sgdisk and sfdisk
stages to support this.
Co-authored-by: Dusty Mabe <dusty@dustymabe.com>
This commit adds code that will remove the least recently used
entries when a store() operation does not succeeds because the
cache is full. To be more efficient it will try to free
twice the requested size (this can be configured in the code).
This adds an optional `paths` option to the tar stage. If specified, the
paths will be included in the tarball in order.
The OVA image needs to have its contents in a specific order in the
archive.
Add or remove the immutable bit to the specified mount directory.
The need we have for this right now is for the CoreOS builds where
the immutable bit being set on an OSTree deployment root doesn't
survive the `cp -a --reflink=auto` in the org.osbuild.copy stage when
being copied from the directory tree into the mounted XFS filesystem
we created on the disk image. Thus we have to workaround this loss
of attribute by applying the attribute directly on the mounted
filesystem from the disk.
Instead of operating directly on the tree for a stage we can operate
on a mount too. This is useful in the case where operating on the
directory tree of files isn't sufficient and the modifications need
to be made directly to the filesystems on the disk image that we are
creating.
One such example of this is we are having a problem right now where
the immutable bit being set on an OSTree deployment root doesn't
survive the `cp -a --reflink=auto` in the org.osbuild.copy stage when
being copied from the directory tree into the mounted XFS filesystem
we created on the disk image. Thus we have to workaround this loss
of attribute by applying the attribute directly on the mounted
filesystem from the disk.
In this change here we also add a check in osbuild/mounts.py to not
attempt a umount of the root of the mounts directory if that path
is no longer a mountpoint, which can happen when the umount -R
from the mounts/org.osbuild.ostree.deployment also removes the
overmount.
Here is an example of how this would be used:
```
- type: org.osbuild.chattr
options:
immutable: true
path: mount://root/
devices:
disk:
type: org.osbuild.loopback
options:
filename: disk.img
partscan: true
mounts:
- name: root
type: org.osbuild.xfs
source: disk
partition:
mpp-format-int: '{image.layout[''root''].partnum}'
target: /
- name: ostree.deployment
type: org.osbuild.ostree.deployment
options:
source: mount
deployment:
osname: fedora-coreos
ref: ostree/1/1/0
```
The initial mount on `/` is the filesystem from the root partition
on the disk. The second mount (of type org.osbuild.ostree.deployment)
then reconfigures things similar to how an OSTree system is set up.
