| Commit message (Collapse) | Author | Age | Files | Lines |
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https://bugzilla.redhat.com/show_bug.cgi?id=1945274 is an issue where a privileged
kubernetes daemonset is writing a socket into `/etc`. This makes ostree upgrades barf.
Now, they should clearly move it to `/run`. However, one option is for us to
just ignore it instead of erroring out. Some brief investigation shows that
e.g. `git add somesocket` is a silent no-op, which is an argument in favor of ignoring it.
Closes: https://github.com/ostreedev/ostree/issues/2446
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We struggled for a long time with enablement of our "internal units",
trying to follow the philosophy that units should only be enabled
by explicit preset.
See https://bugzilla.redhat.com/show_bug.cgi?id=1451458
and https://github.com/coreos/rpm-ostree/pull/1482
etc.
And I just saw chat (RH internal on a proprietary system sadly) where
someone hit `ostree-remount.service` not being enabled in CentOS8.
Thinking about this more, I realized we've shipped a systemd generator
for a long time and while its only role until now was to generate `var.mount`,
but by using it to force on our internal units, we don't require
people to deal with presets anymore.
Basically we're inverting things so that "if ostree= is on the kernel
cmdline, then enable our units" and not "enable our units, but have
them use ConditionKernelCmdline=ostree to skip".
Drop the weird gyrations we were doing around `ostree-finalize-staged.path`
too; forking `systemctl start` is just asking for bugs.
So after this, hopefully we won't ever again have to think about
distribution presets and our units.
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This will be ignored, so let's make it very clear
people are doing something wrong. Motivated by a bug
in a build pipeline that injected `/var/lib/rpm` into an ostree
commit which ended up crashing rpm-ostree because it was an empty db
which it wasn't expecting.
It *also* turns out rpm-ostree is incorrectly dumping content in the
deployment `/var` today, which is another bug.
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This is a common pattern that is replicated both in our code
and in rpm-ostree a lot. Let's add a canonical API.
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To help debug an issue we've seen where `/boot` isn't
in sync with the `/ostree/boot` dir, let's log to the journal
what we're doing.
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The recent change in https://github.com/coreos/fedora-coreos-config/pull/659
broke some of our tests that do `mount -o remount,rw /sysroot` but
leave `/boot` read-only.
We had code for having `/boot` read-only before `/sysroot` but
in practice we had a file descriptor for `/sysroot` that we opened
before the remount that would happen later on.
Clean things up here so that in the library, we also remount
`/boot` at the same time we remount `/sysroot` if either are readonly.
Delete the legacy code for remounting `/boot` rw if we're not in
a mount namespace. I am fairly confident most users are either
using the `ostree` CLI, or they're using the mount namespace.
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Just like we hold a fd for `/sysroot`, also do so for `/boot`
instead of opening and closing it in a few places.
This is a preparatory cleanup for further work.
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In preparation for enhancing `_ostree_sysroot_query_bootloader`
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GI complains. And in general one needs to assume that file
descriptors aren't stolen.
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Likely the root of https://bugzilla.redhat.com/show_bug.cgi?id=1886149.
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In FCOS and RHCOS, the need to configure software in the initramfs has
come up multiple times. Sometimes, using kernel arguments suffices.
Other times, it really must be a configuration file. Rebuilding the
initramfs on the client-side however is a costly operation. Not only
does it add complexity to the update workflow, it also erodes a lot of
the value obtained from using the baked "blessed" initramfs from the
tree itself.
One elegant way to address this is to allow specifying multiple
initramfses. This is supported by most bootloaders (notably GRUB) and
results in each initrd being overlayed on top of each other.
This patch allows libostree clients to leverage this so that they can
avoid regenerating the initramfs entirely. libostree itself is agnostic
as to what kind and how much data overlay initrds contain. It's up to
the clients to enforce such boundaries.
To implement this, we add a new ostree_sysroot_stage_overlay_initrd
which takes a file descriptor and returns a checksum. Then users can
pass these checksums when calling the deploy APIs via the new array
option `overlay_initrds`. We copy these files into `/boot` and add them
to the BLS as another `initrd` entry.
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And make the `override_kernel_argv` one of those options. This is mostly
a mechanical move here, no functional change otherwise.
Prep for adding a new option.
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When support for devicetree was added, it created a problem
because old and new ostree versions would compute different
checksums for the "boot data". The scenario here is:
- Have system with ostree < 2020.4
- Reboot into system with ostree 2020.5
- Try to perform an operation that would retain
that previous booted deployment (common)
Currently ostree iterates over all the deployments
that will be retained and calls `install_deployment_kernel()`,
even for the booted one (which is a bit silly), but
just to verify that all boot data for the targeted
deployments are installed.
This then re-computes the checksum and we'd trip this
assertion.
In practice though, we don't strictly require them to match;
the only thing that will happen if they don't is that we'll
end up with another copy of the kernel/initramfs - and
that only temporarily until the previous deployment
gets GC'd.
Longer term, I think what we really want to do anyways
is probably closer to like a little ostree repo for `/boot`
so that we can e.g. still hardlink kernels there even if
the initramfs changes, or hardlink both kernel/initramfs
if just the devicetree changes, etc.
Closes: https://github.com/ostreedev/ostree/issues/2154
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This should help with code readability.
Fixes https://github.com/ostreedev/ostree/issues/2194
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Looking at
https://github.com/coreos/coreos-assembler/issues/1703
a user is getting a bare:
`error: fsetxattr: Permission denied`
I don't think it's these code paths since a deploy
isn't happening but on inspection I noticed we didn't
have error prefixing here.
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sysroot: Support /boot on root or as seperate filesystem for syslinux and u-boot
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We use a similar trick to having a `sysroot -> .` symlink on the real root
here to support both /boot on root as well as on a separate filesystem. No
matter how it's mounted `/boot/xyz` will always refer to the file you'd
expect.
This is nicer than my previous attempts at this because there's no
configuration nor auto-detection required.
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Don't mention deprecation in the description for
`ostree_sysroot_deploy_tree` since there are legitimate use cases for it
(e.g. to create the first deployment via `ostree admin deploy`).
Instead, make the comment clearly redirect to the staging API when
booted into the sysroot.
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Minor cleanup; we were declaring a superfluous variable.
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There's already a `boot_relpath` variable in the outside scope.
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Tighten up how we handle kargs here so it's more clear. When we call
`sysroot_finalize_deployment`, any karg overrides have already been set
on the bootconfig object of the deployment. So re-setting it here is
redundant and confusing.
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Add support for a devicetree directory at /usr/lib/modules/$kver/dtb/.
In ARM world a general purpose distribution often suppports multiple
boards with a single operating system. However, OSTree currently only
supports a single device tree, which does not allow to use the same
OSTree on different ARM machines. In this scenario typically the boot
loader selects the effective device tree.
This adds device tree directory support for the new boot artefact
location under /usr/lib/modules. If the file `devicetree` does not
exist, then the folder dtb will be checked. All devicetrees are hashed
into the deployment hash. This makes sure that even a single devicetree
change leads to a new deployment and hence can be rolled back.
The loader configuration has a new key "devicetreepath" which contains
the path where devicetrees are stored. This is also written to the
U-Boot variable "fdtdir". The boot loader is expected to use this path
to load a particular machines device tree from.
Closes: #1900
Signed-off-by: Stefan Agner <stefan.agner@toradex.com>
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Using fs-verity is natural for OSTree because it's file-based,
as opposed to block based (like dm-verity). This only covers
files - not symlinks or directories. And we clearly need to
have integrity for the deployment directories at least.
Also, what we likely need is an API that supports signing files
as they're committed.
So making this truly secure would need a lot more work. Nevertheless,
I think it's time to start experimenting with it. Among other things,
it does *finally* add an API that makes files immutable, which will
help against some accidental damage.
This is basic enablement work that is being driven by
Fedora CoreOS; see also https://github.com/coreos/coreos-assembler/pull/876
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We want to support extending the read-only state to cover `/sysroot`
and `/boot`, since conceptually all of the data there should only
be written via libostree. Or at least for `/boot` should *mostly*
just be written by ostree.
This change needs to be opt-in though to avoid breaking anyone.
Add a `sysroot/readonly` key to the repository config which instructs
`ostree-remount.service` to ensure `/sysroot` is read-only. This
requires a bit of a dance because `/sysroot` is actually the same
filesystem as `/`; so we make `/etc` a writable bind mount in this case.
We also need to handle `/var` in the "OSTree default" case of a bind
mount; the systemd generator now looks at the writability state of
`/sysroot` and uses that to determine whether it should have the
`var.mount` unit happen before or after `ostree-remount.service.`
Also add an API to instruct the libostree shared library
that the caller has created a new mount namespace. This way
we can freely remount read-write.
This approach extends upon in a much better way previous work
we did to support remounting `/boot` read-write.
Closes: https://github.com/ostreedev/ostree/issues/1265
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To allow for FIPS mode, we need to also install the HMAC file from
`/usr/lib/modules` to `/boot` alongside the kernel image where the
`fips` dracut module will find it. For details, see:
https://github.com/coreos/fedora-coreos-tracker/issues/302
Note I didn't include the file in the boot checksum since it's itself a
checksum of the kernel, so we don't really gain much here other than
potentially causing an unnecessary bootcsum bump.
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bootloader: Add a zipl bootloader backend
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zipl is a bit special in that it parses the BLS config files
directly *but* we need to run the command to update the "boot block".
Hence, we're not generating a separate config file like the other
backends. Instead, extend the bootloader interface with a `post_bls_sync`
method that is run in the same place we swap the `boot/loader` symlink.
We write a "stamp file" in `/boot` that says we need to run this command.
The reason we use stamp file is to prevent the case where the system is
interrupted after BLS file is updated, but before zipl is triggered,
then zipl boot records are not updated.
This opens the door to making things eventually-consistent/reconcilable
by later adding a systemd unit to run `zipl` if we're interrupted via
a systemd unit - I think we should eventually take this approach
everywhere rather than requiring `/boot/loader` to be a symlink.
Author: Colin Walters <walters@verbum.org>
Tested-by: Tuan Hoang <tmhoang@linux.ibm.com>
Co-Authored-By: Tuan Hoang <tmhoang@linux.ibm.com>
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Clarify the conditionals here and remove a dead assignment.
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If there are different deployments for the same commit version, the BLS
snippets will have the same title fields (but different version fields):
$ grep title *
ostree-1-testos.conf:title TestOS 42 20190902.0 (ostree)
ostree-2-testos.conf:title TestOS 42 20190902.0 (ostree)
ostree-3-testos.conf:title TestOS 42 20190902.0 (ostree)
But bootloaders could expect the title field to be unique for BLS files.
For example, the zipl bootloader used in the s390x architecture uses the
field to name the boot sections that are created from the BLS snippets.
So two BLS snippets having the same title would lead to zipl failing to
create the IPL boot sections because they would have duplicated names:
$ zipl
Using config file '/etc/zipl.conf'
Using BLS config file '/boot/loader/entries/ostree-3-testos.conf'
Using BLS config file '/boot/loader/entries/ostree-2-testos.conf'
Using BLS config file '/boot/loader/entries/ostree-1-testos.conf'
Error: Config file '/etc/zipl.conf': Line 0: section name 'TestOS 42 20190902.0 (ostree)' already specified
Avoid this by always including the deployment index along with the commit
version in the title field, so this will be unique even if there are BLS
files for deployments that use the same commit version:
$ grep title *
ostree-1-testos.conf:title TestOS 42 20190902.0 (ostree:2)
ostree-2-testos.conf:title TestOS 42 20190902.0 (ostree:1)
ostree-3-testos.conf:title TestOS 42 20190902.0 (ostree:0)
$ zipl
Using config file '/etc/zipl.conf'
Using BLS config file '/boot/loader/entries/ostree-3-testos.conf'
Using BLS config file '/boot/loader/entries/ostree-2-testos.conf'
Using BLS config file '/boot/loader/entries/ostree-1-testos.conf'
Building bootmap in '/boot'
Building menu 'zipl-automatic-menu'
Adding #1: IPL section 'TestOS 42 20190902.0 (ostree:0)' (default)
Adding #2: IPL section 'TestOS 42 20190902.0 (ostree:1)'
Adding #3: IPL section 'TestOS 42 20190902.0 (ostree:2)'
Preparing boot device: dasda (0120).
Done.
Closes: #1911
Approved by: cgwalters
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When running under qemu, unimplemented ioctls such as FIFREEZE
return ENOSYS, and this causes the deployment to fail.
Catch this and handle it like EOPNOTSUPP.
I'm not sure if qemu's behaviour is fully correct here (or if it should
return EOPNOTSUPP) but it's trivial to handle regardless.
Closes: #1901
Approved by: cgwalters
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This change makes public the current kargs API in src/libostree/ostree-kernel-args.c
and adds documentations.
Upstreams the new kargs API from rpm-ostree/src/libpriv/rpmostree-kargs-process.c
Merges libostree_kernel_args_la_SOURCES to libostree_1_la_SOURCES in Makefile-libostree.am
Upstreams tests/check/test-kargs.c from rpm-ostree.
Closes: #1833
Closes: #1869
Approved by: jlebon
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Closes: #1861
Approved by: cgwalters
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Teach `ostree-finalize-staged.service` to check for a file in `/run` to
determine if it should do the finalization. This will be used in
RPM-OSTree, where we want to be able to separate out "preparing updates"
from "making update the default" for more fine-grained control. See:
https://github.com/projectatomic/rpm-ostree/issues/1748
Closes: #1841
Approved by: cgwalters
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This can happen if a deployment was staged and later cleaned up. Though
just as a helper when debugging issues, let's explicitly mention that
case.
Closes: #1841
Approved by: cgwalters
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Rather than wrapping each instance of `sd_journal_*` with
`HAVE_SYSTEMD`, let's just add some convenience macros that are just
no-op if we're not compiling with systemd.
Closes: #1841
Approved by: cgwalters
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Generate a grub2 config using the pending deployment, if a grub2
bootloader is detected in the sysroot. Allows grub2-mkconfig
to run if there are no previous deployments.
Fixes: #1774
Closes: #1831
Approved by: jlebon
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In Silverblue right now, the boot menu title looks like this:
Fedora 29.20190301.0 (Workstation Edition) 29.20190301.0 (ostree)
This is because RPM-OSTree's `mutate-os-release` feature is enabled,
which injects the OSTree version string directly into `VERSION` and
`PRETTY_NAME`. So appending the version string again is a bit redundant.
Let's just do a simple substring check here before adding the version to
the title.
Closes: #1829
Approved by: cgwalters
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The sysroot.bootloader key configures the bootloader
that OSTree uses when deploying a sysroot. Having this key
allows specifying behavior not to use the default bootloader
backend code, which is preferable when creating a first
deployment from the sysroot (#1774).
As of now, the key can take the values "auto" or "none". If
the key is not given, the value defaults to "auto".
"auto" causes _ostree_sysroot_query_bootloader() to be used
when writing a new deployment, which is the original behavior
that dynamically detects which bootloader to use.
"none" avoids querying the bootloader dynamically. The BLS
config fragments are still written to
sysroot/boot/loader/entries for use by higher-level software.
More values can be supported in future to specify a single
bootloader, different behavior for the bootloader code, or
a list of bootloaders to try.
Resolves: #1774
Closes: #1814
Approved by: jlebon
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Rather than manually starting the `ostree-finalize-staged.service` unit,
we can leverage systemd's path units for this. It fits quite nicely too,
given that we already have a path we drop iif we have a staged
deployment.
To give some time for the preset to make it to systems, we don't yet
drop the explicit call to `systemctl start`. Though we do make it
conditional based on a DEBUG env var so that we can actually test it in
CI for now. Once we're sure this has propagated, we can drop the
`systemctl start` path and the env var together.
Closes: #1740
Approved by: cgwalters
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Write to the journal when starting to finalize a staged deployment.
Combined with the "Transaction completed" message we already emit, this
makes it easy later on to determine whether the operation was successful
by inspecting the journal. This will be used by `rpm-ostree status`.
Closes: #1750
Approved by: cgwalters
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There's some subtlety to this, we don't handle all cases.
But the 99% cases are using `--sysroot deploy` to create an
initial deployment, and then doing upgrades from inside
a booted deployment.
It was only the latter case that didn't work with a separate `/var`.
Fixing all of them would probably require libostree to learn
how to e.g. look at `/etc/fstab` (or worse, systemd mount units?)
and handle the mounting. I don't think we want to do anything
like that right now, since there are no active drivers for the
use case.
Closes: https://github.com/ostreedev/ostree/issues/1729
Closes: #1730
Approved by: akiernan
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This is the inverse of https://github.com/ostreedev/ostree/pull/1558
aka commits cadece6c4f398ca61d21e497bd6e3fbb549f9cf6 and
3358698c86d80821d81443c906621c92672f99fb
Needed to fix `rpm-ostree kargs` test suite with default staging; skipping
a test here for now as eventually what we'll do is turn on the rpm-ostree
suite fully here.
Closes: #1677
Approved by: jlebon
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For `rpm-ostree ex livefs` we have a use case of pushing a rollback
deployment. There's no reason this should require deleting the staged
deployment (and doing so actually breaks livefs which tries to access
it as a data source).
I was initially very conservative here, but I think it ends up
being fairly easy to retain the staged deployment. We need to handle
two cases:
First, when the staged is *intentionally* deleted; here, we just need
to unlink the `/run` file, and then everything will be sync'd up after
reloading.
Second, (as in the livefs case) where we're retaining it,
e.g. adding a deployment to the end. What I realized here is that
we can have the code keep `new_deployments` as view without staged,
and then when we do the final reload we'll end up re-reading it from
disk anyways.
Closes: #1672
Approved by: jlebon
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Currently the BLS snippets are named ostree-$ID-$VARIANT_ID-$index.conf,
but the BLS config files are actually sorted by using the version field
which is the inverse of the index.
In most places, _ostree_sysroot_read_boot_loader_configs() is used to
get the BLS files and this function already returns them sorted by the
version field. The only place where the index trailing number is used is
in the ostree-grub-generator script that lists the BLS files to populate
the grub config file.
But for some bootloaders the BLS filename is the criteria for sorting by
taking the filename as a string version. So on these bootloaders the BLS
entries will be listed in the reverse order.
To avoid that, change the BLS snippets filename to have the version field
instead of the index and also to have the version before deployment name.
Make the filenames to be of the form ostree-$version-$ID-$VARIANT_ID.conf
so the version is before the deployment name.
Signed-off-by: Javier Martinez Canillas <javierm@redhat.com>
Closes: #1654
Approved by: cgwalters
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Systemd units using ConditionNeedsUpdate run if the mtime of .updated in
the specified directory is newer than /usr. Since /usr has an mtime of
0, there's no way to have an older .updated file. Systemd units
typically specify ConditionNeedsUpdate=/etc or ConditionNeedsUpdate=/var
to support stateless systems like ostree.
Remove the file from the new deployment's /etc and the OS's /var
regardless of where they came from to ensure that these systemd units
run when booting new deployments. This will provide a method to run
services only on upgrade.
Closes: #1628
https://bugzilla.gnome.org/show_bug.cgi?id=752950
Closes: #1631
Approved by: cgwalters
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Let's add a semi-colon between the "bootconfig swap" part and the
"deployment count change" to make it more clear they're separate
statements.
Closes: #1575
Approved by: cgwalters
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While we do a `syncfs()` plus `FIFREEZE/THAW` for `/boot`, that
only comes during deployment finalization.
The code here today generally assumes that if the file exists
it's been fully written. So let's do a `fdatasync()` before
we do the `rename()`.
This just came out of looking through the code while working
on deployment staging. In that scenario there's a much larger
window between when we copy the kernel/initramfs and when we
sync `/boot`.
Closes: #1571
Approved by: jlebon
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These are further fixes based on running more of the rpm-ostree
test suite.
When dropping the staged deployment, we do need to do the
"post operations" such as bumping the sysroot mtime, so that
clients know something changed. We also need to regenerate
the deployment refs. And of course do a sysroot reload.
Also, add a "base cleanup" after creating a staged deployment
which also regenerates the refs.
Closes: #1570
Approved by: jlebon
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