...but still allow for setting `dataDir` to a custom path. This gets
rid of the use of the deprecated option PermissionsStartOnly. Also, add
the ability to customize user and group, since that could be useful
with a custom `dataDir`.
Since https://github.com/NixOS/nixpkgs/issues/213943 got fixed, only the main k3s derivation is tested.
Here I changed the tests a bit to make them test all provided k3s derivations
@moduon MT-1718
By default, pgadmin4 uses SERVER_MODE = True. This requires
access to system directories (e.g. /var/lib/pgadmin). There is
no easy way to change this mode during runtime. One has to change
or add config files withing pgadmin's directory structure to change it
or add a system-wide config file under `/etc/pgadmin`[1].
This isn't always easy to achive or may not be possible at all. For
those usecases this implements a switch in the pgadmin4 derivation and
adds a new top-level package `pgadmin4-desktopmode`. This builds in
DESKTOP MODE and allows the usage of pgadmin4 without the nixOS module
and without access to system-wide directories.
pgadmin4 module saves the configuration to /etc/pgadmin/config_system.py
pgadmin4-desktopmode tries to read that as well. This normally fails with
a PermissionError, as the config file is owned by the user of the pgadmin module.
With the check-system-config-dir.patch this will just throw a warning
but will continue and not read the file.
If we run pgadmin4-desktopmode as root
(something one really shouldn't do), it can read the config file and fail,
because of the wrong config for desktopmode.
[1]https://www.pgadmin.org/docs/pgadmin4/latest/config_py.html
Signed-off-by: Florian Brandes <florian.brandes@posteo.de>
We test pgadmin in nixosTests, because it needs a running postgresql instance.
This is now unnecessary since we can do so in the package itself.
This reduces the complexity of pgadmin and removes the need for the extra
nixosTests.
Also setting SERVER_MODE in `pkg/pip/setup_pip.py` does not have any effect
on the final package, so we remove it.
In NixOS, we use the module, which expects SERVER_MODE to be true (which it defaults to).
In non-NixOS installations, we will need the directory /var/lib/pgadmin and /var/log/pgadmin
Signed-off-by: Florian Brandes <florian.brandes@posteo.de>
If our (fake) metadata server provides a 404 instead of a JSON document,
the NSS module segfaults, and as we do NSS lookups through ns(n)cd,
not only crashes the application doing the NSS lookup, but our ns(n)cd.
This has been causing segfaults of nscd all along, but since our switch
from glibc-nscd to nsncd, caused the test to fail entirely.
In any case, by handling /computeMetadata/v1/oslogin/groups we get the
NSS lookup to not cause any segfaults, and to succeed the test again.
bpftrace 0.17 added module BTF support, check this works.
On bpftrace 0.16, this failed with the following error:
> ERROR: kfunc:nft_trans_alloc_gfp: no BTF data for the function
As announced in the NixOS 22.11 release notes, 23.05 will switch NixOS
to using nsncd (a non-caching reimplementation in Rust) as NSS lookup
dispatcher, instead of the buggy and deprecated glibc-provided nscd.
If you need to switch back, set `services.nscd.enableNsncd = false`, but
please open an issue in nixpkgs so your issue can be fixed.
...for explicitly named network interfaces
This reverts commit 6ae3e7695e.
(and evaluation fixups 08d26bbb727aed90a969)
Some of the tests fail or time out after the merge.
Because nextcloud ships their prerelease versions on a different url, we
are not parsing the version string to detect which path to use. We also
enabled and validated this change via nixos module testing.
EOLed by upstream, doesn't receive any patches anymore, so let's drop
it.
Currently depends on #211886 which bumps the latest compatible ZFS
version to 6.1.
Also, clean up some old aliases.
Adds a new option to the virtualisation modules that enables specifying
explicitly named network interfaces in QEMU VMs. The existing
`virtualisation.vlans` is still supported for cases where the name of
the network interface is irrelevant.
Previously, secrets were named according to the initrd they were
associated with. This created a problem: If secrets were changed whilst
the initrd remained the same, there were two versions of the secrets
with one initrd. The result was that only one version of the secrets would
by recorded into the /boot partition and get used. AFAICT this would
only be the oldest version of the secrets for the given initrd version.
This manifests as #114594, which I found frustrating while trying to use
initrd secrets for the first time. While developing the secrets I found
I could not get new versions of the secrets to take effect.
Additionally, it's a nasty issue to run into if you had cause to change
the initrd secrets for credential rotation, etc, if you change them and
discover you cannot, or alternatively that you can't roll back as you
would expect.
Additional changes in this patch.
* Add a regression test that switching to another grub configuration
with the alternate secrets works. This test relies on the fact that it
is not changing the initrd. I have checked that the test fails if I
undo my change.
* Persist the useBootLoader disk state, similarly to other boot state.
* I had to do this, otherwise I could not find a route to testing the
alternate boot configuration. I did attempt a few different ways of
testing this, including directly running install-grub.pl, but what
I've settled on is most like what a user would do and avoids
depending on lots of internal details.
* Making tests that test the boot are a bit tricky (see hibernate.nix
and installer.nix for inspiration), I found that in addition to
having to copy quite a bit of code I still couldn't get things to
work as desired since the bootloader state was being clobbered.
My change to persist the useBootLoader state could break things,
conceptually. I need some help here discovering if that is the case,
possibly by letting this run through a staging CI if there is one.
Fix#114594.
cc potential reviewers:
@lopsided98 (original implementer) @joachifm (original reviewer),
@wkennington (numerous fixes to grub-install.pl), @lheckemann (wrote
original secrets test).
The cups-pdf vm test previously waited for the
activation of `cups.service` before testing anything.
This method fails since
47d9e7d3d7
as cups auto-stops if it is not used,
causing the test framework to complain
that `cups.service` will never start.
The commit at hand alters the test so it
simply waits for `multi-user.target`.
We could also switch to `cups.socket`,
but `multi-user.target` seems to be more robust
concerning future changes in the cups mechanisms.
This reverts commit a768871934.
This is too fragile, it breaks at least on:
* ssl dh params
* hostnames in proxypass and upstreams are resolved in the sandbox
The update test patches the systemd-boot binary to report a known
version then tests that this is the version updated from. The previous
patch would also search the kernel and initrd binaries, which would
cause sed to write out a temporary file that might cause the disk
to run out of space and the test to fail.
Only attempt to patch binaries which contain systemd-boot (usually
`BOOT<arch>.EFI` and `systemd-boot<arch>.efi` to avoid this problem.
As a bonus, this reduces test time by 20-30%.
At some point many months ago, the systemd-boot update script stopped
outputting parentheses around the version being upgraded from, causing
the test to fail. Remove the parentheses from the expected message to
fix the test.
This commit fixes a papercut in nixos-rebuild where people wanting to
switch to a specialisation (or test one) were forced to manually figure
out the specialisation's path and run its activation script - since now,
there's a dedicated option to do just that.
This is a backwards-compatible change which doesn't affect the existing
behavior, which - to be fair - might still be considered sus by some
people, the painful scenario here being:
- you boot into specialisation `foo`,
- you run `nixos-rebuild switch`,
- whoops, you're no longer at specialisation `foo`, but you're rather
brought back to the base system.
(it's especially painful for cases where specialisation is used to load
extra drivers, e.g. Nvidia, since then launching `nixos-rebuild switch`,
while forgetting that you're inside a specialisation, can cause some
parts of your system to get accidentally unloaded.)
I've tried to mitigate that by improving specialisations so that they
create a dedicated file somewhere in `/run/current-system` containing
the specialisation's name (which `nixos-rebuild` could then use as the
default value for `--specialisation`), but I haven't been able to come
up with anything working (plus it would be a breaking change then).
Closes https://github.com/NixOS/nixpkgs/issues/174065
This provides an easy way to specify exclude patterns in config. It was
already possible via extraBackupOptions; this change creates a simpler,
similar to other backup services, way to specify them.
This commit also moves the indicator files out of the directory that's
being backed up, so that the directory remains static throughout the
backup operation.
Added the RFC42-style added the posibility to use
`services.dokuwiki.sites.<name>.settings' instead of passing a plain
string to `<name>.extraConfig`. ´<name>.pluginsConfig` now also accepts
structured configuration.
Also added two "quality of life" tests to ensure customisations to the
dokuiwki package are not being discarded and both webserver
configurations handle rewriting correctly.
As a follow up to f9d1f80045, we should
add the ability to test explicit versions of the wordpress derivation.
Since we are currently only supporting wordpress6_1 in unstable, this
change is a noop.
Updates #209051
The nixOS test failed sporadically with a timeout.
This is due to a race condition in the startup of
the scheduler vs the task-queue.
The scheduler runs the migration scripts in "pre-start" and
celery isn't available, yet. The celery worker (paperless-task-queue)
was already started by systemd but was unable to connect
(as the migration scripts from "pre-start" still ran).
This fix adds the necessary "after" condition in the systemd
worker unit and adds a test to "paperless"
Signed-off-by: Florian Brandes <florian.brandes@posteo.de>
It's better to utilize the boot process and systemd mechanisms to test
these zfs features, rather than manually simulating the same behavior
with testScript.
When test-input-reader runs, it's standard input exists and will
be buffered, so by the time the file exists, the standard input
can already be written to.
I have no reason to believe that a terminal emulator would start
accepting input _after_ launching the command.
I've tested this for hours in a loop without a single failure or
timeout.
This commit upgrades headscale to the newest version, 0.17.0 and updates
the module with the current breaking config changes.
In addition, the module is rewritten to conform with RFC0042 to try to
prevent some drift between the module and the upstream.
A new maintainer, Misterio77, is added as maintainer.
Signed-off-by: Kristoffer Dalby <kristoffer@tailscale.com>
Co-authored-by: Gabriel Fontes <hi@m7.rs>
Co-authored-by: Geoffrey Huntley <ghuntley@ghuntley.com>
On x86_64-linux only because bootspec is for NixOS (for the moment?),
and NixOS is really only a Linux concept (for the moment?).
Not on aarch64-linux because it fails for whatever reason 🤷
