A secret key generated by the nixos module was misspelled, which could
possibly impact the security of session cookies.
To recover from this situation we will wipe all security keys that were
previously generated by the NixOS module, when the misspelled one is
found. This will result in all session cookies being invalidated. This
is confirmed by the wordpress documentation:
> You can change these at any point in time to invalidate all existing
> cookies. This does mean that all users will have to login again.
https://wordpress.org/support/article/editing-wp-config-php/#security-keys
Meanwhile this issue shouldn't be too grave, since the salting function
of wordpress will rely on the concatenation of both the user-provided
and automatically generated values, that are stored in the database.
> Secret keys are located in two places: in the database and in the
> wp-config.php file. The secret key in the database is randomly
> generated and will be appended to the secret keys in wp-config.php.
https://developer.wordpress.org/reference/functions/wp_salt/
Fixes: 2adb03fdae ("nixos/wordpress:
generate secrets locally")
Reported-by: Moritz Hedtke <Moritz.Hedtke@t-online.de>
As per `man systemd.path`:
> When a service unit triggered by a path unit terminates
> (regardless whether it exited successfully or failed),
> monitored paths are checked immediately again,
> **and the service accordingly restarted instantly**.
Thus the existence of the path unit made it impossible to stop the
wireguard service using e.g.
systemctl stop wireguard-wg0.service
Systemd path units are not intended for program inputs such
as private key files.
This commit simply removes this usage; the private key is still
generated by the `generateKeyServiceUnit`.
Assert that the PostgreSQL version being deployed is the one used
upstream. Allow the user to override this assertion, since it's not
always possible or preferable to use the recommended one.
Note that it made into 2 entries, one about new options in the first section.
Another in the breaking compatibility section due to the openFirewall option
which changes the behavior.
Co-authored-by: schmittlauch <t.schmittlauch+nixos@orlives.de>
this adds support for software defined radio (SDR) devices by SDRplay.
SDRplay provides an unfree binary library and api-service as well
as a MIT licensed adapter library for SoapySDR for integration
with many popular SDR applications.
Since the update to wlroots 0.13 (e03dde82a7) the default VGA card
isn't supported anymore and we needed to switch to virtio (qxl didn't
work either). However, as it turned out "-vga virtio" (28b8cff301)
broke the test on AArch64. Luckily there's a third option that works on
all three supported platforms: virtio-gpu-pci
According to [0] "This device lacks VGA compatibility mode but is
otherwise identical to the virtio vga device. UEFI firmware can handle
this, and if your guests has drivers too you can use this instead of
virtio-vga. This will reduce the attack surface (no complex VGA
emulation support) and reduce the memory footprint by 8 MB (no pci
memory bar for VGA compatibility). This device can be placed in a PCI
Express slot."
So in the end this seems like the ideal choice :)
See also [1].
[0]: https://www.kraxel.org/blog/2019/09/display-devices-in-qemu/#virtio-gpu-pci
[1]: https://patches.openembedded.org/patch/164351/
The tests timeout on AArch64 (e.g. [0] and [1]), likely because the QEMU
option "-vga virtio" isn't supported there (unfortunately I currently
lack access to an AArch64 system with NixOS to investigate).
This also affects the test for Cage but that one is already limited to
x86_64-linux.
[0]: https://hydra.nixos.org/build/144148809
[1]: https://hydra.nixos.org/build/144103034
The absence of current-context in the right place resulted in obscure
bugs. The reason this has not been detected before can only be that
it was unused.
Adds includeStorePaths, allowing the omission of the store paths.
You generally want to leave it on, but tooling may disable this
to insert the store paths more efficiently via other means, such
as bind mounting the host store.
This should help in rare hardware-specific situations where the root is
not automatically detected properly.
We search using a marker file. This should help some weird UEFI setups
where the root is set to `(hd0,msdos2)` by default.
Defaulting to `(hd0)` by looking for the ESP **will break themeing**. It
is unclear why, but files in `(hd0,msdos2)` are not all present as they
should be.
This also fixes an issue introduced with cb5c4fcd3c
where rEFInd stopped booting in many cases. This is because it ended up
using (hd0) rather than using the `search` which was happening
beforehand, which in turn uses (hd0,msdos2), which is the ESP.
Putting back the `search` here fixes that.
This technically changes nothing. In practice `$root` is always the
"CWD", whether searched for automatically or not.
But this serves to announce we are relying on `$root`... I guess...
