The old version would export two lists to a bash builder and do pairwise
processing on the bash side. In the new version we instead generate a
logic free builder on the Nix side. This is not only conceptually
simpler but reduces the amount of code and intermediate values.
`head -cNUM ... | tr -dc SET` might generate output containing fewer
than NUM characters. Given the limited alphabet, this could result in a
fairly weak passphrase. The construction `tr </dev/urandom | head
-cNUM`, however, is sure to give us the full `NUM`.
The test complains[1][2] that
Failed to start message bus: Failed to bind socket "/run/dbus/system_bus_socket": No such file or directory
In 639e5401ff, the dbus socket dir is set
to `/run/dbus`; in the test vm `/var/run/dbus` is used, but the standard
`/run -> /var/run` link is typically not created until stage 2 init, not
in the minimal init used here. Thus, dbus fails to run within the test
environment . Fix by changing `/var/run/dbus` to simply `/run/dbus`.
[1]: https://hydra.nixos.org/build/42534725
[2]: https://hydra.nixos.org/build/42523834
`startAt = ""` as in `startAt = optionalString false ...` results
in an invalid timer unit (due to "" being promoted to a singleton
list and not filtered out).
Ref: c9941c4b5e
`startAt = ""` as in `startAt = optionalString false ...` results
in an invalid timer unit (due to "" being promoted to a singleton
list and not filtered out).
Ref: c9941c4b5e
* gnome3: default to 3.22
* zuki-themes: add src for gnome 3.22, remove 3.18
* gnome3_22.vte_290: copy from gnome3.20
* termite: use vte-select-text from gnome3_20
For some reason, between Linux 4.4.19 and 4.4.20, the atkbd and libps2
kernel modules lost their dependency on i8042 in modules.dep, causing
i8042 not to be included in the initrd. This breaks keyboard in the
initrd, in turn breaking LUKS.
This only happens on the 16.03 branch; on 16.09, it appears i8042 is
pulled into the initrd anyway (through some other dependency,
presumably). But let's include it explicitly.
http://hydra.nixos.org/build/40468431
It was already ordered after systemd-udev-settle.service, but that
doesn't do anything if no other units require
systemd-udev-settle.service. This was causing random failures during X
server startup, e.g.
machine# [ 12.691372] display-manager[607]: (EE) open /dev/dri/card0: No such file or directory
http://hydra.nixos.org/build/41062823
Currently only for the user services as NixOS handles the named system
instances slightly differently.
syncthing and syncthing-inotify are done the same way.
There are 4 parts to this:
1) Copy in the upstream unit files
2) Make the nixos module use the definition from upstream
3) Enable restarting of all instances (system and user) on resume
4) Allow the traffic in the firewall on default ports if wanted
fixes#18973
* Add extraOptions option, to pass arbitrary command line options to
atftp. Especially useful to specify which address to bind to
(--bind-addres ...).
* Improve descriptions (fix a typo, document default bind address,
don't repeat service name in systemd description + capitalize)
* Change default server directory from /var/empty to /srv/tftp, and
change types.str to types.path.
Commits
351d12437 ("nixos/release-notes: PHP config-file-scan-dir /etc -> /etc/php.d")
41c8aa8d6 ("php: change config-file-scan-dir from /etc to /etc/php.d")
were merged to master _after_ NixOS 16.09. Commit 351d12437 then wrongly
updated the NixSO 16.09 release notes. Fix by moving the entry to NixOS
17.03.
The new units mirror the upstream systemd units as closely as possible.
I could not find a reason why the service would need to be restarted on
resuming from suspend, and the upstream units also do not contain such a
restriction, so I removed the `partOf = [ "post-resume.target"]`.
This fixes#19525.
gnome-x-session provides good defaults which we really should not
override.
We have to add assertions to gdm.nix if the user specified one of those.
enableTCP must be configured through a gnome setting
dunno why we have terminate but it probably breaks stuff
We should expose configFile so we can use it from gdm module.
This makes it easy to specify kernel patches:
boot.kernelPatches = [ pkgs.kernelPatches.ubuntu_fan_4_4 ];
To make the `boot.kernelPatches` option possible, this also makes it
easy to extend and/or modify the kernel packages within a linuxPackages
set. For example:
pkgs.linuxPackages.extend (self: super: {
kernel = super.kernel.override {
kernelPatches = super.kernel.kernelPatches ++ [
pkgs.kernelPatches.ubuntu_fan_4_4
];
};
});
Closes#15095
