Although it is quite safe to restart ```libvirtd``` when there are only ```qemu``` machines, in case if there are ```libvirt_lxc``` containers, a restart may result in putting the whole system into an odd state: the containers go on running but the new ```libvirtd``` daemons do not see them.
enableUpstreamMimeTypes controls whether to include the list of mime
types bundled with lighttpd (upstream). This option is enabled by
default and gives a much more complete mime type list than we currently
have. If you disable this, no mime types will be added by NixOS and you
will have to add your own mime types in services.lighttpd.extraConfig.
* mod_dirlisting is auto-loaded by lighttpd and should not be explicitly
loaded in the configuration file.
* The rest comes from looking at "ls -1 $lighttpd/lib/*.so" when
lighttpd is built with "enableMagnet" and "enableMysql".
Exhibitor tests the auto-manage-instances config value to see if it's a
non-zero integer, rather than a true/false string, which was getting
put into the config before. This now causes autoManageInstances to
behave correctly.
Checking the keyboard layout has been a long set of hurdles so far, with
several attempts. Originally, the checking was introduced by @lheckemann
in #23709.
The initial implementation just was trying to check whether the symbols/
directory contained the layout name.
Unfortunately, that wasn't enough and keyboard variants weren't
recognized, so if you set layout to eg. "dvorak" it will fail with an
error (#25526).
So my improvement on that was to use sed to filter rules/base.lst and
match the layout against that. I fucked up twice with this, first
because layout can be a comma-separated list which I didn't account for
and second because I ran into a Nix issue (NixOS/nix#1426).
After fixing this, it still wasn't enough (and this is btw. what
localectl also does), because we were *only* matching rules but not
symbols, so using "eu" as a layout won't work either.
I decided now it's the time to actually use libxkbcommon to try
compiling the keyboard options and see whether it succeeds. This comes
in the form of a helper tool called xkbvalidate.
IMHO this approach is a lot less error-prone and we can be sure that we
don't forget about anything because that's what the X server itself uses
to compile the keymap.
Another advantage of this is that we now validate the full set of XKB
options rather than just the layout.
Tested this against a variety of wrong and correct keyboard
configurations and against the "keymap" NixOS VM tests.
Signed-off-by: aszlig <aszlig@redmoonstudios.org>
Cc: @lheckemann, @peti, @7c6f434c, @tohl, @vcunat, @lluchs
Fixes: #27597
Creating and then erasing the key relies on the disk erasing data
correctly, and otherwise allows attackers to simply decrypt swap just
using "secretkey". We don't actually need a LUKS header, so we can save
ourselves some pointless disk writes and identifiability.
In addition, I wouldn't have made the awful mistake of backing up my swap partition's LUKS header instead of my zpool's. May my data rest in peace.
- Remove useless escape of question mark
- Fix and quoting
- Add some '&&s' for correctness
- Add escapeShellArg
- Remove &&s in preStart
Edited by grahamc: fixed the ${} typo on line 246
The previous package didn't build properly due to a bug in the build
script, and the nixos module didn't evaluate due to missing descriptions
in the options. This fixes both issues.
It also adds missing command-line options that weren't able to be set
and properly converts bools to the strings exhibitor expects.
Syntax errors prevented important parameters from being passed to
oauth2_proxy, which could have permitted unauthorised access to
services behind the proxy.
This allows to run the prune job periodically on a machine.
By default the if enabled the job is run once a week.
The structure is similar to how system.autoUpgrade works.
