The current module assumes use of iptables and breaks if nftables is
used instead.
This change configures the correct backend based on the
config.networking.nftables.enable setting.
A centralized list for these renames is not good because:
- It breaks disabledModules for modules that have a rename defined
- Adding/removing renames for a module means having to find them in the
central file
- Merge conflicts due to multiple people editing the central file
When the option services.vault.storageBackend is set to "file", a
systemd.tmpfiles.rules was added, with extraneous []. These are not
needed and have been removed.
Since https://github.com/NixOS/nixpkgs/pull/61321, local-fs.target is
part of sysinit.target again, meaning units without
DefaultDependencies=no will automatically depend on it, and the manual
set dependencies can be dropped.
The fix for #62874 introduced a race condition on startup: the postStart
commands that configure the firewall run concurrently with sshguard's
creation of the ipsets that the rules depend on. Unfortunately iptables
fails hard when referencing an ipset that doesn't exist, so this causes
non-deterministic crashlooping until sshguard wins the race.
This change fixes that race condition by always creating the ipset and
reconfiguring the firewall before starting sshguard, so that the order
of operations is always deterministic.
This change also cleans up the ipsets on sshguard shutdown, so that
removing sshguard from a running system doesn't leave state behind.
Fixes #65985.
Upstream switched to a different type of ipset table, whereas we
create ipset in post-start which overrides upstream, and renders
sshguard ineffective.
Remove ipset creation from post-start, and let it get automatically
by upstream script (sshg-fw-ipset) as part of startup
This is just usbguard without the Qt GUI that brings in Qt dependencies.
Remove pandoc to reduce closure size. The usbguard build appears to
use it only for spell checking.
Remove asciidoctor because 0.7.1 switched to asciidoc. But don't add
a dependency on asciidoc, because that causes the build fails on
external DTDs.
The two directories KDB and PTree do not exist before the SKS DB is
build for the first time. If /var/db/sks is empty and the module is
enabled via "services.sks.enable = true;" the following error will
occur:
...-unit-script-sks-db-pre-start[xxx]:
ln: failed to create symbolic link 'KDB/DB_CONFIG': No such file or directory
To avoid this both links have to be created after the DB is build.
Note: Creating the directories manually might be better but the initial
build might be skipped as a result:
unit-script-sks-db-pre-start[xxxxx]: KeyDB directory already exists. Exiting.
unit-script-sks-db-pre-start[xxxxx]: PTree directory already exists. Exiting.
Unfortunately the changes in ab5dcc7068
introduced a typo (took me a while to spot that...) that broke the
whole module (or at least the sks-db systemd unit).
The systemd unit was failing with the following error message:
...-unit-script-sks-db-pre-start[xxx]: KDB/DB_CONFIG exists but is not a symlink.
