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.
Using "builtins.currentSystem" doesn't work in pure evaluation mode,
and even when it's explicitly set (which it always is, in
nixos/lib/eval-config.nix), it breaks manual generation because the
manual tries to render the default value.
The change to "NixOS Test Cluster" in #59179 broke startup of existing clusters
that used the previously-default cluster name "Test Cluster":
ERROR 23:00:47 Fatal exception during initialization
org.apache.cassandra.exceptions.ConfigurationException: Saved cluster name Test Cluster != configured name NixOS Test Cluster
Fixes#63388.
This will keep configuration configuring the size of the /boot partition
still build, while showing the deprecation warning.
In 99.9% of cases I assume ignoring the configuration is better, as the
sd-image builder already is pretty opinionated in that matter.
The slack, seemingly, accounted for more than the minimum required for
slack plus the two partitions.
This change makes the gap a somewhat abstracted amount, but is not
configurable within the derivation.
The current FAT32 partition is kept as it is required for the Raspberry
Pi family of hardware. It is where the firmware is kept.
The partition is kept bootable, and the boot files kept in there until
the following commits, to keep all commits of this series individually
bootable.
Up until now, the output has been the same for swap devices and swap
files:
{ device = "/var/swapfile"; }
Whereas for swap *files* it's easier to manage them declaratively in
configuration.nix:
{ device = "/var/swapfile"; size = 8192; }
(NixOS will create the swapfile, and later resize it, if the size
attribute is changed.)
With the assumption that swap files are specified in configuration.nix,
it's silly to output them to hardware-configuration.nix.
This will reduce the confusion at boot, where the only thing visible is
the last message from u-boot; where it looks like the board is
hung, while in reality it's likely resizing partitions.
This will reduce the confusion at boot, where the only thing visible is
the last message from u-boot; where it looks like the Raspberry Pi is
hung, while in reality it's likely resizing partitions.
