The hash provided in commit 072917ea5d94a3d52901a46a5c7702eb82e93a30 is
faulty, either because the upstream tarball has changed or because it
was wrong in the first place, no matter what happened we can't really
verify if we don't have the tarball with the old hash.
To double-check I've verified the hash against the one from Gentoo[1],
which has the following SHA256:
b46c26a9e773b2c620acd2f96d69408f14a279aefaedfefed002ecf898a1ecf2
After being converted into base 32 the hash does match with ours.
Note that I haven't tested building all Chromium channels (yet), but we
can fix upcoming issues later because right now it doesn't build anyway
because of the failing hash check.
[1]: https://gitweb.gentoo.org/repo/gentoo.git/tree/www-client/chromium/Manifest?id=2de0f5e4ffeb46a478c589b21d5bbcfd5736e57b
Signed-off-by: aszlig <aszlig@redmoonstudios.org>
This adds the containers.<name>.enableTun option allowing containers to
access /dev/net/tun. This is required by openvpn, tinc, etc. in order to
work properly inside containers.
The new option builds on top of two generic options
containers.<name>.additionalCapabilities and
containers.<name>.allowedDevices which also can be used for example when
adding support for FUSE later down the road.
jq has not had a release since v1.5 in August 2015, so backport both of
these patches (the fix for CVE-2015-8863 is in the current master, while
the fix for CVE-2016-4074 is not yet in master).
When Grub is to be used with UEFI, it is not going to write to any MBR
of any disk. As such, it is safe to use multiple "nodev" device entries
when mirroring the ESP partition to multiple disks.
E.g.:
```
boot.loader.grub = {
enable = true;
version = 2;
zfsSupport = true;
efiSupport = true;
mirroredBoots = [
{ devices = [ "nodev" ]; path = "/boot1"; efiSysMountPoint = "/boot1"; }
{ devices = [ "nodev" ]; path = "/boot2"; efiSysMountPoint = "/boot2"; }
{ devices = [ "nodev" ]; path = "/boot3"; efiSysMountPoint = "/boot3"; }
];
};
boot.loader.efi.canTouchEfiVariables = true;
```
Fixes#18584
