All 20 tests did fail because no gpg binary was found. With gnupg1 as
build input they never finish. Deactivating them might be the best
option for now (and it improves the current situation since they never
actually succeeded anyway -> build was failing, I noticed this while
running nox-review for #24390).
This has surfaced since f803270b7e.
The commit bumped bash to version 4.4, which caused to change the order
of --subst-var flags in substituteAll, which this test was relying on,
because it added a @shell@ to boot.initrd.postMountCommands.
Our substituter is currently working a bit like this:
original.replace('@var1@', 'val1').replace('@var2@', 'val2')...
Unfortunately, this means that if @var2@ occurs within @var1@ it is
replaced by the new value, so the order of the substvars actually
matter. I highly doubt that we want a behaviour like this and I'm
wondering why it didn't occur to me as a problem while writing the
initial implementation of the VirtualBox tests.
Whether to get rid of this and disallowing substitution of substvars
within substvars is another topic which I think needs discussion in a
different place.
As for now, I'm using stdenv.shell, because the closure size of this
should fit within the initrd, so it's fine especially because it's just
a test.
Tested with the net-hostonlyif and systemd-detect-virt tests and they
both succeed with this change.
Signed-off-by: aszlig <aszlig@redmoonstudios.org>
Reported-by: @globin on IRC
The configure scripts have been changed so that `--build` is now the
way to specify (non-cross compiling) build target, which is necessary
on darwin for binary compatibility across darwin versions.
execline: 2.1.4.5 -> 2.2.0.0
s6-dns: 2.0.0.7 -> 2.1.0.0
s6-linux-utils: 2.0.2.3 -> 2.2.0.0
s6-networking: 2.1.0.4 -> 2.2.1.0
s6-portable-utils: 2.1.0.0 -> 2.1.0.0 (no version change)
s6-rc: 0.0.2.1 -> 0.1.0.0
s6: 2.2.4.3 -> 2.4.0.0
skalibs: 2.3.9.0 -> 2.4.0.1
Also use new --enable-absolute-paths configure arg to correctly set
paths to runtime executables to point within the nix store rather than
relying on PATH resolution.
It is needed to override "explicit" as this is a C++ keyword. But it
is used as variable name in xkb.h. This is causing a failure in C++
compile time. Similar bug here:
https://bugs.freedesktop.org/show_bug.cgi?id=74080
Workaround from
ec62109e0f.
Additional tools:
- gpg-key2latex
- gpgdir
- gpgwrap
This module is really hacky and the dependencies are very messy... :o
However I tried my best at testing all 19 individual tools and they
should (hopefully) all work now (apart from sendmail which can be
provided by multiple packages) :)
The code is very redundant (sorry) but imho it's easier to read and
maintain it that way.
TODO: There are some additional manual pages that could be included (I'm
too exhausted for that atm...). And there might be a lot of stuff that
could be improved in the future.
Having fixed the Google Compute Engine image build process's copying
of store paths in PR #24264, I ran `nixos-rebuild --upgrade switch`...
and the GCE image broke again, because it sets the NixOS configuration
option for the sysctl variable `kernel.yama.ptrace_scope` to
`mkDefault "1"`, i.e., with override priority 1000, and now the
`sysctl` module sets the same option to `mkDefault "0"` (this was
changed in commit 86721a5f78).
This patch raises the override priority of the Google Compute Engine
image configuration's definition of the Yama sysctl option to 500
(still lower than the priority of an unmodified option definition).
I have tested that this patch allows the Google Compute Engine image
to again build successfully for me.
