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CentOS 8 ships python 3.6 so let's try and stay compatible with that
since the only feature we're using that requires python 3.9 is the
streamlined type annotations which are trivial to convert back to
the older stuff to stay compatible with python 3.6.
When running from the build directory systemd-detect-virt might not be installed,
so tell meson to set up the PATH accordingly to point to the build directory.
Fixes https://github.com/systemd/systemd/issues/28316
When building on a x32 system we need to explicitly pass `-m64` to get
the right ABI as the kernel and EFI are still 64bit. For this to
actually work, a suitable multilib compiler, 32bit libc headers and
libgcc need to be installed (similar to ia32 builds on x86_64).
On x32 efi_arch will be set as the kernel architecture is just x86_64,
but there's no userland support to build the EFI ABI. When -Dbootloader=false
is set, skip libefitest too.
Some distributions still use glibc's libcrypt. In that case, libcrypt.pc
does not exist and dependency() will fail.
Also, even if libxcrypt is used, there may not be a symlink
from libcrypt.pc to libxcrypt.pc. So, let's add a secondary name.
Follow-up for d625f717db6e151fd78742593c35eaba4cd2841d.
Fixes#28289.
This also drops the fallback for libacl, libcap, libcrypt, and libgcrypt,
as recent Ubuntu (at least, 20.04 LTS and newer) and Debian (at least, buster
and newer) have relevant .pc files.
Fixes#28161.
This changes the generated config.h file thusly:
-#define _GNU_SOURCE
+#define _GNU_SOURCE 1
Canonically, _GNU_SOURCE is just defined, without any value, but g++ defines
_GNU_SOURCE implicitly [1]. This causes a warning about a redefinition during
complilation of C++ programs after '-include config.h'. Our config attempts to
inject this (and a bunch of other arguments) into all compliations. But before
meson 0.54, flags for dependencies were not propagated correctly (*), and the C++
compilation was done without various flags (**). Once that was fixed, we started
getting a warning.
[1] http://gcc.gnu.org/onlinedocs/libstdc++/faq.html#faq.predefined
(*) Actually, the changelog doesn't say anything. But it mentions various work
related to dependency propagation, and apparently this changes as a side
effect.
(**) -fno-strict-aliasing
-fstrict-flex-arrays=1
-fvisibility=hidden
-fno-omit-frame-pointer
-include config.h
This could be solved in various ways, but it'd require either making the
compilation command line longer, which we want to avoid for readability of the
build logs, or splitting the logic to define the args for C++ progs separately,
which would make our meson.build files more complicated. Changing the
definition to '1' also solves the issue (because apparently now we match the
implicit definition), and shouldn't have other effects. I checked compilation
with gcc and clang. Maybe on other systems this could cause problems. We can
revisit if people report issues.
This is mostly a one-to-one translation of kernel-install.sh, except for
the followings:
- BOOT_ROOT is searched with find_{esp,xbootldr}_and_warn().
- entry token is searched with boot_entry_token_ensure().
- inspect command verboses more information, e.g. found plugins,
environment variables explicitly passed to plugins, arguments passed
to plugins.
- paths specified in $KERNEL_INSTALL_PLUGINS must be absolute.
- LC_COLLATE is set to C.UTF-8 (or any specified on build time).
By writing kernel-install C, we can share the code used by bootctl or
so, and can introduce --root and/or --image options later.
In b6033b706028a64e9affb79050ced1ad9a4f5b43 support was added to create
{/etc|/run}/credstore{|.encrypted} via tmpfiles.d with perms 0000. These
perms are so restrictive that not even root can access them unless it
has CAP_DAC_OVERRIDE capability. This is creates the dirs at boot time
In 24039e1207c169b18adf5234ad300ea3ba1b671e support was added to create
/etc/credstore with perm 0700 from meson.build at build time.
This patch makes unifies the two parts:
1. creates both /etc/credstore *and* /etc/credstore.encrypted in both
places (the build system still won't create them in /run/, since
that's pointless since not shipped, and the runtime won't create the
dirs below /usr/lib/, since that's not generically writable anyway).
2. Both at runtime and at build time we'll create the dirs with mode
0700. This is easier for packaging tools to handle since they
generally react pretty negatively on dirs they can't enumerate.
The entries are sorted by speed. Some fields are left empty when there is no
clear value to use. The table is much longer now, but I think it's better to
document the allowed values, even if some are not terribly useful.
Fixes#26256.
Let's make the creds directories a bit more discoverable and make it
easier for users to use them. This also allows us to fix the
mode to 0700 for /etc instead of the usual 0755 which is what probably
would happen if users had to create this directory themselves.
Build option "link-portabled-shared" to build a statically linked
systemd-portabled by using
-Dlink-portabled-shared=false
on systems with full systemd stack except systemd-portabled, such
as CentOS/RHEL 9.
As part of the build, we would populate build/test/sys/ using
sys-script.py, and then udev-test.p[ly] would create a tmpfs instance
on build/test/tmpfs and copy the sys tree to build/test/tmpfs/sys.
Also, we had udev-test.p[ly] which called test-udev. test-udev was
marked as a manual test and installed, but neither udev-test.p[ly] or
sys-script.py were.
test-udev is renamed to udev-rule-runner, which reduces confusion and
frees up the test-udev name. udev-test.py is renamed to test-udev.py.
All three files are now installed.
test-udev.py is modified to internally call sys-script.py to set up the
sys tree. Copying and creating it from scratch should take the same
amount of time. We avoid having a magic directory, everything is now
done underneath a temporary directory.
test-udev.py is now a normal installed test, and run-unit-tests.py will
pick it up. When test-udev.py is invoked from meson, the path to
udev-rule-runner is passed via envvar; when it is invoked via
run-unit-tests.py or directly, it looks for udev-rule-runner in a relative
path.
The goal of this whole change is to let Debian drop the 'udev' test.
It called sys-script.py and udev-test.pl from the source directory and
had to recreate a bunch of the logic. Now test-udev.py will now be called
via 'upstream'.
