It seems that RFC does not say anything about the timestamp of lease
we should use: time that the client sent a request or received a reply.
In DHCPv6 client and NDisc, we use a timestamp that we receive a packet,
rather than we sent something. So, let's consistently use the same
logic for DHCPv4 client.
By using the logic, we will hopefully not forget to set timestamp again,
which is fixed by 089362976c.
Then, stop client in the caller side.
This also makes
- ignore all errors except for resource errors like OOM when FORCERENEW
is received,
- trigger assertion when an message received even if the client is
stopped.
This should not change any functionality. Just refactoring.
../src/src/vmspawn/vmspawn-util.c:33:13: error: implicit declaration of function ‘access’; did you mean ‘accept’? [-Werror=implicit-function-declaration]
On a system with a shared home directory, I'm getting a bunch of warnings:
systemd-xdg-autostart-generator[76]: Exec binary '/usr/bin/flatpak' does not exist: No such file or directory
systemd-xdg-autostart-generator[76]: /home/zbyszek/.config/autostart/org.signal.Signal.desktop: not generating unit, error parsing Exec= line: No such file or directory
systemd-xdg-autostart-generator[76]: Exec binary '/usr/bin/flatpak' does not exist: No such file or directory
systemd-xdg-autostart-generator[76]: /home/zbyszek/.config/autostart/im.riot.Riot.desktop: not generating unit, error parsing Exec= line: No such file or directory
systemd-xdg-autostart-generator[76]: Exec binary '/usr/libexec/gnome-tweak-tool-lid-inhibitor' does not exist: No such file or directory
systemd-xdg-autostart-generator[76]: /home/zbyszek/.config/autostart/ignore-lid-switch-tweak.desktop: not generating unit, error parsing Exec= line: No such file or directory
systemd-xdg-autostart-generator[76]: Exec binary '/usr/bin/flatpak' does not exist: No such file or directory
systemd-xdg-autostart-generator[76]: /home/zbyszek/.config/autostart/org.telegram.desktop.desktop: not generating unit, error parsing Exec= line: No such file or directory
This isn't really a problem. Let's just print an info message.
As in their current form they didn't work at all:
systemd-timesyncd[190115]: Assertion 's' failed at src/libsystemd/sd-event/sd-event.c:3058, function sd_event_source_set_enabled(). Ignoring.
systemd-timesyncd[190115]: Failed to reenable system ntp server change event source!
systemd-timesyncd[190115]: Failed to enable ntp server defer event, ignoring: Invalid argument
This was also pointed out in the post-merge review [0].
Let's address this together with the rest of the comments, and add
some tests to make sure everything works as it should.
Resolves: #28770
Follow-up to: 8f1c446
[0] https://github.com/systemd/systemd/commit/8f1c4469793f2f0281fdfbc20ba4085e20cdd16f#r124147466
Instead of enrolling the local TPM to a luks volume, use the public key from a
TPM to enroll it into the luks volume. This is useful when enrolling a TPM that
is not currently accessible, for example if the TPM is located on a different
system.
If a server replies an ACK for the initial DISCOVER, previously
request_sent was not set, so networkd handle the lease timed out.
Follow-up for 808b65a087.
The SRK templates are defined by specification, so move the check for TPM
support to the tpm2_get_best_srk_template() function, and allow anyone to get
the ECC and RSA templates.
Also add test to verify the SRK templates are correct.
If we're waiting for the debugger process to exit and receive SIGTERM,
propagate it to all processes in our process group, including the
debugger, so we can follow it up with a proper cleanup.
Resolves: #28772
Let's make kernel-install a bit easier to use:
If the kernel version is not specified, let's imply "uname -r", so that
we regnerate the entries for the current kernel.
If the kernel image is not specified let's imply using
/usr/lib/modules/$version/vmlinuz, i.e. the location distros like Fedora
drop the kernel into, which we generally recommend people to use.
If the kernel is not found there, don't try to automatically pick the
kernel path, and fail, as before.
Let's be friendly in what we accept: whenever we define a JSON
structure, let's also allow decimal strings where we want an integer.
This patch purely replaces JSON_VARIANT_UNSIGNED by
_JSON_VARIANT_TYPE_INVALID in the various JsonDispatch[] tables, so that
we'll happily accept any type in json_dispatch(), so that
json_dispatch_uint64() and related tools can do their thing.
This does not switch over OCI (as a JSON structure not defined by us).
JSON famously is problematic with integers beyond 53 bits, because
JavaScript stores everything in double precision floating points.
Various implementations in other languages can deal with signed 64 bit
integers, and a few can deal with unsigned 64bit too (like ours).
Typically program that need more then 53 bit of accuracy encode integers
as decimal strings, to make sure that even if consumers can't really
process larger values they at least won't corrupt the data while passing
it along. This is also recommended by JSON-I (RFC 7493)
To maximize compatibility with other implementations let's add 1st class
parsing support for such objects in the json_dispatch() API.
This makes json_dispatch_uint64() and related calls parse such
integers-formatted-as-decimal-strings as uint64_t. This logic will only
be enabled if the "type" field of JsonDispatch is left unspecified (i.e.
set to negative/_JSON_VARIANT_TYPE_INVALID) though, hence alone does not
change anything in effect.
This purely is about consuming such values, whether we should genreate
them also is a discussion for a separate PR.
When starting a service with a non-root user and a SystemCallFilter and
other settings (like ProtectClock), the no_new_privs flag should not be set.
Also, test that CapabilityBoundingSet behaves correctly, since we need
to preserve some capabilities to do the seccomp filter and restore the
ones set by the service before executing.
Until now, using any form of seccomp while being unprivileged (User=)
resulted in systemd enabling no_new_privs.
There's no need for doing this because:
* We trust the filters we apply
* If User= is set and a process wants to apply a new seccomp filter, it
will need to set no_new_privs itself
An example of application that might want seccomp + !no_new_privs is a
program that wants to run as an unprivileged user but uses file
capabilities to start a web server on a privileged port while
benefitting from a restrictive seccomp profile.
We now keep the privileges needed to do seccomp before calling
enforce_user() and drop them after the seccomp filters are applied.
If the syscall filter doesn't allow the needed syscalls to drop the
privileges, we keep the previous behavior by enabling no_new_privs.
With ResolveUnicastSingleLabel=yes, a scope's search domains are affixed to the
query even when a routing domain matches the single-label query name,
preventing the use of dotless single-label domains entirely.
This changes dns_scope_name_wants_search_domain() to return false when the
scope contains an exact match of the single-label name in the query, allowing
lookups for dotless domains with ResolveUnicastSingleLabel enabled.
Lennart Poettering
Yu Watanabe
Luca Boccassi
Zbigniew Jędrzejewski-Szmek
Frantisek Sumsal
Dan Streetman
Antonio Alvarez Feijoo
Iago López Galeiras
Mike Yuan
Daan De Meyer
Tad Fisher