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Whenever a Router Advertisement is received, dhcp6_configure() will be
called. A Router Advertisment can also instruct DHCPv6 to start acquiring
IPv6 addresses in manged mode, if it previously was handling only other
information. As an Router Advertisment is also received after the DHCPv6
client has resumed from a suspend, fix the function not to assume DHCPv6
is currently running, but instead try to restart it. Handle
sd_dhcp6_start() returning -EALREADY indicating that the DHCPv6 client was
already running.
Collect all client unrefs in one place to unclutter the error handling.
Fixes https://github.com/systemd/systemd/issues/963
Update the test case to stop the ongoing Information Request exchange
before unsetting its state. To keep the test case callback verification
simpler, temporarily unset the callback function before stopping.
Prevent modifications to index, MAC address, DUID and Information
Request while the DHCPv6 client is running.
Require the DHCPv6 client to be stopped first instead of always
unconditionally restarting it if the caller calls
sd_dhcp6_client_start() more than once. With this change, handling
of for example incoming Router Advertisments becomes much easier.
When 'SmackProcessLabel=' is used in user@.service file, all processes
launched in systemd user session should be labeled as the designated name
of 'SmackProcessLabel' directive. However, if systemd has its own smack
label using '--with-smack-run-label' configuration, '(sd-pam)' is
labeled as the specific name of '--with-smack-run-label'. If
'SmackProcessLabel=' is used in user@.service file without
'--with-smack-run-label' configuration, (sd-pam) is labeled as "_" since
systemd (i.e. pid=1) is labeled as "_".
This is mainly because setup_pam() function is called before applying
smack label to child process. This patch fixes it by calling setup_pam()
after setting the smack label.
If we spawn a unit with a non-empty 'PAMName=', we fork off a
child-process _inside_ the unit, known as '(sd-pam)', which watches the
session. It waits for the main-process to exit and then finishes it via
pam_close_session(3).
However, the '(sd-pam)' setup is highly asynchronous. There is no
guarantee that process gets spawned before we finish the unit setup.
Therefore, there might be a root-owned process inside of the cgroup of
the unit, thus causing cg_migrate() to error-out with EPERM.
This patch makes setup_pam() synchronous and waits for the '(sd-pam)'
setup to finish before continuing. This guarantees that setresuid(2) was
at least tried before we continue with the child setup of the real unit.
Note that if setresuid(2) fails, we already warn loudly about it. You
really must make sure that you own the passed user if using 'PAMName='.
It seems very plausible to rely on that assumption.
Add a 'destination' match rule for every SERVICE argument in addition to
the 'sender' rule. This is consistent with busctl(1), which documents
monitor as dumping "messages to or from this peer".
Shutting down a user session currently fails with:
Sep 22 22:35:38 david-t2 systemd[640]: Reached target Shutdown.
Sep 22 22:35:38 david-t2 systemd[640]: Starting Exit the Session...
Sep 22 22:35:38 david-t2 systemd[640]: Received SIGRTMIN+24 from PID 659 (kill).
Sep 22 22:35:38 david-t2 systemd[640]: Shutting down.
Sep 22 22:35:38 david-t2 systemd[640]: Not executed by init (PID 1).
Sep 22 22:35:38 david-t2 systemd[640]: Critical error while doing system shutdown: Operation not permitted
This is a regression from:
commit 287419c119
Author: Alban Crequy <alban.crequy@gmail.com>
Date: Fri Sep 18 13:37:34 2015 +0200
containers: systemd exits with non-zero code
Make sure we never ever execute systemd-shutdown from within a
user-manager. Restore the previous behavior by partially reverting given
commit.
gcc versions 4.6 and earlier used to complain when a local variable
shadows a global function, 4.7 and above only complain if a local
variable shadows a global variable.
Fix this by checking whether gcc 4.7+ behavior is in place before
deciding to use -Werror=shadow in $(CFLAGS), by using a custom test
program source that shadows a global function with a local variable and
confirming that -Werror=shadow does not make the compile to break.
Tested:
- On gcc 4.7 and 4.8, confirmed nothing changed (other than the order of
the -Werror=shadow argument, going to the end of CFLAGS.)
- On gcc 4.6, confirmed by looking at the config.log output that the
check for -Werror=shadow failed and it was not included in CFLAGS.
- Ran `make V=1` to confirm -Werror=shadow was still in use, introduced
a bogus shadowing issue and confirmed it was caught when building with
a recent gcc.
The variables should be quoted inside [...] to avoid double macro
expansion. This is currently not an issue, since the values (-W...) are
not really macros, but we might as well just fix that issue now.
Tested by re-running autogen.sh and comparing the value of OUR_CFLAGS in
the generated Makefile. Ran a full build from a clean tree to confirm
no other issues were introduced.
Never log when we fail due to OOM when translating enums, let the caller
do that. Translating basic types like enums should be something where
the caller logs, not the translatior functions.
Return -1 when NULL is passed to all enum parser functions.
The non-fallback versions of the enum translator calls already handle
NULL as failure, instead of hitting an assert, and we should do this
here, too.
When 0 bytes are to be written, make sure to go into read() at least
once, in order to validate the parameters, such as the passed fd.
Return error on huge values, add a couple of asserts and casts where
appropriate.
Let's underline the header line of the table shown by cgtop, how it is
customary for tables. In order to do this, let's introduce new ANSI
underline macros, and clean up the existing ones as side effect.
If code enqueues a message on one of the default busses, but doesn't
sync on it, and immediately drops the reference to the bus again, it
will stay queued and consume memory. Intrdouce a new call
sd_bus_default_flush_close() that can be invoked at the end of programs
(or threads) and flushes out all unsent messages on any of the default
busses.
Adding additional keys prevents this gpio-keys powerswitch from working,
e.g. this wouldn't poweroff:
button@23 {
label = "power-switch";
linux,code = <116>;
gpios = <&gpio 23 1>;
};
button@25 {
label = "KEY_A";
linux,code = <30>;
gpios = <&gpio 25 1>;
};
Changing ATTRS{keys}=="116" to ATTRS{keys}=="*116*" makes the
power-switch and the A key both work properly.
(David: rephrase and merge-commits)
Currently, sd-lldp.h exports "UPDATE_INFO".. and defines it to a magic
constant '10'. This is completely bogus, so fix it to follow our coding
standards:
- Prefix exported symbols by SD_LLDP_*
- Define a separate event-enum for event types
- Translate internal state to external event-types
