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Because "export key=val" is not supported by systemd, an error is logged
where the invalid assignment is coming from.
Introduce strv_env_clean_log() to log invalid environment assignments,
where logging is possible and allowed.
parse_env_file_internal() is modified to allow WHITESPACE in keys, to
report the issues later on.
Using the signal name to put systemd in debug mode with bash results in:
$ kill -s SIGRTMIN+22 1
bash: kill: SIGRTMIN+22: invalid signal specification
whereas this works:
$ kill -s SIGRTMAX-8 1
/usr/bin/kill understands both signal names, so just change them to the
bash names.
Previously only one "--unit=" or "--user-unit" could be specified.
With this patch, journalcrtl can show multiple units.
$ journalctl -u systemd-udevd.service -u sshd.service -u crond.service -b
-- Logs begin at Sa 2013-03-23 11:08:45 CET, end at Fr 2013-04-12
09:10:22 CEST. --
Apr 12 08:41:37 lenovo systemd[1]: Started udev Kernel Device Manager.
Apr 12 08:41:37 lenovo systemd[1]: Stopped udev Kernel Device Manager.
Apr 12 08:41:38 lenovo systemd[1]: Started udev Kernel Device Manager.
Apr 12 08:41:38 lenovo crond[291]: (CRON) INFO (Syslog will be used
instead of sendmail.)
Apr 12 08:41:38 lenovo crond[291]: (CRON) INFO (running with inotify
support)
Apr 12 08:41:39 lenovo systemd[1]: Starting OpenSSH server daemon...
Apr 12 08:41:39 lenovo systemd[1]: Started OpenSSH server daemon.
Apr 12 08:41:39 lenovo sshd[355]: Server listening on 0.0.0.0 port 22.
Apr 12 08:41:39 lenovo sshd[355]: Server listening on :: port 22.
Apr 12 08:41:39 lenovo mtp-probe[373]: checking bus 1, device 8:
"/sys/devices/pci0000:00/0000:00:1a.0/usb1/1-1/1-1.5/1-1.5.6/1-1.5.6.2/1-1.5.6.2.1"
When using "-p" and "-b" in combination with "-u", the output is not
what you would expect. The reason is the sd_journal_add_disjunction()
call in add_matches_for_unit() and add_matches_for_user_unit(), which
adds two ORs without taking the other conditions to every OR.
Adding another level on top with AND and sd_journal_add_conjunction()
solves the problem.
Output before:
$ journalctl -o short-monotonic -ab -p 0 -u sshd.service
-- Reboot --
[ 3.216305] lenovo systemd[1]: Starting OpenSSH server daemon...
-- Reboot --
[ 3.168666] lenovo systemd[1]: Starting OpenSSH server daemon...
[ 3.169639] lenovo systemd[1]: Started OpenSSH server daemon.
[36285.635389] lenovo systemd[1]: Stopped OpenSSH server daemon.
-- Reboot --
[ 10.838657] lenovo systemd[1]: Starting OpenSSH server daemon...
[ 10.913698] lenovo systemd[1]: Started OpenSSH server daemon.
[ 6881.035183] lenovo systemd[1]: Stopped OpenSSH server daemon.
-- Reboot --
[ 6.636228] lenovo systemd[1]: Starting OpenSSH server daemon...
[ 6.662573] lenovo systemd[1]: Started OpenSSH server daemon.
[ 6.681148] lenovo sshd[397]: Server listening on 0.0.0.0 port 22.
[ 6.681379] lenovo sshd[397]: Server listening on :: port 22.
As we see, the output is from _every_ boot and priority 0 is not taken
into account.
Output after patch:
$ journalctl -o short-monotonic -ab -p 0 -u sshd.service
-- Logs begin at Sun 2013-02-24 20:54:44 CET, end at Tue 2013-03-19 14:58:21 CET. --
Increasing the priority:
$ journalctl -o short-monotonic -ab -p 6 -u sshd.service
-- Logs begin at Sun 2013-02-24 20:54:44 CET, end at Tue 2013-03-19 14:59:12 CET. --
[ 6.636228] lenovo systemd[1]: Starting OpenSSH server daemon...
[ 6.662573] lenovo systemd[1]: Started OpenSSH server daemon.
[ 6.681148] lenovo sshd[397]: Server listening on 0.0.0.0 port 22.
[ 6.681379] lenovo sshd[397]: Server listening on :: port 22.
* using AC_PATH_TOOL does not allow to override it from shell environment
which is useful when cross-compiling
* with external toolchain I have different HOST_PREFIX and HOST_SYS
AC_PATH_TOOL is using HOST_SYS as prefix and fails to find objcopy
which is available only as ${TARGET_PREFIX}-objcopy then it tries
objcopy without prefix which is found on host, but that objcopy
does not work for !host (e.g. arm when building on x86) libs
I see little point in silently truncating fields when
they are explictly requested. With this change e.g.
journalctl -b MESSAGE_ID=9f26aa562cf440c2b16c773d0479b518 --field=BOOTCHART
works as expected.
They are irrelevant and misleading.
E.g. systemd-analyze:
Startup finished in 6d 4h 15min 32.330s (kernel) + 49ms 914us (userspace) = 6d 4h 15min 32.380s
becomes
Startup finished in 53.735ms (userspace) = 53.735ms
which looks much better :)
Apparently nsenter doesn't handle options concatenated together.
I'm pretty sure it worked at one point, but it seems like magic,
since each of those options can take arguments.
The information about the unit for which files are being parsed
is passed all the way down. This way messages land in the journal
with proper UNIT=... or USER_UNIT=... attribution.
'systemctl status' and 'journalctl -u' not displaying those messages
has been a source of confusion for users, since the journal entry for
a misspelt setting was often logged quite a bit earlier than the
failure to start a unit.
Based-on-a-patch-by: Oleksii Shevchuk <alxchk@gmail.com>
Those functions were identical, apart from typos. Log message
is modified to contain the type of destination var (int, double,
...). I think this might make it easier to understand why a value
was rejected (e.g. a minus from an unsigned type).
Changes to _Reader make it match closer to C API, by removing `get_next`
and `get_previous`. A `get_all` method added, which returns dictionary
of fields using C API SD_JOURNAL_FOREACH_DATA macro, which can be used
in conjunction with `next`.
_Reader `get`, `next`, `get_{realtime,monotonic,cursor}` and new
`previous` methods are made private. This is so the traversal and
getting of journal fields can be made transparent in the python
interface.
Reader now solely implements `get_next` and `get_previous`, returning a
standard dictionary (future: other mapping types?) with all standard and
special fields through the converters. This makes the output the same as
journalctl json/export format output.
Iterator methods also moved to Reader, as they do not function as intend
with changes to _Reader.
These changes also mean that more optimised journal interfaces can be
made more easily from _Reader, by avoiding getting of unrequired fields
by using the `_get` method, and avoiding field conversions.
get_timeout_ms is added as a convenience function, since
it is abysmally hard to call clock_gettime() in Python
versions lower than 3.3. And even for Python 3.3 users
it saves a few lines.
There's now a generic _cleanup_ macro with an argument. The macros for
specific types are now defined using this macro, and in the header files
where they belong.
All cleanup handlers are now inline functions.
DECIMAL_STR_WIDTH() now works on any numeric type, and is easier to
distingish from DECIMAL_STR_MAX().
This also replaces another manual implementaiton of ulog10 by this macro.
Containers will now carry a label (normally derived from the root
directory name, but configurable by the user), and the container's root
cgroup is /machine/<label>. This label is called "machine name", and can
cover both containers and VMs (as soon as libvirt also makes use of
/machine/).
libsystemd-login can be used to query the machine name from a process.
This patch also includes numerous clean-ups for the cgroup code.
This bit of code is mostly stolen from coredump.c. We construct
a simple journal message and append the bootchart file in the
journal automatically.
You can extract the latest bootchart from the current boot with
something like:
$ journalctl -b MESSAGE_ID=9f26aa562cf440c2b16c773d0479b518 --field=BOOTCHART
which prints it to stdout.
None of the other logic is touched. The journal entry is created
even if bootchart was run manually, which is probably wrong.
<fdo-vcs> systemd kay master * b1454bf src/libsystemd-bus/ bus-kernel.c kdbus.h
<fdo-vcs> systemd bus: catch up with kernel changes
<kmacleod> kay: randomly looked at your commit, it looks like in KDBUS_FOREACH_ITEM
you missed changing a (d) to an (i) in (uint8_t*) (d) < (uint8_t*) (k) + (k)->size; ?
<kay> kmacleod: hah, so there *is* a reason for using _foo in macros :)
<kay> kmacleod: thanks!
As audit is still broken in containers we need a reliable way how we can
determine whether the audit data we read from 7proc is actually useful.
Previously we used CAP_AUDIT_CONTROL for this, since nspawn removed that
from the nspawn container. This has changed a while back however, which
means we used audit data of host system in the container.
This adds an explicit container check to the audit calls, so that all
audit data is turned off in containers.
This should fix session creation with pam_systemd/logind in nspawn containers.
This allows clients to put inotify watches on these trees to watch for
state changes, without having to wait until these dirs are created.
This introduces the new top-level /machine cgroup dir as canonical
location where OS containers and VMs shall be located (as discussed with
the libvirt folks).
