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I assume this was a typo in c279613f861636c816f2f7df051b02c2f55a5134
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systemd-run can launch units with RuntimeDirectory
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test-execute: add more tests
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Teach bus_append_unit_property_assignment() about 'Delegate' property
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machine: fix #1739
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Port capabiliy bounding set parsing to extract_first_word
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Revert "utf8.[ch]: use char32_t and char16_t instead of int, int32_t,…
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sd-journal.c: port to extract_first_word
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machine: : port to extract_first_word
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utf8.[ch]: use char32_t and char16_t instead of int, int32_t, int16_t
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tests: lookup_paths_init depends on SYSTEMD_UNIT_PATH. Test it
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core: two trivial debug/error message improvements
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network: fix use-after-free in link_free
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The directive is called FileDescriptorStoreMax=, not FDStoreMax=.
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Otherwise we might run into deadlocks, when journald blocks on the
notify socket on PID 1, and PID 1 blocks on IPC to dbus-daemon and
dbus-daemon blocks on logging to journald. Break this cycle by making
sure that journald never ever blocks on PID 1.
Note that this change disables support for event loop watchdog support,
as these messages are sent in blocking style by sd-event. That should
not be a big loss though, as people reported frequent problems with the
watchdog hitting journald on excessively slow IO.
Fixes: #1505.
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Better generate a real error then simply connect to the wrong socket.
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rework C11 utf8.[ch] to use char32_t instead of uint32_t when referring
to unicode chars, to make things more expressive.
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Let's make sure we don't start blocking on sd_notify() earlier than
necessary, let's bump the socket buffer sizes to 8M.
We already do something similar for our logging socket buffers, hence
apply a similar bump here.
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- Make sure we log each error at least once, and at most once
- Replace FOREACH_WORD loops by extract_first_word() loops
- Use FOREACH_DIRENT() for directory loops
- Use free_and_strdup() where appropriate
- Do not operate on half-loaded SysV files
- Always properly free all memory
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Let's make sure we don't even try to create the audit socket
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When rebooting nspawn containers about 400 times we'd otherwise hit the
fd limit and refuse further reboots.
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This adds support for a new environment variable
SYSTEMCTL_INSTALL_CLIENT_SIDE, that ensures that systemctl executes
install operations client-side instead of passing them to PID1. This is
useful in debugging situations, but even beyond that. However, we don't
want to make it official API, hence let's just make it an undocumented
environment variable.
Similar, add a second variable, SYSTEMCTL_SKIP_SYSV which allows
skipping the SysV chkconfig fall-back if set. This is useful for similar
reasons, and exposed as undocumented as environment variable for similar
reasons, too.
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To avoid polluting test/
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To avoid polluting test/
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Explicitly set MHD_OPTION_CONNECTION_MEMORY_LIMIT to a larger value,
when setting up microhttpd, to give more memory per HTTP(S) connection.
This way systemd-journal-remote can now prevent microhttpd from failing
in creating response headers with messages like "Not enough memory for
write", especially when lots of HTTPS requests arrive. That's precisely
because MHD_OPTION_CONNECTION_MEMORY_LIMIT in libmicrohttpd defaults to
32768, which is in practice insufficient in this case.
See also https://gnunet.org/bugs/view.php?id=4007 for more details.
Fixes: https://github.com/coreos/bugs/issues/927
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bug: CapabilityBoundingSet= doesn't reset all caps
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Freeing a link removes it both from addresses and addresses_foreign,
causing SIGSEGV if one of the sets is freed.
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Port to extract_first_word
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core: fix priority ordering in notify-handling
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Currently, we dispatch NOTIFY messages in a tight loop. Regardless how
much data is incoming, we always dispatch everything that is queued.
This, however, completely breaks priority event-handling of sd-event.
When dispatching one NOTIFY event, another completely different event
might fire, or might be queued by the NOTIFY handling. However, this
event will not get dispatched until all other further NOTIFY messages are
handled. Those might even arrive _after_ the other event fired, and as
such completely break priority ordering of sd-event (which several code
paths rely on).
Break this by never dispatching multiple messages. Just return after each
message that was read and let sd-event handle everything else.
(The patch looks scarier that it is. It basically just drops the for(;;)
loop and re-indents the loop-content.)
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