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In Debian and rawhide Fedora, which have CONFIG_SCHEDSTATS=n,
bootchart creates empty files in /run/log before printing an error.
Stop doing that.
Moreover this duplicated part of the code doesn't even have error checking
so there is no error avoided by doing this early.
Reported-by: tfirg_ on IRC
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There is no need to check those.
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This allows for stateless systems.
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We strips out NLMSG_DONE piece from a multi-part message adding into the
receive queue only the messages containing actual data.
If we send a request to the kernel for getting the forwarding database table (just an example),
the response will be a multi-part message like below:
1. FDB entry 1;
2. FDB entry 2;
3. NLMSG_DONE;
We strip out "3. NLMSG_DONE;" part and places into the receive queue a pointer to
"1. FDB entry 1; 2. FDB entry 2".
But if the FDB table is empty, the respose from the kernel will look like below:
1. NLMSG_DONE;
We strip out "1. NLMSG_DONE;" part and since there is no actual data got, it continues
waiting until reaching timeout.
Therefore, a call to "sd_rtnl_call" to send and wait for a response from kernel will exit
with timeout which is interpreted as error in communication.
This patch puts the NLMSG_DONE message on the receive queue if it ends an empty multi-part
message. This situation is detected in sd_rtnl_call() and in the callback code and NULL is
returned to the caller instead.
[tomegun:
- added/reworded commit message
- extend the same support to sd_rtnl_call_async()
- drop debug logging from library, we only do this if something is really wrong, but an
empty multi-part message is perfectly normal
- modernize the code we touch whilst we are at it]
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Bug introduced in 984f1b1d1b. The state was flipped later,
but the enable/disable routine made use of the state to decide
what to do.
context_enable_ntp() and context_start_ntp() now get the desired
state directly, so the Context parameter can be removed.
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We'd use the generic check for disable, and a unit-file-specific one for enable.
Use the more specific one both ways.
systemd[1]: SELinux access check scon=system_u:system_r:systemd_timedated_t:s0 tcon=system_u:system_r:init_t:s0 tclass=system perm=disable path=(null) cmdline=/usr/lib/systemd/systemd-timedated: -13
systemd[1]: SELinux access check scon=system_u:system_r:systemd_timedated_t:s0 tcon=system_u:object_r:systemd_unit_file_t:s0 tclass=service perm=enable path=/usr/lib/systemd/system/systemd-timesyncd.service cmdline=/usr/lib/systemd/systemd-timedated: -13
https://bugzilla.redhat.com/show_bug.cgi?id=1014315
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timedated would set the internal status before calling out to systemd to do
the actual change. When the operation was refused because of a SELinux denial,
the state kept in timedated would get out of sync, and the second call from
timedatectl would appear to succeed.
https://bugzilla.redhat.com/show_bug.cgi?id=1014315
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A failed priority is not something worth stopping boot over. Most people
have only one swap device, in which case priority is irrelevant, and even
if there is more than one swap device, they are all usable, and ignoring the
priority field should only result in some loss of performance.
The kernel will report the priority as -1 if not set, so it's easy for
people to make this mistake.
https://bugzilla.redhat.com/show_bug.cgi?id=1204336
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All callers look at the return value anyway.
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Allow systemd-tmpfiles to set the file/directory attributes, like
chattr(1) does. Two more commands are added: 'H' and 'h' to set the
attributes, recursively and not.
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Add change_attr_fd() function to modify the file/directory attribute.
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cur and max were changed to size_t in ac6e2f0dfc2e800f01c79ecea2b811914110a7b9
update the format accordingly.
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We always return NULL/invalid-object from destructors, fix strv_free() to
do the same.
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We already call parse_argv() from main(), don't call it here again.
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This allows set_action(), read_uevent_file() and read_db() to be made internal to libudev.
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The comparison function we use for qsorting paths is overly indifferent.
Consider these 3 paths for sorting:
/foo
/bar
/foo/foo
qsort() may compare:
"/foo" with "/bar" => 0, indifference
"/bar" with "/foo/foo" => 0, indifference
and assume transitively that "/foo" and "/foo/foo" are also indifferent.
But this is wrong, we want "/foo" sorted before "/foo/foo".
The comparison function must be transitive.
Use path_compare(), which behaves properly.
Fixes: https://bugzilla.redhat.com/show_bug.cgi?id=1184016
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... and make path_equal() a simple wrapper around it.
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This will be used by fsckd. This reverts part of
031886edfc6e96ab778c241035a8d00fb0de99d3.
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Even if plymouth is running, it might have not displayed the splash yet,
so we'll see a few lines on fbcon when we should have otherwise had
nothing.
Plymouth integration was added to systemd in commit
6faa11140bf776cdaeb8d22d01816e6e48296971. That same day, Plymouth got
systemd integration [0]. As such, the Plymouth integration has always
been obsolete, and was probably only for older Plymouth's. But I can't
imagine anybody running a Plymouth from 2011 with a systemd from 2015.
Remove the Plymouth/systemd integration, and let Plymouth's code tell
systemd to print the details.
[0] http://cgit.freedesktop.org/plymouth/commit/?id=537c16422cd49f1beeaab1ad39846a00018faec1
Signed-off-by: Jasper St. Pierre <jstpierre@mecheye.net>
Cc: Daniel Drake <dsd@endlessm.com>
Cc: Ray Strode <rstrode@redhat.com>
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Commit 628c89c introduced the "tentative" device state, which caused
devices to go from "plugged" to "tentative" on a remove uevent. This
breaks the cleanup of stale mounts (see commit 3b48ce4), as that only
applies to "dead" devices.
The "tentative" state only really makes sense on adding a device when
we don't know where it was coming from (i. e. not from udev). But when
we get a device removal from udev we definitively know that it's gone,
so change the device state back to "dead" as before 628c89c.
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If we don't check the error of the child process, systemd-vconsole-setup
would exit with 0 even if it could not really setup the console.
For a simple test, move loadkeys elsewhere and execute
systemd-vconsole-setup:
[root@localhost ~]# strace -f -e execve /usr/lib/systemd/systemd-vconsole-setup
execve("/usr/lib/systemd/systemd-vconsole-setup", ["/usr/lib/systemd/systemd-vconsol"...], [/* 15 vars */]) = 0
Process 171 attached
[pid 171] execve("/usr/bin/loadkeys", ["/usr/bin/loadkeys", "-q", "-C", "/dev/tty0", "br-abnt2"], [/* 15 vars */]) = -1 ENOENT (No such file or directory)
[pid 171] +++ exited with 1 +++
--- SIGCHLD {si_signo=SIGCHLD, si_code=CLD_EXITED, si_pid=171, si_uid=0, si_status=1, si_utime=0, si_stime=0} ---
+++ exited with 0 +++
Note that loadkeys returned 1 while systemd-vconsole-setup return 0.
Since the font and keyboard setup are already serialized, refactor the
code a little bit so the functions do the wait by themselves. One change
in behavior in this patch is that we don't return early, but we do try
to setup the keyboard even if the font load failed.
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Despite having the internal logic in place to enable/disable using NTP
servers provided by DHCP the network config didn't expose the option.
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Also use our own mkostemp wrapper, which tries to use O_TMPFILE.
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It allocates memory, so it can fail.
CID #1237527.
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CID #1237546.
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Mar 13 19:48:28 adam.happyassassin.net systemd[1]: Collecting (null)
Mar 13 19:48:28 adam.happyassassin.net systemd[1]: Collecting (null)
Mar 13 19:48:28 adam.happyassassin.net systemd[1]: Collecting (null)
Mar 13 19:48:28 adam.happyassassin.net systemd[1]: Collecting (null)
Mar 13 19:48:28 adam.happyassassin.net systemd[1]: Collecting (null)
Mar 13 19:48:28 adam.happyassassin.net systemd[1]: Collecting (null)
Mar 13 19:48:28 adam.happyassassin.net systemd[1]: Collecting (null)
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Audit messages would be displayed as "unknown[1]".
Also specify AUTH as facility... This seems to be the closest match
(/* security/authorization messages */).
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This file contains no privileged data — just names of devices to decrypt
and files containing keys. On a running system most of this can be inferred from
the device tree anyway.
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Udev debug messages have to be significantly overhauled... For now
just downgrade those two. They are responsible for approximately 25%
of debug output during boot and are rather useless.
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Quotes are useful when the string can contain spaces or be otherwise
confusing. Not possible with those two.
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With debugging on, sysv-generator would print the full set of
lookup paths for *every* sysv script.
While at it, pass LookupPaths as a pointer in sysv-generator,
and constify it everywhere.
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Mar 13 19:48:30 adam.happyassassin.net systemd-tmpfiles[970]: "/var/lib/machines" has right mode 40700
Mar 13 19:48:30 adam.happyassassin.net systemd-tmpfiles[970]: /var/lib/machines created successfully.
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mar 14 20:05:34 fedora22 systemd[4058]: /usr/lib/systemd/system-generators/kdump-dep-generator.sh will be executed.
mar 14 20:05:34 fedora22 systemd[4058]: Spawned /usr/lib/systemd/system-generators/kdump-dep-generator.sh as 4059.
The second line already says everything.
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disabled
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it is ironic that
"The only purpose of this structure is to cast the structure pointer
passed in addr in order to avoid compiler warnings. See EXAMPLE below."
from bind(2)
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sd_event_dispatch() returns 0 on FINISH, so let's eat that up.
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If you've got SELinux policy loaded, label_hnd is your labeling handle.
When systemd is shutting down, we free that handle via mac_selinux_finish().
But: switch_root() calls mkdir_p_label(), which tries to look up a label
using that freed handle, and so we get a bunch of garbage and eventually
SEGV in libselinux.
(This doesn't happen in the switch-root from initramfs to real root because
there's no SELinux policy loaded in initramfs, so label_hnd is NULL and we
never attempt any lookups.)
So: make sure that mac_selinux_finish() actually sets label_hnd to NULL, so
nobody tries to use it after it becomes invalid.
https://bugzilla.redhat.com/show_bug.cgi?id=1185604
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Coverity was complaining that CMSG_NXTHDR is used without
checking the return value. In this case it cannot fail, but
it is a good excuse to simplify the function a bit.
CID #1261726.
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The data comes from the kernel, so chances of it being
garbled are low, but for correctness' sake, add the check.
CID #996458.
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