Like many other recent thinkpads the factory default pointingstick
sensitivity on these devices is quite low, making the pointingstick
very slow in moving the cursor.
This extends the existing hwdb rules for tweaking the sensitivity to
also apply to the X260 models.
Like many other recent thinkpads the factory default pointingstick
sensitivity on these devices is quite low, making the pointingstick
very slow in moving the cursor.
This extends the existing hwdb rules for tweaking the sensitivity to
also apply to the T560 models.
Like many other recent thinkpads the factory default pointingstick
sensitivity on these devices is quite low, making the pointingstick
very slow in moving the cursor.
This extends the existing hwdb rules for tweaking the sensitivity to
also apply to the T460s models.
Like many other recent thinkpads the factory default pointingstick
sensitivity on these devices is quite low, making the pointingstick
very slow in moving the cursor.
This extends the existing hwdb rules for tweaking the sensitivity to
also apply to the L460 models.
Like many other recent thinkpads the factory default pointingstick
sensitivity on these devices is quite low, making the pointingstick
very slow in moving the cursor.
This extends the existing hwdb rules for tweaking the sensitivity to
also apply to the X250 models.
Like many other recent thinkpads the factory default pointingstick
sensitivity on these devices is quite low, making the pointingstick
very slow in moving the cursor.
This extends the existing hwdb rules for tweaking the sensitivity to
also apply to the T450s models.
Like many other recent thinkpads the factory default pointingstick
sensitivity on these devices is quite low, making the pointingstick
very slow in moving the cursor.
This extends the existing hwdb rules for tweaking the sensitivity to
also apply to the L450 models.
Like many other recent thinkpads the factory default pointingstick
sensitivity on these devices is quite low, making the pointingstick
very slow in moving the cursor.
This extends the existing hwdb rules for tweaking the sensitivity to
also apply to the T440p models.
"#pragma GCC optimize" is merely a convenience to decorate multiple
functions with attribute optimize. And the manual has this to say about
this attribute:
This attribute should be used for debugging purposes only. It
is not suitable in production code.
Some versions of GCC also seem to have a problem with this pragma in
combination with LTO, resulting in ICEs.
So use a different approach (indirect the memset call via a volatile
function pointer) as implemented in openssl's crypto/mem_clr.c.
Closes: #3811
Udev rules cover all the necessary initializations.
As the service now is neither installed, nor installable - we can
remove explicit dependencies and RemainAfterExit=yes option.
is_allocated() and is_allocated_byfd():
Checks if the console is allocated by its index (first function) or
its open descriptor (second function).
is_settable():
Checks if the console is in xlate or unicode mode, so we can adjust
is safely without interfering with X.
Add toggle_utf8() and toggle_utf8_sysfs() and use them in place of old
enable/disable functions. toggle_utf8() also adds iutf8 setting and is
set up to be called per-console (in subsequent patches).
Note, that old disable_utf8() didn't bother checking if it was ok
to change the kbdmode.
GIO_SCRNMAP / GIO_UNISCRNMAP are related to what setfont does with -m
option - namely setting intermediate map from 8bit values into unicode
values. This map is global, so single setfont invocation sets it for
all applicable consoles.
Furthermore calling GIO_SCRNMAP before GIO_UNISCRNMAP causes issues as
the former corrupts values > 255 (UNI alone would be sufficient).
The bug can be easily tested with the following conf:
KEYMAP=pl
FONT=LatArCyrHeb-16
FONT_MAP=8859-2
systemd now returns an error when it is asked to perform disable on the
unit file path. In the past this was allowed, but systemd never really
considered an actual content of the [Install] section of the unit
file. Instead it performed disable on the unit name, i.e. purged all
symlinks pointing to the given unit file (undo of implicit link action
done by systemd when enable is called on the unit file path) and all
symlinks that have the same basename as the given unit file.
However, to notice that [Install] info of the file is not consulted one
must create additional symlinks manually. I argue that in most cases
users do not create such links. Let's be nice to our users and don't
break existing scripts that expect disable to work with the unit file
path.
Fixes#3706.
In this mode, messages from processes which are not part of the session
land in the main journal file, and only output of processes which are
properly part of the session land in the user's journal. This is
confusing, in particular because systemd-coredump runs outside of the
login session.
"Deprecate" SplitMode=login by removing it from documentation, to
discourage people from using it.
This unit acts as a dynamic "alias" target for any concrete graphical user
session like gnome-session.target; these should declare
"BindsTo=graphical-session.target" so that both targets stop and start at the
same time.
This allows services that run in a particular graphical user session (e. g.
gnome-settings-daemon.service) to declare "PartOf=graphical-session.target"
without having to know or get updated for all/new session types. This will
ensure that stopping the graphical session will stop all services which are
associated to it.
Accept both files with and without trailing newlines. Apparently some rkt
releases generated them incorrectly, missing the trailing newlines, and we
shouldn't break that.
All pending tokens are already serialized correctly and will be handled
when the mount unit is done.
Without this a 'daemon-reload' cancels all pending tokens. Any process
waiting for the mount will continue with EHOSTDOWN.
This can happen when the mount unit waits for it's dependencies, e.g.
network, devices, fsck, etc.
This is important if a job was queued for a unit but not yet started.
Without this, the job will be canceled and is never executed even though
IgnoreOnIsolate it set to 'true'.
% valgrind --leak-check=full systemctl status multipathd.service --no-pager -n0
...
==431== 16 bytes in 2 blocks are definitely lost in loss record 1 of 2
==431== at 0x4C2BBAD: malloc (vg_replace_malloc.c:299)
==431== by 0x534AF19: strdup (in /usr/lib64/libc-2.23.so)
==431== by 0x4E81AEE: free_and_strdup (string-util.c:794)
==431== by 0x4EF66C1: map_basic (bus-util.c:1030)
==431== by 0x4EF6A8E: bus_message_map_all_properties (bus-util.c:1153)
==431== by 0x120487: show_one (systemctl.c:4672)
==431== by 0x1218F3: show (systemctl.c:4990)
==431== by 0x4EC359E: dispatch_verb (verbs.c:92)
==431== by 0x12A3AE: systemctl_main (systemctl.c:7742)
==431== by 0x12B1A8: main (systemctl.c:8011)
==431==
==431== LEAK SUMMARY:
==431== definitely lost: 16 bytes in 2 blocks
This happens because map_basic() strdups the strings. Other code in systemctl
assigns strings to UnitStatusInfo without copying them, relying on the fact
that the message is longer lived than UnitStatusInfo. Add a helper function
that is similar to map_basic, but only accepts strings and does not copy them.
The alternative of continuing to use map_basic() but adding proper cleanup
to free fields in UnitStatusInfo seems less attractive because it'd require
changing a lot of code and doing a lot of more allocations for little gain.
(I put "leaking" in quotes, because systemctl is short lived anyway.)
As suggested by @mbiebl we already use the "!" special char in unit file
assignments for negation, hence we should not use it in a different context for
privileged execution. Let's use "+" instead.
To "search something", in the meaning of looking for it, is valid,
but "search _for_ something" is much more commonly used, especially when
the meaning could be confused with "looking _through_ something"
(for some other object).
(C.f. "the police search a person", "the police search for a person".)
Also reword the rest of the paragraph to avoid using "automatically"
three times.
