This change allows the tablet tool button to be used for floating mod
resize. In addition, it attempts to ensure that tablet tool events are
consistent such that tablet v2 events and pointer events will never be
interleaved, and such that the tool buttons count will never fall out of
sync and cause tool button emulation to break.
Some of this logic is similar to what is done for tablet tool tip, but
not quite identical, because of the complication that we have to deal
with multiple inputs that can overlap eachother.
Fixes#7036.
This might be the wrong fix, but the crash is happening because the ->data
field on an xwayland surface is NULL. A NULL data field is normal for
unmanaged surfaces, however it seems clients can do weird things: They can
create a cursor lock on a regular xwayland surface then make it unmanaged
by calling override_redirect. In this case, the xwayland server should
destroy the cursor lock, which is does, but does so in the wrong order
making it try to dereference a NULL pointer after sway has acknowledged
its new unmanaged status.
```
(gdb) bt full
0 0x000055fd91934861 in warp_to_constraint_cursor_hint (cursor=0x55fd93486c00)
at ../sway/input/cursor.c:1243
sy = 605
lx = 6.9527431433545762e-310
sx = 1272
view = 0x0
con = 0x7ffd1cdfe400
ly = -6.949595189996421e+59
constraint = 0x55fd93e7faa0
1 0x000055fd91934976 in handle_constraint_destroy (listener=0x55fd93f0fd58, data=0x55fd93e7faa0)
at ../sway/input/cursor.c:1266
sway_constraint = 0x55fd93f0fd30
constraint = 0x55fd93e7faa0
cursor = 0x55fd93486c00
2 0x00007fda8275bf6e in wl_signal_emit_mutable () at /usr/lib/libwayland-server.so.0
3 0x00007fda82e57016 in pointer_constraint_destroy (constraint=0x55fd93e7faa0)
at ../subprojects/wlroots/types/wlr_pointer_constraints_v1.c:49
4 0x00007fda82e570dc in pointer_constraint_destroy_resource (resource=0x55fd933cf8f0)
at ../subprojects/wlroots/types/wlr_pointer_constraints_v1.c:66
constraint = 0x55fd93e7faa0
5 0x00007fda8275d8ba in () at /usr/lib/libwayland-server.so.0
6 0x00007fda8275f6a9 in wl_resource_destroy () at /usr/lib/libwayland-server.so.0
7 0x00007fda82e56fb3 in resource_destroy (client=0x55fd93ea52e0, resource=0x55fd933cf8f0)
at ../subprojects/wlroots/types/wlr_pointer_constraints_v1.c:39
8 0x00007fda81d8f4f6 in () at /usr/lib/libffi.so.8
9 0x00007fda81d8bf5e in () at /usr/lib/libffi.so.8
10 0x00007fda81d8eb73 in ffi_call () at /usr/lib/libffi.so.8
11 0x00007fda8275aada in () at /usr/lib/libwayland-server.so.0
12 0x00007fda8275f01c in () at /usr/lib/libwayland-server.so.0
13 0x00007fda8275d9e2 in wl_event_loop_dispatch () at /usr/lib/libwayland-server.so.0
14 0x00007fda8275e197 in wl_display_run () at /usr/lib/libwayland-server.so.0
15 0x000055fd919264d3 in server_run (server=0x55fd919a3a80 <server>) at ../sway/server.c:320
16 0x000055fd91925457 in main (argc=1, argv=0x7ffd1cdfed98) at ../sway/main.c:411
verbose = false
debug = false
validate = false
allow_unsupported_gpu = false
config_path = 0x0
c = -1
```
sway sends wl_keyboard.enter on seat focus change and when a keyboard
active on a seat is configured. If all keyboards are removed and a
keyboard is added back without changing the focused client, no new
notify event would be sent despite having keyboard focus. This could
lead to key events without notify, which is a protocol violation.
As a quick fix, when configuring a keyboard on a seat where no keyboard
is currently active, activate the keyboard so that a focused surface
will receive a notify event.
Regressed by: e1b268af98
Closes: https://github.com/swaywm/sway/issues/7330
When we reload the config, we reset every input device and re-apply
configuration from the config file. This means that the keyboard keymap
is updated at least once during config reload, more if the config file
contains keyboard configuration.
When they keyboard keymap changes and is updated through wlr_seat, the
keymap ends up sent to every keyboard bound in every client, seemingly
multiple times. On an x230 of mine with a keyboard layout set in the
config file, I see 42 keymap events sent to foot on config reload.
Reduce events from keyboard configurations by skipping all but the
currently active keyboard for the seat, and by clearing the active
keyboard during input manager device reset. After this change, I only
see a single just-in-time keymap event.
Fixes: https://github.com/swaywm/sway/issues/6654
Support the new dwtp (disable while trackpointing) option introduced in
libinput 1.21, allowing users to control whether the trackpoint (like
those in Thinkpads, but not only) should be disabled while using the
keyboard/touchpad.
See: https://gitlab.freedesktop.org/libinput/libinput/-/issues/731
Remove the incorrect attempt to block focus changes when an input grab
is present and replace it with the same logic used for layer_shell-based
screen lockers: restore the focus after changing it.
This fixes a use-after-free of seat->workspace if outputs are destroyed
while a screen lock is enabled.
When removing outputs, it is possible to end up in a situation where
none of the session lock client's surfaces have keyboard focus,
resulting in it not receiving keyboard events. Track the focused
surface and update it as needed on surface destroy.
Sway focuses the inactive child when focusing split containers. However,
there is currently no way to focus the parent container itself by mouse.
A user must use the keyboard to do so.
This commit maintains the current behavior, but makes it such that a
second click on the split container titlebar (i.e., after its children
are visible) focuses the split container itself.
active_keyboard may be NULL, in which case an invalid pointer could be
passed to wlr_input_method_keyboard_grab_v2_send_modifiers. This
procedure call is unnecessary since wlroots commit 372a52ec "input
method: send modifiers in set_keyboard", so the call can simply be
removed.
Fixes#6836.
We currently track the focus of a seat in two ways: we use a list called
focus_stack to track the order in which nodes have been focused, with
the first node representing what's currently focused, and we use a
variable called has_focus to indicate whether anything has focus--i.e.
whether we should actually treat that first node as focused at any given
time.
In a number of places, we treat has_focus as implying that a focused
node exists. If it's true, we attempt to dereference the return value of
seat_get_focus(), our helper function for getting the first node in
focus_list, with no further checks. But this isn't quite correct with
the current implementation of seat_get_focus(): not only does it return
NULL when has_focus is false, it also returns NULL when focus_stack
contains no items.
In most cases, focus_stack never becomes empty and so this doesn't
matter at all. Since focus_stack stores a history of focused nodes, we
rarely remove nodes from it. The exception to this is when a node itself
goes away. In that case, we call seat_node_destroy() to remove it from
focus_stack and free it. But we don't unset has_focus if we've removed
the final node! This lets us get into a state where has_focus is true
but seat_get_focus() returns NULL, leading to a segfault when we try to
dereference it.
Fix the issue both by updating has_focus in seat_node_destroy() and by
adding an assertion in seat_get_focus() that ensures focus_stack and
has_focus are in sync, which will make it easier to track down similar
issues in the future.
Fixes#6395.
[1] There's some discussion in #1585 from when this was implemented
about whether has_focus is actually necessary; it's possible we could
remove it entirely, but for the moment this is the architecture we have.
previously, fullscreen global containers would grab cursor input
even if a shell-layer surface was on top of it
related issue: https://github.com/swaywm/sway/issues/6501
Adds detection code to handle pci-*-platform-* strings
in ID_PATH
References: https://github.com/swaywm/sway/issues/6590
Signed-off-by: Jari Ronkainen <ronchaine@gmail.com>
If the surface the pointer started to interact with is destroyed we also
want the seatop_down to end. In case a drag is initiated we receive a
call to handle_end.
Simon Ser
Kirill Primak
Ronan Pigott
John Chadwick
Alexander Orzechowski
Carl Smedstad
Kenny Levinsen
Lucas Zampieri
pudiva chip líquida
Daniel De Graaf
Yaroslav de la Peña Smirnov
Tudor Brindus
Ferdinand Schober
Florian Franzen
Leonardo Hernández Hernández
Simon Zeni
Moon Sungjoon
Alexander Gramiak
Thomas Hebb
RoastVeg
Rasmus Moorats
siikamiika
Jari Ronkainen
Simon Plakolb