This is needed for keyboard grabs. If the seat is notified about a
keyboard event, it will need to forward the event to the grab object,
which in its turn will decide what should happen to the event.
This is a minor regression introduced with the refactor of the
KeyboardInterface. We need to update pressed key status even if there is
no focused surface, otherwise some keys may get stuck in the pressed
state.
This improves the readability of the setFocusedSurface() method in the
KeyboardInterface class. Currently, it's easy to overlook that the
sendEnter() function also sends modifiers.
This rewrites the wl_seat protocol implementation to adhere to the new
design principles.
Effectively, we've been supporting wl_seat v7 so the version was also
bumped from 5 to 7.
We send modifiers to the active client when they change, and when we
focus an existing client we send the cached state.
For this reason it's important we always update our internal store of
modifiers regardless of whether a surface is currently active.
Unit test is adopted accordingly.
BUG: 429930
And make them public in th keyboard_interface, there's no point in
wrapping this in seat_interface with new approach
See also: plasma/kwayland-server#13
- Get rid of the KF5 deprecated methods related to keymap,
kwayland-server is not source compatible with kwayland, so we don't
need to keep the deprecated methods
- Move the key repeat, modifiers and keymap handling fully into the
KeyboardInterface.
- Get rid of some of the keyboard related code base from the
seat_interface.
Co-Author: Bhushan Shah <bshah@kde.org>
Summary:
To better isolate the clients from each other eachh KeyboardInterface
creates it's own dedicated temporary file and sends the fd for this
temporary file to the client. This means the memory for the keymap is no
longer shared between all clients, every client has an own copy.
To support this the existing API to set the keymap is deprecated and
replaced by a new method setKeymapData which takes the content of the
keymap as a byte array. The now deprecated method which takes a file
descriptor is changed to use the new setKeymapData method. For that it
reads the content of the file.
The implementation in KeyboardInterface to create the file descriptor is
based on the implementation of KWin. As I implemented the change in KWin
(see 3b4c508ee3) it is not a problem from
GPL vs LGPL perspective.
The change includes test cases to verify that the content of the keymap
is properly passed to the client and that the memory is no longer shared.
BUG: 381674
Reviewers: #kwin, #frameworks, davidedmundson, zzag
Reviewed By: #kwin, zzag
Subscribers: plasma-devel, kde-frameworks-devel
Tags: #frameworks
Differential Revision: https://phabricator.kde.org/D14910
Summary:
This is a change inspired by https://bugreports.qt.io/browse/QTBUG-61930.
When Qt closes a window due to a key press event it starts to repeat the
event as KWayland does not send a keyboard leave event. Weston on the
other hand does send out the keyboard leave. In my opinion it doesn't
make much sense to send out the keyboard leave in this situation and in
my opinion that is a client bug, but if it makes clients happy we can
send them the keyboard leave. Similar this should be done for pointer,
touch, etc.
BUG: 382280
Test Plan: Run the example added to the Qt bug and it worked fine
Reviewers: #frameworks, #plasma
Subscribers: plasma-devel
Tags: #plasma_on_wayland, #frameworks
Differential Revision: https://phabricator.kde.org/D6683
Summary:
On client side the newer wl_keyboard_release is used which is a
destructor call. On server side the shared destroy callback is used
and it's ensured that KWayland doesn't crash if called into the
KeyboardInterface between unbound and destroyed.
Test Plan:
Test case extended to cover the condition of an unbound
KeyboardInterface.
Reviewers: #plasma_on_wayland
Subscribers: plasma-devel
Tags: #plasma_on_wayland
Differential Revision: https://phabricator.kde.org/D2036
Summary:
So far the server component performed manual cleanup in some cases
when a client disconnects. But this is not needed: the Wayland library
calls the static unbind methods which do cleanup. If we cleanup ourselves
this can result in double deletes in the worst case, so let's only use
the Wayland functionality.
Adjusted:
* RegionInterface
* SurfaceInterface
* ShellSurfaceInterface (doesn't take a parent anymore)
* DpmsInterface
* QtSurfaceExtensionInterface
* KeyboardInterface
* PointerInterface
* TouchInterface
* DataOfferInterface
* PlasmaShellSurfaceInterface
For each adjusted case a test case is added to verify that the cleanup
works. Exceptions are DpmsInterface as the actual Resource is not exposed
at all in the Server component and DataOfferInterface as that is server
side created.
Reviewers: #plasma
Subscribers: plasma-devel
Tags: #plasma
Differential Revision: https://phabricator.kde.org/D1640
If the focused pointer and keyboard surface is the same we use pointer
clicks as a hint to which child surface should have keyboard focus.
Keyboard focus handling for sub surfaces is rather limited overall.
We just don't have a good model on how to determine which child surface
should get the keyboard focus. When passing focus to a surface there
is no way to know which of the sub-surfaces should get the focus.
Ideally the client should handle this, but that's just not the case.
The best we have is a reference through the pointer. But that's of
course also limited. Keyboard focus passed to the surface for another
reason (Alt+Tab) cannot select the proper sub-surface without interaction
from another input device.
Reviewers: #plasma
Subscribers: plasma-devel
Projects: #plasma
Differential Revision: https://phabricator.kde.org/D1330
* Raises wl_seat supported version to 4 in both server and client
* Raises wl_keyboard supported version to 4 in wl_keyboard
* wl_pointer and wl_touch are still on version 3
* Raises minimum Wayland version to 1.6
If a resource is null, because e.g. the surface got already destroyed,
wayland will create an error while marshalling arguments causing
the connected client to in worst case abort.
Running real world applications (Xwayland) showed that it doesn't like
at all that we do a dispatch when we are going to flush. This caused
in a very reliable manner a "Connection closed" error in XWayland, taking
down the client and in return the (xwayland-enabled) server.
