This patch also changes the semantics of scaled_icon_buffer: rather than
calling scaled_icon_buffer_set_app_id() every time an app_id is set, we
can now call scaled_icon_buffer_set_view() just once so that multiple
scaled_icon_buffers bound to a window are automatically updated when an
app_id is set or new icon is set via xdg-toplevel-icon-v1.
For longer cases, factor out the logic to new functions.
For very short cases, just move the declaration before the switch.
v2: in one case, replace the switch with if/else.
This ensures all event listeners are removed before the emitting
wlroots object is being destroyed. This will be enforced with asserts
in wlroots 0.19 but there is no reason to not do it right now either.
This change in wlroots 0.19 is implemented via commit
8f56f7ca43257cc05c7c4eb57a0f541e05cf9a79
"Assert (almost all) signals have no attached listeners on destroy"
Following code didn't consider multi-monitor setup:
wlr_scene_node_raise_to_top(&server->menu_tree->node);
wlr_scene_node_raise_to_top(&output->osd_tree->node);
...because when executed twice, server->menu_tree is raised above
output->osd_tree for the first output. This resulted in a scene tree like
(higher to lower):
- output->osd_tree (for 2nd output)
- output->server->osd_state.preview_outline (placed just above menu_tree)
- sever->menu_tree
- output->osd_tree (for 1st output)
So the previous outline for window switcher is placed above the OSD in the
first output.
This prevents potential bugs that buffers created by scaled_scene_buffers
before Reconfigure are reused by other newly created scaled_scene_buffers.
This is targeted for scaled_icon_buffer whose buffer creation depends on
server->sfdo.
86c3597 raised server->menu_tree above layer shell surfaces, but it caused
preview outlines for window switcher to be placed above the OSD because
the preview outlines are placed just above server->menu_tree.
So this commit fixes it by placing server->osd_tree above server->menu.
This also prevents layer-shell surfaces from covering the OSD.
Before (higher-first):
- preview outlines (just above menu)
- menu
- layer-shell (top/overlay/popup)
- osd
After (higher-first):
- osd
- preview outlines (just above menu)
- menu
- layer-shell (top/overlay/popup)
Currently we may end up in an endless loop of Reconfigure requests
if the Reconfigure action was called by a keybind. If the reconfigure
takes too long (which may happen on slow systems with libsfdo full
debug logging for example) the reconfigure might be triggered again
and again.
To prevent that, simply cancel all keybind_repeat timers on reconfigure.
In the longer term we want this to be user-configurable (and also depend
on the sandbox engine, app_id and instance).
But dropping privileged protocols for sandboxed clients in the meantime
seems like a sensible thing to do and matches user expectations.
Related: #2392
Release all the resources including wlr_allocator, wlr_renderer,
wlr_backend and wlr_scene. This makes it a lot easier to detect memory
leaks with ASAN.
On wlroots side, the commit ce615a44 needs to be reverted to detect memory
leaks with EGL renderer.
We have several wlr_output_* functions which are just wrappers around
corresponding wlr_output_state_* functions and don't actually touch the
wlr_output itself. These probably made some sense historically, but IMHO
they are just confusing now. So remove them and call wlr_output_state_*
directly.
Rename wlr_output_commit() (still useful) to output_state_commit().
The default `titleLayout` is updated to `icon:iconify,max,close` which
replaces the window menu button with the window icon.
When the icon file is not found or could not be loaded, the window menu
icon as before is shown.
The icon theme can be selected with `<theme><icon>`.
This commit adds libsfdo as an optional dependency. `-Dicon=disabled` can
be passsed to `meson setup` command in order to disable window icon, in
which case the window icon is always replaced with a window menu button.
This implementation is nearly identical to Sway's, except that
it also reloads the configuration, to spur on reloading the
server-side decorations.
v2: Fix style.
v3: Add a reset to the magnifier.
v4: Oops, restructure reset handler a bit.
v5: Commit the magnifier reset immediately, before freeing the
lost allocator and renderer.
v6: Also check for failed render pass, which may return NULL.
v7: Add a second NULL test, just in case.
Filled/outlined rectangles shown as snapping overlay are now enabled/disabled
independently with `snapping.overlay.[region|edge].bg.enabled` and
`snapping.overlay.[region|edge].border.enabled`.
To keep the default behavior, `*.bg.enabled` is yes and `*.border.enabled` is
no for hardware-based renderers, while `*.bg.enabled` is no and
`*.border.enabled` is yes for software-based (pixman) renderer.
Users can now use a filled rectangle as an overlay even with pixman renderer.
However, this may severely impact performance when used with translucent
`snapping.overlay.[region|edge].bg.color`.
This commit includes a refactor to use substruct `theme_snapping_overlay`
inside `theme` in order to pass it to `create_overlay_rect()` in a cleaner way.
Breaking changes is:
- `snapping.overlay.[region|edge].fill` is now removed.
Changes in `<desktops><names>` or `<desktop><number="" prefix="">` required
restarting labwc to take effect.
This commit adds `workspaces_reconfigure()` to update `server->workspaces` on
Reconfigure.
...to start <command> on startup and to terminate the compositor when
<command> exits.
This is useful for session management as it allows the session client (for
example `lxqt-session`) to terminate labwc - be exiting itself.
Under X, xinit starts the server and keeps it alive for as long as
lxqt-session runs. Thus either the session client starts the Window
Manager, or the Window Manager can be launched independently first. On
Wayland, the Compositor is both Display Server and Window Manager, so the
described session management mechanisms do not work because the Compositor
needs to be running before the session can function.
As some session clients support both X11 and Wayland, this command line
option avoids re-writes and fragmentation.
Co-authored-by: @Consolatis
This allows configuring a headless fallback output that
is automatically created whenever there is no other output
around. It is destroyed when a new output is discovered.
It can be enabled by setting the environment variable
LABWC_FALLBACK_OUTPUT to the desired output name.
The feature benefits applications like wayvnc the most
as there is always an output available to connect to.
Co-Authored-By: Simon Long <simon@raspberrypi.com>
