The new code to dedup XcursorManager.setCursorImage() calls for
efficiency currently doesn't handle clients setting the cursor properly.
This commit corrects this oversight.
This patch allows to focus outputs by clicking on the empty background and by
clicking on layer surfaces without keyboard interactivity. This makes it
possible to use the cursor to focus outputs with no visible views.
This also fixes problems with pointer interactive layer surfaces (for example
launchers and docks) on non-focused outputs.
Currently wlroots sends use the drag destroy event before sending the
wl_data_device.leave event to the client, which makes things a bit
awkward. My patch fixing this has been merged to wlroots master so we
can remove this when upgrading to wlroots 0.15, but until then this
workaround will fix the issue.
We used to look in /etc/river/init if no init at ~/.config/river/init
or $XDG_CONFIG_HOME/river/init was found but this feature was
removed. It seems that we forgot to remove this mention of the old
behavior however.
This doesn't really matter that much as unrecognized options will still
trigger a help message to be printed, but -h is much more standard so
lets make the predictable choice here while sticking to only single '-'
flags.
mpv for example has key bindings to set the window size to a multiple of
the video resolution. This is a valid use case for client-size resizing
of the view and river should respect this if the view is floating.
This greatly improves the UX of this feature, as views moving under a
stationary cursor (as happens during the zoom command for example) will
no longer trigger focus change.
Currently the implementation treats the x/y coordinates of
View.State.box as layout coordinates instead of output-relative. This
causes issues when using an output not at 0,0.
Layout generators are generally pretty fast. The timeout is only reached when
the generator is faulty / stuck. In that case, freezing for 1 second is simply
bad UX.
Currently the view destruction sequence is started as soon as a view
is unmapped. However, this is incorrect as a client may map the view
again instead of destroying it.
Instead, only start the view destruction sequence when the underlying
xdg toplevel or xwayland surface is destroyed.
Currently if destroy() is called while a subsurface is mapped a dangling
commit listener is left behind. This is obivously a problem, so check if
the subsurface is mapped in destroy() and remove the listener if needed.
Currently if another configure is in flight after the one we are
tracking the serial of and the client acks the second configure as well
(or only the second configure) before committing, we will never realize
the configure we are tracking has been acked.
Instead, listen for the ack_configure signal and set a bool that we can
check on surface commit.
This probably isn't an issue that would actually be hit by well behaved
clients as river doesn't send redundant configure events. However,
having correct code is always better even if it's slightly more complex.
This extends the `csd-filter-add` command to allow matching on window
titles as well, using a `csd-filter-add kind pattern` syntax. The
following kinds are supported:
* `title`, which matches window titles
* `app-id`, which matches app ids
Only exact matches are considered.
As an example following configuration applies client-side decorations to
all windows with the title 'asdf with spaces'.
riverctl csd-filter-add title 'asdf with spaces'
