| Age | Commit message (Collapse) | Author |
|---|
|
Co-authored-by: Isaac Freund <mail@isaacfreund.com>
|
|
We weren't logging all of the flags, which made debugging more
difficult.
|
|
When the wl_pointer the zwp_relative_pointer_v1 is created with is
inert, don't allocate any struct, just leave the resource's data
pointer NULL.
|
|
Logging when a client creates or destroys an object is a bit too
chatty.
|
|
We don't do this in other implementations, so it feels out of place.
|
|
Default to texture instead of destination_box geometry.
|
|
Since 5e0ef70cc085 ("seat: Create inert objects for missing capabilities")
wlroots can create inert seat objects when the capability is currently missing
for the client but it had the capablity before. The client hoever will happily
handover the wl_pointer resource to the relative_pointer implementation,
creating a NULL pointer dereference when trying to access the seat_client which
is set to NULL for inert objects.
Since the protocol does not contain an error for such requests, we hand out an
relative_pointer handle with the seat set to NULL.
We also need to check whether there is an associated seat in
send_relative_motion and need to tweak the destroy notifier in case no seat is
available.
This way we can hand out a valid relative_pointer resource and don't crash the
compositor when trying to access an inert seat pointer resource in
relative_pointer.
Relevant WAYLAND_DEBUG=1 when testing a client and switching VT every second:
[2619872.442] wl_seat@30.capabilities(3)
[2619872.460] -> wl_seat@30.get_pointer(new id wl_pointer@36)
[2619872.484] wl_data_device@25.selection(nil)
[2619872.504] zwp_primary_selection_device_v1@26.selection(nil)
[2619874.995] wl_seat@12.capabilities(3)
[2619875.035] -> wl_compositor@5.create_surface(new id wl_surface@37)
[2619875.088] -> wl_seat@12.get_pointer(new id wl_pointer@29)
[2619875.105] -> zwp_relative_pointer_manager_v1@8.get_relative_pointer(new id zwp_relative_pointer_v1@27, wl_pointer@29)
[2619875.127] -> wl_compositor@5.create_surface(new id wl_surface@35)
[2619875.139] -> wl_seat@12.get_pointer(new id wl_pointer@43)
[2619981.180] wl_seat@12.capabilities(2)
[2619981.214] -> zwp_relative_pointer_v1@27.destroy()
[2619981.226] -> wl_pointer@29.release()
[2619981.236] -> wl_surface@37.destroy()
[2619981.247] -> wl_pointer@43.release()
[2619981.254] -> wl_surface@35.destroy()
[2619981.262] wl_seat@12.capabilities(0)
[2619981.285] -> wl_keyboard@33.release()
[2619987.316] wl_seat@30.capabilities(2)
[2619987.336] -> wl_pointer@36.release()
[2619987.363] wl_seat@30.capabilities(0)
[2619987.371] -> wl_keyboard@34.release()
[2621932.880] wl_display@1.delete_id(41)
[2621932.903] wl_display@1.delete_id(40)
[2621932.910] wl_display@1.delete_id(27)
[2621932.917] wl_display@1.delete_id(29)
[2621932.924] wl_display@1.delete_id(37)
[2621932.930] wl_display@1.delete_id(43)
[2621932.944] wl_display@1.delete_id(35)
[2621932.950] wl_display@1.delete_id(33)
[2621932.959] wl_seat@12.capabilities(2)
[2621932.976] -> wl_seat@12.get_keyboard(new id wl_keyboard@33)
[2621936.875] wl_seat@12.capabilities(3)
[2621936.893] -> wl_compositor@5.create_surface(new id wl_surface@35)
[2621936.931] -> wl_seat@12.get_pointer(new id wl_pointer@43)
[2621936.945] -> zwp_relative_pointer_manager_v1@8.get_relative_pointer(new id zwp_relative_pointer_v1@37, wl_pointer@43)
[2621936.965] -> wl_compositor@5.create_surface(new id wl_surface@29)
[2621936.987] -> wl_seat@12.get_pointer(new id wl_pointer@27)
[2621942.796] wl_data_device@25.selection(nil)
[2621942.817] zwp_primary_selection_device_v1@26.selection(nil)
[2621942.823] wl_seat@30.capabilities(2)
|
|
Now that the DRM backend no longer depends on GBM, we can make it
optional. The GLES2 renderer still depends on it because of our EGL
device selection.
This is useful for compositors with their own renderers, and for
compositors using the Vulkan renderer.
|
|
Same as wlr_output_commit, but takes a wlr_output_state.
|
|
|
|
|
|
Same as wlr_output_test, but takes a wlr_output_state argument.
|
|
No functional change.
|
|
|
|
Groundwork for the following commits. The goal is to allow users
to specify their own wlr_output_state instead of wlr_output.pending.
|
|
The previous entries aren't used because the build files are
self-contained in the Meson build directory.
Add subprojects/ because it's common for developers to override
Meson dependencies via subproject symlinks.
|
|
The values are lowercase, not uppercase.
|
|
|
|
|
|
|
|
|
|
|
|
|
|
References: https://gitlab.freedesktop.org/wlroots/wlroots/-/issues/3434#note_1401193
Fixes: be86145322e6 ("output: turn make/model/serial into char *")
|
|
backend/drm: use serial_str instead
|
|
[1] has changed wlr_drm_format to remove the assumption that
MOD_INVALID is always implicitly enabled. MOD_INVALID is now part
of the modifier list just like any other modifier.
The patch adding support for linux-dmabuf-v1 feedback has been
written a lot of time before [1], and hasn't been updated accordingly
when merged. This results in MOD_INVALID being advertised twice [2] and
other index bugs.
Fix these issues by removing special-casing for MOD_INVALID.
[1]: https://gitlab.freedesktop.org/wlroots/wlroots/-/merge_requests/3231
[2]: https://github.com/swaywm/sway/issues/7028
|
|
This allows the make/model/serial to be NULL when unset, and allows
them to be longer than the hardcoded array length.
This is a breaking change: compositors need to handle the new NULL
case, and we stop setting make/model to useless "headless" or
"wayland" strings.
|
|
Closes: https://gitlab.freedesktop.org/wlroots/wlroots/-/issues/3434
|
|
|
|
These are trivial wrappers around eglMakeCurrent and
eglGetCurrentContext. Compositors which need to call these
functions will also call other EGL or GL functions anyways. Let's
reduce our API surface a bit by making them private.
|
|
Compositors can use wlr_egl_create_with_context if they need a
custom EGL display or context.
|
|
This allows compositors to integrate with the wlroots GLES2
renderer, if they need to perform custom GL rendering.
|
|
This has been superseded by the standard EGL_NO_X11 switch,
supported by Mesa 19.3.0+.
|
|
Unify the way we document our APIs. See CONTRIBUTING.md for the
rules.
|
|
Document the existing conventions.
Use `mystruct.foo` instead of `mystruct::foo` because `::` is pretty
alien to C.
Instead of backticks, use a different format to reference declarations
in our docs:
See foo().
See struct foo.
See union bar.
See enum baz.
See typedef meh.
This is inspired by the kernel's documentation style [1]. This format
has the upside of being pretty natural to write and read, and can be
automatically processed by documentation generators.
[1]: https://www.kernel.org/doc/html/latest/doc-guide/kernel-doc.html#cross-referencing-from-restructuredtext
|
|
This information is stored in wlr_swapchain, no need to duplicate
it.
|
|
Prior to [1], if an entry in a DRM format set was different than a
single LINEAR modifier, implicit modifiers were always allowed. This
has changed and now implicit modifiers are only allowed if INVALID
is in the list of modifiers.
So now we can safely enable explicit modifiers for cross-GPU imports,
without risking receiving buffers with an implicit modifier. This
should improve perf a bit on setups where two GPUs from the same vendor
are used.
This fixes the first bullet point from [2].
[1]: https://gitlab.freedesktop.org/wlroots/wlroots/-/merge_requests/3231
[2]: https://gitlab.freedesktop.org/wlroots/wlroots/-/issues/3331
|
|
When testing Xwayland multi-HiDPI support with Wine + SimCity4
I encountered a 100% CPU lockup from sway. This turned out to be
triggering a bug in the wlroots pointer contraint code.
region_confine() contains multiple recursive calls where arguments
are modified and resubmitted to the function. One of the calls
is however made using the original arguments, if/when this triggers
it results in the same codepath being followed each loop so the
condition always applies.
It makes much more sense if this was intended to apply the clamped
values x,y instead of the original x1,y1, and indeed this fixes the
infinite loop and results in correct behaviour.
|
|
Same as [1].
[1]: https://github.com/swaywm/sway/pull/6730
|
|
This will display red translucent rectangles on the screen regions that
have been damaged. These rectangles will fade out over the span of 250
msecs. If the area is damaged again while the region is fading out,
the timer is reset.
Let's also disable direct scan out when this option is enabled, or else
we won't be able to render the highlight damage regions.
|
|
|
|
|
|
No functional change.
|
|
|
|
|
|
|
|
|
|
After cancelation we destroy the touch points associated with this
surface as the Wayland spec says:
No further events are sent to the clients from that particular gesture.
Touch cancellation applies to all touch points currently active on this
client's surface. The client is responsible for finalizing the touch
points, future touch points on this surface may re-use the touch point
ID.
Closes: https://gitlab.freedesktop.org/wlroots/wlroots/-/issues/2999
|
|
|
|
|
