This may be the case where keyboardIndex is -1, which may be the
case where either the keyboard monitor hasn't been set yet, or
the keyboard is being unmanaged and meta_window_get_monitor
returns -1
https://bugzilla.gnome.org/show_bug.cgi?id=788882
(cherry picked from commit 19e864ed3b)
For windows, the cursor location needs to be adjusted by the frame
offsets. However we cannot assume that there is a window, as the
shell itself can have the key focus.
https://gitlab.gnome.org/GNOME/gnome-shell/issues/414
(cherry picked from commit 0dee82fb9f)
And stop using FocusCaretTracker for caret position purposes. This
new object uses 1) the text-input protocol in wayland and 2) Info
from IBusPanelService for X11 (which is meant to work for XIM too).
This drops the usage of AtspiEventListener for OSK purposes, which
is best to avoid.
When not using arrow notation with anonymous functions, we use Lang.bind()
to bind `this` to named callbacks. However since ES5, this functionality
is already provided by Function.prototype.bind() - in fact, Lang.bind()
itself uses it when no extra arguments are specified. Just use the built-in
function directly where possible, and use arrow notation in the few places
where we pass additional arguments.
https://gitlab.gnome.org/GNOME/gnome-shell/merge_requests/23
This is pseudo-class is added on .shift-key-uppercase whenever the shift
state is latched, a matching selector would be:
.keyboard-key.shift-key-uppercase:latched {}
https://gitlab.gnome.org/GNOME/gnome-shell/issues/46
Drop the UTF8 glyphs from those, and add style classes so those can be
specifically themed and given a background image. The style classes are:
.keyboard-key.enter-key{}
.keyboard-key.shift-key-lowercase{} /* applies while lowercase */
.keyboard-key.shift-key-uppercase{} /* applies while uppercase */
.keyboard-key.layout-key{}
.keyboard-key.hide-key{}
https://gitlab.gnome.org/GNOME/gnome-shell/issues/46
Do the finicky checks to adjust key widths and whatnot based on other
values than the label. This makes the label exclusively used for
presentation (i.e. setting up a St.Label).
https://gitlab.gnome.org/GNOME/gnome-shell/issues/46
Instead of latching all states, make shift unlatched by default, and only
latched when making a long press on the key. When not latched, the keyboard
will switch to the first level (alphabetic lowercase) after the first key
press.
Also, move the actual level switch to Key::pressed, so it feels more
reactive on long press.
https://gitlab.gnome.org/GNOME/gnome-shell/issues/46
It was mistakenly connecting twice to the 'released' signal. Also, move
level changes to key release, since it will be more convenient to hook
latched states on long press.
https://gitlab.gnome.org/GNOME/gnome-shell/issues/46
These objects created this.actor being the St.Button, and a surrounding
this.container actor that is the actual actor callers care about. Turn this
around and make this.actor be the parent-less actor, and this.keyButton the
contained internal button. This is more consistent with gnome-shell style.
Commit 8fdf47ea5b removed _addKeys(), but forgot one caller. We just want
to regenerate the keyboard for the current group, so call into the
_onGroupChanged function.
Currently the language options displayed pretty much mirror those of the
top bar keyboard layout selection popup. It may make sense in the future
to only list languages, and automatically switch to the enabled IMs that
the OSK can benefit from (eg. by filling in suggestions).
The focused window will move up/down together with the OSK if the focus
area happens to be covered by the area to be covered by the OSK. This
state is reverted whenever the window loses focus, given it wasn't
relayout in between.
We do not need the parent Keyboard object to handle those specially, the
code can be self-contained enough. The Key object will simply emit
pressed/released events containing the keycode/string, be it from the
parent key or one contained in the BoxPointer.
Instead of manually resizing each key everytime the keyboard needs to
relayout, have a special grid container that will preserve aspect when
resized.
This actor works in two stages though, first the keys need to be added
and then layoutButtons() need to be called for the actors to be
reparented to the container with the right attachment options.
The keys possibly need resizing after a (new) layer has been set, there's
however calling places that don't. Instead, fold this._redraw() into
setActiveLayer().
Getting the necessary "setting enabled, or input from touchscreen"
conditions to have the OSK shown are not enough on the lack of a
current focus. As we are setting up the caret tracker here, wait for
the focus in event before showing the keyboard.
This fixes 2 issues, with the setting disabled it became really hard
to get the OSK hidden on eg. touchscreen->pointer device switches,
as visibility only depended on the a11y setting here. And secondly,
enabling the setting would always end up with the OSK being shown
regardless of focus, while it should stay hidden if there's no text
edition.
https://bugzilla.gnome.org/show_bug.cgi?id=788188
We want touch events to enable the keyboard and focus tracking, but
not to actually show it right away. Implement that behavior by only
changing the visibility of the keyboard when triggered by a GSettings
change.
https://bugzilla.gnome.org/show_bug.cgi?id=788188
We enable the keyboard when it is either enabled explicitly via
a11y settings or when using a touch device. We'll soon want to
special-case changes to the GSettings, so track its value in a
dedicated property.
https://bugzilla.gnome.org/show_bug.cgi?id=788188
About every other situation can do with synchronizing keyboard visibility,
and keyboard layout changes are already handled internally in the Keyboard
object.
A downside of this approach is that once created, there will always be a
Keyboard instance and its full actor hierarchy. Seems reasonable to do that
since we can't tell it won't ever be needed.
https://bugzilla.gnome.org/show_bug.cgi?id=785309
Any symbols (including class properties) that should be visible
outside the module it's defined in need to be defined as global.
For now gjs still allows the access for 'const', but get rid of
the warnings spill now by changing it.
https://bugzilla.gnome.org/show_bug.cgi?id=785084
And merge with the "internal" show/hide() ones. Those functions don't
proxy dbus method calls anymore, so it makes no sense to expose these.
Also, the timestamp is no longer needed as there is a single source for
these events.
https://bugzilla.gnome.org/show_bug.cgi?id=777342
The caribou daemon only gives us focus tracking, which is almost 1:1 with
our own FocusCaretTracker implementation. This means we can entirely
replace the Caribou daemon inside gnome-shell, reducing the Caribou
dependency to just libcaribou, and more specifically the
CaribouKeyboardModel we pull the keyboard models from.
As we still need underneath a CaribouDisplayAdapter to drive the keyboard,
reuse the wayland one, which has been renamed to make it look generic, plus
it will use the virtual input device API from mutter/clutter.
https://bugzilla.gnome.org/show_bug.cgi?id=777342
Have it notify properly of changes to the current input source, as
well as exposing those in get_groups().
The support for virtual keyboard events has been replaced by
ClutterVirtualInputDevice, which can be thought of as the equivalent
to the XTEST devices in X11.
https://bugzilla.gnome.org/show_bug.cgi?id=765009
And make these only handled on wayland. There's a plethora of issues
around touch passive grab and touch/pointer doubly handling to use
these right away on X11, so we stick to single-touch/pointer there.
This reverts commit 032a688a72.
https://bugzilla.gnome.org/show_bug.cgi?id=750287
libcaribou was designed to generate X events which works under wayland
sessions for X clients but obviously doesn't work for wayland clients
and for shell chrome.
This patch adds a simple caribou display adapter which inherits from
its X display adapter and allows us to continue to work for X clients
and at the same time makes the OSK work on shell text entries by
sending key events directly to the focused text actor.
Making the OSK work for wayland clients requires much bigger changes
at various levels in the stack and either not using libcaribou or
re-working it substantially so that's left for future work.
https://bugzilla.gnome.org/show_bug.cgi?id=747274
Instead of listening to a dbus property exported by g-s-d, listen to the
MetaBackend signal telling the last interacted device, and make sure we
only show the keyboard for touchscreens.
https://bugzilla.gnome.org/show_bug.cgi?id=745977
Calling g_dbus_proxy_new without any flag means that the caribou
daemon will be launched through D-Bus activation, when creating
a proxy. It smoked out some corner cases in caribou and at-spi2-core,
but generally it would be good to avoid creating unused process.
This patch delays the invocation until the "Run" method is called.
https://bugzilla.gnome.org/show_bug.cgi?id=739712
When the keyboard is destroyed, we destroy the keyboard actor, but the
keyboard's menu isn't part of the key itself, so it's never tracked.
The menus are actually tracked actors, so they slow down the layout
manager's code to rebuild regions and other things. Keeping this list
small is a good idea.
To prevent leaking menus, destroy the menu when the key is destroyed.
https://bugzilla.gnome.org/show_bug.cgi?id=736999
Show the on-screen keyboard if gnome-settings-daemon requests that it
should be shown, such as when using a touchscreen input device. Do this
in addition to monitoring the accessibility setting for the OSK.
https://bugzilla.gnome.org/show_bug.cgi?id=702015
