This will make GTK_HOST defined more like what it is on Meson builds, so that
we set the host string appropriately according to the build that is being
carried out, instead of defaulting to i686-pc-vsXX for all builds.
Like the previous commit on win32/config-msvc.mak.in, this now sets GTK_HOST
to be:
i686-pc-vsXX for 32-bit x86 builds
x86_64-pc-vsXX for x64 builds
aarch64-pc-vsXX for ARM64 builds (requires VS2017 15.9.x or later)
Currently, introspection is not well-supported for ARM64 Windows builds as:
* There is no official Python release for ARM64 Windows, but it is currently
possible to build it with sufficient support for G-I, however...
* The tooling in Python still needs to be updated to enable ARM64 Windows
builds for use with g-ir-scanner and friends, and...
* Introspection builds must be done on an ARM64 system, since we are running a
dumper binary to generate the .gir files
This will attempt to prepare things for building GTK's introspection files on
Windows ARM64, but will require a custom installation of Python as noted above,
for the time being
Instead, rely on the mechanism that we already have to set the platform string
appropriately, eg:
i686-pc-vsXX for 32-bit x86 builds
x86_64-pc-vsXX for x64 builds
aarch64-pc-vsXX for arm64 builds
Don't warn about Compose file constructs we don't
support. We haven't supported these for a long time,
and nobody has every complained. No need to wake
up sleeping dogs.
Tweak the preedit text we get from IBus (via the compositor) to
match what GtkIMContextSimple produces for Compose sequences now.
This provides a unified experience.
Tweak the preedit display for Compose sequences to
be not so distracting. We only show the Compose key
when it occurs in the middle of the sequence or is
the only key so far, and use · instead of ⎄ for it.
Also, make sure to display dead keys more adequately.
Use the infrastructure already available to look up keys, instead.
This does the right thing and looks up the setting across all
sources.
Fixes: https://gitlab.gnome.org/GNOME/gtk/-/issues/3680
- window resizing control area is implemented as where the shadows are drawn
- create a 'fake' shadow for the tiled case to allow easier resizing of
the tiled window ratio even if it's offset to the side of the border
Fixes https://gitlab.gnome.org/GNOME/gtk/-/issues/3670
X11 allows keysyms to be specified in addition to strings.
We only support the strings. In the past, we ignored everything
after the string. Go back to doing that, but issue a warning
that we've ignored the keysym.
This is useful when clients use subsurfaces independently of GDK.
For example if a client creates a subsurface that covers a GdkWindow
entirely. If this subsurface is opaque, Wayland compositors may not
emit callbacks for the surface of the GdkWindow any more.
Adding the covering subsurface via this new API ensures the
GdkWindow will continue to update in this case.
These shadows cause a significant draw performance drop for maximized
windows. Disabling them increases the chances we can have faster scroll
performance of text.
There is some risk here for systems where they have a dock and you expect
the shadow to draw beneath that dock for transparency reasons.
