The actual code that does the IM context code handling on Windows now uses the
native Windows APIs to handle keystrokes, so this patch is no longer needed, as
it was found that it instead caused issues.
Pointed out in issue #2865.
This reverts commit fd6ce9975e.
On Wayland it is a protocol violation to upload buffers with
dimensions that are not an integer multiple of the buffer scale.
Until recently, Mutter did not enforce this. When it started
doing so, some users started seeing crashes in GTK apps because the
cursor theme ended up with e.g. a 15x16 pixel image at scale of 2.
Add a small sanity check for this case.
Unref private spool_io of GtkPrintJob before setting it to a new one
in gtk_print_job_set_source_file() and gtk_print_job_set_source_fd()
to prevent a leak.
Fixes: #4627
For some users, GetKeyboardLayoutNameA() returns an alias instead of the
fully resolved keyboard layout identifier. In that case, we have to
query the registry to resolve the alias before we can look up the DLL
path.
See comments under #4610
Contrary to what you can read on the internet, SGCAPS keys don't work
by having capslock toggle the KBDCTRL bit, they actually have two
consecutive table entries, the first of which is for the normal
version and the second of which is for the capslocked version.
Background: SGCAPS is short for Swiss German caps because Swiss German
was the first layout to use this feature. For keys with the SGCAPS flag,
capslock has a different effect than pressing shift. For example:
Shift + ü = è, CapsLock + ü = Ü, CapsLock + Shift + ü = È
DLL loading failures should not happen under normal circumstances, but
we should at least try not to crash and and print better diagnostic
messages if they do happen.
See #4610
Previously, we treated CapsLock and KanaLock as part of the global
keyboard state, much like NumLock and ScrollLock, rather than using
the supplied modifier mask. This was because GDK does not have a
modifier mask for KanaLock, only for CapsLock, so it would not have been
possible to properly support it.
However, this approach ended up causing problems, with certain keyboard
shortcuts not registering when capslock was active. This was first
observed in Inkscape [0] and appears to affect shortcuts consisting of a
single key (like 'a') with no additional modifiers (wheareas shortcuts
like 'ctrl+a' work).
So now we are using the supplied GDK_LOCK_MASK instead, and dropped
support for KanaLock, which we probably don't need anyway (since regular
text input should be handled by the IME input module -- the keymap is
mainly for shortcuts and keybindings, where you don't really want
KanaLock).
[0] https://gitlab.com/inkscape/inkscape/-/issues/3082
GTK WIn32 theme - make buttons with .flat class appear flat and buttons in toolbar non-flat if they don't have said class
See merge request GNOME/gtk!4350
gdk_win32_keymap_get_entries_for_keycode() did not initialize n_entries,
which led to a wrong number of items being returned in some cases.
/fixes #4610
If we ended up on no output at all, keep the HiDPI scale as is, as it
likely means we were on a workspace that was switched away from. By
keeping the same scale, we avoid unnecessary scale changes that would
otherwise take place if the scale when on monitors would end up being
more than 1.
Improve the NMake Makefiles that is used to re-generate demos.h(.win32)
by re-generating the gtk3-demo Visual Studio projects, so that one would
no longer need to do that manually.
Update the build instructions accordingly.
Instead of relying on the ones that are currently shipped with the tarballs,
generate them from their .in counterparts prior to the build. This includes
the Resource Scripts (.rc) for libgdk/libgtk, as well as gtkversion.h, in
addition to gdkversionmacros.h which can now be generated during prebuild.
Rename the script as gen-version-items.py, and so make things more generic and
usable by other items in the build. We want to eventually to be able to
generate the .rc files and the *version*.h files from their *.in counterparts
using this script.
This improves the source generating process by:
* Generating the sources in the libgtk build directory, so that we do not
pollute the source tree.
* Support generating gtk[private]typebuiltins.[c|h] in the Visual Studio
projects by using NMake internally.
* Update the projects and the introspection build files so that the generated
sources and headers can be found.
This will enable us to share this list with the NMake Makefiles that will be
used to generate the gtk[private]typebuiltins.[c|h] in the Visual Studio
projects.
This will enable us to not confuse with the deprecated headers in
gtk/deprecated as those headers are also listed under deprecated_h_sources in
gtk/deprecated/Makefile.inc, when we include the makefile snippets in both
gdk/ and gtk/.
This makes the rest of the sources that are generated being put in GDK's build
directory for the Visual Studio projects, instead of being placed in GDK's
source subdir, so that:
* We can avoid polluting GDK's source tree.
* The Visual Studio builds won't interfere with the Meson builds.
Update the project files to look for the generated sources and headers in the
right places, as well as making the introspection builds look for the generated
sources as well.
Also remove the gtk3-gen-srcs property sheets and put the relevant parts in the
corresponding gtk3-build-defines property sheets, to clean things up a bit.
This way, we can have the introspection NMake Makefiles share more items
with the source generating bits.
Update the Visual Studio projects accordingly
The Pango headers prior to 1.44.0 do not include the HarfBuzz headers, so we
need to re-structure how we check for HarfBuzz 2.2.0 or later if we have Pango
1.44.x or later.
Fixes issue #4565.
Pango headers after 1.44.0 include hb.h automatically, but not before, so
re-structure the #if/#elif/#else checks for the availability of HarfBuzz 2.2.0
or later.
Pointed out in issue #4565.
