The trickery we do with objcopy and ld to speed up
resource inclusion does not seem to work right on
32bit Arm, so just skip it there.
Fixes: #4757, #4748, #4752
We aren't really using PangoFT2 for [language|script]-names.c, and are
always using items from them, so make sure they are being built.
Also always include the pangoft2 dependency in gtk_dep if it is found.
The change to use ld and objcopy for resources
had some side-effects: it leaked a few symbols
and made our stack executable. We don't want that.
Use -z nonexecstack and --strip-all to avoid this.
Fixes: #4598
We now require a Pango version that requires Visual Studio 2015 or later to
build, and non-UCRT-based (VS2013) binaries may not bode well with
UCRT-based binaries (VS2015+). Drop the support for VS2013 as a result.
This reverts commit e208e0e07886248d4d86118aa5591c9882f0ed5c.
The recent change to faster resource generation
lost the depfiles to ensure that we regenerate
resources when any of the contents change.
Bring it back.
Avoid serializing the gresource blob into a C string
and running gcc over it. Instead, use ld to put it
directly into an .o file and add it to the build.
The build system machinations here were copied from
gobject/tests/meson.build, and should ideally be part
of the meson gnome module.
Add a private GdkPaintable implementation that
loads a texture in a thread, and does not show
anything until the texture is loaded. This avoid
blocking on image loading in the main thread.
The GtkComposeTable cache is always in big-endian format and is
byteswapped on load for the more common little-endian CPUs, but
init_builtin_table() in GtkIMContextSimple can't byteswap the built-in
data without copying it, which is undesirable. Pregenerate both big-
and little-endian compose data, and compile the correct flavour into
each build of GTK. This fixes failure of the composetable test when
building for a big-endian architecture such as s390x and (traditional,
big-endian) powerpc.
Resolves: https://gitlab.gnome.org/GNOME/gtk/-/issues/4217
Signed-off-by: Simon McVittie <smcv@debian.org>
The default theme changed from Adwaita to Default and this tripped up
the logic to detect if the tarball builds contain pre-built css files or
not. Fix this by looking at pre-compiled css files in themes/Default/
instead of themes/Adwaita/.
Instead, ensure that sassc is made madatory on git builds (because
it is, we don't ship CSS files anymore) and not even looked for in
release builds (because do ship CSS files there).
All tables use the compact format now, and we generate
caches in that format too. Bump the cache version to 3
for this.
Replace the python script for generating the builtin table
by a small C program using the same code to generate the data
for the builtin table. This drops the restriction on only
generating a single character in the builtin sequences.
In many cases, we have an "extra-menu" property that is used to allow
applications to join menus into the native menu for the widget. Previously,
this was done by nesting that menu in a section.
Doing so increases the complexity of the rules for GtkMenuTracker as you
may want different handling from inside of the section vs toplevel
sections.
If instead we synthetically glue the menus together, we have a much more
natural joining of menus as the application developer would expect for
their menu.
This also ports GtkLabel, GtkText, GtkPasswordEntry, and GtkTextView to
use the joined menu helper.
The joined menu helper comes originally from GNOME Builder and has had
extensive use there.
Fixes#4094
Visual Studio 2013's linker does not suport `/WHOLEARCHIVE:`, so just
explicitly extract the objects from the static libraries that will
form the final GTK DLL.
Rename the included theme to Default, with 4 variants:
light, dark, hc, hc-dark. This replaces Adwaita,
Adwaita:dark, HighContrast and HighContrastInverse.
We still make the themes available under these names,
and we still set up Adwaita-dark and HighContrastInverse
as the dark variants of Adwaita and HighContrast.
The unification of the theme variants under Default
is not quite perfect; it would be nice to merge
the assets/ and assets-hc/ subdirectories and render
all assets from a single svg file.
This is not strictly needed from an introspection perspective, but:
- GTK strictly depends on PangoCairo internally
- we want to integrate the GDK docs with PangoCairo's
So even though we don't have an explicit dependency on PangoCairo types
in our ABI, we do assume that people will be able to use the PangoCairo
API with GTK.
Instead of bending GtkGizmo to the breaking point,
split off a GtkPanedHandle class that just does
what is needed here. Its simpler, and lets us keep
GtkGizmo simpler too. Everybody wins.
Instead of bending GtkGizmo to the breaking point,
split off a GtkPopoverContent class that just does
what is needed here. Its simpler, and lets us keep
GtkGizmo simpler too.
Rearrange our build to create a libgtk.a for the the contents of gtk/,
and build libgtk-4.so from our per-subdirectory static libraries.
This will let us link tests statically for testing internal apis.
