We are not re-entrant and there is no reason for widgets to
do this, most likely they'll just get unexpected bugs because
the wrappers may modify the request.
Computing the request should logically rely only on the
widget itself, not on any adjustments caused by set_size_request,
size groups, and so forth.
https://bugzilla.gnome.org/show_bug.cgi?id=628829
In GtkBin and GtkWidget we tried to provide handy defaults that
call get_width if there's no get_width_for_height and
get_height for get_height_for_width.
However, they used the wrapper API on GtkSizeRequest instead of
chaining directly to the other method implementation.
This could result in all kinds of surprising behavior, for example,
get_width_for_height() would now already include the effects of set_size_request().
If nothing else it's inefficient. But it's just conceptually wrong,
because to chain to another implementation, we should call the other
implementation, not call a wrapper around the other implementation
(when we're already inside a previous invocation of the wrapper,
i.e. compute_size_for_orientation() ends up reinvoking itself
in the same orientation on the same object which it pretty
likely isn't intending to do)
https://bugzilla.gnome.org/show_bug.cgi?id=628829
32K of border ought to be enough for any pixel dimensions. At least
until screens are so huge we start using doubles.
This saves a nice 64 bits of space when we have a GtkBorder
stored somewhere.
Signed integers are used to avoid surprising unsigned math
issues. Just search GTK's whole git log from inception
for "unsigned" if you want to find any number of commits
fixing signed/unsigned bugs.
https://bugzilla.gnome.org/show_bug.cgi?id=629387
When writing the original code I erroneously assumed that the current
point of the cairo context would be saved by cairo_save/restore(), but
of course the current point is part of the path and therefor isn't
saved.
Also do a cairo_new_path() before rendering any text so that we are sure
the text ends up at the right spot.
This was the last exported variable; it wasn't multihead safe,
and there's easy replacement with gdk_display_get_default().
Also drop the GDK_DISPLAY() macro which was just a wrapper around
the variable.
gtk_widget_set_window() does not add a reference to the
owned window... this is an exception to most gtk_foo_set_bar()
functions where as it acts as if it were named gtk_widget_take_window().
Adding note to the docs to avoid people giving the window to the
widget and naturally proceeding to unref the window.
Fixed issues in my previous patch for bug 626939 removing GtkRequisition
cache: these widgets monitor the previous requested size and decide whether
to queue a resize when the content changes based on it's prior request.
Now that we have a private data installed directly on
the GtkWidget instance it makes no sense to cache the size
requests on widget qdata. This change will generally make
GTK+ memory less fragmented as well as significantly speed
up the size request process.
Rename the gtk_major_version() etc functions I introduced yesterday to
start with gtk_get. Avoids misleading results in client programs whose
developers that don't notice the change or the compiler warnings, and
when recompiling against gtk3 then use the function addresses as the
version numbers.
With the demise of GtkList and GtkTree, it has GtkMenuItem as sole
derived class, and is not really adding any value as a separate class.
Its few useful features have been merged into GtkMenuItem.
Bug 629104
The keysyms create a lot of potential namespace conflicts for
C, and are especially problematic for introspection, where we take
constants into the namespace, so GDK_Display conflicts with GdkDisplay.
For C application compatiblity, add gdkkeysyms-compat.h which uses
the old names.
Just one user in GTK+ continues to use gdkkeysyms-compat.h, which is
the gtkimcontextsimple.c, since porting that requires porting more
custom Perl code.
