However, I don't see that function called anywhere else in the code.
I'm still observing slowness for GTK programs using NX (both nx2go and NoMachine).
Could anyone comment on the proper patch for libcairo2 version 1.13.0?
I'm also having trouble locating the callers of _recategorize_composite_operation. Perhaps I have an incomplete source tree?
$ find -type f | xargs grep recategorize_composite
./cairo-xlib-render-compositor.c: operation = _recategorize_composite_operation (dst, op, src, &src_attr,
./cairo-xlib-render-compositor.c: operation = _recategorize_composite_operation (dst, op, src,
I'm having trouble applying this patch to libcairo2 version 1.13.0 from Ubuntu 14.04
Doing some tracing, it looks like display- >buggy_ repeat is accessed by the function:
cairo_bool_t xlib_display_ has_repeat (cairo_device_t *device) xlib_display_ t *) device) ->buggy_ repeat;
_cairo_
{
return ! ((cairo_
}
However, I don't see that function called anywhere else in the code.
I'm still observing slowness for GTK programs using NX (both nx2go and NoMachine).
Could anyone comment on the proper patch for libcairo2 version 1.13.0?
I'm also having trouble locating the callers of _recategorize_ composite_ operation. Perhaps I have an incomplete source tree? composite xlib-render- compositor. c: operation = _recategorize_ composite_ operation (dst, op, src, &src_attr, xlib-render- compositor. c: operation = _recategorize_ composite_ operation (dst, op, src,
$ find -type f | xargs grep recategorize_
./cairo-
./cairo-