Canvas: use whomami() not earlier debug_name() API

This commit is contained in:
Paul Davis 2020-06-10 19:38:24 -06:00
parent 811a893583
commit 55deb1261a

View file

@ -174,7 +174,7 @@ cBox::preferred_size (Duple& min, Duple& natural) const
(*o)->item().preferred_size (i_min, i_natural);
cerr << '\t' << (*o)->item().debug_name() << " min " << i_min << " nat " << i_natural << endl;
cerr << '\t' << (*o)->item().whoami() << " min " << i_min << " nat " << i_natural << endl;
if ((*o)->primary_axis_pack_options() & PackExpand) {
n_expanding++;
@ -228,7 +228,7 @@ cBox::preferred_size (Duple& min, Duple& natural) const
}
cerr << "++++ " << debug_name() << " rpref " << min << endl;
cerr << "++++ " << whoami() << " rpref " << min << endl;
natural = min;
}
@ -274,7 +274,7 @@ cBox::size_allocate (Rect const & r)
expanded_size = (r.width() - _left_margin - _right_margin - ((total - 1) * _spacing) - non_expanding_used) / n_expanding;
}
cerr << "\n\n\n" << debug_name() << " SIZE-ALLOC " << r << " expanded items (" << n_expanding << ")will be " << expanded_size << " neu " << non_expanding_used << " t = " << total << " s " << _spacing << '\n';
cerr << "\n\n\n" << whoami() << " SIZE-ALLOC " << r << " expanded items (" << n_expanding << ")will be " << expanded_size << " neu " << non_expanding_used << " t = " << total << " s " << _spacing << '\n';
Order::size_type n = 0;
Order::iterator prev = order.end();
@ -284,7 +284,7 @@ cBox::size_allocate (Rect const & r)
Duple min, natural;
(*o)->item().preferred_size (min, natural);
cerr << "\t" << (*o)->item().debug_name() << " min " << min << " nat " << natural << endl;
cerr << "\t" << (*o)->item().whoami() << " min " << min << " nat " << natural << endl;
/* setup center_{x,y} variables in case calling/using
* code wants to use them for additional constraints
@ -337,7 +337,7 @@ cBox::size_allocate (Rect const & r)
* height.
*/
cerr << (*o)->item().debug_name() << " will use natural height of " << natural.height() << endl;
cerr << (*o)->item().whoami() << " will use natural height of " << natural.height() << endl;
solver.addConstraint ((*o)->height() == natural.height());
solver.addConstraint ((*o)->top_padding() == 0.);
solver.addConstraint ((*o)->bottom_padding() == 0.);