def output_layout(layout, depth=1):
if 'tag' in layout:
return (
' ' * depth + '* {tag}{n[content][size][0]}x{n[content][size][1]}'
' @ ({n[content][position][0]}, {n[content][position][1]})'
'\n'.format(
n=layout,
tag=('<' + layout['tag'] + '> ') if 'tag' in layout else '',
# text=(": '" + layout['text'] + "'") if 'text' in layout else ''
)
# + ' ' * depth
# + ' padding: {n[padding_box][size][0]}x{n[padding_box][size][1]}'
# ' @ ({n[padding_box][position][0]}, {n[padding_box][position][1]})'
# '\n'.format(n=layout)
# + ' ' * depth
# + ' border: {n[border_box][size][0]}x{n[border_box][size][1]}'
# ' @ ({n[border_box][position][0]}, {n[border_box][position][1]})'
# '\n'.format(n=layout)
+ ''.join(
output_layout(child, depth=depth + 1)
for child in layout.get('children', [])) if layout else '' +
('\n'
if layout and layout.get('children', None) and depth > 1 else ''))
else:
return (' ' * depth +
"* '{text}'\n".format(text=layout['text'].strip()))
def clean_layout(layout):
if 'tag' in layout:
cleaned = {
key: {
'position':
(layout[key]['position'][0], layout[key]['position'][1]),
'size': (layout[key]['size'][0], layout[key]['size'][1]),
}
for key in ['content', 'padding_box', 'border_box']
}
children = []
for child in layout.get('children', []):
sublayout = clean_layout(child)
if sublayout:
children.append(sublayout)
if children:
cleaned['children'] = children
else:
cleaned = None
# # TODO - add proper handling for anonymous boxes.
# cleaned = {
# 'text': layout.get('text', '???')
# }
return cleaned