def object_xml_repr(value, host = None, depth = 1, memo = None):
values = [value]
if hasattr(value, '__class__'):
if hasattr(value.__class__, '__mro__'):
values.extend(value.__class__.__mro__)
elif hasattr(value, '__bases__'):
considers = [value]
while considers:
consider = considers.pop(0)
values.append(consider)
considers.extend(consider.__bases__)
return tags.div(
tags.p(
tags.b(repr(value)),
tags.ol( # for prettiness
hasattr(value, '__dict__') and (
tags.table(
{'class': 'definition'},
(
tags.tr(
tags.th(xml_repr(heading, host, depth - 1, memo)),
tags.td(xml_repr(row, host, depth - 1, memo)),
)
for heading, row in sorted(vars(value).items())
)
)
) or ''
)
) for value in values[::-1]
)
def iterable_xml_repr(value, host = None, depth = 1, memo = None):
# find tables
return tags.p(
tags.b(name_repr(value, memo)),
tags.ol(
{'start': 0},
{'class': 'python_list'},
(
tags.li(
xml_repr(item, host, depth - 1, memo)
)
for item in value
)
)
)
def dict_xml_repr(value, host = None, depth = 1, memo = None):
return tags.p(
tags.b(name_repr(value, memo)),
tags.ol( # for prettiness
tags.table(
{'class': 'definition'},
(
tags.tr(
tags.th(xml_repr(heading, host, depth - 1, memo)),
tags.td(xml_repr(row, host, depth - 1, memo)),
)
for heading, row in sorted(value.items())
)
)
)
)
