def parse_rels(el):
"""Parse an element for rel microformats
"""
rel_attrs = [text_type(rel) for rel in get_attr(el, 'rel')]
# if rel attributes exist
if rel_attrs is not None:
# find the url and normalise it
url = text_type(urljoin(self.__url__, el.get('href', '')))
value_dict = self.__parsed__["rel-urls"].get(
url, self.dict_class())
if "text" not in value_dict:
value_dict["text"] = el.get_text().strip() # 1st one wins
url_rels = value_dict.get("rels", [])
value_dict["rels"] = url_rels
for knownattr in ("media", "hreflang", "type", "title"):
x = get_attr(el, knownattr)
if x is not None:
value_dict[knownattr] = text_type(x)
self.__parsed__["rel-urls"][url] = value_dict
for rel_value in rel_attrs:
value_list = self.__parsed__["rels"].get(rel_value, [])
if url not in value_list:
value_list.append(url)
if rel_value not in url_rels:
url_rels.append(rel_value)
self.__parsed__["rels"][rel_value] = value_list
if "alternate" in rel_attrs:
alternate_list = self.__parsed__.get("alternates", [])
alternate_dict = self.dict_class()
alternate_dict["url"] = url
x = " ".join(
[r for r in rel_attrs if not r == "alternate"])
if x is not "":
alternate_dict["rel"] = x
alternate_dict["text"] = text_type(el.get_text().strip())
for knownattr in ("media", "hreflang", "type", "title"):
x = get_attr(el, knownattr)
if x is not None:
alternate_dict[knownattr] = text_type(x)
alternate_list.append(alternate_dict)
self.__parsed__["alternates"] = alternate_list
def parse_rels(el):
"""Parse an element for rel microformats
"""
rel_attrs = [text_type(rel) for rel in get_attr(el, 'rel')]
# if rel attributes exist
if rel_attrs is not None:
# find the url and normalise it
url = text_type(urljoin(self.__url__, el.get('href', '')))
value_dict = self.__parsed__["rel-urls"].get(url,
self.dict_class())
if "text" not in value_dict:
value_dict["text"] = el.get_text().strip() # 1st one wins
url_rels = value_dict.get("rels", [])
value_dict["rels"] = url_rels
for knownattr in ("media", "hreflang", "type", "title"):
x = get_attr(el, knownattr)
if x is not None:
value_dict[knownattr] = text_type(x)
self.__parsed__["rel-urls"][url] = value_dict
for rel_value in rel_attrs:
value_list = self.__parsed__["rels"].get(rel_value, [])
if url not in value_list:
value_list.append(url)
if rel_value not in url_rels:
url_rels.append(rel_value)
self.__parsed__["rels"][rel_value] = value_list
if "alternate" in rel_attrs:
alternate_list = self.__parsed__.get("alternates", [])
alternate_dict = self.dict_class()
alternate_dict["url"] = url
x = " ".join(
[r for r in rel_attrs if not r == "alternate"])
if x is not "":
alternate_dict["rel"] = x
alternate_dict["text"] = text_type(el.get_text().strip())
for knownattr in ("media", "hreflang", "type", "title"):
x = get_attr(el, knownattr)
if x is not None:
alternate_dict[knownattr] = text_type(x)
alternate_list.append(alternate_dict)
self.__parsed__["alternates"] = alternate_list
def handle_microformat(root_class_names, el, value_property=None,
simple_value=None):
"""Handles a (possibly nested) microformat, i.e. h-*
"""
properties = {}
children = []
self._default_date = None
# parse for properties and children
for child in el.find_all(True, recursive=False):
child_props, child_children = parse_props(child)
for key, new_value in child_props.items():
prop_value = properties.get(key, [])
prop_value.extend(new_value)
properties[key] = prop_value
children.extend(child_children)
# complex h-* objects can take their "value" from the
# first explicit property ("name" for p-* or "url" for u-*)
if value_property and value_property in properties:
simple_value = properties[value_property][0]
# if some properties not already found find in implied ways
if "name" not in properties:
properties["name"] = [text_type(prop) for prop in implied_properties.name(el)]
if "photo" not in properties:
x = implied_properties.photo(el, base_url=self.__url__)
if x is not None:
properties["photo"] = [text_type(u) for u in x]
if "url" not in properties:
x = implied_properties.url(el, base_url=self.__url__)
if x is not None:
properties["url"] = [text_type(u) for u in x]
# build microformat with type and properties
microformat = {"type": [text_type(class_name) for class_name in root_class_names],
"properties": properties}
if str(el.name) == "area":
shape = get_attr(el, 'shape')
if shape is not None:
microformat['shape'] = text_type(shape)
coords = get_attr(el, 'coords')
if coords is not None:
microformat['coords'] = text_type(coords)
# insert children if any
if children:
microformat["children"] = children
# simple value is the parsed property value if it were not
# an h-* class
if simple_value is not None:
if isinstance(simple_value, dict):
# for e-* properties, the simple value will be
# {"html":..., "value":...} which we should fold
# into the microformat object
# details: https://github.com/tommorris/mf2py/issues/35
microformat.update(simple_value)
else:
microformat["value"] = text_type(simple_value)
return microformat
def handle_microformat(root_class_names,
el,
value_property=None,
simple_value=None):
"""Handles a (possibly nested) microformat, i.e. h-*
"""
properties = self.dict_class()
children = []
self._default_date = None
# parse for properties and children
for child in get_children(el):
child_props, child_children = parse_props(child)
for key, new_value in child_props.items():
prop_value = properties.get(key, [])
prop_value.extend(new_value)
properties[key] = prop_value
children.extend(child_children)
# complex h-* objects can take their "value" from the
# first explicit property ("name" for p-* or "url" for u-*)
if value_property and value_property in properties:
simple_value = properties[value_property][0]
# if some properties not already found find in implied ways
if "name" not in properties:
properties["name"] = [
text_type(prop) for prop in implied_properties.name(el)
]
if "photo" not in properties:
x = implied_properties.photo(el, base_url=self.__url__)
if x is not None:
properties["photo"] = [text_type(u) for u in x]
if "url" not in properties:
x = implied_properties.url(el, base_url=self.__url__)
if x is not None:
properties["url"] = [text_type(u) for u in x]
# build microformat with type and properties
microformat = self.dict_class([
("type",
[text_type(class_name) for class_name in root_class_names]),
("properties", properties),
])
if str(el.name) == "area":
shape = get_attr(el, 'shape')
if shape is not None:
microformat['shape'] = text_type(shape)
coords = get_attr(el, 'coords')
if coords is not None:
microformat['coords'] = text_type(coords)
# insert children if any
if children:
microformat["children"] = children
# simple value is the parsed property value if it were not
# an h-* class
if simple_value is not None:
if isinstance(simple_value, dict):
# for e-* properties, the simple value will be
# {"html":..., "value":...} which we should fold
# into the microformat object
# details: https://github.com/tommorris/mf2py/issues/35
microformat.update(simple_value)
else:
microformat["value"] = text_type(simple_value)
return microformat