def from_xml(cls, element, **kwargs):
for sub in element:
if sub.tag == QName(atom_ns, "generator"):
kwargs["generator"] = cls.inner_from_xml("generator", sub)
elif sub.tag == QName(atom_ns, "icon"):
kwargs["icon"] = from_text_xml(sub)
elif sub.tag == QName(atom_ns, "logo"):
kwargs["logo"] = from_text_xml(sub)
elif sub.tag == QName(atom_ns, "subtitle"):
kwargs["subtitle"] = cls.inner_from_xml("subtitle", sub)
return super(AtomSource, cls).from_xml(element, **kwargs)
def from_xml(cls, element, **kwargs):
kwargs.setdefault("authors", [])
kwargs.setdefault("categories", [])
kwargs.setdefault("contributors", [])
kwargs.setdefault("links", [])
for sub in element:
if sub.tag == QName(atom_ns, "author"):
kwargs["authors"].append(cls.inner_from_xml("author", sub))
elif sub.tag == QName(atom_ns, "category"):
kwargs["categories"].append(cls.inner_from_xml("category",
sub))
elif sub.tag == QName(atom_ns, "contributor"):
kwargs["contributors"].append(
cls.inner_from_xml("contributor", sub))
elif sub.tag == QName(atom_ns, "id"):
kwargs["id"] = from_text_xml(sub)
elif sub.tag == QName(atom_ns, "link"):
kwargs["links"].append(cls.inner_from_xml("link", sub))
elif sub.tag == QName(atom_ns, "rights"):
kwargs["rights"] = cls.inner_from_xml("rights", sub)
elif sub.tag == QName(atom_ns, "title"):
kwargs["title"] = cls.inner_from_xml("title", sub)
elif sub.tag == QName(atom_ns, "updated"):
kwargs["updated"] = cls.inner_from_xml("updated", sub)
return super(AtomMeta, cls).from_xml(element, **kwargs)
def from_xml(cls, element, **kwargs):
kwargs.setdefault("categories", [])
kwargs.setdefault("links", [])
for sub in element:
if sub.tag == QName(atom_ns, "id"):
kwargs["id"] = from_text_xml(sub)
elif sub.tag == QName(asoc_ns, "uri"):
kwargs["uri"] = from_text_xml(sub)
elif sub.tag == QName(asoc_ns, "name"):
kwargs["name"] = from_text_xml(sub)
elif sub.tag == QName(atom_ns, "category"):
kwargs["categories"].append(cls.inner_from_xml("category",
sub))
elif sub.tag == QName(atom_ns, "link"):
kwargs["links"].append(cls.inner_from_xml("link", sub))
return super(AsocPeer, cls).from_xml(element, **kwargs)
def from_xml(cls, element, **kwargs):
kwargs.setdefault("authors", [])
kwargs.setdefault("categories", [])
kwargs.setdefault("links", [])
for sub in element:
if sub.tag == QName(atom_ns, "author"):
kwargs["authors"].append(cls.inner_from_xml("author", sub))
elif sub.tag == QName(atom_ns, "category"):
kwargs["categories"].append(cls.inner_from_xml("category",
sub))
elif sub.tag == QName(asoc_ns, "content"):
kwargs["content"] = cls.inner_from_xml("content", sub)
elif sub.tag == QName(atom_ns, "id"):
kwargs["id"] = from_text_xml(sub)
elif sub.tag == QName(atom_ns, "link"):
kwargs["links"].append(cls.inner_from_xml("link", sub))
elif sub.tag == QName(atom_ns, "publised"):
kwargs["published"] = cls.inner_from_xml("published", sub)
elif sub.tag == QName(atom_ns, "rights"):
kwargs["rights"] = cls.inner_from_xml("rights", sub)
elif sub.tag == QName(atom_ns, "updated"):
kwargs["updated"] = cls.inner_from_xml("updated", sub)
return super(AsocPost, cls).from_xml(element, **kwargs)