def xml_to_strelem(dom_node, xml_space="preserve"):
if dom_node is None:
return StringElem()
if isinstance(dom_node, basestring):
dom_node = etree.fromstring(dom_node)
normalize_xml_space(dom_node, xml_space, remove_start=True)
result = StringElem()
if dom_node.text:
result.sub.append(StringElem(unicode(dom_node.text)))
for child_dom_node in dom_node:
result.sub.append(make_placeable(child_dom_node, xml_space))
if child_dom_node.tail:
result.sub.append(StringElem(unicode(child_dom_node.tail)))
result.prune()
return result
def xml_to_strelem(dom_node, xml_space="preserve"):
if dom_node is None:
return StringElem()
if isinstance(dom_node, basestring):
dom_node = etree.fromstring(dom_node)
normalize_xml_space(dom_node, xml_space, remove_start=True)
result = StringElem()
if dom_node.text:
result.sub.append(StringElem(unicode(dom_node.text)))
for child_dom_node in dom_node:
result.sub.append(make_placeable(child_dom_node, xml_space))
if child_dom_node.tail:
result.sub.append(StringElem(unicode(child_dom_node.tail)))
result.prune()
return result
def xml_to_strelem(dom_node, xml_space="preserve"):
if dom_node is None:
return StringElem()
if isinstance(dom_node, basestring):
dom_node = etree.fromstring(dom_node)
normalize_xml_space(dom_node, xml_space, remove_start=True)
result = StringElem()
sub = result.sub # just an optimisation
for child_dom_node in dom_node:
sub.append(make_placeable(child_dom_node, xml_space))
if child_dom_node.tail:
sub.append(StringElem(unicode(child_dom_node.tail)))
# This is just a strange way of inserting the first text and avoiding a
# call to .prune() which is very expensive. We assume the tree is optimal.
node_text = dom_node.text
if sub and node_text:
sub.insert(0, StringElem(unicode(node_text)))
elif node_text:
sub.append(unicode(node_text))
return result
def xml_to_strelem(dom_node, xml_space="preserve"):
if dom_node is None:
return StringElem()
if isinstance(dom_node, six.string_types):
dom_node = etree.fromstring(dom_node)
normalize_xml_space(dom_node, xml_space, remove_start=True)
result = StringElem()
sub = result.sub # just an optimisation
for child_dom_node in dom_node:
if child_dom_node.tag is etree.Comment:
continue
sub.append(make_placeable(child_dom_node, xml_space))
if child_dom_node.tail:
sub.append(StringElem(six.text_type(child_dom_node.tail)))
# This is just a strange way of inserting the first text and avoiding a
# call to .prune() which is very expensive. We assume the tree is optimal.
node_text = dom_node.text
if sub and node_text:
sub.insert(0, StringElem(six.text_type(node_text)))
elif node_text:
sub.append(six.text_type(node_text))
return result
def xml_to_strelem(dom_node, xml_space="preserve"):
if dom_node is None:
return StringElem()
if isinstance(dom_node, six.string_types):
parser = etree.XMLParser(resolve_entities=False)
dom_node = etree.fromstring(dom_node, parser)
normalize_xml_space(dom_node, xml_space, remove_start=True)
result = StringElem()
sub = result.sub # just an optimisation
for child_dom_node in dom_node:
if child_dom_node.tag is etree.Comment:
continue
sub.append(make_placeable(child_dom_node, xml_space))
if child_dom_node.tail:
sub.append(StringElem(six.text_type(child_dom_node.tail)))
# This is just a strange way of inserting the first text and avoiding a
# call to .prune() which is very expensive. We assume the tree is optimal.
node_text = dom_node.text
if sub and node_text:
sub.insert(0, StringElem(six.text_type(node_text)))
elif node_text:
sub.append(six.text_type(node_text))
return result
