def _read_Arg(node):
sup = on_single_element(node, (), _read_Sup, 'sup')
attribution = on_single_element(
node, (), _read_Attribution, 'attribution')
return ty.Arg(selection=_read_Selection(node),
attribution=(None if attribution is () else attribution),
sup=(None if sup is () else sup))
def _read_ExplicitRelationFeatures(node):
attribution = on_single_element(
node, None, _read_Attribution, 'attribution')
connhead = on_single_element(
node, None, _read_Connective, 'connhead')
return ty.ExplicitRelationFeatures(attribution=attribution,
connhead=connhead)
def _read_Attribution(node):
attr = node.attrib
selection = on_single_element(node, (), _read_Selection, 'selection')
return ty.Attribution(polarity=attr['polarity'],
determinacy=attr['determinacy'],
type=attr['type'],
source=attr['source'],
selection=None if selection is () else selection)
def _read_Attribution(node):
attr = node.attrib
selection = on_single_element(node, (), _read_Selection, 'selection')
return ty.Attribution(polarity = attr['polarity'],
determinacy = attr['determinacy'],
type = attr['type'],
source = attr['source'],
selection = None if selection is () else selection)
def _read_AltLexRelationFeatures(node):
attribution = on_single_element(node, None, _read_Attribution, 'attribution')
attr = node.attrib
semclass1_ = attr['semclass1']
semclass2_ = attr.get('semclass2', None) # optional
semclass1 = _read_SemClass(semclass1_)
semclass2 = _read_SemClass(semclass2_) if semclass2_ else None
return ty.AltLexRelationFeatures(attribution = attribution,
semclass1 = semclass1,
semclass2 = semclass2)
def _read_AltLexRelationFeatures(node):
attribution = on_single_element(node, None, _read_Attribution, 'attribution')
attr = node.attrib
semclass1_ = attr['semclass1']
semclass2_ = attr.get('semclass2', None) # optional
semclass1 = _read_SemClass(semclass1_)
semclass2 = _read_SemClass(semclass2_) if semclass2_ else None
return ty.AltLexRelationFeatures(attribution = attribution,
semclass1 = semclass1,
semclass2 = semclass2)
def _read_ImplicitRelationFeatures(node):
connectives = node.findall('connective')
if len(connectives) == 0:
raise EduceXmlException('Was expecting at least one connective (got none)')
elif len(connectives) > 2:
raise EduceXmlException('Was expecting no more than two connectives (got %d)' % len(connectives))
attribution = on_single_element(node, None, _read_Attribution, 'attribution')
connective1 = _read_Connective(connectives[0])
connective2 = _read_Connective(connectives[1]) if len(connectives) == 2 else None
return ty.ImplicitRelationFeatures(attribution = attribution,
connective1 = connective1,
connective2 = connective2)
def _read_ImplicitRelationFeatures(node):
connectives = node.findall('connective')
if len(connectives) == 0:
raise EduceXmlException('Was expecting at least one connective (got none)')
elif len(connectives) > 2:
raise EduceXmlException('Was expecting no more than two connectives (got %d)' % len(connectives))
attribution = on_single_element(node, None, _read_Attribution, 'attribution')
connective1 = _read_Connective(connectives[0])
connective2 = _read_Connective(connectives[1]) if len(connectives) == 2 else None
return ty.ImplicitRelationFeatures(attribution = attribution,
connective1 = connective1,
connective2 = connective2)
def _read_Arg(node):
sup = on_single_element(node, (), _read_Sup, 'sup')
attribution = on_single_element(node, (), _read_Attribution, 'attribution')
return ty.Arg(selection=_read_Selection(node),
attribution=None if attribution is () else attribution,
sup=None if sup is () else sup)
def _read_Selection(node):
attr = node.attrib
return ty.Selection(span=_read_SpanList(attr['spanList']),
gorn=_read_GornAddressList(attr['gornList']),
text=on_single_element(node, None, lambda x: x.text,
'text'))
def _read_ExplicitRelationFeatures(node):
attribution = on_single_element(node, None, _read_Attribution,
'attribution')
connhead = on_single_element(node, None, _read_Connective, 'connhead')
return ty.ExplicitRelationFeatures(attribution=attribution,
connhead=connhead)
def get_one(name, default, ctx=None):
f = lambda n: read_node(n, ctx)
return on_single_element(node, default, f, name)
def _read_Selection(node):
attr = node.attrib
return ty.Selection(span = _read_SpanList(attr['spanList']),
gorn = _read_GornAddressList(attr['gornList']),
text = on_single_element(node, None, lambda x:x.text, 'text'))
def get_one(name, default, ctx=None):
f = lambda n: read_node(n, ctx)
return on_single_element(node, default, f, name)
