def __message_strkey_tupleval2xml(msg, key, val):
"""
helper function for __message2xml(). converts those parts of a message
to XML whose key is a string (i.e. most of them).
@type xml_msg: C{etree._Element}
@type msg_key: C{Feature}
@type msg_val: C{frozenset} or C{str}
"""
value, rating = val
if isinstance(value, frozenset): # authors, keywords, proglangs etc.
msgkey = etree.SubElement(msg, key, rating=rating)
for element in value:
msgval = etree.SubElement(msgkey, "value")
msgval.text = ensure_unicode(element)
else: # isinstance(value, (str, int)) # title, language, year, pages etc.
msgkey = etree.SubElement(msg, key, value=ensure_unicode(value), rating=rating)
def __diamond_fs2xml(diamond):
"""
converts a {Diamond} feature structure into its corresponding HLDS
XML structure (stored in an etree element).
:type diamond: ``Diamond``
:param diamond: a Diamond feature structure containing nom? prop? diamond*
elements
:rtype: ``etree._Element``
:return: a Diamond in HLDS XML tree notation, represented as an etree
element
"""
E = ElementMaker()
NOM = E.nom
PROP = E.prop
DIAMOND = E.diamond
diamond_etree = DIAMOND(mode=ensure_unicode(diamond[Feature("mode")]))
if "prop" in diamond:
diamond_etree.insert(0, PROP(name=ensure_unicode(diamond["prop"])))
if "nom" in diamond:
# if present, nom(inal) has to be the first argument/sub tag of a diamond
diamond_etree.insert(0, NOM(name=ensure_unicode(diamond["nom"])))
subdiamonds = []
for key in sorted(diamond.keys()):
# keys need to be sorted, otherwise Diamonds within a Sentence will have a
# different order than before. Diamond keys seem ordered, but they aren't
# (keys beginning with numbers seem to be in descending order, those
# beginning with letters in ascending order)
if isinstance(diamond[key], Diamond):
subdiamonds.append(diamond[key])
etree_subdiamonds = []
for subdiamond in subdiamonds:
etree_subdiamonds.append(__diamond_fs2xml(subdiamond))
for subdiamond in etree_subdiamonds:
final_position = len(diamond_etree)
diamond_etree.insert(final_position, subdiamond)
return diamond_etree
def __diamond_fs2xml(diamond):
"""
converts a {Diamond} feature structure into its corresponding HLDS
XML structure (stored in an etree element).
@type diamond: C{Diamond}
@param diamond: a Diamond feature structure containing nom? prop? diamond*
elements
@rtype: C{etree._Element}
@return: a Diamond in HLDS XML tree notation, represented as an etree
element
"""
E = ElementMaker()
NOM = E.nom
PROP = E.prop
DIAMOND = E.diamond
diamond_etree = DIAMOND(mode=ensure_unicode(diamond[Feature("mode")]))
if "prop" in diamond:
diamond_etree.insert(0, PROP(name=ensure_unicode(diamond["prop"])) )
if "nom" in diamond:
# if present, nom(inal) has to be the first argument/sub tag of a diamond
diamond_etree.insert(0, NOM(name=ensure_unicode(diamond["nom"])) )
subdiamonds = []
for key in sorted(diamond.keys()):
# keys need to be sorted, otherwise Diamonds within a Sentence will have a
# different order than before. Diamond keys seem ordered, but they aren't
# (keys beginning with numbers seem to be in descending order, those
# beginning with letters in ascending order)
if isinstance(diamond[key], Diamond):
subdiamonds.append(diamond[key])
etree_subdiamonds = []
for subdiamond in subdiamonds:
etree_subdiamonds.append(__diamond_fs2xml(subdiamond))
for subdiamond in etree_subdiamonds:
final_position = len(diamond_etree)
diamond_etree.insert(final_position, subdiamond)
return diamond_etree
def __sentence_fs2xml(sentence, mode="test"):
"""
transforms a sentence (in NLTK feature structure notation) into its
corresponding HLDS XML <item></item> structure.
:type sentence: ``Sentence``
:param sentence: a sentence in NLTK feature structure notation
:type mode: ``str``
:param mode: "test", if the sentence will be part of a (regression)
testbed file (ccg-test). "realize", if the sentence will be put in a
file on its own (ccg-realize).
:rtype: ``etree._Element``
:return: the input sentence in HLDS XML format (represented as an etree
element)
"""
if mode is "test":
expected_parses = sentence[Feature("expected_parses")]
text = sentence[Feature("text")]
item = etree.Element("item",
numOfParses=str(expected_parses),
string=ensure_unicode(text))
xml = etree.SubElement(item, "xml")
lf = etree.SubElement(xml, "lf")
else: # mode is "realize"
lf = etree.Element("lf")
root_nom = sentence[Feature("root_nom")]
satop = etree.SubElement(lf, "satop", nom=root_nom)
if Feature("root_prop") in sentence:
root_prop = sentence[Feature("root_prop")]
etree.SubElement(satop, "prop", name=root_prop)
diamonds = []
for key in sorted(sentence.keys()):
# keys need to be sorted, otherwise Diamonds within a Sentence will have a
# different order than before. Diamond keys seem ordered, but they aren't
# (keys beginning with numbers seem to be in descending order, those
# beginning with letters in ascending order)
if isinstance(sentence[key], Diamond):
diamonds.append(sentence[key])
etree_diamonds = []
for diamond in diamonds:
etree_diamonds.append(__diamond_fs2xml(diamond))
for diamond in etree_diamonds:
final_position = len(satop)
satop.insert(final_position, diamond)
if mode is "test":
return item
else:
return lf
def __sentence_fs2xml(sentence, mode="test"):
"""
transforms a sentence (in NLTK feature structure notation) into its
corresponding HLDS XML <item></item> structure.
@type sentence: C{Sentence}
@param sentence: a sentence in NLTK feature structure notation
@type mode: C{str}
@param mode: "test", if the sentence will be part of a (regression)
testbed file (ccg-test). "realize", if the sentence will be put in a
file on its own (ccg-realize).
@rtype: C{etree._Element}
@return: the input sentence in HLDS XML format (represented as an etree
element)
"""
if mode is "test":
expected_parses = sentence[Feature("expected_parses")]
text = sentence[Feature("text")]
item = etree.Element("item", numOfParses=str(expected_parses),
string=ensure_unicode(text))
xml = etree.SubElement(item, "xml")
lf = etree.SubElement(xml, "lf")
else: # mode is "realize"
lf = etree.Element("lf")
root_nom = sentence[Feature("root_nom")]
satop = etree.SubElement(lf, "satop", nom=root_nom)
if Feature("root_prop") in sentence:
root_prop = sentence[Feature("root_prop")]
etree.SubElement(satop, "prop", name=root_prop)
diamonds = []
for key in sorted(sentence.keys()):
# keys need to be sorted, otherwise Diamonds within a Sentence will have a
# different order than before. Diamond keys seem ordered, but they aren't
# (keys beginning with numbers seem to be in descending order, those
# beginning with letters in ascending order)
if isinstance(sentence[key], Diamond):
diamonds.append(sentence[key])
etree_diamonds = []
for diamond in diamonds:
etree_diamonds.append(__diamond_fs2xml(diamond))
for diamond in etree_diamonds:
final_position = len(satop)
satop.insert(final_position, diamond)
if mode is "test":
return item
else:
return lf
def answer_simple_qa(question, simple=True):
if simple:
ask_url = 'http://10.1.1.28:8000/api/graph/simple_qa/?q=' + ensure_unicode(
question).encode('utf-8')
else:
ask_url = 'http://10.1.1.28:8000/api/graph/qa/?q=' + ensure_unicode(
question).encode('utf-8')
data = get_data_url(ask_url)
if data == '\"No answer !\"':
return None
ans_dict = json.loads(data)
ans_triples = []
for k, v in ans_dict.iteritems():
if k == 'triples':
for triple in v:
ans_triples.append([
delete_source_prefix(triple[0]['name']), triple[1],
delete_source_prefix(triple[2]['name'])
])
return ans_triples
def __message_strkey_tupleval2xml(msg, key, val):
"""
helper function for __message2xml(). converts those parts of a message
to XML whose key is a string (i.e. most of them).
:type xml_msg: ``etree._Element``
:type msg_key: ``Feature``
:type msg_val: ``frozenset`` or ``str``
"""
value, rating = val
if isinstance(value, frozenset): # authors, keywords, proglangs etc.
msgkey = etree.SubElement(msg, key, rating=rating)
for element in value:
msgval = etree.SubElement(msgkey, "value")
msgval.text = ensure_unicode(element)
else: # isinstance(value, (str, int)) # title, language, year, pages etc.
msgkey = etree.SubElement(msg,
key,
value=ensure_unicode(value),
rating=rating)
def __message_featurekey2xml(xml_msg, msg_key, msg_val):
"""
helper function for __message2xml(). converts those parts of a message
to XML whose key is of type C{Feature}, i.e. *reference_authors* and *reference_title*.
@type xml_msg: C{etree._Element}
@type msg_key: C{Feature}
@type msg_val: C{frozenset} or C{str}
"""
value, rating = msg_val
if isinstance(value, frozenset): # *reference_authors*
featkey = etree.SubElement(xml_msg, msg_key.name, feature="true", rating=rating)
for element in value:
featval = etree.SubElement(featkey, "value")
featval.text = str(element)
else: # isinstance(value, str) # *reference_title*
featkey = etree.SubElement(xml_msg, msg_key.name, feature="true", value=ensure_unicode(value), rating=rating)
def add_nom_prefixes(diamond):
"""
Adds a prefix/index to the name attribute of every <nom> tag of a
C{Diamond} or C{Sentence} structure. Without this, I{ccg-realize} will
only produce gibberish.
Every <nom> tag has a 'name' attribute, which contains a category/type-like
description of the corresponding <prop> tag's name attribute, e.g.::
<diamond mode="PRÄP">
<nom name="v1:zugehörigkeit"/>
<prop name="von"/>
</diamond>
Here 'zugehörigkeit' is the name of a category that the preposition
'von' belongs to. usually, the nom prefix is the first character of the
prop name attribute with an added index. index iteration is done by a
depth-first walk through all diamonds contained in the given feature
structure. In this example 'v1:zugehörigkeit' means, that "von" is the
first C{diamond} in the structure that starts with 'v' and belongs to
the category 'zugehörigkeit'.
"""
prop_dict = defaultdict(int)
elements = [element for element in diamond.walk()]
for e in elements:
if type(e) is Diamond:
if "nom" in e.keys():
nom_prefix_char = __determine_nom_prefix(e)
prop_dict[nom_prefix_char] += 1
nom_without_prefix = e["nom"]
nom_type = type(nom_without_prefix)
e["nom"] = "{0}{1}:{2}".format(ensure_utf8(nom_prefix_char),
prop_dict[nom_prefix_char],
ensure_utf8(nom_without_prefix))
if nom_type == unicode:
# preserve unicode, if the string was unicode encoded before
e["nom"] = ensure_unicode(e["nom"])
def add_nom_prefixes(diamond):
"""
Adds a prefix/index to the name attribute of every <nom> tag of a
``Diamond`` or ``Sentence`` structure. Without this, ``ccg-realize`` will
only produce gibberish.
Every <nom> tag has a 'name' attribute, which contains a category/type-like
description of the corresponding <prop> tag's name attribute, e.g.::
<diamond mode="PRÄP">
<nom name="v1:zugehörigkeit"/>
<prop name="von"/>
</diamond>
Here 'zugehörigkeit' is the name of a category that the preposition
'von' belongs to. usually, the nom prefix is the first character of the
prop name attribute with an added index. index iteration is done by a
depth-first walk through all diamonds contained in the given feature
structure. In this example 'v1:zugehörigkeit' means, that "von" is the
first ``diamond`` in the structure that starts with 'v' and belongs to
the category 'zugehörigkeit'.
"""
prop_dict = defaultdict(int)
elements = [element for element in diamond.walk()]
for e in elements:
if type(e) is Diamond:
if "nom" in e.keys():
nom_prefix_char = __determine_nom_prefix(e)
prop_dict[nom_prefix_char] += 1
nom_without_prefix = e["nom"]
nom_type = type(nom_without_prefix)
e["nom"] = "{0}{1}:{2}".format(ensure_utf8(nom_prefix_char),
prop_dict[nom_prefix_char],
ensure_utf8(nom_without_prefix))
if nom_type == unicode:
# preserve unicode, if the string was unicode encoded before
e["nom"] = ensure_unicode(e["nom"])
def answer_seq2seq_qa(question):
seg_list, ner_list, simple_ner_list = ner_ques(question)
print('crf: ' + ' '.join(ner_list))
print('simple: ' + ' '.join(simple_ner_list))
ques_pattern, entity_name = get_pattern(ner_list, seg_list)
if ques_pattern == question:
ques_pattern, entity_name = get_pattern(simple_ner_list, seg_list)
print('|'.join((ques_pattern, entity_name)))
sub_entity_dict = get_top_entity(entity_name)
if not sub_entity_dict:
return None
rel_score_list = decode_ques(ques_pattern, 20)
test_rel = None
for rel, rel_score in rel_score_list:
if rel in sub_entity_dict.keys():
test_rel = ensure_unicode(rel)
break
ans_triples = []
if test_rel:
ans_triples = [[
sub_entity_dict['name'], test_rel, sub_entity_dict[test_rel]
]]
return ans_triples
def __message_featurekey2xml(xml_msg, msg_key, msg_val):
"""
helper function for __message2xml(). converts those parts of a message
to XML whose key is of type ``Feature``, i.e. *reference_authors* and *reference_title*.
:type xml_msg: ``etree._Element``
:type msg_key: ``Feature``
:type msg_val: ``frozenset`` or ``str``
"""
value, rating = msg_val
if isinstance(value, frozenset): # *reference_authors*
featkey = etree.SubElement(xml_msg,
msg_key.name,
feature="true",
rating=rating)
for element in value:
featval = etree.SubElement(featkey, "value")
featval.text = str(element)
else: # isinstance(value, str) # *reference_title*
featkey = etree.SubElement(xml_msg,
msg_key.name,
feature="true",
value=ensure_unicode(value),
rating=rating)
