teixml.py
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#-*- coding:utf-8 -*-
from semantics.models import LexicalUnitExamples
import datetime
from django.db.models import Count, Min, Max
from lxml import etree
from xml.sax.saxutils import escape
from dictionary.models import Argument, Atribute_Model, WalentyStat, \
sortArguments, sortatributes, sortPositions, sort_positions
from wordnet.models import Synset
XML_NAMESPACE = 'http://www.w3.org/XML/1998/namespace'
# @TODO: dodac informacje o powiazanych haslach, bo na razie widac to tylko po wspoldzieleniu ram semantycznych
# --> na razie nie
# @TODO: na razie synsety nic nie mowia jak sa w preferencjach, moze warto dogenerowac jakis plik z objasnieniami?
# --> tak, dodac z czasem oraz informacje w naglowku o tym, ze bazujemy na Slowosieci 2.0
def createteixml(outpath, lemmas, frame_opinion_values):
root = write_root()
write_header(root)
write_entries(root, lemmas, frame_opinion_values)
with open(outpath, 'w') as output_file:
output_file.write(etree.tostring(root, pretty_print=True,
xml_declaration=True, encoding='UTF-8',
doctype=u'<!DOCTYPE TEI SYSTEM "tei_all.dtd">'))
def write_root():
root = etree.Element('TEI')
root.attrib[etree.QName(XML_NAMESPACE, 'lang')] = u'pl'
root.attrib['xmlns'] = u'http://www.tei-c.org/ns/1.0'
return root
def write_header(root, extensions_file=False):
tei_header = etree.SubElement(root, 'teiHeader')
file_desc = etree.SubElement(tei_header, 'fileDesc')
title_stmt = etree.SubElement(file_desc, 'titleStmt')
title = etree.SubElement(title_stmt, 'title')
if extensions_file:
title.text = u'This file is part of Walenty: a valence dictionary of Polish (http://zil.ipipan.waw.pl/Walenty)'
else:
title.text = u'Walenty: a valence dictionary of Polish (http://zil.ipipan.waw.pl/Walenty)'
publication_stmt = etree.SubElement(file_desc, 'publicationStmt')
publisher = etree.SubElement(publication_stmt, 'publisher')
publisher.text = u'Institute of Computer Science, Polish Academy of Sciences (IPI PAN)'
date = etree.SubElement(publication_stmt, 'date')
date.attrib['when'] = datetime.datetime.now().strftime('%Y-%m-%d')
write_license_elem(publication_stmt)
source_desc = etree.SubElement(file_desc, 'sourceDesc')
p = etree.SubElement(source_desc, 'p')
p.text = u'File generated using Slowal. Mentioned tool available here: http://zil.ipipan.waw.pl/Slowal.'
def write_license_elem(parent_elem):
availability = etree.SubElement(parent_elem, 'availability')
licence = etree.SubElement(availability, 'licence')
licence.attrib['target'] = u'http://creativecommons.org/licenses/by-sa/4.0/'
p = etree.SubElement(licence, 'p')
p.text = u'(C) Copyright 2012โ2018 by the Institute of Computer Science, Polish Academy of Sciences (IPI PAN)'
p = etree.SubElement(licence, 'p')
p.text = u'This work is distributed under a CC BY-SA license: http://creativecommons.org/licenses/by-sa/4.0/'
p = etree.SubElement(licence, 'p')
p.text = u'Walenty is a valence dictionary of Polish developed at the Institute of Computer Science, Polish Academy of Sciences (IPI PAN). It currently contains %s schemata and %s frames for %s lemmata.' % (WalentyStat.objects.get(label=u'ลฤ
czna liczba schematรณw').value,
WalentyStat.objects.get(label=u'ลฤ
czna liczba ram semantycznych').value,
WalentyStat.objects.get(label=u'ลฤ
czna liczba haseล').value)
p = etree.SubElement(licence, 'p')
p.text = u'The original formalism of Walenty was established by Filip Skwarski, Elลผbieta Hajnicz, Agnieszka Patejuk, Adam Przepiรณrkowski, Marcin Woliลski, Marek ลwidziลski, and Magdalena Zawisลawska. It has been further developed by Elลผbieta Hajnicz, Agnieszka Patejuk, Adam Przepiรณrkowski, and Marcin Woliลski. The semantic layer has been developed by Elลผbieta Hajnicz and Anna Andrzejczuk.'
p = etree.SubElement(licence, 'p')
p.text = u'The original seed of Walenty was provided by the automatic conversion, manually reviewed by Filip Skwarski, of the verbal valence dictionary used by the ลwigra2 parser (6396 schemata for 1462 lemmata), which was in turn based on SDPV, the Syntactic Dictionary of Polish Verbs by Marek ลwidziลski (4148 schemata for 1064 lemmata). Afterwards, Walenty has been developed independently by adding new entries, syntactic schemata, in particular phraseological ones, and semantic frames.'
p = etree.SubElement(licence, 'p')
p.text = u'Walenty has been edited and compiled using the Slowal tool (http://zil.ipipan.waw.pl/Slowal) created by Bartลomiej Nitoล and Tomasz Bartosiak.'
def write_entries(root, lemmas, frame_opinion_values):
text = etree.SubElement(root, 'text')
body = etree.SubElement(text, 'body')
for lemma in lemmas:
frame_opinions = lemma.frame_opinions.filter(value__in=frame_opinion_values)
write_entry(body, lemma, frame_opinions, frame_opinion_values)
def write_entry(body_elem, lemma, frame_opinions, frame_opinion_values):
entry_xml_id = 'wal_%s-ent' % str(lemma.entry_obj.id)
entry_elem = etree.SubElement(body_elem, 'entry')
entry_elem.attrib[etree.QName(XML_NAMESPACE, 'id')] = entry_xml_id
form_elem = etree.SubElement(entry_elem, 'form')
orth_elem = etree.SubElement(form_elem, 'orth')
orth_elem.text = lemma.entry
pos_elem = etree.SubElement(form_elem, 'pos')
pos_elem.text = lemma.entry_obj.pos.tag
write_status_info(entry_elem, lemma)
write_syntactic_layer(entry_elem, lemma, frame_opinions, frame_opinion_values)
write_examples_layer(entry_elem, lemma)
if lemma.semantics_ready():
write_semantic_layer(entry_elem, lemma)
write_meanings_layer(entry_elem, lemma)
write_connections_layer(entry_elem, lemma)
def write_status_info(parent_elem, lemma):
general_fs_elem = etree.SubElement(parent_elem, 'fs')
general_fs_elem.attrib['type'] = 'general_info'
status_f_elem = etree.SubElement(general_fs_elem, 'f')
status_f_elem.attrib['name'] = 'status'
status_string = etree.SubElement(status_f_elem, 'string')
status_string.text = unicode(lemma.status)
def write_syntactic_layer(entry_elem, lemma, frame_opinions, frame_opinion_values):
synt_layer_fs_elem = etree.SubElement(entry_elem, 'fs')
synt_layer_fs_elem.attrib['type'] = 'syntactic_layer'
schemata_f_elem = etree.SubElement(synt_layer_fs_elem, 'f')
schemata_f_elem.attrib['name'] = 'schemata'
vColl_elem = etree.SubElement(schemata_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for reflex_val in lemma.get_existing_frame_char_values(u'ZWROTNOลฤ'):
for neg_val in lemma.get_existing_frame_char_values(u'NEGATYWNOลฤ'):
for pred_val in lemma.get_existing_frame_char_values(u'PREDYKATYWNOลฤ'):
for aspect_val in lemma.get_existing_frame_char_values(u'ASPEKT'):
matchingframes = lemma.get_frames_by_char_values(reflex_val=reflex_val,
neg_val=neg_val,
pred_val=pred_val,
aspect_val=aspect_val).order_by('text_rep')
for frame in matchingframes:
if not lemma.phraseology_ready() and frame.phraseologic:
continue
if (not frame_opinion_values.exists() or frame_opinions.filter(frame=frame).exists()):
write_schema(vColl_elem, frame, lemma)
def write_schema(parent_elem, schema, lemma):
schema_xml_id = 'wal_%s.%s-sch' % (str(lemma.entry_obj.id), str(schema.id))
schema_fs_elem = etree.SubElement(parent_elem, 'fs')
schema_fs_elem.attrib[etree.QName(XML_NAMESPACE, 'id')] = schema_xml_id
schema_fs_elem.attrib['type'] = 'schema'
# reprezentacja tekstowa
text_rep_f_elem = etree.SubElement(schema_fs_elem, 'f')
text_rep_f_elem.attrib['name'] = 'text_rep'
text_rep_string = etree.SubElement(text_rep_f_elem, 'string')
text_rep = schema.get_position_spaced_text_rep()
if schema.characteristics.filter(type=u'ZWROTNOลฤ', value__value=u'siฤ').exists():
text_rep = ' ' + text_rep
text_rep_string.text = lemma.entry_obj.name + text_rep.replace(':',': ')
# opinia o schemacie
try:
schema_opinion = lemma.frame_opinions.filter(frame=schema).all()[0].value.short
except IndexError:
schema_opinion = 'unk'
opinion_f_elem = etree.SubElement(schema_fs_elem, 'f')
opinion_f_elem.attrib['name'] = 'opinion'
opinion_symbol = etree.SubElement(opinion_f_elem, 'symbol')
opinion_symbol.attrib['value'] = schema_opinion
# zwrotnosc
reflex = schema.characteristics.get(type=u'ZWROTNOลฤ')
selfmark_f_elem = etree.SubElement(schema_fs_elem, 'f')
selfmark_f_elem.attrib['name'] = 'inherent_sie'
selfmark_binary = etree.SubElement(selfmark_f_elem, 'binary')
if reflex.value.value:
selfmark_binary.attrib['value'] = 'true'
else:
selfmark_binary.attrib['value'] = 'false'
# aspekt
aspect = schema.characteristics.get(type=u'ASPEKT').value.value
aspect_f_elem = etree.SubElement(schema_fs_elem, 'f')
aspect_f_elem.attrib['name'] = 'aspect'
if aspect:
aspect_symbol = etree.SubElement(aspect_f_elem, 'symbol')
aspect_symbol.attrib['value'] = aspect
# negatywnosc
negativity = schema.characteristics.get(type=u'NEGATYWNOลฤ').value.value
negativity_f_elem = etree.SubElement(schema_fs_elem, 'f')
negativity_f_elem.attrib['name'] = 'negativity'
if negativity:
negativity_symbol = etree.SubElement(negativity_f_elem, 'symbol')
negativity_symbol.attrib['value'] = negativity
# predykatywnosc
predicativity = schema.characteristics.get(type=u'PREDYKATYWNOลฤ').value.value
predicativity_f_elem = etree.SubElement(schema_fs_elem, 'f')
predicativity_f_elem.attrib['name'] = 'predicativity'
predicativity_binary = etree.SubElement(predicativity_f_elem, 'binary')
if predicativity:
predicativity_binary.attrib['value'] = 'true'
else:
predicativity_binary.attrib['value'] = 'false'
# pozycje skลadniowe
write_positions_feature(schema, schema_xml_id, schema_fs_elem)
def write_positions_feature(schema, schema_xml_id, parent_elem):
sorted_pos_dict = sortPositions(schema.positions.all())
if sorted_pos_dict:
positions_f_elem = etree.SubElement(parent_elem, 'f')
positions_f_elem.attrib['name'] = 'positions'
vColl_elem = etree.SubElement(positions_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for position in sorted_pos_dict:
write_position_elem(vColl_elem, schema_xml_id, position['position'])
def write_position_elem(parent_elem, schema_xml_id, position):
position_xml_id = None
position_fs_elem = etree.SubElement(parent_elem, 'fs')
if schema_xml_id:
position_xml_id = schema_xml_id.replace(u'-sch', '.%d-psn' % position.id)
position_fs_elem.attrib[etree.QName(XML_NAMESPACE, 'id')] = position_xml_id
position_fs_elem.attrib['type'] = 'position'
functions = position.categories.filter(control=False)
if functions.exists():
function_f_elem = etree.SubElement(position_fs_elem, 'f')
function_f_elem.attrib['name'] = 'function'
function_symbol_elem = etree.SubElement(function_f_elem, 'symbol')
function_symbol_elem.attrib['value'] = functions[0].category
write_control_features(position_fs_elem, position)
write_phrases_feature(position_fs_elem, position, position_xml_id)
def write_control_features(parent_elem, position):
controls1 = position.categories.filter(control=True).exclude(category__endswith='2').exclude(category__startswith='pred')
controls2 = position.categories.filter(control=True, category__endswith='2')
pred_controls = position.categories.filter(control=True, category__startswith='pred')
if controls1.exists() or controls2.exists() or pred_controls.exists():
control_f_elem = etree.SubElement(parent_elem, 'f')
control_f_elem.attrib['name'] = 'control'
vColl_elem = etree.SubElement(control_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
if controls1.exists():
control = controls1[0].category
control1_symbol_elem = etree.SubElement(vColl_elem, 'symbol')
control1_symbol_elem.attrib['value'] = control
if controls2.exists():
control = controls2[0].category
control2_symbol_elem = etree.SubElement(vColl_elem, 'symbol')
control2_symbol_elem.attrib['value'] = control
if pred_controls.exists():
control = pred_controls[0].category
pred_controls_symbol_elem = etree.SubElement(vColl_elem, 'symbol')
pred_controls_symbol_elem.attrib['value'] = control
def write_phrases_feature(parent_elem, position, position_xml_id):
sorted_phrases = sortArguments(position.arguments.all())
if sorted_phrases:
phrases_f_elem = etree.SubElement(parent_elem, 'f')
phrases_f_elem.attrib['name'] = 'phrases'
vColl_elem = etree.SubElement(phrases_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for phrase in sorted_phrases:
write_phrase(vColl_elem, phrase, position_xml_id)
def write_phrase(parent_elem, phrase, position_xml_id, write_expansions_id=True):
phrase_fs_elem = etree.SubElement(parent_elem, 'fs')
if position_xml_id:
phrase_xml_id = position_xml_id.replace(u'-psn', '.%d-phr' % phrase.id)
phrase_fs_elem.attrib[etree.QName(XML_NAMESPACE, 'id')] = phrase_xml_id
phrase_fs_elem.attrib['type'] = phrase.type
if phrase.realizations.exists() and write_expansions_id:
write_expansions_link(phrase_fs_elem, phrase)
write_attributes(phrase_fs_elem, phrase)
def write_expansions_link(parent_elem, phrase):
expansions_f_elem = etree.SubElement(parent_elem, 'f')
expansions_f_elem.attrib['name'] = 'expansions'
expansions_link_elem = etree.SubElement(expansions_f_elem, 'fs')
expansions_link_elem.attrib['sameAs'] = '#wal_%d-exp' % phrase.id
def write_attributes(parent_elem, phrase):
attributes = sortatributes(phrase)
for attribute in attributes:
write_attribute(parent_elem, attribute)
def write_attribute(parent_elem, attribute):
attribute_model = Atribute_Model.objects.get(atr_model_name=attribute.type)
attr_f_elem = etree.SubElement(parent_elem, 'f')
attr_f_elem.attrib['name'] = attribute_model.sym_name
attribute_type = attribute_model.type.sym_name
selection_modes = attribute_model.values_selection_modes
if attribute_type == 'text' and not selection_modes.exists():
write_simple_text_attr(attr_f_elem, attribute)
elif attribute_type == 'text' and selection_modes.exists():
write_complex_text_attr(attr_f_elem, attribute_model, attribute)
elif attribute_type == 'parameter' and not selection_modes.exists():
write_simple_parameter_attr(attr_f_elem, attribute_model, attribute)
elif attribute_type == 'parameter' and selection_modes.exists():
write_complex_parameter_attr(attr_f_elem, attribute_model, attribute)
elif attribute_type == 'argument' and not selection_modes.exists():
write_simple_phrase_type_attr(attr_f_elem, attribute)
elif attribute_type == 'argument' and selection_modes.exists():
write_complex_phrase_type_attr(attr_f_elem, attribute)
elif attribute_type == 'position':
write_complex_position_attr(attr_f_elem, attribute)
def write_simple_text_attr(parent_elem, attribute):
string_elem = etree.SubElement(parent_elem, 'string')
string_elem.text = unicode(attribute).strip("'")
def write_complex_text_attr(parent_elem, attribute_model, attribute):
complex_lemma_fs_elem = etree.SubElement(parent_elem, 'fs')
complex_lemma_fs_elem.attrib['type'] = '%s_def' % parent_elem.attrib['name']
write_selection_mode_and_separator(complex_lemma_fs_elem, attribute_model, attribute)
write_lemmas(complex_lemma_fs_elem, attribute)
def write_selection_mode_and_separator(parent_elem, attr_model, attribute):
if attribute.selection_mode:
selection_mode = attribute.selection_mode.name
else:
selection_mode = attr_model.values_selection_modes.order_by('priority')[0].name
sel_mode_f_elem = etree.SubElement(parent_elem, 'f')
sel_mode_f_elem.attrib['name'] = 'selection_mode'
sel_mode_symbol_elem = etree.SubElement(sel_mode_f_elem, 'symbol')
sel_mode_symbol_elem.attrib['value'] = selection_mode
if attribute.separator:
separator = attribute.separator.symbol
else:
separator = attr_model.value_separators.order_by('priority')[0].symbol
if separator == ';':
separator = 'coord'
elif separator == ',':
separator = 'concat'
separator_f_elem = etree.SubElement(parent_elem, 'f')
separator_f_elem.attrib['name'] = 'cooccurrence'
separator_symbol_elem = etree.SubElement(separator_f_elem, 'symbol')
separator_symbol_elem.attrib['value'] = separator
def write_lemmas(parent_elem, attribute):
lemmas = [unicode(value) for value in attribute.values.order_by('text')]
lemmas_f_elem = etree.SubElement(parent_elem, 'f')
lemmas_f_elem.attrib['name'] = 'lemmas'
vColl_elem = etree.SubElement(lemmas_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for lemma in lemmas:
string_elem = etree.SubElement(vColl_elem, 'string')
string_elem.text = lemma.strip("'")
def write_simple_parameter_attr(parent_elem, attribute_model, attribute):
param_value = attribute.values.all()[0]
write_parameter(parent_elem, attribute_model, param_value)
def write_parameter(parent_elem, attribute_model, param_value):
if attribute_model.use_subparams():
param_fs_elem = etree.SubElement(parent_elem, 'fs')
param_fs_elem.attrib['type'] = '%s_def' % parent_elem.attrib['name']
value_f_elem = etree.SubElement(param_fs_elem, 'f')
value_f_elem.attrib['name'] = 'conjunction'
value = param_value.parameter.type.name
symbol_elem = etree.SubElement(value_f_elem, 'symbol')
symbol_elem.attrib['value'] = value
if param_value.parameter.subparameters.exists():
write_parameter_subparameters(param_fs_elem, param_value.parameter)
else:
value = unicode(param_value)
if attribute_model.sym_name == 'reflex':
selfmark_binary = etree.SubElement(parent_elem, 'binary')
if value:
selfmark_binary.attrib['value'] = 'true'
else:
selfmark_binary.attrib['value'] = 'false'
elif attribute_model.sym_name == 'complex_preposition':
string_elem = etree.SubElement(parent_elem, 'string')
string_elem.text = value
elif value:
symbol_elem = etree.SubElement(parent_elem, 'symbol')
symbol_elem.attrib['value'] = value
def write_parameter_subparameters(parent_elem, parameter):
subparams_f_elem = etree.SubElement(parent_elem, 'f')
subparams_f_elem.attrib['name'] = 'constraints'
vColl_elem = etree.SubElement(subparams_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for subparameter in parameter.subparameters.order_by('name'):
write_subparameter(vColl_elem, subparameter)
def write_subparameter(parent_elem, subparameter):
symbol_elem = etree.SubElement(parent_elem, 'symbol')
symbol_elem.attrib['value'] = subparameter.name
def write_complex_parameter_attr(parent_elem, attribute_model, attribute):
vColl_elem = etree.SubElement(parent_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for value in attribute.values.order_by('parameter__type'):
write_parameter(vColl_elem, attribute_model, value)
def write_simple_phrase_type_attr(parent_elem, attribute):
write_phrase(parent_elem, attribute.values.all()[0].argument, None)
def write_complex_phrase_type_attr(parent_elem, attribute):
selection_mode = attribute.selection_mode
if selection_mode.sym_name == 'list':
phrases = [value.argument for value in attribute.values.all()]
write_phrases_set(parent_elem, phrases)
else:
complex_phrase_fs_elem = etree.SubElement(parent_elem, 'fs')
complex_phrase_fs_elem.attrib['type'] = '%s_def' % parent_elem.attrib['name']
write_typed_phrase_attr(complex_phrase_fs_elem, attribute)
def write_phrases_set(parent_elem, phrases):
vColl_elem = etree.SubElement(parent_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
sorted_phrases = sortArguments(phrases)
for phrase in sorted_phrases:
write_phrase(vColl_elem, phrase, None)
def write_typed_phrase_attr(parent_elem, attribute):
selection_mode = attribute.selection_mode
type_f_elem = etree.SubElement(parent_elem, 'f')
type_f_elem.attrib['name'] = 'name'
symbol_elem = etree.SubElement(type_f_elem, 'symbol')
symbol_elem.attrib['value'] = selection_mode.name
if attribute.values.exists():
phrases_f_elem = etree.SubElement(parent_elem, 'f')
phrases_f_elem.attrib['name'] = 'constraints'
phrases = [value.argument for value in attribute.values.all()]
write_phrases_set(phrases_f_elem, phrases)
def write_complex_position_attr(parent_elem, attribute):
complex_positions_fs_elem = etree.SubElement(parent_elem, 'fs')
complex_positions_fs_elem.attrib['type'] = '%s_def' % parent_elem.attrib['name']
selection_mode = attribute.selection_mode
type_f_elem = etree.SubElement(complex_positions_fs_elem, 'f')
type_f_elem.attrib['name'] = 'type'
symbol_elem = etree.SubElement(type_f_elem, 'symbol')
symbol_elem.attrib['value'] = selection_mode.name
if attribute.values.exists():
positions_f_elem = etree.SubElement(complex_positions_fs_elem, 'f')
positions_f_elem.attrib['name'] = 'positions'
vColl_elem = etree.SubElement(positions_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
positions = [value.position for value in attribute.values.all()]
sorted_positions = sort_positions(positions)
for position in sorted_positions:
write_position_elem(vColl_elem, None, position)
def write_examples_layer(parent_elem, lemma):
examples_layer_elem = etree.SubElement(parent_elem, 'fs')
examples_layer_elem.attrib['type'] = 'examples_layer'
examples_f_elem = etree.SubElement(examples_layer_elem, 'f')
examples_f_elem.attrib['name'] = 'examples'
vColl_elem = etree.SubElement(examples_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
write_examples_feature(vColl_elem, lemma)
def write_examples_feature(parent_elem, lemma):
for example in lemma.nkjp_examples.order_by('opinion__priority').all():
if not lemma.phraseology_ready() and example.frame.phraseologic:
pass
else:
write_example(parent_elem, lemma, example)
for example in lemma.lemma_nkjp_examples.order_by('opinion__priority').all():
write_example(parent_elem, lemma, example)
def write_example(parent_elem, lemma, example):
entry = lemma.entry_obj
example_xml_id = u'wal_%s.%s-exm' % (str(entry.id), str(example.id))
example_fs_elem = etree.SubElement(parent_elem, 'fs')
example_fs_elem.attrib[etree.QName(XML_NAMESPACE, 'id')] = example_xml_id
example_fs_elem.attrib['type'] = 'example'
if lemma.semantics_ready():
get_and_write_meaning_link(example_fs_elem, entry, example)
write_phrases_links(example_fs_elem, entry, example)
sentence_f_elem = etree.SubElement(example_fs_elem, 'f')
sentence_f_elem.attrib['name'] = 'sentence'
sentence_content_elem = etree.SubElement(sentence_f_elem, 'string')
sentence_content_elem.text = escape(example.sentence)
source_f_elem = etree.SubElement(example_fs_elem, 'f')
source_f_elem.attrib['name'] = 'source'
source_symbol_elem = etree.SubElement(source_f_elem, 'symbol')
source_symbol_elem.attrib['value'] = example.source.sym_name
opinion_f_elem = etree.SubElement(example_fs_elem, 'f')
opinion_f_elem.attrib['name'] = 'opinion'
opinion_symbol_elem = etree.SubElement(opinion_f_elem, 'symbol')
opinion_symbol_elem.attrib['value'] = example.opinion.opinion
if example.comment:
note_f_elem = etree.SubElement(example_fs_elem, 'f')
note_f_elem.attrib['name'] = 'note'
note_content_elem = etree.SubElement(note_f_elem, 'string')
note_content_elem.text = escape(example.comment)
def get_and_write_meaning_link(parent_elem, entry, example):
try:
entry_lex_units = entry.meanings.all()
lex_unit_example = LexicalUnitExamples.objects.get(example=example,
lexical_unit__in=entry_lex_units)
meaning = lex_unit_example.lexical_unit
if meaning.connected():
meaning_xml_id = u'#wal_%d-mng' % meaning.id
meaning_f_elem = etree.SubElement(parent_elem, 'f')
meaning_f_elem.attrib['name'] = 'meaning'
meaning_link_elem = etree.SubElement(meaning_f_elem, 'fs')
meaning_link_elem.attrib['sameAs'] = meaning_xml_id
meaning_link_elem.attrib['type'] = 'lexical_unit'
except LexicalUnitExamples.DoesNotExist:
pass
def write_phrases_links(parent_elem, entry, example):
phrases_f_elem = etree.SubElement(parent_elem, 'f')
phrases_f_elem.attrib['name'] = 'phrases'
vColl_elem = etree.SubElement(phrases_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for phrase_selection in example.arguments.all():
create_and_write_phrase_link(vColl_elem, entry, example, phrase_selection)
def create_and_write_phrase_link(parent_elem, entry, example, phrase_selection):
link_base = u'#wal_%d.%d.%d.' % (entry.id, example.frame.id, phrase_selection.position.id)
for phrase in phrase_selection.arguments.all():
link_end = u'%d-phr' % phrase.id
link = link_base + link_end
phrase_link_elem = etree.SubElement(parent_elem, 'fs')
phrase_link_elem.attrib['sameAs'] = link
phrase_link_elem.attrib['type'] = 'phrase'
def write_semantic_layer(parent_elem, lemma):
semantic_layer_elem = etree.SubElement(parent_elem, 'fs')
semantic_layer_elem.attrib['type'] = 'semantic_layer'
frames_f_elem = etree.SubElement(semantic_layer_elem, 'f')
frames_f_elem.attrib['name'] = 'frames'
vColl_elem = etree.SubElement(frames_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
write_frames(vColl_elem, lemma)
def write_frames(parent_elem, lemma):
entry = lemma.entry_obj
actual_frames = entry.actual_frames()
for frame in actual_frames:
write_frame_fs(parent_elem, frame)
related_frames = entry.related_frames()
for frame in related_frames:
write_frame_link_fs(parent_elem, frame)
def write_frame_fs(parent_elem, frame):
frame_xml_id = u'wal_%d-frm' % frame.id
frame_fs_elem = etree.SubElement(parent_elem, 'fs')
frame_fs_elem.attrib[etree.QName(XML_NAMESPACE, 'id')] = frame_xml_id
frame_fs_elem.attrib['type'] = 'frame'
write_frame_opinion(frame_fs_elem, frame)
write_frame_meanings(frame_fs_elem, frame)
write_frame_arguments(frame_fs_elem, frame)
def write_frame_opinion(parent_elem, frame):
frame_opinion = 'unk'
if frame.opinion_selected():
frame_opinion = frame.opinion.short
opinion_f_elem = etree.SubElement(parent_elem, 'f')
opinion_f_elem.attrib['name'] = 'opinion'
opinion_symbol = etree.SubElement(opinion_f_elem, 'symbol')
opinion_symbol.attrib['value'] = frame_opinion
def write_frame_meanings(parent_elem, frame):
meanings_f_elem = etree.SubElement(parent_elem, 'f')
meanings_f_elem.attrib['name'] = 'meanings'
vColl_elem = etree.SubElement(meanings_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for meaning in frame.lexical_units.all():
if meaning.entry.actual_lemma().semantics_ready():
write_frame_meaning_link(vColl_elem, meaning)
def write_frame_meaning_link(parent_elem, meaning):
link = u'#wal_%d-mng' % meaning.id
lex_unit_link_elem = etree.SubElement(parent_elem, 'fs')
lex_unit_link_elem.attrib['sameAs'] = link
lex_unit_link_elem.attrib['type'] = 'lexical_unit'
def write_frame_arguments(parent_elem, frame):
arguments_f_elem = etree.SubElement(parent_elem, 'f')
arguments_f_elem.attrib['name'] = 'arguments'
vColl_elem = etree.SubElement(arguments_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for arg in frame.complements.all():
write_frame_argument(vColl_elem, frame, arg)
def write_frame_argument(parent_elem, frame, arg):
arg_base_id = u'wal_%d' % frame.id
arg_xml_id = arg_base_id + u'.%d-arg' % arg.id
argument_fs_elem = etree.SubElement(parent_elem, 'fs')
argument_fs_elem.attrib[etree.QName(XML_NAMESPACE, 'id')] = arg_xml_id
argument_fs_elem.attrib['type'] = 'argument'
write_roles(argument_fs_elem, arg)
write_selective_preferences(argument_fs_elem, arg, arg_base_id)
def write_roles(parent_elem, arg):
for role in arg.roles.order_by('gradient'):
if role.gradient:
attribute_f_elem = etree.SubElement(parent_elem, 'f')
attribute_f_elem.attrib['name'] = 'role_attribute'
attribute_symbol_elem = etree.SubElement(attribute_f_elem, 'symbol')
attribute_symbol_elem.attrib['value'] = unicode(role)
else:
role_f_elem = etree.SubElement(parent_elem, 'f')
role_f_elem.attrib['name'] = 'role'
role_symbol_elem = etree.SubElement(role_f_elem, 'symbol')
role_symbol_elem.attrib['value'] = unicode(role)
def write_selective_preferences(parent_elem, arg, arg_base_id):
if(arg.selective_preference):
sel_prefs_f_elem = etree.SubElement(parent_elem, 'f')
sel_prefs_f_elem.attrib['name'] = 'sel_prefs'
sel_prefs_groups_fs_elem = etree.SubElement(sel_prefs_f_elem, 'fs')
sel_prefs_groups_fs_elem.attrib['type'] = 'sel_prefs_groups'
write_synsets_sel_prefs(sel_prefs_groups_fs_elem, arg)
write_predefined_sel_prefs(sel_prefs_groups_fs_elem, arg)
write_relation_sel_prefs(sel_prefs_groups_fs_elem, arg, arg_base_id)
write_synset_relation_sel_prefs(sel_prefs_groups_fs_elem, arg)
def write_synsets_sel_prefs(parent_elem, arg):
synsets = arg.selective_preference.synsets
if synsets.exists():
synsets_f_elem = etree.SubElement(parent_elem, 'f')
synsets_f_elem.attrib['name'] = 'synsets'
vColl_elem = etree.SubElement(synsets_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for synset in synsets.all():
write_synset(vColl_elem, synset)
def write_synset(parent_elem, synset):
id_numeric_elem = etree.SubElement(parent_elem, 'numeric')
id_numeric_elem.attrib['value'] = str(synset.id)
def write_predefined_sel_prefs(parent_elem, arg):
generals = arg.selective_preference.generals
if generals.exists():
predefs_f_elem = etree.SubElement(parent_elem, 'f')
predefs_f_elem.attrib['name'] = 'predefs'
vColl_elem = etree.SubElement(predefs_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for predef in generals.all():
write_predef(vColl_elem, predef)
def write_predef(parent_elem, predef):
name_symbol_elem = etree.SubElement(parent_elem, 'symbol')
name_symbol_elem.attrib['value'] = predef.name
def write_relation_sel_prefs(parent_elem, arg, arg_base_id):
relations = arg.selective_preference.relations
if relations.exists():
relations_f_elem = etree.SubElement(parent_elem, 'f')
relations_f_elem.attrib['name'] = 'relations'
vColl_elem = etree.SubElement(relations_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for relation in relations.all():
write_relation(vColl_elem, relation, arg_base_id)
def write_relation(parent_elem, relation, arg_base_id):
relation_fs_elem = etree.SubElement(parent_elem, 'fs')
relation_fs_elem.attrib['type'] = 'relation'
relation_f_elem = etree.SubElement(relation_fs_elem, 'f')
relation_f_elem.attrib['name'] = 'type'
type_symbol_elem = etree.SubElement(relation_f_elem, 'symbol')
type_symbol_elem.attrib['value'] = relation.relation.name
to_f_elem = etree.SubElement(relation_fs_elem, 'f')
to_f_elem.attrib['name'] = 'to'
to_xml_link = '#%s.%d-arg' % (arg_base_id, relation.to.id)
arg_link_elem = etree.SubElement(to_f_elem, 'fs')
arg_link_elem.attrib['sameAs'] = to_xml_link
arg_link_elem.attrib['type'] = 'argument'
# @TODO: to chyba nie jest wykorzystywane, trzeba meaning zastapic linkiem, ale nie wiadomo, czy juz zostalo opisane w pliku,
# to w ogole istnieje u nas, bo grepem sie wyszukac nie da
def write_synset_relation_sel_prefs(parent_elem, arg):
relations = arg.selective_preference.synset_relations
if relations.exists():
relations_f_elem = etree.SubElement(parent_elem, 'f')
relations_f_elem.attrib['name'] = 'synset_relations'
vColl_elem = etree.SubElement(relations_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for relation in relations.all():
write_synset_relation(vColl_elem, relation)
def write_synset_relation(parent_elem, relation):
relation_fs_elem = etree.SubElement(parent_elem, 'fs')
relation_fs_elem.attrib['type'] = 'synset_relation'
relation_f_elem = etree.SubElement(relation_fs_elem, 'f')
relation_f_elem.attrib['name'] = 'type'
type_symbol_elem = etree.SubElement(relation_f_elem, 'symbol')
type_symbol_elem.attrib['value'] = relation.relation.name
to_f_elem = etree.SubElement(relation_fs_elem, 'f')
to_f_elem.attrib['name'] = 'to'
write_synset(to_f_elem, relation.to)
def write_frame_link_fs(parent_elem, frame):
frame_xml_id = u'#wal_%d-frm' % frame.id
frame_fs_elem = etree.SubElement(parent_elem, 'fs')
frame_fs_elem.attrib['sameAs'] = frame_xml_id
frame_fs_elem.attrib['type'] = 'frame'
def write_meanings_layer(parent_elem, lemma):
meanings_layer_elem = etree.SubElement(parent_elem, 'fs')
meanings_layer_elem.attrib['type'] = 'meanings_layer'
meanings_f_elem = etree.SubElement(meanings_layer_elem, 'f')
meanings_f_elem.attrib['name'] = 'meanings'
vColl_elem = etree.SubElement(meanings_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
write_meanings(vColl_elem, lemma)
def write_meanings(parent_elem, lemma):
entry = lemma.entry_obj
for lex_unit in entry.meanings.all():
if lex_unit.connected():
write_meaning(parent_elem, lex_unit)
def write_meaning(parent_elem, lex_unit):
meaning_xml_id = u'wal_%d-mng' % lex_unit.id
meaning_fs_elem = etree.SubElement(parent_elem, 'fs')
meaning_fs_elem.attrib[etree.QName(XML_NAMESPACE, 'id')] = meaning_xml_id
meaning_fs_elem.attrib['type'] = 'lexical_unit'
name_f_elem = etree.SubElement(meaning_fs_elem, 'f')
name_f_elem.attrib['name'] = 'name'
name_content_elem = etree.SubElement(name_f_elem, 'string')
name_content_elem.text = lex_unit.base
variant_f_elem = etree.SubElement(meaning_fs_elem, 'f')
variant_f_elem.attrib['name'] = 'variant'
variant_string_elem = etree.SubElement(variant_f_elem, 'string')
variant_string_elem.text = lex_unit.sense
plwnluid_f_elem = etree.SubElement(meaning_fs_elem, 'f')
plwnluid_f_elem.attrib['name'] = 'plwnluid'
plwnluid_numeric_elem = etree.SubElement(plwnluid_f_elem, 'numeric')
plwnluid_numeric_elem.attrib['value'] = str(lex_unit.luid)
if lex_unit.glossa:
gloss_f_elem = etree.SubElement(meaning_fs_elem, 'f')
gloss_f_elem.attrib['name'] = 'gloss'
gloss_content_elem = etree.SubElement(gloss_f_elem, 'string')
gloss_content_elem.text = lex_unit.glossa
if lex_unit.synset is None:
new_sid = Synset.objects.all().aggregate(Min('id'))['id__min']
new_synset = Synset(id=new_sid)
new_synset.save()
lex_unit.synset = new_synset
plwnsid_f_elem = etree.SubElement(meaning_fs_elem, 'f')
plwnsid_f_elem.attrib['name'] = 'plwnsid'
plwnsid_numeric_elem = etree.SubElement(plwnsid_f_elem, 'numeric')
plwnsid_numeric_elem.attrib['value'] = str(lex_unit.synset.id)
def write_connections_layer(parent_elem, lemma):
connections_layer_elem = etree.SubElement(parent_elem, 'fs')
connections_layer_elem.attrib['type'] = 'connections_layer'
alternations_f_elem = etree.SubElement(connections_layer_elem, 'f')
alternations_f_elem.attrib['name'] = 'alternations'
vColl_elem = etree.SubElement(alternations_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
write_alternations(vColl_elem, lemma)
def write_alternations(parent_elem, lemma):
entry = lemma.entry_obj
frames = entry.visible_frames()
for schema in lemma.frames.all():
for frame in frames:
matching_complements = frame.complements.filter(realizations__frame=schema).distinct()
m = get_max_alternation_number(matching_complements, schema)
for i in range(m):
write_alternation(parent_elem, entry, schema, frame, matching_complements, i + 1)
def get_max_alternation_number(complements, schema):
global_max = 0
for complement in complements:
local_max = complement.realizations.filter(frame=schema).aggregate(Max('alternation'))['alternation__max']
global_max = max(global_max, local_max)
return global_max
def write_alternation(parent_elem, entry, schema, frame, complements, alternation):
alternation_compls = complements.filter(realizations__alternation=alternation)
if alternation_compls.exists():
first_connection = True
for arg in alternation_compls.all():
alt_realizations = arg.realizations.filter(frame=schema, alternation=alternation)
if alt_realizations.exists():
if first_connection:
alternation_fs_elem = etree.SubElement(parent_elem, 'fs')
alternation_fs_elem.attrib['type'] = 'alternation'
connections_f_elem = etree.SubElement(alternation_fs_elem, 'f')
connections_f_elem.attrib['name'] = 'connections'
vColl_elem = etree.SubElement(connections_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
first_connection = False
write_connection(vColl_elem, entry, frame, arg, alt_realizations)
def write_connection(parent_elem, entry, frame, arg, realizations):
connection_fs_elem = etree.SubElement(parent_elem, 'fs')
connection_fs_elem.attrib['type'] = 'connection'
write_argument(connection_fs_elem, frame, arg)
write_phrases(connection_fs_elem, entry, realizations)
def write_argument(parent_elem, frame, arg):
arg_f_elem = etree.SubElement(parent_elem, 'f')
arg_f_elem.attrib['name'] = 'argument'
arg_link = u'#wal_%d.%d-arg' % (frame.id, arg.id)
arg_link_fs_elem = etree.SubElement(arg_f_elem, 'fs')
arg_link_fs_elem.attrib['sameAs'] = arg_link
arg_link_fs_elem.attrib['type'] = 'argument'
def write_phrases(parent_elem, entry, realizations):
phrases_f_elem = etree.SubElement(parent_elem, 'f')
phrases_f_elem.attrib['name'] = 'phrases'
vColl_elem = etree.SubElement(phrases_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for realization in realizations:
phrase_xml_link = u'#wal_%d.%d.%d.%d-phr' % (entry.id, realization.frame.id,
realization.position.id, realization.argument.id)
phrase_link_elem = etree.SubElement(vColl_elem, 'fs')
phrase_link_elem.attrib['sameAs'] = phrase_xml_link
phrase_link_elem.attrib['type'] = 'phrase'
############# phrase types expansions
def write_phrase_types_expansions_in_TEI(outpath):
root = write_root()
write_header(root, True)
write_expansions_entries(root)
with open(outpath, 'w') as output_file:
output_file.write(etree.tostring(root, pretty_print=True,
xml_declaration=True, encoding='UTF-8',
doctype=u'<!DOCTYPE TEI SYSTEM "tei_all.dtd">'))
def write_expansions_entries(root):
phrase_types = Argument.objects.annotate(extensions_count=Count('realizations'))
phrase_types_with_expansions = phrase_types.filter(extensions_count__gt=0)
text = etree.SubElement(root, 'text')
body = etree.SubElement(text, 'body')
for phrase_type in phrase_types_with_expansions.order_by('text_rep'):
expansions_xml_id = 'wal_%d-exp' % phrase_type.id
expansions_elem = etree.SubElement(body, 'entry')
expansions_elem.attrib[etree.QName(XML_NAMESPACE, 'id')] = expansions_xml_id
write_main_phrase_type(expansions_elem, phrase_type)
def write_main_phrase_type(parent_elem, phrase_type):
write_phrase(parent_elem, phrase_type, '', False)
write_expansions(parent_elem, phrase_type)
def write_expansions(parent_elem, phrase_type):
expansions_fs_elem = etree.SubElement(parent_elem, 'fs')
expansions_fs_elem.attrib['type'] = 'phrase_type_expansions'
expansions_f_elem = etree.SubElement(expansions_fs_elem, 'f')
expansions_f_elem.attrib['name'] = 'expansions'
for expansion in phrase_type.realizations.order_by('opinion__priority',
'type__priority',
'argument__text_rep'):
expansion_fs_elem = etree.SubElement(expansions_f_elem, 'fs')
expansion_fs_elem.attrib['type'] = 'expansion'
opinion_f_elem = etree.SubElement(expansion_fs_elem, 'f')
opinion_f_elem.attrib['name'] = 'opinion'
opinion_symbol = etree.SubElement(opinion_f_elem, 'symbol')
opinion_symbol.attrib['value'] = unicode(expansion.opinion)
if expansion.type.sym_name == 'positions':
positions_f_elem = etree.SubElement(expansion_fs_elem, 'f')
positions_f_elem.attrib['name'] = 'positions'
vColl_elem = etree.SubElement(positions_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set'
for position in sort_positions(expansion.positions.all()):
write_position_elem(vColl_elem, '', position)
elif expansion.type.sym_name == 'phrase_type':
phrases_f_elem = etree.SubElement(expansion_fs_elem, 'f')
phrases_f_elem.attrib['name'] = 'phrases'
vColl_elem = etree.SubElement(phrases_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'set' # pozostawione na przyszlosc
write_phrase(vColl_elem, expansion.argument, '')