teixml.py
37.1 KB
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#-*- coding:utf-8 -*-
from semantics.models import LexicalUnitExamples
#Copyright (c) 2015, Bartłomiej Nitoń
#All rights reserved.
#Redistribution and use in source and binary forms, with or without modification, are permitted provided
#that the following conditions are met:
# Redistributions of source code must retain the above copyright notice, this list of conditions and
# the following disclaimer.
# Redistributions in binary form must reproduce the above copyright notice, this list of conditions
# and the following disclaimer in the documentation and/or other materials provided with the distribution.
# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED
# WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A
# PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR
# ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED
# TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
# HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
# NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
# POSSIBILITY OF SUCH DAMAGE.
'''
File with functions responsible for creating TEI xml.
'''
import codecs
import datetime
import operator
from lxml import etree
from xml.sax.saxutils import escape
from dictionary.models import Atribute_Model, Frame_Opinion_Value, \
Frame_Char_Model, PositionCategory, \
Argument_Model, \
sortArguments, sortatributes, sortPositions
from dictionary.common_func import getArgsList
XML_NAMESPACE = 'http://www.w3.org/XML/1998/namespace'
def createteixml(outpath, lemmas, sort_reflex_vals,
sort_aspect_vals, sort_neg_vals, sort_pred_vals, frame_char_models,
form_dict, q_frame_opinions, real_arg_models):
root = write_root()
write_header(root)
write_entries(root, lemmas, sort_reflex_vals,
sort_aspect_vals, sort_neg_vals, sort_pred_vals, frame_char_models,
form_dict, q_frame_opinions, real_arg_models)
with codecs.open(outpath, 'wt', 'utf-8') as output_file:
output_file.write(etree.tostring(root, pretty_print = True))
def write_root():
root = etree.Element('TEI')
root.attrib[etree.QName(XML_NAMESPACE, 'lang')] = 'pl'
root.attrib['xmlns'] = 'http://www.tei-c.org/ns/1.0'
return root
def write_header(root):
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')
title.text = 'Polish Valence Dictionary (Walenty)'
#
publication_stmt = etree.SubElement(file_desc, 'publicationStmt')
publisher = etree.SubElement(publication_stmt, 'publisher')
publisher.text = 'IPI PAN ZIL'
date = etree.SubElement(publication_stmt, 'date')
date.attrib['when'] = datetime.datetime.now().strftime('%Y-%m-%d')
source_desc = etree.SubElement(file_desc, 'sourceDesc')
p = etree.SubElement(source_desc, 'p')
p.text = 'File generated using Slowal. Mentioned tool available at: walenty.ipipan.waw.pl.'
def write_entries(root, lemmas, sort_reflex_vals,
sort_aspect_vals, sort_neg_vals, sort_pred_vals, frame_char_models,
form_dict, q_frame_opinions, real_arg_models):
text = etree.SubElement(root, 'text')
body = etree.SubElement(text, 'body')
for lemma in lemmas:
frame_opinions = None
if q_frame_opinions:
frame_opinions = lemma.frame_opinions.filter(reduce(operator.or_, q_frame_opinions))
write_entry(body, lemma, sort_reflex_vals,
sort_aspect_vals, sort_neg_vals, sort_pred_vals, frame_char_models,
form_dict, frame_opinions, real_arg_models)
def write_entry(body_elem, lemma, sort_reflex_vals,
sort_aspect_vals, sort_neg_vals, sort_pred_vals,
frame_char_models, form_dict, frame_opinions, real_arg_models):
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_syntactic_layer(entry_elem, lemma, form_dict,
sort_reflex_vals, sort_aspect_vals,
sort_neg_vals, sort_pred_vals,
frame_opinions, real_arg_models)
write_examples_layer(entry_elem, lemma)
write_semantic_layer(entry_elem, lemma)
write_meanings_layer(entry_elem, lemma)
write_connections_layer(entry_elem, lemma)
def write_syntactic_layer(entry_elem, lemma, form_dict,
sort_reflex_vals, sort_aspect_vals,
sort_neg_vals, sort_pred_vals,
frame_opinions, real_arg_models):
synt_layer_fs_elem = etree.SubElement(entry_elem, 'fs')
synt_layer_fs_elem.attrib['type'] = 'syntacticLayer'
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'] = 'list'
for reflex_val in sort_reflex_vals:
for neg_val in sort_neg_vals:
for pred_val in sort_pred_vals:
for aspect_val in sort_aspect_vals:
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 form_dict['frame_opinions'] or (frame_opinions and frame_opinions.filter(frame=frame).count() > 0):
write_schema(vColl_elem, frame, lemma, real_arg_models)
def write_schema(parent_elem, schema, lemma, real_arg_models):
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'
# opinia o ramce
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 = 'false'
if schema.characteristics.filter(type=u'ZWROTNOŚĆ', value__value=u'się').exists():
reflex = 'true'
selfmark_f_elem = etree.SubElement(schema_fs_elem, 'f')
selfmark_f_elem.attrib['name'] = 'selfMark'
selfmark_binary = etree.SubElement(selfmark_f_elem, 'binary')
selfmark_binary.attrib['value'] = reflex
# 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'NEGATYWNOŚĆ').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'PREDYKATYWNOŚĆ').value.value
predicativity_f_elem = etree.SubElement(schema_fs_elem, 'f')
predicativity_f_elem.attrib['name'] = 'predicativity'
if predicativity:
predicativity_symbol = etree.SubElement(predicativity_f_elem, 'symbol')
predicativity_symbol.attrib['value'] = predicativity
# pozycje składniowe
write_positions_feature(schema, schema_xml_id, schema_fs_elem, real_arg_models)
def write_positions_feature(schema, schema_xml_id, parent_elem, real_arg_models):
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'] = 'list'
for position in sorted_pos_dict:
write_position_elem(vColl_elem, schema_xml_id, position['position'], real_arg_models)
def write_position_elem(parent_elem, schema_xml_id, position, real_arg_models):
position_xml_id = schema_xml_id.replace(u'-sch', '.%d-psn' % position.id)
position_fs_elem = etree.SubElement(parent_elem, 'fs')
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, real_arg_models)
def write_control_features(parent_elem, position):
controls1 = position.categories.filter(control=True).exclude(category__endswith='2')
if controls1.exists():
control = controls1[0].category
control1_f_elem = etree.SubElement(parent_elem, 'f')
control1_f_elem.attrib['name'] = 'control1'
control1_symbol_elem = etree.SubElement(control1_f_elem, 'symbol')
control1_symbol_elem.attrib['value'] = control
controls2 = position.categories.filter(control=True, category__endswith='2')
if controls2.exists():
control = controls2[0].category
control2_f_elem = etree.SubElement(parent_elem, 'f')
control2_f_elem.attrib['name'] = 'control2'
control2_symbol_elem = etree.SubElement(control2_f_elem, 'symbol')
control2_symbol_elem.attrib['value'] = control
def write_phrases_feature(parent_elem, position, position_xml_id, real_arg_models):
sorted_phrases = sortArguments(getArgsList(position.arguments.all(), real_arg_models))
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'] = 'list'
for phrase in sorted_phrases:
write_phrase(vColl_elem, phrase, position_xml_id)
def write_phrase(parent_elem, phrase, position_xml_id):
phrase_xml_id = position_xml_id.replace(u'-psn', '.%d-phr' % phrase.id)
phrase_fs_elem = etree.SubElement(parent_elem, 'fs')
phrase_fs_elem.attrib[etree.QName(XML_NAMESPACE, 'id')] = phrase_xml_id
phrase_fs_elem.attrib['type'] = phrase.type
# text_rep_elem = etree.SubElement(phrase_fs_elem, 'f')
# text_rep_elem.attrib['name'] = 'text_rep'
# string_elem = etree.SubElement(text_rep_elem, 'string')
# string_elem.text = phrase.text_rep
write_attributes(phrase_fs_elem, phrase)
def write_attributes(parent_elem, phrase):
attributes = sortatributes(phrase)
for attribute in attributes:
writeattribute(parent_elem, attribute)
def writeattribute(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
attr_f_elem.text = unicode(attribute)
# if attribute_model.type.sym_name == 'parameter': # mamy problem, nie moze byc symbol, bo takie comprepnp np. ma spacje
# symbol_elem = etree.SubElement(attr_f_elem, 'symbol')
# symbol_elem.attrib['value'] = unicode(attribute)
# elif attribute_model.type.sym_name == 'text':
# string_elem = etree.SubElement(attr_f_elem, 'string')
# else:
def write_examples_layer(parent_elem, lemma):
examples_layer_elem = etree.SubElement(parent_elem, 'fs')
examples_layer_elem.attrib['type'] = 'examplesLayer'
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'] = 'list'
write_examples_feature(vColl_elem, lemma)
def write_examples_feature(parent_elem, lemma):
entry = lemma.entry_obj
for example in lemma.nkjp_examples.order_by('opinion__priority').all():
write_example(parent_elem, entry, example)
for example in lemma.lemma_nkjp_examples.order_by('opinion__priority').all():
write_example(parent_elem, entry, example)
def write_example(parent_elem, entry, example):
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'
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)
# trzeba do zrodel dodac nazwy symboliczne
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
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:
lex_unit_example = LexicalUnitExamples.objects.get(example=example,
lexical_unit__base=entry.name)
meaning = lex_unit_example.lexical_unit
meaning_xml_id = u'#wal_%s.%s-mng' % (str(entry.id), str(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'] = 'lexicalUnit'
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'] = 'list'
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'] = 'semanticLayer'
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'] = 'list'
write_frames(vColl_elem, lemma)
def write_frames(parent_elem, lemma):
entry = lemma.entry_obj
frames = entry.actual_frames()
for frame in frames:
write_frame_fs(parent_elem, entry, frame)
def write_frame_fs(parent_elem, entry, frame):
frame_xml_id = u'wal_%d.%d-frm' % (entry.id, 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_meanings(frame_fs_elem, entry, frame)
write_frame_arguments(frame_fs_elem, entry, frame)
def write_frame_meanings(parent_elem, entry, 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'] = 'list'
for meaning in frame.lexical_units.all():
write_frame_meaning_link(vColl_elem, entry, meaning)
def write_frame_meaning_link(parent_elem, entry, meaning):
link = u'#wal_%d.%d-mng' % (entry.id, meaning.id)
lex_unit_link_elem = etree.SubElement(parent_elem, 'fs')
lex_unit_link_elem.attrib['sameAs'] = link
lex_unit_link_elem.attrib['type'] = 'lexicalUnit'
def write_frame_arguments(parent_elem, entry, 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'] = 'list'
for arg in frame.complements.all():
write_frame_argument(vColl_elem, entry, frame, arg)
def write_frame_argument(parent_elem, entry, frame, arg):
arg_base_id = u'wal_%d.%d' % (entry.id, 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'] = 'roleAttribute'
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'] = 'selPrefs'
sel_prefs_groups_fs_elem = etree.SubElement(sel_prefs_f_elem, 'fs')
sel_prefs_groups_fs_elem.attrib['type'] = 'selPrefsGroups'
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'] = 'list'
for synset in synsets.all():
write_synset(vColl_elem, synset)
def write_synset(parent_elem, synset):
synset_fs_elem = etree.SubElement(parent_elem, 'fs')
synset_fs_elem.attrib['type'] = 'synset'
plWN_id_elem = etree.SubElement(synset_fs_elem, 'f')
plWN_id_elem.attrib['name'] = 'plwnid'
id_numeric_elem = etree.SubElement(plWN_id_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'] = 'list'
for predef in generals.all():
write_predef(vColl_elem, predef)
def write_predef(parent_elem, predef):
predef_fs_elem = etree.SubElement(parent_elem, 'fs')
predef_fs_elem.attrib['type'] = 'predef'
name_f_elem = etree.SubElement(predef_fs_elem, 'f')
name_f_elem.attrib['name'] = 'name'
name_symbol_elem = etree.SubElement(name_f_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'] = 'list'
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_string_elem = etree.SubElement(relation_f_elem, 'string') # tak ni powinno byc
type_string_elem.text = relation.relation.name
# type_symbol_elem = etree.SubElement(relation_f_elem, 'symbol') # @todo: tak powinno byc zamiast stringa
# 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'
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'] = 'synsetRelations'
vColl_elem = etree.SubElement(relations_f_elem, 'vColl')
vColl_elem.attrib['org'] = 'list'
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'] = 'synsetRelation'
relation_f_elem = etree.SubElement(relation_fs_elem, 'f')
relation_f_elem.attrib['name'] = 'type'
type_string_elem = etree.SubElement(relation_f_elem, 'string')
type_string_elem.text = relation.relation.name
# type_symbol_elem = etree.SubElement(relation_f_elem, 'symbol') # @todo: tak powinno byc zamiast stringa
# 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_meanings_layer(parent_elem, lemma):
meanings_layer_elem = etree.SubElement(parent_elem, 'fs')
meanings_layer_elem.attrib['type'] = 'meaningsLayer'
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'] = 'list'
write_meanings(vColl_elem, lemma)
def write_meanings(parent_elem, lemma):
entry = lemma.entry_obj
lex_units = entry.lexical_units()
for lex_unit in lex_units.all():
write_meaning(parent_elem, entry, lex_unit)
def write_meaning(parent_elem, entry, lex_unit):
meaning_xml_id = u'wal_%d.%d-mng' % (entry.id, 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'] = 'lexicalUnit'
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_symbol_elem = etree.SubElement(variant_f_elem, 'symbol')
variant_symbol_elem.attrib['value'] = 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)
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
def write_connections_layer(parent_elem, lemma):
connections_layer_elem = etree.SubElement(parent_elem, 'fs')
connections_layer_elem.attrib['type'] = 'connectionLayer'
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'] = 'list'
write_alternations(vColl_elem, lemma)
def write_alternations(parent_elem, lemma):
entry = lemma.entry_obj
frames = entry.actual_frames()
for schema in lemma.frames.all():
for frame in frames:
matching_complements = frame.complements.filter(realizations__frame=schema).distinct()
if matching_complements.filter(realizations__alternation=1).exists():
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'] = 'list'
for arg in frame.complements.all():
alt_realizations = arg.realizations.filter(frame=schema, alternation=1)
write_connection(vColl_elem, entry, frame, arg, alt_realizations)
if matching_complements.filter(realizations__alternation=2).exists():
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'] = 'list'
for arg in frame.complements.all():
alt_realizations = arg.realizations.filter(frame=schema, alternation=2)
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, entry, frame, arg)
write_phrases(connection_fs_elem, entry, realizations)
def write_argument(parent_elem, entry, frame, arg):
arg_f_elem = etree.SubElement(parent_elem, 'f')
arg_f_elem.attrib['name'] = 'argument'
arg_link = u'#wal_%d.%d.%d-arg' % (entry.id, 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'] = 'list'
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'
def writefsdecl(outfile):
'''
Write feature structures declarations
'''
outfile.write(u' <encodingDesc>\n')
outfile.write(u' <fsdDecl>\n')
# syntacticBahaviour fs declaration
outfile.write(u' <fsDecl type="syntacticBehaviour">\n')
outfile.write(u' <fsDescr>Describes syntactic behaviour of entry</fsDescr>\n')
outfile.write(u' <fDecl name="frames">\n')
outfile.write(u' <fDescr>syntactic frames</fDescr>\n')
outfile.write(u' <vRange>\n')
outfile.write(u' <vColl org="list">\n')
outfile.write(u' <fs type="frame"/>\n')
outfile.write(u' </vColl>\n')
outfile.write(u' </vRange>\n')
outfile.write(u' </fDecl>\n')
outfile.write(u' </fsDecl>\n')
# frame fs declaration
outfile.write(u' <fsDecl type="frame">\n')
outfile.write(u' <fsDescr>Describes syntactic frame</fsDescr>\n')
# frame opinion
outfile.write(u' <fDecl name="opinion">\n')
outfile.write(u' <fDescr>frame opinion</fDescr>\n')
outfile.write(u' <vRange>\n')
outfile.write(u' <vAlt>\n')
for alt in Frame_Opinion_Value.objects.order_by('priority'):
outfile.write(u' <symbol value="%s"/>\n' % alt.short)
outfile.write(u' </vAlt>\n')
outfile.write(u' </vRange>\n')
outfile.write(u' </fDecl>\n')
# reflex
outfile.write(u' <fDecl name="reflex">\n')
outfile.write(u' <fDescr>frame reflexivity</fDescr>\n')
outfile.write(u' <vRange>\n')
outfile.write(u' <vAlt>\n')
outfile.write(u' <binary value="true"/>\n')
outfile.write(u' <binary value="false"/>\n')
outfile.write(u' </vAlt>\n')
outfile.write(u' </vRange>\n')
outfile.write(u' </fDecl>\n')
# aspect
outfile.write(u' <fDecl name="aspect">\n')
outfile.write(u' <fDescr>frame aspect</fDescr>\n')
outfile.write(u' <vRange>\n')
outfile.write(u' <vAlt>\n')
aspect_obj = Frame_Char_Model.objects.get(model_name=u'ASPEKT')
for alt in aspect_obj.frame_char_values.order_by('priority'):
outfile.write(u' <symbol value="%s"/>\n' %
alt.value)
outfile.write(u' </vAlt>\n')
outfile.write(u' </vRange>\n')
outfile.write(u' </fDecl>\n')
# negatywnosc
outfile.write(u' <fDecl name="negativity">\n')
outfile.write(u' <fDescr>frame negativity</fDescr>\n')
outfile.write(u' <vRange>\n')
outfile.write(u' <vAlt>\n')
aspect_obj = Frame_Char_Model.objects.get(model_name=u'NEGATYWNOŚĆ')
for alt in aspect_obj.frame_char_values.order_by('priority'):
outfile.write(u' <symbol value="%s"/>\n' %
alt.value)
outfile.write(u' </vAlt>\n')
outfile.write(u' </vRange>\n')
outfile.write(u' </fDecl>\n')
# predykatywnosc
outfile.write(u' <fDecl name="predicativity">\n')
outfile.write(u' <fDescr>frame predicativity</fDescr>\n')
outfile.write(u' <vRange>\n')
outfile.write(u' <vAlt>\n')
aspect_obj = Frame_Char_Model.objects.get(model_name=u'PREDYKATYWNOŚĆ')
for alt in aspect_obj.frame_char_values.order_by('priority'):
outfile.write(u' <symbol value="%s"/>\n' %
alt.value)
outfile.write(u' </vAlt>\n')
outfile.write(u' </vRange>\n')
outfile.write(u' </fDecl>\n')
# positions
outfile.write(u' <fDecl name="positions">\n')
outfile.write(u' <fDescr>syntactic positions</fDescr>\n')
outfile.write(u' <vRange>\n')
outfile.write(u' <vColl org="list">\n')
outfile.write(u' <fs type="position"/>\n')
outfile.write(u' </vColl>\n')
outfile.write(u' </vRange>\n')
outfile.write(u' </fDecl>\n')
outfile.write(u' </fsDecl>\n')
# position fs declaration
outfile.write(u' <fsDecl type="position">\n')
outfile.write(u' <fsDescr>Describes syntactic position</fsDescr>\n')
# position category
outfile.write(u' <fDecl name="category">\n')
outfile.write(u' <fDescr>position category</fDescr>\n')
outfile.write(u' <vRange>\n')
outfile.write(u' <vAlt>\n')
for alt in PositionCategory.objects.filter(control=False).order_by('priority'):
outfile.write(u' <symbol value="%s"/>\n' % alt.category)
outfile.write(u' </vAlt>\n')
outfile.write(u' </vRange>\n')
outfile.write(u' </fDecl>\n')
# position control
outfile.write(u' <fDecl name="control">\n')
outfile.write(u' <fDescr>position category</fDescr>\n')
outfile.write(u' <vRange>\n')
outfile.write(u' <vAlt>\n')
for alt in PositionCategory.objects.filter(control=True).order_by('priority'):
outfile.write(u' <symbol value="%s"/>\n' % alt.category)
outfile.write(u' </vAlt>\n')
outfile.write(u' </vRange>\n')
outfile.write(u' </fDecl>\n')
# arguments
outfile.write(u' <fDecl name="arguments">\n')
outfile.write(u' <fDescr>syntactic arguments</fDescr>\n')
outfile.write(u' <vRange>\n')
outfile.write(u' <vColl org="list">\n')
outfile.write(u' <fs type="argument"/>\n')
outfile.write(u' </vColl>\n')
outfile.write(u' </vRange>\n')
outfile.write(u' </fDecl>\n')
outfile.write(u' </fsDecl>\n')
# argument fs declaration
outfile.write(u' <fsDecl type="argument">\n')
outfile.write(u' <fsDescr>Describes syntactic argument</fsDescr>\n')
# position category
outfile.write(u' <fDecl name="type">\n')
outfile.write(u' <fDescr>type of argument</fDescr>\n')
outfile.write(u' <vRange>\n')
outfile.write(u' <vAlt>\n')
for alt in Argument_Model.objects.order_by('priority'):
outfile.write(u' <symbol value="%s"/>\n' % alt.arg_model_name)
outfile.write(u' </vAlt>\n')
outfile.write(u' </vRange>\n')
outfile.write(u' </fDecl>\n')
# attributes
outfile.write(u' <fDecl name="attributes">\n')
outfile.write(u' <fDescr>argument attributes</fDescr>\n')
outfile.write(u' <vRange>\n')
outfile.write(u' <vColl org="list">\n')
outfile.write(u' <fs type="attribut"/>\n')
outfile.write(u' </vColl>\n')
outfile.write(u' </vRange>\n')
outfile.write(u' </fDecl>\n')
outfile.write(u' </fsDecl>\n')
outfile.write(u' </fsdDecl>\n')
outfile.write(u' </encodingDesc>\n')