Position.py
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#! /usr/bin/python
# -*- coding: utf-8 -*-
from importer.Phrase import phrase_from_tree
from syntax.models import SyntacticFunction, Control, NaturalLanguageDescription
import syntax.models
from entries.phrase_descriptions.descriptions import phrase_description2
class Function:
def __init__(self, value):
self._value = value
@classmethod
def fromTree(cls, tree):
value = tree._children[0]._attrs['value']
return cls(value)
# @TODO: dwa rodzaje kontroli
class Control:
def __init__(self, function):
self._function = function
class Position:
def __init__(self, position_id, function, controls, phrases, phrase_ids):
self._id = position_id
self._function = function
self._control = controls
self._phrases = phrases
self._phrase_ids = phrase_ids
self._db_id = None
@classmethod
def fromTree(cls, tree):
function = None
controls = None
phrases = []
phrase_ids = {}
position_id = []
for subtree in tree._children:
if subtree._attrs['name'] == 'function':
function = Function.fromTree(subtree)
elif subtree._attrs['name'] == 'control':
controls = [Control(c._attrs['value']) for c in subtree._children[0]._children]
elif subtree._attrs['name'] == 'phrases':
for phrase_tree in subtree._children[0]._children:
phrase = phrase_from_tree(phrase_tree)
phrases.append(phrase)
if phrase.getId() is not None:
phrase_ids[phrase.getId()] = phrase
position_id.append(int(phrase.getId().split('-')[0].split('.')[-1]))
# TODO So far, only schema positions were stored in database
# and all phrases had an id from xml:id attribute. Now we add
# modification positions where phrases have no id, so the
# text_rep is used. Is this enough? Perhaps text_rep could also be used
# for schema position phrases?
else:
phr_id = str(phrase)
phrase_ids[phr_id] = phrase
position_id.append(phr_id)
position_id.sort()
position_id = tuple(position_id)
result = cls(position_id, function, controls, phrases, phrase_ids)
for phrase in phrases:
phrase._position = result
return result
def store(self, schema, stored_positions, schema_positions, negativity):
label = [None, None, None, negativity]
if self._function is not None:
function = SyntacticFunction.objects.get(name=self._function._value)
label[0] = self._function._value
else:
function = None
control = None
pred_control = None
if self._control is not None:
for c in self._control:
if c._function[:4] == 'pred':
if pred_control is None:
pred_control = syntax.models.PredicativeControl.objects.get(name=c._function)
label[2] = c._function
else:
raise(DoublePredControlError)
else:
if control is None:
control = syntax.models.Control.objects.get(name=c._function)
label[1] = c._function
else:
raise(DoubleControlError)
i = 1
extended_id = (tuple(label), self._id, i)
while extended_id in schema_positions:
i += 1
extended_id = (tuple(label), self._id, i)
schema_positions.add(extended_id)
# self._id is None for parts of lex atr
# TODO (KK) ^^^
if self._id is not None and extended_id in stored_positions:
position = syntax.models.Position.objects.get(id = stored_positions[extended_id])
self._db_id = position.id
schema.positions.add(position)
else:
position = schema.positions.create(function=function,
control=control,
pred_control=pred_control,
phrases_count=len(self._phrases))
self._db_id = position.id
for phrase in self._phrases:
#print('=================', type(phrase), phrase)
phrase.store(position, stored_positions)
phrase_text = str(phrase)
desc_count = NaturalLanguageDescription.objects.filter(
negativity=negativity,
function=position.function,
control=position.control,
pred_control=position.pred_control,
phrase_str=phrase_text).count()
if desc_count == 0:
for lang in ('pl', 'en'):
desc_text = phrase_description2(phrase, self, negativity, lang)
desc = NaturalLanguageDescription(
lang=lang,
negativity=negativity,
function=position.function,
control=position.control,
pred_control=position.pred_control,
phrase_str=phrase_text,
description=desc_text)
desc.save()
if self._id is not None:
stored_positions[extended_id] = position.id
def getPhraseIds(self):
return self._phrase_ids
def __unicode__(self):
if self._function is None:
return '[' + ','.join([phrase.toUnicode(self._function) for phrase in self._phrases]) + ']'
else:
return self._function._value + '([' + ','.join([phrase.toUnicode(self._function) for phrase in self._phrases]) + '])'
def toUnicode(self, function, phrases=None):
pre = ''
post = ''
if self._control is not None:
for control in self._control:
pre += control._function + '('
post += ')'
if phrases is None:
if self._function is None or self._function._value == 'obj':
return pre + '[' + ','.join([phrase.toUnicode(self._function) for phrase in self._phrases]) + ']' + post
elif self._function._value == 'subj':
return pre + 'subj([' + ','.join([phrase.toUnicode(self._function) for phrase in self._phrases]) + '])' + post
elif self._function._value == 'obj':
return pre + 'obj([' + ','.join([phrase.toUnicode(self._function) for phrase in self._phrases]) + '])' + post
elif self._function._value == 'head':
return pre + 'head([' + ','.join([phrase.toUnicode(self._function) for phrase in self._phrases]) + '])' + post
else:
temp = []
for phrase in self._phrases:
if phrase in phrases:
temp.append(phrase.toUnicode(self._function))
if self._function is None:
return pre + '[' + ','.join(temp) + ']' + post
elif self._function._value == 'subj':
return pre + 'subj([' + ','.join(temp) + '])' + post
elif self._function._value == 'obj':
return pre + 'obj([' + ','.join(temp) + '])' + post
elif self._function._value == 'head':
return pre + 'head([' + ','.join(temp) + '])' + post
def subposition(self, phrases=None):
c = ''
if self._control is not None:
c = ','.join([control._function for control in self._control])
f = ''
if self._function is not None:
f = self._function._value
if f != '' and c != '':
f += ','
if phrases is None:
return f + c + '{' + ','.join([str(phrase) for phrase in self._phrases]) + '}'
else:
temp = [str(phrase) for phrase in self._phrases if phrase in phrases]
return f + c + '{' + ','.join(temp) + '}'