lexeme_history.py
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# -*- coding: utf-8 -*-
from django.utils.encoding import force_unicode
from django.core.exceptions import ObjectDoesNotExist
from django.utils.translation import ugettext_lazy as _
from common.util import GroupDict
from dictionary.models import Lexeme, LexemeInflectionPattern, \
Pattern, InflectionCharacteristic, ClassificationValue, Qualifier, History, \
CrossReferenceType, LexemeAttributeValue, Gender, BorrowingSource
attribute_translation_list = [
# Leksem
('leksemy', 'haslo', _(u'entry')),
('leksemy', 'haslosuf', _(u'entry suffix')),
('leksemy', 'glosa', _(u'gloss')),
('leksemy', 'nota', _(u'note')),
('leksemy', 'extended_note', _(u'extended note')),
('leksemy', 'wymowa', _(u'pronunciation')),
('leksemy', 'valence', _(u'valence')),
('leksemy', 'pos', _(u'part of speech')),
('leksemy', 'slownik', _(u'owner dictionary')),
('leksemy', 'status', _(u'status')),
('leksemy', 'komentarz', _(u'comment')),
('leksemy', 'specialist', _(u'specialist')),
('leksemy', 'borrowing_source_id', _(u'borrowing source')),
# Odmiana
('odmieniasie', 'oind', _(u'index')),
('odmieniasie', 'charfl', _(u'inflection characteristic')),
('odmieniasie', 'gender_id', _(u'gender')),
('odmieniasie', 'w_id', _(u'pattern')),
]
attribute_translation = dict(
((table, column), label)
for table, column, label in attribute_translation_list)
lexeme_attribute_order = [
_(u'entry'),
_(u'entry suffix'),
_(u'gloss'),
_(u'note'),
_(u'extended note'),
_(u'pronunciation'),
_(u'valence'),
_(u'part of speech'),
_(u'owner dictionary'),
_(u'status'),
_(u'comment'),
_(u'specialist'),
_(u'borrowing source'),
# _(u'kwalifikator'),
# _(u'klasyfikacja'),
# _(u'slownik'),
# _(u'odsyłacz'),
]
lip_attribute_order = [
_(u'index'),
_(u'inflection characteristic'),
_(u'gender'),
_(u'pattern'),
# _(u'kwalifikator'),
]
def get_lexeme_attr(attr, lexeme):
if attr == 'haslo':
return lexeme.entry
elif attr == 'haslosuf':
return lexeme.entry_suffix
elif attr == 'glosa':
return lexeme.gloss
elif attr == 'wymowa':
return lexeme.pronunciation
elif attr == 'nota':
return lexeme.note
elif attr == 'extended_note':
return lexeme.extended_note
elif attr == 'valence':
return lexeme.valence
elif attr == 'pos':
return lexeme.part_of_speech.symbol
elif attr == 'slownik':
return lexeme.owner_vocabulary.id
elif attr == 'status':
return lexeme.status
elif attr == 'komentarz':
return lexeme.comment
elif attr == 'borrowing_source_id':
if lexeme.borrowing_source:
return lexeme.borrowing_source.label
else:
return ''
def get_lip_attr(attr, lip):
if attr == 'oind':
return lip.index
elif attr == 'gender_id':
return lip.gender.symbol if lip.gender else ''
elif attr == 'w_id':
return lip.pattern.name
def prepare_value(column, value):
try:
if column == 'qualifier_id':
prepared = Qualifier.all_objects.get(id=int(value)).label
elif column == 'status':
prepared = dict(Lexeme.STATUS_CHOICES).get(value)
elif column == 'charfl':
prepared = InflectionCharacteristic.objects.get(
id=int(value)).symbol
elif column == 'gender_id':
prepared = Gender.objects.get(id=int(value)).symbol
elif column == 'w_id':
prepared = Pattern.all_objects.get(id=int(value)).name
elif column in ('classification_value_id', 'classificationvalue_id'):
cv = ClassificationValue.all_objects.get(id=int(value))
prepared = (cv.label, cv.classification.name)
elif column == 'attribute_value_id':
av = LexemeAttributeValue.objects.get(id=int(value))
prepared = (av.value or av.display_value, av.attribute.name)
elif column == 'borrowing_source_id':
prepared = BorrowingSource.objects.get(id=int(value)).label
elif value == 'true':
prepared = _(u'yes')
elif value == 'false':
prepared = _(u'no')
else:
prepared = value
except ObjectDoesNotExist:
prepared = None
except ValueError:
prepared = None
return prepared
def lip_header(gender, pattern):
if gender:
return u'%s/%s ' % (gender.symbol, pattern.name)
else:
return pattern.name
def transaction_table(transaction_data):
transaction_dict = {}
lips = GroupDict()
extra_attributes = {}
classifications = {}
qualifiers = []
vocabs = []
crs = {}
lip_qualifiers = {}
deleted = False
for item1 in transaction_data:
table = item1.table_name
column = item1.column_name
if (table == 'leksemy' and column == 'usuniety' and
item1.new_value == 'true' and item1.old_value == 'false'):
deleted = True
attr = None
if (table, column) in attribute_translation:
attr = attribute_translation[(table, column)]
before, after = tuple(
prepare_value(column, v)
for v in (item1.old_value, item1.new_value))
before_after = (
before if item1.operation != 'INSERT' else None,
after if item1.operation != 'DELETE' else None)
if attr:
if table not in ('odmieniasie', 'kwalifikatory_odmieniasiow'):
transaction_dict[attr] = before_after
elif table == 'odmieniasie':
if item1.row_id not in lips:
lips[item1.row_id] = {}
lips[item1.row_id][attr] = before_after
if column == 'attribute_value_id':
if before:
value, attr = before
which = 0
else: # after
value, attr = after
which = 1
if attr not in extra_attributes:
extra_attributes[attr] = ([], [])
extra_attributes[attr][which].append(value)
if column in ('classification_value_id', 'classificationvalue_id'):
if before:
value, classification_name = before
which = 0
else: # after
value, classification_name = after
which = 1
if classification_name not in classifications:
classifications[classification_name] = ([], [])
classifications[classification_name][which].append(value)
if table == 'kwalifikatory_leksemow' and column == 'qualifier_id':
qualifiers.append(before_after)
if table == 'leksemy_w_slownikach' and column == 'slownik':
vocabs.append(before_after)
if table == 'odsylacze':
if item1.row_id not in crs:
crs[item1.row_id] = {}
crs[item1.row_id][column] = before_after
if table == 'kwalifikatory_odmieniasiow':
if item1.row_id not in lip_qualifiers:
lip_qualifiers[item1.row_id] = {}
if column: # stare DELETE nie będą widoczne
lip_qualifiers[item1.row_id][column] = before_after
if deleted:
return deleted_lexeme_table(transaction_data[0].lexeme)
rows = []
for attr in lexeme_attribute_order:
if attr in transaction_dict:
rows.append((attr, transaction_dict[attr]))
for attr, (before, after) in extra_attributes.iteritems():
rows.append(
(attr, (', '.join(before) or None, ', '.join(after) or None)))
for before_after in qualifiers:
rows.append((_(u'qualifier'), before_after))
for name, (before, after) in classifications.iteritems():
attr = _(u'classification: %s') % name
rows.append(
(attr, (', '.join(before) or None, ', '.join(after) or None)))
for before_after in vocabs:
rows.append((_(u'dictionary'), before_after))
for cr_data in crs.itervalues():
attr = _(u'cross-reference')
before_after = []
for i in (0, 1):
try:
if cr_data['l_id_do'][i] is not None:
l = Lexeme.all_objects.get(id=int(cr_data['l_id_do'][i]))
genders = l.lip_data()['genders']
cr_type = CrossReferenceType.objects.get(
pk=cr_data['typods_id'][i])
prepared = ' '.join((cr_type.symbol, unicode(l), genders))
else:
prepared = None
except Lexeme.DoesNotExist:
prepared = None
before_after.append(prepared)
rows.append((attr, tuple(before_after)))
lip_dict = GroupDict()
for lip_id, lip_data in lips.iteritems():
for attr in lip_attribute_order:
if attr in lip_data:
lip_dict.add(lip_id, (attr, lip_data[attr]))
for q_data in lip_qualifiers.itervalues():
if q_data: # stare DELETE...
attr = _(u'qualifier')
lip_data = q_data['lexemeinflectionpattern_id']
lip_id = int(lip_data[0] or lip_data[1])
lip_dict.add(lip_id, (attr, q_data['qualifier_id']))
lip_tables = []
for lip_id, lip_data in lip_dict.iteritems():
lip = LexemeInflectionPattern.all_objects.filter(pk=lip_id)
if lip:
lip = lip[0]
header = lip_header(lip.gender, lip.pattern)
else:
records = History.objects.filter(
operation='DELETE', table_name='odmieniasie', row_id=lip_id)
try:
gender_id = records.get(column_name='gender_id').old_value
pattern_id = records.get(column_name='w_id').old_value
gender = Gender.objects.get(id=gender_id)
pattern = Pattern.all_objects.get(id=pattern_id)
header = lip_header(gender, pattern)
except ObjectDoesNotExist: # stare DELETE...
header = ''
header += force_unicode(_(u'(deleted)'))
lip_tables.append((header, lip_data))
return rows, lip_tables
def deleted_lexeme_table(lexeme):
rows = []
for table, column, attr in attribute_translation_list:
if table == 'leksemy':
rows.append((
attr,
(prepare_value(
column, get_lexeme_attr(column, lexeme)), None)
))
for q in lexeme.qualifiers.all():
rows.append((_(u'qualifier'), (q.label, None)))
for classification in lexeme.owner_vocabulary.classifications.all():
attr = _(u'classification: %s') % classification.name
cvs = lexeme.classification_values(classification)
for cv in cvs:
rows.append((attr, (cv.label, None)))
for vocab in lexeme.vocabularies.all():
rows.append((_(u'dictionary'), (vocab.id, None)))
for cr in lexeme.refs_to.all():
attr = _(u'cross-reference')
rows.append((attr, (
' '.join([
cr.type.symbol, cr.to_lexeme.entry,
cr.to_lexeme.lip_data()['genders']]),
None)))
for av in lexeme.lexemeattributevalue_set.all():
attr = av.attribute.name
rows.append((attr, (av.value or av.display_value, None)))
lip_tables = []
for lip in lexeme.lexemeinflectionpattern_set.all():
lip_data = []
for table, column, attr in attribute_translation_list:
if table == 'odmieniasie' and column != 'charfl':
lip_data.append((attr, (get_lip_attr(column, lip), None)))
for q in lip.qualifiers.all():
attr = _(u'qualifier')
lip_data.append((attr, (q.label, None)))
header = lip_header(lip.gender, lip.pattern)
lip_tables.append((header, lip_data))
return rows, lip_tables
def lexeme_table(transaction_data, last_tb):
rows, lip_tables = transaction_table(transaction_data)
try:
lexeme = transaction_data[0].lexeme
except Lexeme.DoesNotExist:
lexeme = _(u'(deleted)') # aktualnie niemożliwe
return {
'rows': rows,
'lip_tables': lip_tables,
'user': transaction_data[0].user,
'date': last_tb,
'lexeme': lexeme,
}
def lexeme_table_from_row(row):
transaction_data = History.objects.filter(
lexeme_id=row['lexeme'], user_id=row['user'],
transaction_began=row['transaction_began'])
return lexeme_table(transaction_data, row['transaction_began'])
def lexeme_tables(history_items):
transaction_data = []
last_tb = None
for item in history_items:
if last_tb and item.transaction_began != last_tb:
yield lexeme_table(transaction_data, last_tb)
transaction_data = []
last_tb = item.transaction_began
transaction_data.append(item)
if transaction_data:
yield lexeme_table(transaction_data, last_tb)