def map_to_object(self, word_data):
json_obj_list = []
if not word_data['etymologies']:
word_data['etymologies'] = [('', '')]
for (current_etymology, next_etymology) in zip_longest(word_data['etymologies'], word_data['etymologies'][1:], fillvalue=('999', '')):
data_obj = WordData()
data_obj.etymology = current_etymology[1]
for pronunciation_index, text, audio_links in word_data['pronunciations']:
if (self.count_digits(current_etymology[0]) == self.count_digits(pronunciation_index)) or (current_etymology[0] <= pronunciation_index < next_etymology[0]):
data_obj.pronunciations = text
data_obj.audio_links = audio_links
for definition_index, definition_text, definition_type in word_data['definitions']:
if current_etymology[0] <= definition_index < next_etymology[0]:
def_obj = Definition()
def_obj.text = definition_text
def_obj.part_of_speech = definition_type
for example_index, examples, _ in word_data['examples']:
if example_index.startswith(definition_index):
def_obj.example_uses = examples
for related_word_index, related_words, relation_type in word_data['related']:
if related_word_index.startswith(definition_index):
def_obj.related_words.append(RelatedWord(relation_type, related_words))
data_obj.definition_list.append(def_obj)
json_obj_list.append(data_obj.to_json())
return json_obj_list
def make_class(etymology_list,
definition_list,
example_list,
related_words_list,
pronunciation_list
):
"""
Takes all the data and makes classes.
"""
json_obj_list = []
if not etymology_list:
etymology_list = [('', '')]
for etymology_index, etymology_text in etymology_list:
data_obj = WordData()
data_obj.etymology = etymology_text
for pronunciation_index, pronunciations, audio_links in pronunciation_list:
if pronunciation_index.startswith(etymology_index) \
or pronunciation_index.count('.') == etymology_index.count('.'):
data_obj.pronunciations = pronunciations
data_obj.audio_links = audio_links
for definition_index, definition_text, definition_type in definition_list:
if definition_index.startswith(etymology_index) \
or definition_index.count('.') == etymology_index.count('.'):
def_obj = Definition()
def_obj.text = definition_text
def_obj.part_of_speech = definition_type
for example_index, examples, _ in example_list:
if example_index.startswith(definition_index):
def_obj.example_uses = examples
for related_word_index, related_words, relation_type in related_words_list:
if related_word_index.startswith(definition_index) \
or (related_word_index.startswith(etymology_index) \
and related_word_index.count('.') == definition_index.count('.')):
words = None
try:
words = next(
item.words for item in def_obj.related_words
if item.relationship_type == relation_type)
except StopIteration:
pass
if words is not None:
words += related_words
break
related_word_obj = RelatedWord()
related_word_obj.words = related_words
related_word_obj.relationship_type = relation_type
def_obj.related_words.append(related_word_obj)
data_obj.definition_list.append(def_obj)
json_obj_list.append(data_obj.to_json())
return json_obj_list
def map_to_object(self, word_data):
json_obj_list = []
if not word_data['etymologies']:
word_data['etymologies'] = [('', '')]
for (current_etymology, next_etymology) in zip_longest(word_data['etymologies'], word_data['etymologies'][1:], fillvalue=('999', '')):
data_obj = WordData()
data_obj.etymology = current_etymology[1]
for pronunciation_index, text, audio_links in word_data['pronunciations']:
if (self.count_digits(current_etymology[0]) == self.count_digits(pronunciation_index)) or (current_etymology[0] <= pronunciation_index < next_etymology[0]):
data_obj.pronunciations = text
data_obj.audio_links = audio_links
for definition_index, definition_text, definition_type in word_data['definitions']:
if current_etymology[0] <= definition_index < next_etymology[0]:
def_obj = Definition()
def_obj.text = definition_text
def_obj.part_of_speech = definition_type
for example_index, examples, _ in word_data['examples']:
if example_index.startswith(definition_index):
def_obj.example_uses = examples
for related_word_index, related_words, relation_type in word_data['related']:
if related_word_index.startswith(definition_index):
def_obj.related_words.append(RelatedWord(relation_type, related_words))
data_obj.definition_list.append(def_obj)
json_obj_list.append(data_obj.to_json())
return json_obj_list
def make_class(etymology_list,
definition_list,
example_list,
related_words_list,
pronunciation_list,
translation_dict,
definition_index_translations
):
"""
Takes all the data and makes classes.
"""
#print translation_dict.keys()
json_obj_list = []
if not etymology_list:
etymology_list = [('', '')]
for etymology_index, etymology_text in etymology_list:
data_obj = WordData()
data_obj.etymology = etymology_text
for pronunciation_index, pronunciations, audio_links in pronunciation_list:
if pronunciation_index.startswith(etymology_index) \
or pronunciation_index.count('.') == etymology_index.count('.'):
data_obj.pronunciations = pronunciations
data_obj.audio_links = audio_links
for definition_index, definition_text, definition_type in definition_list:
#print definition_index, type(definition_text)
#index_translations = map_id_word_translations_to_definitions(definition_index, translation_dict, definition_text)
#print definition_index, len(definition_index_translations[definition_index])
if definition_index_translations.has_key(definition_index):
translations = definition_index_translations[definition_index]
data_obj.translations.append(translations)
if definition_index.startswith(etymology_index) \
or definition_index.count('.') == etymology_index.count('.'):
def_obj = Definition()
def_obj.text = definition_text
def_obj.part_of_speech = definition_type
for example_index, examples, _ in example_list:
if example_index.startswith(definition_index):
def_obj.example_uses = examples
for related_word_index, related_words, relation_type in related_words_list:
if related_word_index.startswith(definition_index) \
or (related_word_index.startswith(etymology_index) \
and related_word_index.count('.') == definition_index.count('.')):
words = None
try:
words = next(
item.words for item in def_obj.related_words
if item.relationship_type == relation_type)
except StopIteration:
pass
if words is not None:
words += related_words
break
related_word_obj = RelatedWord()
related_word_obj.words = related_words
related_word_obj.relationship_type = relation_type
def_obj.related_words.append(related_word_obj)
data_obj.definition_list.append(def_obj)
json_obj_list.append(data_obj.to_json())
return json_obj_list
def make_class(self, word_data):
"""
Takes all the data and makes classes.
"""
json_obj_list = []
if not word_data['etymologies']:
word_data['etymologies'] = [('', '')]
for etymology_index, etymology_text in word_data['etymologies']:
data_obj = WordData()
data_obj.etymology = etymology_text
for pronunciation_index, text, audio_links in word_data[
'pronunciations']:
if pronunciation_index.startswith(etymology_index) \
or pronunciation_index.count('.') == etymology_index.count('.'):
data_obj.pronunciations = text
data_obj.audio_links = audio_links
for definition_index, definition_text, definition_type in word_data[
'definitions']:
if definition_index.startswith(etymology_index) \
or definition_index.count('.') == etymology_index.count('.'):
def_obj = Definition()
def_obj.text = definition_text
def_obj.part_of_speech = definition_type
for example_index, examples, _ in word_data['examples']:
if example_index.startswith(definition_index):
def_obj.example_uses = examples
for related_word_index, related_words, relation_type in word_data[
'related']:
if related_word_index.startswith(definition_index) \
or (related_word_index.startswith(etymology_index) \
and related_word_index.count('.') == definition_index.count('.')):
words = None
try:
words = next(
item.words
for item in def_obj.related_words
if item.relationship_type == relation_type)
except StopIteration:
pass
if words is not None:
words += related_words
break
related_word_obj = RelatedWord()
related_word_obj.words = related_words
related_word_obj.relationship_type = relation_type
def_obj.related_words.append(related_word_obj)
data_obj.definition_list.append(def_obj)
json_obj_list.append(data_obj.to_json())
return json_obj_list