def __parse_kana(kana: Element) -> dict:
text = kana.find('reb').text
priorities = kana.findall('re_pri')
is_common = __is_common(priorities)
tags = []
for info in kana.findall('re_inf'):
tags.append(convert_tag(info.text))
no_kanji = kana.find('re_nokanji')
applies_to_kanji = []
if no_kanji is None:
for item in kana.findall('re_restr'):
applies_to_kanji.append(item.text)
if not len(applies_to_kanji):
applies_to_kanji = ['*']
return {
'text': text,
'common': is_common,
'tags': tags,
'appliesToKanji': applies_to_kanji
}
def __parse_entry(entry: Element) -> dict:
entry_id = int(entry.find('ent_seq').text)
kanji_list = []
for kanji in entry.findall('k_ele'):
kanji_list.append(__parse_kanji(kanji))
kana_list = []
for kana in entry.findall('r_ele'):
kana_list.append(__parse_kana(kana))
last_part_of_speech = []
sense_list = []
for sense in entry.findall('sense'):
part_of_speech = sense.findall('pos')
if len(part_of_speech):
last_part_of_speech = []
for item in part_of_speech:
short_pos = convert_tag(item.text)
last_part_of_speech.append(short_pos)
sense_list.append((__parse_sense(sense, last_part_of_speech)))
return {
'id': entry_id,
'kanji': kanji_list,
'kana': kana_list,
'sense': sense_list
}
def __parse_kanji(kanji: Element) -> dict:
text = kanji.find('keb').text
priorities = kanji.findall('ke_pri')
is_common = __is_common(priorities)
tags = []
for info in kanji.findall('ke_inf'):
tags.append(convert_tag(info.text))
return {'text': text, 'common': is_common, 'tags': tags}
def __parse_sense(sense: Element, last_part_of_speech: list) -> dict:
part_of_speech = sense.findall('pos')
if len(part_of_speech):
pos = __transform_part_of_speech(part_of_speech)
else:
# If there are no pos entries for the current sense element, use the previous one
pos = last_part_of_speech
applies_to_kanji_search = sense.findall('stagk')
if len(applies_to_kanji_search):
applies_to_kanji = []
for item in applies_to_kanji_search:
applies_to_kanji.append(item.text)
else:
applies_to_kanji = ['*']
applies_to_kana_search = sense.findall('stagr')
if len(applies_to_kana_search):
applies_to_kana = []
for item in applies_to_kana_search:
applies_to_kana.append(item.text)
else:
applies_to_kana = ['*']
related = []
for item in sense.findall('xref'):
related.append(__transform_xref(item.text))
antonym = []
for item in sense.findall('ant'):
antonym.append(__transform_xref(item.text))
field = []
for item in sense.findall('field'):
field.append(convert_tag(item.text))
dialect = []
for item in sense.findall('dial'):
dialect.append(convert_tag(item.text))
misc = []
for item in sense.findall('misc'):
misc.append(convert_tag(item.text))
info = []
for item in sense.findall('info'):
info.append(item.text)
language_source = []
for item in sense.findall('lsource'):
lang = item.get('{http://www.w3.org/XML/1998/namespace}lang', 'eng')
ls_wasei = item.get('ls_wasei', 'n')
is_wasei = True if ls_wasei == 'y' else False
ls_type = item.get('ls_type', 'full')
is_full = True if ls_type == 'full' else False
language_source_entry = {
'lang': lang,
'full': is_full,
'wasei': is_wasei,
'text': item.text
}
language_source.append(language_source_entry)
gloss = []
for item in sense.findall('gloss'):
lang = item.get('{http://www.w3.org/XML/1998/namespace}lang', 'eng')
g_type = item.get('g_type', None)
gloss_entry = {'lang': lang, 'type': g_type, 'text': item.text}
gloss.append(gloss_entry)
return {
'partOfSpeech': pos,
'appliesToKanji': applies_to_kanji,
'appliesToKana': applies_to_kana,
'related': related,
'antonym': antonym,
'field': field,
'dialect': dialect,
'misc': misc,
'info': info,
'languageSource': language_source,
'gloss': gloss
}