def select_note_fields_all(note_id):
example_row = mw.col.db.first('SELECT flds FROM notes WHERE id = :nid',
nid=note_id)
example_flds = example_row[0].split('\x1f')
choices = [
'[{}] {}'.format(i, fld[:20]) for i, fld in enumerate(example_flds)
]
expr_idx = chooseList('Which field contains the Japanese expression?',
choices)
reading_idx = chooseList('Which field contains the reading?', choices)
output_idx = chooseList('Which field should the pitch accent be shown in?',
choices)
return expr_idx, reading_idx, output_idx
def importWebpage(self, url=None):
if not url:
url, accepted = getText('Enter URL:', title='Import Webpage')
else:
accepted = True
if not url or not accepted:
return
if not urlsplit(url).scheme:
url = 'http://' + url
try:
webpage = self._fetchWebpage(url)
except HTTPError as error:
showWarning('The remote server has returned an error:'
' HTTP Error {} ({})'.format(error.code, error.reason))
return
body = '\n'.join(map(str, webpage.find('body').children))
source = self.settings['sourceFormat'].format(
date=date.today(), url='<a href="%s">%s</a>' % (url, url))
if self.settings['prioEnabled']:
priority = self.settings['priorities'][chooseList(
'Enter priority for "' + webpage.title.string +
'".\nYou can change it later.', self.settings['priorities'])]
else:
priority = None
self._createNote(webpage.title.string, body, source, priority)
def _getPriority(self, name=None):
if name:
prompt = 'Select priority for <b>{}</b>'.format(name)
else:
prompt = 'Select priority for import'
return self.settings['priorities'][chooseList(
prompt, self.settings['priorities'])]
def chooseDeck(prompt="Choose deck"):
"Shows a deck selector and returns the deck ID. If cancelled, return 0."
choices = sorted(mw.col.decks.allNames())
chosenIndex = chooseList(prompt, ["Cancel"] + choices)
if chosenIndex == 0:
return 0
return mw.col.decks.id(choices[chosenIndex - 1])
def select_deck_id(msg):
decks = []
for row in mw.col.db.execute('SELECT id, name FROM decks'):
d_id = row[0]
d_name = row[1]
decks.append((d_id, d_name))
choices = [deck[1] for deck in decks]
choice = chooseList(msg, choices)
return decks[choice][0]
def select_note_fields_del(note_id):
example_row = mw.col.db.first('SELECT flds FROM notes WHERE id = :nid',
nid=note_id)
example_flds = example_row[0].split('\x1f')
choices = [
'[{}] {}'.format(i, fld[:20]) for i, fld in enumerate(example_flds)
]
del_idx = chooseList(
'Which field should the pitch accent be removed from?', choices)
return del_idx
def select_deck_id(msg):
decks = []
for row in mw.col.db.execute('SELECT decks FROM col'):
deks = json.loads(row[0])
for key in deks:
d_id = deks[key]['id']
d_name = deks[key]['name']
decks.append((d_id, d_name))
choices = [deck[1] for deck in decks]
choice = chooseList(msg, choices)
return decks[choice][0]
def onChangeSortField(self):
from aqt.utils import chooseList
m = self.card.model()
fields = [f['name'] for f in m['flds']]
mm = self.col.models
idx = chooseList(_("Choose field to sort this model by:"), fields,
mm.sortIdx(m))
if idx != mm.sortIdx(m):
self.mw.progress.start()
mm.setSortIdx(m, idx)
self.mw.progress.finish()
self.onSearch()
def copyScheduling():
decks = mw.col.decks.all()
deckFromIndex = chooseList("Choose deck to copy from", chain(map(lambda deck: deck['name'], decks), ["Cancel"]))
if deckFromIndex == len(decks):
return
otherDecks = decks.copy()
otherDecks.pop(deckFromIndex)
deckToIndex = chooseList("Choose deck to copy to", chain(map(lambda deck: deck['name'], otherDecks), ["Cancel"]))
if deckToIndex == len(otherDecks):
return
deckFrom = decks[deckFromIndex]
deckTo = otherDecks[deckToIndex]
mw.checkpoint("Copy scheduling")
try:
_copyScheduling(deckFrom, deckTo)
except:
mw.col.db.rollback()
raise
def onChangeSortField(self):
from aqt.utils import chooseList
m = self.card.model()
fields = [f['name'] for f in m['flds']]
mm = self.col.models
idx = chooseList(_("Choose field to sort this model by:"),
fields, mm.sortIdx(m))
if idx != mm.sortIdx(m):
self.mw.progress.start()
mm.setSortIdx(m, idx)
self.mw.progress.finish()
self.onSearch()
def select_note_type(note_type_ids):
note_types = []
for row in mw.col.db.execute('SELECT id, name FROM notetypes'):
n_id = row[0]
n_name = row[1]
note_types.append((n_id, n_name))
choices = [note_type[1] for note_type in note_types]
choice = chooseList(
'Select a note type.',
choices
)
return note_types[choice][0]
def get_definition(editor, word_name):
editor.loadNote()
editor.web.setFocus()
editor.web.eval("focusField(0);")
editor.web.eval("caretToEnd();")
editor_fields = editor.note.fields
if not find_word_in_dictionary(word_name):
return
words_to_choose_from_as_strings = []
definitions = []
words = get_words()
for word in words:
for sense in word.senses:
for definition in sense.definitions:
words_to_choose_from_as_strings.append(
'%s | %s | %s' %
(word.headword, word.part_of_speech, definition))
definitions.append(definition)
chosen_index = chooseList('Choose definition',
words_to_choose_from_as_strings)
word = find_word_by_definition(words, definitions[chosen_index])
examples = find_examples_by_definition(words, definitions[chosen_index])
# set sentences
editor_fields[0] = ''
for example in examples:
editor_fields[0] += str(example) + "<br>\n"
# set definition
audio = word.pronunciation.audio.get_anki_sound(
) if word.pronunciation is not None else ''
ipa = '\\%s\\' % word.pronunciation.ipa if word.pronunciation is not None else ''
editor_fields[1] = '%s, <i>%s</i>, %s %s <br>\n' % (
word.headword, word.part_of_speech, ipa, audio)
editor_fields[1] += definitions[chosen_index].text
refresh_fields(editor)
# download media
if word.pronunciation is not None:
urllib.request.urlretrieve(word.pronunciation.audio.file_url,
word.pronunciation.audio.file_name)
#editor.urlToLink(word.pronunciation.audio.file_url)
for example in examples:
urllib.request.urlretrieve(example.audio.file_url,
example.audio.file_name)
def select_note_type(note_type_ids):
row = mw.col.db.first('SELECT models FROM col')
models_dict = json.loads(row[0])
model_names = [models_dict[str(mid)]['name'] for mid in note_type_ids]
choice = chooseList('Select a note type.', model_names)
return note_type_ids[choice]
def onFocusLost(flag, n, fidx):
global af
global jp
global sw
if not af.isTargetNoteType(n.model()['name']):
return flag
fields = mw.col.models.fieldNames(n.model())
src = fields[fidx]
if not af.isFieldInSrc(src):
return flag
srcTxt = mw.col.media.strip(n[src])
try:
if not af.findDstFieldName(n):
return flag
if not af.isAllFieldEmpty():
return flag
if srcTxt == '':
af.flushDstFields()
return True
if not jp.serchWord(srcTxt):
return flag
#kana = af.getFieldValue(n,'KanaFields')
if jp.isMultiPronounces():
logging.debug("pop QComboBox to select pronounce")
list = jp.getKanaList()
index = chooseList("multi pronounce",
list,
startrow=0,
parent=None)
jp.setIndexPronounces(index)
sentence = jp.getSentence()
meaning = jp.getMeaning()
pronounce = jp.getPronounce()
if meaning:
meaning = LF2BR(removeFirstLF(onlyOneLF(meaning)))
af.addDstValue('MeaningFields', cc.convert(meaning))
if pronounce:
af.addDstValue('KanaFields', pronounce[0])
af.addDstValue(
'PronounceAudioField',
AnkiMedia.audioLinkToField(pronounce[1], pronounce[2]))
if sentence and sw.sentence_generate:
if pronounce[2] == None:
file_name = srcTxt + "_sentence"
else:
file_name = pronounce[2] + "_sentence"
af.addDstValue('SentenceFields', sentence[0])
af.addDstValue('SentenceMeaningFields', cc.convert(sentence[1]))
af.addDstValue('SentenceAudioField',
AnkiMedia.audioLinkToField(sentence[2], file_name))
if not af.generateFields():
return flag
except crawler.CrawlerError as e:
logging.warning(e)
except requests.ConnectionError as e:
showInfo(e)
except Exception as e:
logging.error('Error when serch word:' + jp.word)
logging.error(e)
logging.error(traceback.format_exc())
jp.dumpHtmlResult()
jp = None
raise
return True
