def regenerateKeywords(nids):
mw.checkpoint("Bulk-add RTK Keywords")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
src = None
for fld in srcFields:
if fld in note:
src = fld
break
if not src:
# no src field
continue
dst = None
for fld in dstFields:
if fld in note:
dst = fld
break
if not dst:
# no dst field
continue
if note[dst]:
# already contains data, skip
continue
srcTxt = mw.col.media.strip(note[src])
if not srcTxt.strip():
continue
try:
note[dst] = getKeywordsFast(srcTxt)
except Exception, e:
raise
note.flush()
def generateNotes(self):
"""Generate new notes"""
state = "default"
self.uniq_id = str(uuid.uuid4()).replace("-", "")
self.occl_id = '%s-%s' % (self.uniq_id, self.occl_tp)
(svg_node, layer_node) = self._getMnodesAndSetIds()
if not self.mnode_ids:
tooltip("No cards to generate.<br>\
Are you sure you set your masks correctly?")
return False
self.new_svg = svg_node.toxml() # write changes to svg
omask_path = self._saveMask(self.new_svg, self.occl_id, "O")
qmasks = self._generateMaskSVGsFor("Q")
amasks = self._generateMaskSVGsFor("A")
image_path = mw.col.media.addFile(self.image_path)
img = fname2img(image_path)
mw.checkpoint("Adding Image Occlusion Cards")
for nr, idx in enumerate(self.mnode_indexes):
note_id = self.mnode_ids[idx]
self._saveMaskAndReturnNote(omask_path, qmasks[nr], amasks[nr],
img, note_id)
tooltip("%s %s <b>added</b>" % self._cardS(len(qmasks)), parent=None)
return state
def addDelay(cids):
(delay, delayResp) = getDelayWithResponse()
if delay is None:
if delayResp:
showWarning("Please enter an integral number of days")
return
mw.checkpoint("Adding delay")
mw.progress.start()
ivlDelay = max(
0,
round(delay * (getIntervalCoefficient()
if delay > 0 else getIntervalForNegativeCoefficient())))
for cid in cids:
card = mw.col.getCard(cid)
if card.type != 2:
continue
card.ivl += ivlDelay
if card.odid: # Also update cards in filtered decks
card.odue += delay
else:
card.due += delay
card.flush()
mw.progress.finish()
mw.col.reset()
mw.reset()
tooltip(_("""Delay added."""))
def bury_due_to_component(reviewer, ease=None):
global log_message
global due_characters
global do_mw_reset
day_zero = int(mw.col.crt / (24 * 3600))
today_in_days = int(datetime.now().timestamp() / (24 * 3600)) - day_zero
# first we need to get the list with due characters if its empty:
if due_characters == "":
# print("Getting due characters... ")
due_cards = mw.col.findCards(
"deck:\"MandarinBanana Hanzis\" is:due -is:suspended -is:new")
for due_id in due_cards:
due_card = mw.col.getCard(due_id)
due_note = due_card.note()
due_characters += due_note["hanzi"]
note = mw.reviewer.card.note()
if "hanzi" in note.keys() and "elements" in note.keys():
character = note["hanzi"]
elements = note["elements"]
for element in elements:
if element in due_characters:
# bury the current note, because one of its elements is due.
# Anki will pull out a new card after the mw.reset().
mw.checkpoint(_("Bury"))
mw.col.sched.buryNote(mw.reviewer.card.nid)
message = "Buried {} due to {}.".format(character, element)
print(message)
do_mw_reset = True
# print("do_mw_reset in bury_due_to_component = {}".format(do_mw_reset))
# mw.reset()
break
def import_from_json():
path = getFile(mw, "Org file to import", cb=None, dir=expanduser("~"))
if not path:
return
with open(path, 'r') as f:
content = f.read().decode('utf-8')
entries = json.loads(content)
import itertools
get_deck = lambda e: e['deck']
entries = sorted(entries, key=get_deck)
mw.checkpoint(_("Import"))
logs = []
for deck_name, entries in itertools.groupby(entries, get_deck):
# FIXME: If required we could group by model name also!
importer = JsonImporter(mw.col, path, MODEL_NAME, deck_name)
importer.initMapping()
importer.run(list(entries))
if importer.log:
logs.append('\n'.join(importer.log))
txt = _("Importing complete.") + "\n"
txt += '\n'.join(logs)
showText(txt)
mw.reset()
def regenerateKeywords(nids):
mw.checkpoint("Bulk-add RTK Keywords")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
src = None
for fld in srcFields:
if fld in note:
src = fld
break
if not src:
# no src field
continue
dst = None
for fld in dstFields:
if fld in note:
dst = fld
break
if not dst:
# no dst field
continue
if note[dst]:
# already contains data, skip
continue
srcTxt = mw.col.media.strip(note[src])
if not srcTxt.strip():
continue
try:
note[dst] = getKeywordsFast(srcTxt)
# TODO: When Anki 2.1 comes out, change syntax to support Py 3.5
except Exception, e:
raise
note.flush()
def onClearFormatting(browser):
"""
Clears the formatting for every selected note.
Also creates a restore point, allowing a single undo operation.
Parameters
----------
browser : Browser
the anki browser from which the function is called
"""
mw.checkpoint("Bulk-Clear Formatting")
mw.progress.start()
for nid in browser.selectedNotes():
note = mw.col.getNote(nid)
def clearField(field):
result = stripFormatting(field)
# if result != field:
# sys.stderr.write("Changed: \"" + field
# + "\" ==> \"" + result + "\"")
return result
note.fields = map(clearField, note.fields)
note.flush()
mw.progress.finish()
mw.reset()
def bulkAdd(browser):
nids=browser.selectedNotes()
mw.checkpoint("Bulk-add Tatoeba")
mw.progress.start()
#connect to database
#connection = sqlite3.connect(databasePath)
global cursor
#cursor = connection.cursor()
#For each seleccted card
for nid in nids:
note = mw.col.getNote(nid)
#Check if we should do it
#First check to see if the fields exist
#If field check fails then cancel (does any field not exist and are all of them full?
##skip, deal with it in doNote
#do the note
if True == doNote(note):
note.flush()
#save
cursor.close()
mw.progress.finish()
mw.reset()
def addKanjiWordsVocab_bulk(nid):
mw.checkpoint("Add vocab to kanji cards")
try:
mw.progress.start()
# For each seleccted card
# now for each kanji card
for id in kanjiCardsIndex:
# look up card from the kanji hash array
# get the kanji note
kanjiNote = mw.col.getCard(kanjiCardsIndex[id]).note()
# do the note and handle the results
if False == doNote(kanjiNote):
return flag
return True
except KeyError, e:
mw.hDialog = hDialog = QMessageBox()
hDialog.setText("Please make sure that these fields exist" + e)
hDialog.exec_()
def addKDStories(nids):
readStories()
fields = []
anote=mw.col.getNote(nids[0])
#get the fields of the first note
for (i, f) in anote.items():
fields.append(i)
#get input/output fields from user
expField = addinfofuncts.getKeyFromList("Select field to read from", "Read relevant kanji/expression from:", fields)
if (expField is None):
return
compoundMeaning = addinfofuncts.getKeyFromList("Select field to write to", "Write compound information to:", fields)
if (compoundMeaning is None):
return
Mnemonic = addinfofuncts.getKeyFromList("Select field to write to", "Write Mnemonic to:", fields)
if (Mnemonic is None):
return
EngMeaning = addinfofuncts.getKeyFromList("Select field to write to", "Write English meanings to:", fields)
if (EngMeaning is None):
return
mw.checkpoint("Add KD Stories")
mw.progress.start()
#For each seleccted card
for nid in nids:
note = mw.col.getNote(nid)
srcTxt = mw.col.media.strip(note[expField])
if not srcTxt.strip():
continue
#Add the data to the dst field
kanjizz = extractKanji(note[expField])
if kanjiIndex.get(kanjizz):
if kanjiIndex[kanjizz]['compound']:
note[compoundMeaning] = kanjiIndex[kanjizz]['compound'].decode('utf8')
else:
note[compoundMeaning] = ""
if kanjiIndex[kanjizz]['eng2meaning']:
note[Mnemonic] = kanjiIndex[kanjizz]['eng2meaning'].decode('utf8')
else:
note[Mnemonic] = ""
if kanjiIndex[kanjizz]['engmeaning']:
note[EngMeaning] = kanjiIndex[kanjizz]['engmeaning'].decode('utf8')
else:
note[EngMeaning] = ""
note.flush()
mw.progress.finish()
mw.reset()
def regeneratePronunciations(nids):
mw.checkpoint("Bulk-add Pronunciations")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
# Check if this is a supported note type. If it is not, skip.
# If no note type has been specified, we always continue the lookup proces.
if config["noteTypes"] and not any(nt.lower() in note.model()['name'].lower() for nt in config["noteTypes"]):
continue
src, srcIdx, dst, dstIdx = get_src_dst_fields(note)
if src is None or dst is None:
continue
if note[dst] and not config["regenerateReadings"]:
# already contains data, skip
continue
srcTxt = mw.col.media.strip(note[src])
if not srcTxt.strip():
continue
note[dst] = getFormattedPronunciations(srcTxt)
note.flush()
mw.progress.finish()
mw.reset()
def onDeckBrowserResetCards(did):
if mw.col.decks.isDyn(did):
tooltip("Can't reset scheduling for filtered/custom decks.")
deck_name = mw.col.decks.name(did)
cids = mw.col.decks.cids(did, children=True)
if not cids:
tooltip("Deck contains no cards.")
return
r = askUser("This will reset <b>ALL</b> scheduling information and "
"progress in the deck '{}' and all of its subdecks ({} cards)."
"<br><br>Are you sure you want to proceed?".format(
deck_name, len(cids)),
defaultno=True,
title="Reset Card Scheduling")
if not r:
return
mw.checkpoint("Reset selected deck")
mw.progress.start()
resetSelectedCardScheduling(cids)
mw.progress.finish()
mw.reset()
tooltip("{} card(s) reset.".format(len(cids)), parent=mw)
def rename(old_name, new_name):
SEPARATOR = get_config()["separator"]
tags = mw.col.tags.all()
rename_dict = {old_name: new_name} # {old : new}
for tag in tags:
parts = tag.split(SEPARATOR)
for i in range(len(parts)):
if old_name == SEPARATOR.join(parts[:i]):
retained_stub = SEPARATOR.join(parts[i:len(parts)])
rename_dict[tag] = SEPARATOR.join([new_name, retained_stub])
mw.checkpoint("Rename Tag")
mw.progress.start()
nids = mw.col.db.list('select id from notes')
for id in nids:
note = mw.col.getNote(id)
for k, v, in rename_dict.items():
if note.hasTag(k):
note.delTag(k)
note.addTag(v)
note.flush()
mw.reset()
mw.progress.finish()
def r():
#debug(f"Call function defined thanks to ({map})")
card = mw.reviewer.card
note = card.note()
if 'bury' in map and map[
'bury']: #old config. May eventually be removed.
map['action'] = 'bury note'
del map['bury']
updateConfig()
action = map.get('action', "")
checkSuffix = {
"bury card": " and Bury Card",
"bury note": " and Bury Note",
"suspend card": " and Suspend Card",
}.get(action, "")
mw.checkpoint("Add Tags" + checkSuffix)
addTags(note, map['tags'])
if action == "bury card":
mw.col.sched.buryCards([card.id])
elif action == "bury note":
mw.col.sched.buryNote(note.id)
elif action == "suspend card":
mw.col.sched.suspendCards([card.id])
if action:
mw.reset()
tooltipSuffix = {
"bury card": " and buried card",
"bury note": " and buried note",
"suspend card": " and suspended card",
}.get(action, "")
tooltip(f'Added tag(s) "%s"{tooltipSuffix}' % map['tags'])
def regeneratePronunciations(nids):
mw.checkpoint("Bulk-add Pronunciations")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
if "japanese" not in note.model()["name"].lower():
continue
src, srcIdx, dst, dstIdx = get_src_dst_fields(note)
if src is None or dst is None:
continue
if note[dst] and not regenerate_readings:
# already contains data, skip
continue
srcTxt = mw.col.media.strip(note[src])
if not srcTxt.strip():
continue
prons = getPronunciations(srcTxt)
note[dst] = " *** ".join(prons)
note.flush()
mw.progress.finish()
mw.reset()
def regenerateKeywords(nids):
mw.checkpoint("Bulk-add RTK Keywords")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
src = None
for fld in srcFields:
if fld in note:
src = fld
break
if not src:
# no src field
continue
dst = None
for fld in dstFields:
if fld in note:
dst = fld
break
if not dst:
# no dst field
continue
if note[dst] and not OVERRIDE:
# already contains data, skip
continue
srcTxt = mw.col.media.strip(note[src])
if not srcTxt.strip():
continue
try:
note[dst] = getKeywordsFast(srcTxt)
except Exception as e:
raise
note.flush()
mw.progress.finish()
mw.reset()
def bulkAdd(browser):
nids = browser.selectedNotes()
mw.checkpoint("Bulk-add Tatoeba")
mw.progress.start()
#connect to database
#connection = sqlite3.connect(databasePath)
global cursor
#cursor = connection.cursor()
#For each seleccted card
for nid in nids:
note = mw.col.getNote(nid)
#Check if we should do it
#First check to see if the fields exist
#If field check fails then cancel (does any field not exist and are all of them full?
##skip, deal with it in doNote
#do the note
if True == doNote(note):
note.flush()
#save
cursor.close()
mw.progress.finish()
mw.reset()
def regeneratePronunciations(nids):
mw.checkpoint("Bulk-add Pronunciations")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
# Check if this is a supported note type. If it is not, skip.
# If no note type has been specified, we always continue the lookup proces.
if config["noteTypes"] and not any(
nt.lower() in note.model()['name'].lower()
for nt in config["noteTypes"]):
continue
src, srcIdx, dst, dstIdx = get_src_dst_fields(note)
if src is None or dst is None:
continue
if note[dst] and not config["regenerateReadings"]:
# already contains data, skip
continue
srcTxt = mw.col.media.strip(note[src])
if not srcTxt.strip():
continue
note[dst] = getFormattedPronunciations(srcTxt)
note.flush()
mw.progress.finish()
mw.reset()
def generateNotes(self):
"""Generate new notes"""
state = "default"
self.uniq_id = str(uuid.uuid4()).replace("-", "")
self.occl_id = '%s-%s' % (self.uniq_id, self.occl_tp)
(svg_node, layer_node) = self._getMnodesAndSetIds()
if not self.mnode_ids:
tooltip("No cards to generate.<br>\
Are you sure you set your masks correctly?")
return False
self.new_svg = svg_node.toxml() # write changes to svg
omask_path = self._saveMask(self.new_svg, self.occl_id, "O")
qmasks = self._generateMaskSVGsFor("Q")
amasks = self._generateMaskSVGsFor("A")
image_path = mw.col.media.addFile(self.image_path)
img = fname2img(image_path)
mw.checkpoint("Adding Image Occlusion Cards")
for nr, idx in enumerate(self.mnode_indexes):
note_id = self.mnode_ids[idx]
self._saveMaskAndReturnNote(omask_path, qmasks[nr], amasks[nr],
img, note_id)
tooltip("%s %s <b>added</b>" % self._cardS(len(qmasks)), parent=None)
return state
def addKanjiSplits_bulk(nids):
try:
mw.checkpoint("Add Kanji Splits")
mw.progress.start()
# For each seleccted card
for nid in nids:
note = mw.col.getNote(nid)
# do the note and handle the results
if False == doNote(note):
continue
# Add the data to the dst field
if True == doNote(note):
note.flush()
except KeyError:
mw.hDialog = hDialog = QMessageBox()
hDialog.setText(
"Please make sure that these fields exist: 'Kanji Removed 1' ~ 'Kanji Removed 6', and 'Kanji Removed All'"
)
hDialog.exec_()
finally:
mw.progress.finish()
mw.reset()
def addImageFiles(nids):
mw.checkpoint("Download Audio")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
if srcFieldKanji not in note:
showInfo(
f"No source field '{srcFieldKanji}' field found for kanji")
continue # no source kanji field
if dstFieldImage not in note:
showInfo(
f"No destination field '{dstFieldImage}' field found for audio"
)
continue # no destination image field
if note[dstFieldImage] and overwriteImages != "true":
continue # already contains data
(data, file_name) = imageDownload(
note[srcFieldKanji]) # download the actual image
if data:
mw.col.media.writeData(file_name, data) # write to the collection
note[
dstFieldImage] = '<img src="' + file_name + '" />' # make name for field
note.flush()
else:
#showInfo("No sound found")
continue
mw.progress.finish()
mw.reset()
def execute(self, action):
mw.checkpoint(action)
for cmd in self:
try:
self._parse(cmd,
course=self.course,
datasource=self.datasource)
except Exception as x:
msg = 'Undoing {0} due to error "{1}"'.format(action, x)
if hasattr(x, 'cmd'):
msg = msg + '\n\nWas processing command:\n{0}'.format(
x.cmd)
msg = msg + '''
------------------------------------------------------------------
Please include the information below if reporting an error
------------------------------------------------------------------
{0}'''.format(traceback.format_exc())
showWarning(msg, title=self.course.name)
mw.onUndo()
return False
if self._warnings:
showWarning('\n'.join(self._warnings))
# refresh main view so changes are visible
mw.reset()
return True
def regeneratePhonetics(nids):
mw.checkpoint(buttonText)
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
src = None
for fld in srcFields:
if fld in note:
src = fld
break
if not src:
# no src field
continue
dst = None
for fld in dstFields:
if fld in note:
dst = fld
break
if not dst:
# no dst field
continue
if note[dst]:
# already contains data, skip
continue
srcTxt = mw.col.media.strip(note[src])
if not srcTxt.strip():
continue
try:
note[dst] = getHighlightedPhonetics(srcTxt)
except Exception, e:
raise
note.flush()
def importDeck():
mw.checkpoint("Import scheduling info")
try:
_importDeck()
except:
mw.col.db.rollback()
raise
def onMenuEntry():
"""Callback for our menu entry."""
dialog = KanjiVocabDialog()
if dialog.exec_():
mw.progress.start(immediate=True)
mw.progress.update(_("Tagging vocabulary cards"))
mw.checkpoint(_("Tag vocabulary cards based on kanji"))
tagged, not_tagged, kanji = tag_notes(col=mw.col,
kanji_field=dialog.kanji_field,
kanji_filter=dialog.kanji_filter,
vocab_field=dialog.vocab_field,
require_kanji=dialog.require_kanji,
tags=dialog.tags,
delete_tags=dialog.delete_tags)
mw.progress.finish()
# FIXME: Do we need to do something?
#mw.deck.refreshSession()
aqt.utils.showInfo("Applied tags on %u out of %u notes (based on %u kanji)." % (
len(tagged),
len(tagged) + len(not_tagged),
len(kanji)))
def convert_subdecks_to_tags():
"""Main function to convert currently selected deck."""
parent_deck_id = mw.col.decks.selected()
children_decks = mw.col.decks.children(parent_deck_id)
mw.checkpoint(_("convert subdeck to tags"))
for child_deck_name, child_deck_id in children_decks:
# Reformat deck title into an appropriate tag
tag = reformat_title(child_deck_name, SEPARATOR)
# Get old card properties
child_cids = mw.col.decks.cids(child_deck_id)
mod = intTime()
usn = mw.col.usn()
str_cids = ids2str(child_cids)
# Move cards to new deck if config option set
if get_user_option("Merge decks", False):
mw.col.db.execute(
"update cards set usn=?, mod=?, did=? where id in " + str_cids,
usn, mod, parent_deck_id)
mw.col.decks.rem(child_deck_id)
# New tag based on child deck name
child_cards = (mw.col.getCard(cid) for cid in child_cids)
child_nids = set(c.nid for c in child_cards)
mw.col.tags.bulkAdd(list(child_nids), tag)
mw.requireReset()
def regeneratePronunciations(nids):
mw.checkpoint("Bulk-add Pronunciations")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
#if "japanese" not in note.model()['name'].lower():
# continue
src, srcIdx, dst, dstIdx, snd, sndIdx, color, colorIdx = get_src_dst_fields(
note)
if not src or dst is None:
continue
if note[dst] and not config["regenerate_prons"]:
# already contains data, skip
continue
srcTxt = mw.col.media.strip(note[src])
if not srcTxt.strip():
continue
color_src = mw.col.media.strip(note[color]) if color else ''
note[src], note[dst], new_color_field, audio = multi_lookup(
srcTxt, getPronunciations, colorTxt=color_src)
if snd and audio: note[snd] = add_audio(audio)
if color:
note[color] = new_color_field
note.flush()
mw.progress.finish()
mw.reset()
def _onTreeDeckRenameLeaf(self, item):
mw.checkpoint(_("Rename Deck"))
from aqt.utils import showWarning
from anki.errors import DeckRenameError
self.browser._lastSearchTxt = ""
sel = mw.col.decks.byName(item.fullname)
try:
path, leaf = item.fullname.rsplit('::', 1)
newName = path + '::' + getOnlyText(_("New deck name:"),
default=leaf)
except ValueError:
newName = getOnlyText(_("New deck name:"), default=item.fullname)
newName = newName.replace('"', "")
if not newName or newName == item.fullname:
return
newName = unicodedata.normalize("NFC", newName)
deck = mw.col.decks.get(sel["id"])
try:
mw.col.decks.rename(deck, newName)
except DeckRenameError as e:
return showWarning(e.description)
self._swapHighlight(item.type, item.fullname, newName)
self._saveDecks()
# self.highlight('deck',newName)
mw.show()
mw.reset(True)
def dropEvent(self, event):
dragItem = event.source().currentItem()
if not isinstance(dragItem.type, str):
return
dgType = dragItem.type
if dgType not in self.node_state:
event.setDropAction(Qt.IgnoreAction)
event.accept()
return
QAbstractItemView.dropEvent(self, event)
if not self.dropItem or \
self.dropItem.type == dgType or \
self.dropItem.type == dgType[:3]: #pin
mw.checkpoint("Dragged " + dgType)
dragName, dropName = self._getItemNames(dragItem)
parse = mw.col.decks #used for parsing '::' separators
cb = None
if dgType in ("deck", "dyn"):
self._deckDropEvent(dragName, dropName)
elif dgType == "tag":
cb = self.moveTag
elif dgType == "model":
cb = self.moveModel
elif dgType[:3] in ("fav", "pin"):
cb = self.moveFav
if cb:
self._strDropEvent(dragName, dropName, cb)
self.node_state[dgType][dropName] = True
mw.col.setMod()
self.browser.buildTree()
def regeneratePhonetics(nids):
mw.checkpoint(buttonText)
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
src = None
for fld in srcFields:
if fld in note:
src = fld
break
if not src:
# no src field
continue
dst = None
for fld in dstFields:
if fld in note:
dst = fld
break
if not dst:
# no dst field
continue
if note[dst]:
# already contains data, skip
continue
srcTxt = mw.col.media.strip(note[src])
if not srcTxt.strip():
continue
try:
note[dst] = getHighlightedPhonetics(srcTxt)
except Exception, e:
raise
note.flush()
def addKanjiSplits_bulk(nids):
try:
mw.checkpoint("Add Kanji Splits")
mw.progress.start()
# For each seleccted card
for nid in nids:
note = mw.col.getNote(nid)
# do the note and handle the results
if False == doNote(note):
continue
# Add the data to the dst field
if True == doNote(note):
note.flush()
except KeyError:
mw.hDialog = hDialog = QMessageBox()
hDialog.setText("Please make sure that these fields exist: 'Kanji Removed 1' ~ 'Kanji Removed 6', and 'Kanji Removed All'")
hDialog.exec_()
finally:
mw.progress.finish()
mw.reset()
def onMenuEntry():
"""Callback for our menu entry."""
dialog = KanjiVocabDialog()
if dialog.exec_():
mw.progress.start(immediate=True)
mw.progress.update(_("Tagging vocabulary cards"))
mw.checkpoint(_("Tag vocabulary cards based on kanji"))
tagged, not_tagged, kanji = tag_notes(
col=mw.col,
kanji_field=dialog.kanji_field,
kanji_filter=dialog.kanji_filter,
vocab_field=dialog.vocab_field,
require_kanji=dialog.require_kanji,
tags=dialog.tags,
delete_tags=dialog.delete_tags)
mw.progress.finish()
# FIXME: Do we need to do something?
#mw.deck.refreshSession()
aqt.utils.showInfo(
"Applied tags on %u out of %u notes (based on %u kanji)." %
(len(tagged), len(tagged) + len(not_tagged), len(kanji)))
def decreaseDelay(cids):
(percent, percentResp) = getPercentWithResponse()
if percent is None:
if percentResp:
showWarning("Please enter an integral number of days{percentResp}")
return
mw.checkpoint("Decreasing percent")
mw.progress.start()
for cid in cids:
card = mw.col.getCard(cid)
whichDue = "odue" if card.odid else "due"
if getattr(card, whichDue) < card.col.sched.today and not getUserOption("Also change late cards", False):
continue
if card.type != QUEUE_REV:
continue
curentIvl = card.ivl if getUserOption("Consider last review date", False) else getattr(
card, whichDue) - card.col.sched.today
decrease = curentIvl*(100-percent)/100
setattr(card, whichDue, getattr(card, whichDue)-decrease)
card.ivl -= decrease
card.flush()
mw.progress.finish()
mw.col.reset()
mw.reset()
tooltip(_("""Delay changed."""))
def bulkAddJDefs(nids):
mw.checkpoint("Add JDefs")
mw.progress.start()
#For each seleccted card
for nid in nids:
note = mw.col.getNote(nid)
#Check if we should do it
#First check to see if the fields exist
#If field check fails then cancel (does any field not exist and are all of them full?
if not definitionField in note or \
not dictionaryForm in note or \
(note[definitionField] and \
note[dictionaryForm]):
continue
#do the note
if True == doNote(note, 1):
note.flush()
#save
mw.progress.finish()
mw.reset()
def process(self, nids):
if not nids:
raise NoNoteError
if not self.freq_list:
raise NoListError
self.stat = {
"total": len(nids),
"written": 0,
"skipped": 0,
"overwritten": 0,
"notfound": 0,
"nofield": 0,
}
#split dict and parse each piece
more = split = 0
LEN = len(self.freq_list)
while more < LEN:
more = self.parseList(more)
mw.checkpoint("Wordsworth")
nids = self.processNotes(nids)
split += 1
self.dict = None
#Adjust stat count based on number of splits
self.stat["nofield"] //= split
matched = self.stat["written"] + self.stat["skipped"]
self.stat["notfound"]=self.stat["total"]- \
matched-self.stat["nofield"]
def bulkAddJDefs(nids):
mw.checkpoint("Add JDefs")
mw.progress.start()
#For each seleccted card
for nid in nids:
note = mw.col.getNote(nid)
#Check if we should do it
#First check to see if the fields exist
#If field check fails then cancel (does any field not exist and are all of them full?
if not definitionField in note or \
not dictionaryForm in note or \
(note[definitionField] and \
note[dictionaryForm]):
continue
#do the note
if True == doNote(note, 1):
note.flush()
#save
mw.progress.finish()
mw.reset()
def _updateExistingCards(checkpoint, nids, processFunc):
updatedCount = 0
mw.checkpoint(checkpoint)
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
text_fields = set(note.keys()).intersection(TEXT_FIELDS_SET)
if len(text_fields) == 0:
continue
text_field = text_fields.pop()
text = note[text_field]
newText, num = processFunc(text)
if text != newText:
note[text_field] = newText
note.flush()
updatedCount += num
mw.progress.finish()
mw.reset()
spacesNotice = ""
if FEATURES["nonBreakingSpaces"]:
spacesNotice = " and replaced spaces inside clozes with non-breaking spaces"
showInfo(u"Updated {0} cards (from {1} cloze notes){2}.".format(
updatedCount, len(nids), spacesNotice))
def regeneratePronunciations(nids):
mw.checkpoint("Bulk-add Pronunciations")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
if "japanese" not in note.model()['name'].lower():
continue
src, srcIdx, dst, dstIdx = get_src_dst_fields(note)
if src is None or dst is None:
continue
if note[dst] and not regenerate_readings:
# already contains data, skip
continue
srcTxt = mw.col.media.strip(note[src])
if not srcTxt.strip():
continue
prons = getPronunciations(srcTxt)
note[dst] = " *** ".join(prons)
note.flush()
mw.progress.finish()
mw.reset()
def import_from_json():
path = getFile(mw, "Org file to import", cb=None, dir=expanduser("~"))
if not path:
return
with open(path, 'r') as f:
content = f.read().decode('utf-8')
entries = json.loads(content)
import itertools
get_deck = lambda e: e['deck']
entries = sorted(entries, key=get_deck)
mw.checkpoint(_("Import"))
logs = []
for deck_name, entries in itertools.groupby(entries, get_deck):
# FIXME: If required we could group by model name also!
importer = JsonImporter(mw.col, path, MODEL_NAME, deck_name)
importer.initMapping()
importer.run(list(entries))
if importer.log:
logs.append('\n'.join(importer.log))
txt = _("Importing complete.") + "\n"
txt += '\n'.join(logs)
showText(txt)
mw.reset()
def createAnkiNote(hanziToAddNoteList, masterNoteModelFile):
mw.checkpoint("Manual Create Note")
mw.progress.start()
# Get desired deck name from input box
deckName = master_deckName
if not deckName:
return
#deckName = deckName.replace('"', "")
# Create new deck with name from input box
deck = mw.col.decks.get(mw.col.decks.id(deckName))
# Copy notes
for hanziNote in hanziToAddNoteList:
showInfo("Found note: %s" % (str(hanziNote)))
#note = mw.col.getNote(nid)
model = masterNoteModelFile
# Assign model to deck
mw.col.decks.select(deck['id'])
mw.col.decks.get(deck)['mid'] = model['id']
mw.col.decks.save(deck)
# Assign deck to model
mw.col.models.setCurrent(model)
mw.col.models.current()['did'] = deck['id']
mw.col.models.save(model)
# Create new note
note_toAdd = mw.col.newNote()
# Copy tags and fields (all model fields) from original note
#note_toAdd.tags = note.tags
#note_toAdd.fields = note.fields
note_toAdd[master_Hanzi_SrcField] = hanziNote[1]
note_toAdd[master_Traditional_Field] = hanziNote[2]
note_toAdd[master_Freq_Field] = str(hanziNote[0])
note_toAdd[master_Pinyin_Field] = hanziNote[4]
note_toAdd[master_Pinyin2_Field] = hanziNote[5]
note_toAdd[master_meaning_Field] = hanziNote[6]
note_toAdd[master_Auto_Sentence_SrcField] = hanziNote[8][0]
note_toAdd[master_Auto_SR_SrcField] = hanziNote[8][1]
note_toAdd[master_Auto_ST_SrcField] = hanziNote[8][2]
note_toAdd[master_Auto_SA_SrcField] = hanziNote[8][3]
note_toAdd[master_Auto_Synced_Hint_SrcField] = hanziNote[8][4]
if len(
hanziNote[8]
) >= 6 and Enable_Optional_Custom_MasterSlaveSyncFieldList == True:
note_toAdd[hanziNote[8][5][0]] = hanziNote[8][5][1]
# Refresh note and add to database
note_toAdd.flush()
mw.col.addNote(note_toAdd)
# Reset collection and main window
mw.col.reset()
showInfo("collection has been reset")
mw.progress.finish()
mw.reset()
showInfo("All done !")
def onManageModel(self):
self.browser.editor.saveNow(self.hideEditor)
mw.checkpoint("Manage model")
import aqt.models
aqt.models.Models(self.mw, self.browser)
mw.col.setMod()
self.browser.onReset()
self.browser.maybeRefreshSidebar()
def addHeisigNumbers(nids):
#get version to use
version = getHeisigVersion()
if version == False:
return
fields = []
anote=mw.col.getNote(nids[0])
#get the fields of the first note
for (i, f) in anote.items():
fields.append(i)
#get input/output fields from user
expField = getKeyFromList("Select field to read from", "Read relevant kanji/expression from:", fields)
if (expField is None):
return
heisigNumDstField = getKeyFromList("Select field to write to", "Write Heisig numbers to:", fields)
if (heisigNumDstField is None):
return
mw.checkpoint("Add Heisig Numbers")
mw.progress.start()
readRTK()
#For each seleccted card
for nid in nids:
note = mw.col.getNote(nid)
src = None
if expField in note:
src = expField
if not src:
# no src field then next card
continue
dst = None
if heisigNumDstField in note:
dst = heisigNumDstField
if not dst:
# no dst field then skip card
continue
srcTxt = mw.col.media.strip(note[src])
if not srcTxt.strip():
continue
#Add the data to the dst field
num = joinseparator.join(lookupKanjiInfo(srcTxt, 'heisig'+version))
if num!=0:
note[dst] = str(num)
#sys.stderr.write("Results:" + note[dst])
note.flush()
mw.progress.finish()
mw.reset()
def mergeDupes(res):
if not res:
return
mw.checkpoint(_("Merge Duplicates"))
def update(ncc, nc):
#if not mw.col.decks.current()['dyn']:
# curdid = mw.col.decks.current()['id']
#else:
curdid = nc.did
mw.col.db.execute("update cards set did=?, mod=?, usn=?, type=?, queue=?, due=?, ivl=?, factor=?, reps=?, lapses=?, left=?, odue=0, odid=0 where id = ?",
curdid, intTime(), mw.col.usn(), nc.type, nc.queue, nc.due, nc.ivl, nc.factor, nc.reps, nc.lapses, nc.left, ncc.id)
for s, nidlist in res:
note_copy = mw.col.newNote()
for i, nid in enumerate(nidlist):
n = mw.col.getNote(nid)
note_copy.tags += n.tags
# Because apparently it's nontrivial to retrive cards by ord# so force all cards to exist before we copy the scheduling
for (name, value) in n.items():
if not n[name]:
n[name] = "BLANK"
n.flush()
# Add note to database now to force anki to generate cards, then copy an initial state for the new cards
if (i == 0):
note_copy.fields = n.fields
mw.col.addNote(note_copy)
for ncc, nc in zip(note_copy.cards(), n.cards()):
update(ncc, nc)
for (name, value) in note_copy.items():
if value == "BLANK":
note_copy[name] = ""
if n[name] != "BLANK":
if not value or value == "BLANK":
note_copy[name] = n[name]
continue
arr = value.split(" / ")
if (n[name] not in arr):
note_copy[name] = value + " / " + n[name]
for ncc, nc in zip(note_copy.cards(), n.cards()):
if nc.ivl > ncc.ivl or nc.queue > ncc.queue:
update(ncc, nc)
note_copy.flush()
mw.col.remNotes(nidlist)
mw.col.tags.bulkRem([note_copy.id], _("duplicate"))
mw.progress.finish()
mw.col.reset()
mw.reset()
tooltip(_("Notes merged."))
def run(self, apiKey):
"""Import all available cards."""
mw.checkpoint("Import from SRS Collector")
self._apiKey = apiKey
data = self._downloadCardData()
self._checkMeta(data["meta"]["anki_addon"])
if "card_models" in data:
self._ensureCardModels(data["card_models"])
self._importCardsWithTempDir(data["cards"])
mw.col.autosave()
mw.reset()
def formatFrameNumbers(nids):
mw.checkpoint("Format frame numbers")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
(c,e) = clozeFields(note)
# does it contain data?
if not e or not note[e]:
continue
_formatFrameNumbers(note, c, e)
mw.progress.finish()
mw.reset()
def createClozes(nids):
mw.checkpoint("Create clozes")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
(c,e) = clozeFields(note)
# does it contain data?
if not c or not e or not note[c] or not note[e]:
continue
_createClozes(note, c, e)
mw.progress.finish()
mw.reset()
def repositionCards(nids):
mw.checkpoint("Reposition cards")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
(c,e) = clozeFields(note)
# does it contain data?
if not c or not e:
continue
_repositionCards(note, c, e)
mw.progress.finish()
mw.reset()
def addExtraStories(nids):
readStories()
fields = []
anote=mw.col.getNote(nids[0])
#get the fields of the first note
for (i, f) in anote.items():
fields.append(i)
#get input/output fields from user
expField = addinfofuncts.getKeyFromList("Select field to read from", "Read relevant kanji/expression from:", fields)
if (expField is None):
return
#get input/output fields from user
story1DstField = addinfofuncts.getKeyFromList("Select field to write to", "Write extra story to:", fields)
if (story1DstField is None):
return
#get input/output fields from user
story2DstField = addinfofuncts.getKeyFromList("Select field to write to", "Write other extra story to:", fields)
if (story2DstField is None):
return
mw.checkpoint("Add Extra Stories")
mw.progress.start()
#For each seleccted card
for nid in nids:
note = mw.col.getNote(nid)
src = expField
srcTxt = mw.col.media.strip(note[src])
if not srcTxt.strip():
continue
#Add the data to the dst field
kanjizz = extractKanji(note[src])
if kanjizz not in kanjiIndex:
continue
if kanjiIndex[kanjizz]:
if kanjiIndex[kanjizz]['story1']:
note[story1DstField] = kanjiIndex[kanjizz]['story1'].decode('utf8')
else:
note[story1DstField] = ""
if kanjiIndex[kanjizz]['story2']:
note[story2DstField] = kanjiIndex[kanjizz]['story2'].decode('utf8')
else:
note[story2DstField] = ""
note.flush()
mw.progress.finish()
mw.reset()
def addKanjiKeywords_bulk(nids):
fields = []
anote=mw.col.getNote(nids[0])
#get the fields of the first note
for (i, f) in anote.items():
fields.append(i)
#get input/output fields from user
expField = getKeyFromList("Select field to read from", "Read relevant kanji/expression from:", fields)
if (expField is None):
return
kanjiDstField = getKeyFromList("Select field to write to", "Write keywords to:", fields)
if (heisigNumDstField is None):
return
mw.checkpoint("Add Heisig Keywords")
readRTK()
#set version
version = '2010'
#get output field
#which numbering system do you want to use?
mw.progress.start()
#For each seleccted card
for nid in nids:
note = mw.col.getNote(nid)
src = None
if expField in note:
src = expField
if not src:
# no src field then next card
continue
dst = None
if kanjiDstField in note:
dst = kanjiDstField
if not dst:
# no dst field then skip card
continue
#Add the data to the dst field
if True == doNote(note, expField, kanjiDstField):
note.flush()
mw.progress.finish()
mw.reset()
def updateNotes(self):
"""Update existing notes"""
state = "default"
self.uniq_id = self.opref['uniq_id']
self.occl_id = '%s-%s' % (self.uniq_id, self.occl_tp)
omask_path = None
self._findAllNotes()
(svg_node, mlayer_node) = self._getMnodesAndSetIds(True)
if not self.mnode_ids:
tooltip("No shapes left. You can't delete all cards.<br>\
Are you sure you set your masks correctly?")
return False
mw.checkpoint("Editing Image Occlusion Cards")
ret = self._deleteAndIdNotes(mlayer_node)
if not ret:
# confirmation window rejected
return False
else:
(del_count, new_count) = ret
self.new_svg = svg_node.toxml() # write changes to svg
old_svg = self._getOriginalSvg() # load original svg
if self.new_svg != old_svg or self.occl_tp != self.opref["occl_tp"]:
# updated masks or occlusion type
omask_path = self._saveMask(self.new_svg, self.occl_id, "O")
qmasks = self._generateMaskSVGsFor("Q")
amasks = self._generateMaskSVGsFor("A")
state = "reset"
image_path = mw.col.media.addFile(self.image_path)
img = fname2img(image_path)
logging.debug("mnode_indexes %s", self.mnode_indexes)
for nr, idx in enumerate(self.mnode_indexes):
logging.debug("=====================")
logging.debug("nr %s", nr)
logging.debug("idx %s", idx)
note_id = self.mnode_ids[idx]
logging.debug("note_id %s", note_id)
logging.debug("self.nids %s", self.nids)
nid = self.nids[note_id]
logging.debug("nid %s", nid)
if omask_path:
self._saveMaskAndReturnNote(omask_path, qmasks[nr], amasks[nr],
img, note_id, nid)
else:
self._saveMaskAndReturnNote(None, None, None,
img, note_id, nid)
self._showUpdateTooltip(del_count, new_count)
return state
def bulkAddClozes(nids):
mw.checkpoint("Bulk-add clozes")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
(c,e) = clozeFields(note)
# does it contain data?
if not c or not e or not note[c] or not note[e]:
continue
_formatFrameNumbers(note, c, e)
_createClozes(note, c, e)
_repositionCards(note, c, e)
mw.progress.finish()
mw.reset()
def regenerate_bulk_readings(note_ids):
if not yomidict:
raise Exception("Yomidict not working.")
mw.checkpoint(MENU_NAME)
mw.progress.start()
for nid in note_ids:
note = mw.col.getNote(nid)
update_note(note)
note.flush()
mw.progress.finish()
mw.reset()
def onEdit():
if not mw.reviewer.card:
return showInfo("Please run this when a card is shown")
m = mw.reviewer.card.model()
t = mw.reviewer.card.template()
if "canvas" in t['qfmt']:
return
mw.checkpoint("Embed Scratchpad")
t['qfmt'] += '\n<br><div id="canvas"></div>' + "\n<script>%s</script>" % JS
m['css'] += CSS
mw.col.models.save(m)
mw.col.setMod()
mw.reset()
showInfo("Scratchpad embedded.")
def regenerateFrameNumbers(nids):
mw.checkpoint("Regenerate frame numbers")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
(c,e) = clozeFields(note)
# right note type?
if not c:
continue
clozeText = stripHTML(mw.col.media.strip(note[c]))
note[e] = u' '.join([formatFrame(c) for c in extractKanji(clozeText)])
note.flush()
mw.progress.finish()
mw.reset()
def addKimExamples(nids):
readExamples()
mw.checkpoint("Add Kim Examples")
mw.progress.start()
# For each seleccted card
for nid in nids:
note = mw.col.getNote(nid)
if note[expField] == "":
continue
doNote(note)
note.flush()
mw.progress.finish()
mw.reset()
def addInfo(nids, sourceName):
fields = []
anote=mw.col.getNote(nids[0])
#get the fields of the first note
for (i, f) in anote.items():
fields.append(i)
#get input/output fields from user
expField = getKeyFromList("Select field to read from", "Read relevant kanji/expression from:", fields)
if (expField is None):
return
infoDstField = getKeyFromList("Select field to write to", "Write {} to:".format(sourceName), fields)
if (infoDstField is None):
return
mw.checkpoint("Add {} info".format(sourceName))
mw.progress.start()
kanjiIndex = readInfo(sourceName)
#For each seleccted card
for nid in nids:
note = mw.col.getNote(nid)
src = None
if expField in note:
src = expField
if not src:
# no src field then next card
continue
dst = None
if infoDstField in note:
dst = infoDstField
if not dst:
# no dst field then skip card
continue
srcTxt = mw.col.media.strip(note[src])
if not srcTxt.strip():
continue
#Add the data to the dst field
num = joinseparator.join(lookupKanjiInfo(srcTxt, kanjiIndex, 'info'))
if num!=0:
note[dst] = str(num)
#sys.stderr.write("Results:" + note[dst])
note.flush()
mw.progress.finish()
mw.reset()
def add_examples_bulk(nids):
mw.checkpoint("Bulk-add Examples")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
# Find example sentences
examples = find_examples_multiple(note, MAX_PERMANENT)
if not examples:
continue
note[DEST_FIELD] = examples
note.flush()
mw.progress.finish()
mw.reset()
def add_examples_bulk(nids):
mw.checkpoint("Bulk-add Examples")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
# Find example sentences
try:
examples = find_examples_multiple(note, config["maxPermanent"])
except NoExamplesFoundException:
continue
_set_fields(note, examples)
note.flush()
mw.progress.finish()
mw.reset()
def onFixHTML(browser):
nids = browser.selectedNotes()
if not nids:
showInfo("Please select some notes.")
return
mw.checkpoint("Fix Invalid HTML")
mw.progress.start(immediate=True)
try:
changed = _onFixHTML(browser, nids)
finally:
mw.progress.finish()
browser.model.reset()
mw.requireReset()
showInfo("Updated %d/%d notes." % (changed, len(nids)), parent=browser)
