def multi_regen(nid, src_fields, dst_fields, mecab):
note = mw.col.getNote(nid)
if "japanese" not in note.model()['name'].lower():
return
src = None
for fld in src_fields:
if fld in note:
src = fld
break
if not src:
# no src field
return
dst = None
for fld in dst_fields:
if fld in note:
dst = fld
break
if not dst:
# no dst field
return
if note[dst]:
# already contains data, skip
return
srcTxt = mw.col.media.strip(note[src])
if not srcTxt.strip():
return
try:
note[dst] = mecab.reading(srcTxt)
except Exception, e:
mecab = None
raise
def onFocusLost(flag, n, fidx):
if (n.model()["name"].startswith("JP Grammar")):
if mw.col.models.fieldNames(n.model()).index("Text") == fidx:
text = mw.col.media.strip(n["Text"])
if not nomecab:
n["Reading"] = mecab.reading(text)
return True
return flag
def getCompleteDefinitionsForWord(targetWord):
defs = shinmeikai.getDefsOfWord(targetWord, conf)
sortedDefs = sortDefinitions(defs)
optimallySelectedDefs = removeOverflowDefinitions(sortedDefs)
formatedDef = defListToString(optimallySelectedDefs)
if conf.addFuriganaToDef:
formatedDef = mecab.reading(formatedDef)
completeDefinitions = correctSpacing(formatedDef)
return completeDefinitions
def _checkJapaneseReading(self, note, fieldmap):
# check for a reading field
reading_id = fieldmap.get('Reading', None)
if reading_id:
try:
from japanese.reading import mecab
note.fields[reading_id[0]] = mecab.reading(reading)
except:
self.status = (u'Error: Unable to generate the reading.' +
u'Please install the Japanese Support Plugin.')
return False
return True
def test():
defs = shinmeikai.getDefsOfWord(sys.argv[1], conf)
#print(defs)
sortedDefs = sortDefinitions(defs)
#print(sortedDefs)
optimallySelectedDefs = removeOverflowDefinitions(sortedDefs)
#print(optimallySelectedDefs)
formatedDef = defListToString(optimallySelectedDefs)
#print(formatedDef)
if conf.addFuriganaToDef:
formatedDef = mecab.reading(formatedDef)
#print(formatedDef)
return formatedDef
def regenerateReadings(factIds):
mw.deck.startProgress(max=len(factIds))
for c, id in enumerate(factIds):
mw.deck.updateProgress(label="Generating readings...",
value=c)
fact = mw.deck.s.query(Fact).get(id)
try:
for i in range(len(srcFields)):
fact[dstFields[i]] = mecab.reading(fact[srcFields[i]])
except:
pass
mw.deck.refresh()
mw.deck.updateCardQACacheFromIds(factIds, type="facts")
mw.deck.finishProgress()
def getExamples(term):
term = mecab.reading(term)
answers = []
japA = []
engA = []
jap = eng = None
for item in examplesA:
#sys.stderr.write("Item:" + item['Expression'] + "\n")
match = (item['Reading']).find(term)
#sys.stderr.write("Match?:" + str(match) + "\n")
if -1 != (item['Reading']).find(term): ###IF TERM IN IN EXPRESSION##########
#sys.stderr.write("Found:" + item['Expression'] + "\n")
japA.append(item['Reading'])
engA.append(item['Meaning'])
japA = japA[:MAX_EXAMPLES]
engA = engA[:MAX_EXAMPLES]
return EList(japA, engA)
def getExamples(term):
term = mecab.reading(term)
answers = []
japA = []
engA = []
jap = eng = None
for item in examplesA:
# sys.stderr.write("Item:" + item['Expression'] + "\n")
match = (item["Reading"]).find(term)
# sys.stderr.write("Match?:" + str(match) + "\n")
if -1 != (item["Reading"]).find(term): ###IF TERM IN IN EXPRESSION##########
# sys.stderr.write("Found:" + item['Expression'] + "\n")
japA.append(item["Reading"])
engA.append(item["Meaning"])
japA = japA[:MAX_EXAMPLES]
engA = engA[:MAX_EXAMPLES]
return EList(japA, engA)
def onFocusLost(flag, n, fidx):
if (n.model()["name"].startswith("JP Vocabulary")):
if mw.col.models.fieldNames(n.model()).index("Kanji Reading") == fidx:
keyword = mw.col.media.strip(n["Kanji Reading"])
if keyword != "":
conkdb = sqlite3.connect("../../addons/myjp/data/jpdb")
conkdb.row_factory = sqlite3.Row
c = conkdb.cursor()
keywords=(keyword,)
if not nomecab:
n["Reading (Mecab)"] = mecab.reading(keyword)
c.execute("SELECT * FROM jpdic WHERE keyword=?",keywords)
row = c.fetchone()
for f in fields2dbMap:
if n[f] == "":
if f.startswith("K "):
for i in range(0,len(keyword)):
k = keyword[i]
c.execute("SELECT * FROM kanji WHERE kanji=?",k)
krow = c.fetchone()
if krow and type(fields2dbMap[f]) == type([]):
for k in fields2dbMap[f]:
if k not in krow.keys() or krow[k] == "":
continue
else:
if n[f] != "":
n[f] +=", "
n[f] += krow[k]
break
if krow and fields2dbMap[f] in krow.keys():
if n[f] != "":
n[f] +=", "
n[f] += krow[fields2dbMap[f]]
elif row and type(fields2dbMap[f]) == type([]):
for k in fields2dbMap[f]:
if k not in row.keys() or row[k] == "":
continue
else:
n[f] = row[k]
break
elif row and fields2dbMap[f] in row.keys():
n[f] = row[fields2dbMap[f]]
return True
return flag
def regenerateReadings(nids):
global mecab
mw.checkpoint("Bulk-add Readings")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
# Amend notetypes.py to add your note types
_noteName = note.model()['name'].lower()
if not isActiveNoteType(_noteName):
continue
src = None
for field in srcFields:
if field in note:
src = field
break
if not src:
# no src field
continue
# dst is the destination field for the Readings
dst = None
for field in dstFields:
if field in note:
dst = field
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] = mecab.reading(srcTxt)
except Exception as e:
mecab = None
raise
note.flush()
mw.progress.finish()
mw.reset()
def regenerateReadings(nids):
global mecab
mw.checkpoint("Bulk-add Readings")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
# Amend notetypes.py to add your note types
_noteName = note.model()['name'].lower()
if not isJapaneseNoteType(_noteName):
continue
src = None
for field in srcFields:
if field in note:
src = field
break
if not src:
# no src field
continue
# dst is the destination field for the Readings
dst = None
for field in dstFields:
if field in note:
dst = field
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] = mecab.reading(srcTxt)
except Exception as e:
mecab = None
raise
note.flush()
mw.progress.finish()
mw.reset()
def regenerateReadings(nids):
global mecab
mw.checkpoint("Bulk-add Readings")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
if "japanese" not in note.model()['name'].lower():
continue
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] = mecab.reading(srcTxt)
except Exception, e:
mecab = None
raise
note.flush()
def regenerateReadings(nids):
global mecab
mw.checkpoint("Bulk-add Readings")
mw.progress.start()
for nid in nids:
note = mw.col.getNote(nid)
if "japanese" not in note.model()["name"].lower():
continue
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] = mecab.reading(srcTxt)
except Exception, e:
mecab = None
raise
note.flush()
#start mecab translator
#mecab = japanese.reading.MecabController()
global mecab
#Add the data to the dst field
try:
japR, engR = getExamples(srcTxt)
#sys.stderr.write("got jap:" +'<br>'.join(japR))
#sys.stderr.write("got eng:" +'<br>'.join(engR))
except Exception, e:
raise
#results #array of "jap" and "eng" hashs
Examples = mecab.reading(('<br>'.join(japR)).decode('utf-8'))
Questions = makeQuestions(srcTxt, ('<br>'.join(japR)).decode('utf-8'))
English = ('<br>'.join(engR)).decode('utf-8')
try:
result = Examples
except Exception, e:
mecab = None
raise
note[dstField] = result
#next make question
#check if the fields exist
dst = None
def createNote(self):
# create the new note
note = mw.col.newNote()
# set the deck
if not self.deck.strip():
note.model()['did'] = 1
else:
note.model()['did'] = mw.col.decks.id(self.deck)
# verify this is an Anki 2 cloze model
if not note.model()['type'] == MODEL_CLOZE:
self.status = u'Error: '+note.model()['name']+' is not a Cloze model.'
return False
# create a list of cloze candidates
listClozes = self._generateClozeList()
# grab part of the card for the status update
excerpt = self.text[:10]
excerpt = excerpt.replace(u'\n', u' ')
if len(self.text) > 10:
excerpt += u'...'
# convert the newlines to html
self.text = unicode.replace( self.text, '\n', '<br>' )
self.notes = unicode.replace( self.notes, '\n', '<br>' )
self.source = unicode.replace( self.source, '\n', '<br>' )
# save the text for the reading generation
reading = self.text
# pre-process all of the closes
for i, clz in enumerate(listClozes):
self.text = self._clozePrepare( self.text, clz, i+1 )
# finalize the clozes, this two stage process prevents errors with embedded clozes
for i, clz in enumerate(listClozes):
self.text = self._clozeFinalize( self.text, clz, i+1 )
# set the tags
note.tags = mw.col.tags.split(self.tags)
# deal with the source field
if len(self.source):
source_id = mw.col.models.fieldMap( note.model() ).get('Source', None)
if source_id:
note.fields[ source_id[0] ] = self.source
else:
self.notes = self.notes + u'<br><br>' + self.source
# check for a reading field
reading_id = mw.col.models.fieldMap( note.model() ).get('Reading', None)
if reading_id:
try:
from japanese.reading import mecab
note.fields[ reading_id[0] ] = mecab.reading(reading)
except:
self.status = u'Error: Unable to generate the reading. Please install the Japanese Support Plugin.'
return False
# fill in the note fields
note.fields[0] = self.text
note.fields[1] = self.notes
# check for errors
if note.dupeOrEmpty():
self.status = u'Error: Note is empty or a duplicate'
return False
cards = mw.col.addNote(note)
# save the collection
mw.col.autosave()
# set the status
self.status = u'Added a new note \'{0}\' with {1} {2}.'.format(excerpt, len(listClozes), u'cloze' if len(listClozes) == 1 else u'clozes')
# return success
return True
# define input (change this to the values you want)
input = u"""
理髪店
蝶番い
度合い
大至急
気忙しい
啜る
芒洋
辻褄
"""
expressions = input.split()
output = ""
# loop through expressions and construct the semicolon-delimited string
for expression in expressions:
output += expression
output += ";"
output += ";" #meaning is blank... for now...
for character in expression:
if rtk_dict.get(character):
output += character + ": " + rtk_dict.get(character) + "<br>" # use <br> instead of newline because the newline delimits each entry instead
output += ";"
output += mecab.reading(expression)
output += "\n"
print output
def makeExamples(term, sentence):
# sys.stderr.write("Trying to search on: " +term)
# sys.stderr.write("\n" + sentence)
term = mecab.reading(term)
return re.sub(re.escape(term), "<span class=focusword>" + term + "</span>", sentence)
def createNote(self):
# create the new note
note = self.mw.col.newNote()
# set the deck
if not self.deck.strip():
note.model()['did'] = 1
else:
note.model()['did'] = self.mw.col.decks.id(self.deck)
# verify this is an Anki 2 cloze model
if not note.model()['type'] == MODEL_CLOZE:
self.status = u'Error: ' + note.model(
)['name'] + ' is not a Cloze model.'
return False
# create a list of cloze candidates
listClozes = self._generateClozeList()
# grab part of the card for the status update
excerpt = self.text[:10]
excerpt = excerpt.replace(u'\n', u' ')
if len(self.text) > 10:
excerpt += u'...'
# convert the newlines to html
self.text = unicode.replace(self.text, '\n', '<br>')
self.notes = unicode.replace(self.notes, '\n', '<br>')
self.source = unicode.replace(self.source, '\n', '<br>')
# save the text for the reading generation
reading = self.text
# pre-process all of the closes
for i, clz in enumerate(listClozes):
self.text = self._clozePrepare(self.text, clz, i + 1)
# finalize the clozes, this two stage process prevents errors with embedded clozes
for i, clz in enumerate(listClozes):
self.text = self._clozeFinalize(self.text, clz, i + 1)
# set the tags
note.tags = self.mw.col.tags.split(self.tags)
# deal with the source field
if len(self.source):
source_id = self.mw.col.models.fieldMap(note.model()).get(
'Source', None)
if source_id:
note.fields[source_id[0]] = self.source
else:
self.notes = self.notes + u'<br><br>' + self.source
# check for a reading field
reading_id = self.mw.col.models.fieldMap(note.model()).get(
'Reading', None)
if reading_id:
try:
from japanese.reading import mecab
note.fields[reading_id[0]] = mecab.reading(reading)
except:
self.status = u'Error: Unable to generate the reading. Please install the Japanese Support Plugin.'
return False
# fill in the note fields
note.fields[0] = self.text
note.fields[1] = self.notes
# check for errors
if note.dupeOrEmpty():
self.status = u'Error: Note is empty or a duplicate.'
return False
# add the new note
cards = self.mw.col.addNote(note)
if not cards:
self.status = u'Error: This note was not able to generate any cards.'
return False
# flag the queue for reset
self.mw.requireReset()
# save the collection
self.mw.col.autosave()
# set the status
self.status = u'Added a new note \'{0}\' with {1} {2}.'.format(
excerpt, len(listClozes),
u'cloze' if len(listClozes) == 1 else u'clozes')
# return success
return True
def makeQuestions(term, sentence):
#sys.stderr.write("Trying to mecabsearch on: " +mecab.reading(term))
#sys.stderr.write("Trying to search on: " +term)
#sys.stderr.write("\n" + sentence)
sentence = re.sub(re.escape(mecab.reading(term)), "<span class=focusword>___</span>", sentence)
return re.sub(re.escape(term), "<span class=focusword>___</span>", sentence)
def makeExamples(term, sentence):
#sys.stderr.write("Trying to search on: " +term)
#sys.stderr.write("\n" + sentence)
term = mecab.reading(term)
return re.sub(re.escape(term), "<span class=focusword>"+term+"</span>", sentence)
def makeQuestions(term, sentence):
# sys.stderr.write("Trying to mecabsearch on: " +mecab.reading(term))
# sys.stderr.write("Trying to search on: " +term)
# sys.stderr.write("\n" + sentence)
sentence = re.sub(re.escape(mecab.reading(term)), "<span class=focusword>___</span>", sentence)
return re.sub(re.escape(term), "<span class=focusword>___</span>", sentence)