def test_drop_apostrophe(self):
self.assertEqual(trans.pinyin_to_zhuyin("xi1'an1"), "ㄒㄧ ㄢ")
self.assertEqual(trans.pinyin_to_ipa("xi1'an1"), "ɕi˥ an˥")
self.assertEqual(trans.to_pinyin("xi1'an1"), "xī'ān")
self.assertEqual(trans.pinyin_to_zhuyin("xī'ān"), "ㄒㄧ ㄢ")
self.assertEqual(trans.pinyin_to_ipa("xī'ān"), "ɕi˥ an˥")
self.assertEqual(trans.to_pinyin("xī'ān", accented=False), "xi1'an1")
def test_drop_apostrophe(self):
self.assertEqual(trans.pinyin_to_zhuyin("xi1'an1"), 'ㄒㄧ ㄢ')
self.assertEqual(trans.pinyin_to_ipa("xi1'an1"), 'ɕi˥ an˥')
self.assertEqual(trans.to_pinyin("xi1'an1"), "xī'ān")
self.assertEqual(trans.pinyin_to_zhuyin("xī'ān"), 'ㄒㄧ ㄢ')
self.assertEqual(trans.pinyin_to_ipa("xī'ān"), 'ɕi˥ an˥')
self.assertEqual(trans.to_pinyin("xī'ān", accented=False), "xi1'an1")
def test_issue_6(self):
pinyin = "zhuójìnr"
zhuyin = "ㄓㄨㄛˊ ㄐㄧㄣˋ ㄦ˙"
ipa = "ʈʂwɔ˧˥ tɕin˥˩ ɻ"
self.assertEqual(zhuyin, trans.pinyin_to_zhuyin(pinyin))
self.assertEqual(ipa, trans.pinyin_to_ipa(pinyin))
def test_issue_6(self):
pinyin = 'zhuójìnr'
zhuyin = 'ㄓㄨㄛˊ ㄐㄧㄣˋ ㄦ˙'
ipa = 'ʈʂwɔ˧˥ tɕin˥˩ ɻ'
self.assertEqual(zhuyin, trans.pinyin_to_zhuyin(pinyin))
self.assertEqual(ipa, trans.pinyin_to_ipa(pinyin))
def test_issue_6(self):
pinyin = 'zhuójìnr'
zhuyin = 'ㄓㄨㄛˊ ㄐㄧㄣˋ ㄦ˙'
ipa = 'ʈʂwɔ˧˥ tɕin˥˩ ɻ'
self.assertEqual(zhuyin, trans.pinyin_to_zhuyin(pinyin))
self.assertEqual(ipa, trans.pinyin_to_ipa(pinyin))
def fetchParsed(self, text, field, note, rType=False):
if text == '':
return ''
if not rType:
altType = self.getAltReadingType(note.model()['name'], field)
if altType:
rType = altType
else:
rType = self.getReadingType()
if rType not in ['pinyin', 'bopomofo', 'jyutping']:
return text
text = self.removeBrackets(text)
finished = False
newStr = ''
count = 0
while not finished:
word = ''
if re.search(self.hanziRange, text[count]):
word += text[count]
lookahead = 10
limit = count + lookahead
count += 1
while count < len(text) and count < limit and re.search(
self.hanziRange, text[count]):
word += text[count]
count += 1
result = False
while not result and len(word) > 0:
if rType == 'jyutping':
result = self.db.getJyutping(word)
else:
result = self.db.getAltFayin(word)
if not result:
count -= 1
word = word[:-1]
if result:
if rType == 'jyutping':
results = result[0][0].split(" ")
else:
results = self.manip.separatePinyin(
result[0][0]).split(" ")
for idx, fayin in enumerate(results):
if rType == 'bopomofo':
results[idx] = self.bopoToneToNumber(
transcriptions.pinyin_to_zhuyin(fayin))
newStr += word + '[' + ' '.join(results).lower() + ']'
else:
newStr += text[count]
count += 1
else:
newStr += text[count]
count += 1
if count == len(text):
finished = True
self.addVariants(text, note)
self.addSimpTrad(text, note)
return newStr
def to_zhuyin(s, delimiter=' ', all_readings=False, container='[]'):
"""Convert a string's Chinese characters to Zhuyin readings.
*s* is a string containing Chinese characters.
*delimiter* is the character used to indicate word boundaries in *s*.
This is used to differentiate between words and characters so that a more
accurate reading can be returned.
*all_readings* is a boolean value indicating whether or not to return all
possible readings in the case of words/characters that have multiple
readings. *container* is a two character string that is used to
enclose words/characters if *all_readings* is ``True``. The default
``'[]'`` is used like this: ``'[READING1/READING2]'``.
Characters not recognized as Chinese are left untouched.
"""
numbered_pinyin = to_pinyin(s, delimiter, all_readings, container, False)
zhuyin = pinyin_to_zhuyin(numbered_pinyin)
return zhuyin
def to_zhuyin(s, delimiter=' ', all_readings=False, container='[]'):
"""Convert a string's Chinese characters to Zhuyin readings.
*s* is a string containing Chinese characters.
*delimiter* is the character used to indicate word boundaries in *s*.
This is used to differentiate between words and characters so that a more
accurate reading can be returned.
*all_readings* is a boolean value indicating whether or not to return all
possible readings in the case of words/characters that have multiple
readings. *container* is a two character string that is used to
enclose words/characters if *all_readings* is ``True``. The default
``'[]'`` is used like this: ``'[READING1/READING2]'``.
Characters not recognized as Chinese are left untouched.
"""
numbered_pinyin = to_pinyin(s, delimiter, all_readings, container, False)
zhuyin = pinyin_to_zhuyin(numbered_pinyin)
return zhuyin
def test_pinyin_to_zhuyin(self):
self.assertEqual(trans.pinyin_to_zhuyin(self.accented_pinyin), self.zhuyin)
self.assertEqual(trans.pinyin_to_zhuyin(self.numbered_pinyin), self.zhuyin)
def parse_file(filename, words):
with open(filename) as f:
data = json.load(f)
items_parsed = 0
# Each item in the JSON correspond to one or more entries in the dictionary
# Most items map 1:1 to entries, e.g. "物質" is a single entry
# Some items are 多音字, so they map to multiple entries (e.g. 重 -> zhòng and chóng)
#
# In the vocabulary of the the CSLD, each item may correspond to multiple heteronyms,
# and each heteronym maps to a single entry.
for item in data:
# These do not change no matter the heteronym
trad = item["title"]
simp = HanziConv.toSimplified(trad)
jyut = pinyin_jyutping_sentence.jyutping(trad,
tone_numbers=True,
spaces=True)
freq = zipf_frequency(trad, "zh")
# Some items have multiple pronunciations (one for Taiwan, one for Mainland China)
taiwan_pin = mainland_pin = ""
# Build up a list of definitions for each heteronym
taiwan_defs = []
mainland_defs = []
# Distinguish between heteronyms by their pinyin – if the pinyin of the
# current heteronym does not match the old pinyin, then a new heteronym
# must be created
last_heteronym_pin = ""
last_taiwan_pin = last_mainland_pin = ""
# Go through each heteronym, creating Entry objects for each one
for heteronym in item["heteronyms"]:
if "pinyin" not in heteronym:
logging.debug(
f'Could not find pinyin for heteronym of word {trad} with definitions {heteronym["definitions"]}'
)
continue
# Filter out known bad pinyin
if (trad in KNOWN_INVALID_SYLLABLES and heteronym["pinyin"]
in KNOWN_INVALID_SYLLABLES[trad]):
pins = KNOWN_INVALID_SYLLABLES[trad][heteronym["pinyin"]]
else:
pins = heteronym["pinyin"].split("<br>陸⃝")
# Some weird a's cause dragonmapper to break, so replace them with standard a's.
pins = list(map(lambda x: x.replace("ɑ", "a"), pins))
# Remove dashes in pinyin
pins = list(map(lambda x: x.replace("-", " "), pins))
# Remove commas in pinyin
pins = list(map(lambda x: x.replace(",", ""), pins))
# Remove weird characters
pins = list(map(lambda x: x.replace("陸⃟", ""), pins))
# Dragonmapper cannot handle some erhua
pins = list(
map(lambda x: x.replace("diǎr", "diǎn er"), pins))
pins = list(
map(lambda x: x.replace("biār", "biān er"), pins))
try:
# Converting from pinyin -> zhuyin inserts spaces between characters
# Converting from zhuyin -> pinyin conserves these spaces
pins = [
transcriptions.zhuyin_to_pinyin(
transcriptions.pinyin_to_zhuyin(x),
accented=False) for x in pins
]
for x in pins:
if x.count(" ") >= len(trad):
# This means that there was an extra space inserted somewhere; the pinyin is not valid
raise ValueError(
"Too many spaces in parsed Pinyin!")
except Exception as e:
# Try parsing zhuyin as a backup
pins = heteronym["bopomofo"].split("<br>陸⃝")
# Remove weird spaces in zhuyin
pins = list(map(lambda x: x.replace(" ", " "), pins))
try:
pins = [
transcriptions.zhuyin_to_pinyin(x,
accented=False)
for x in pins
]
except Exception as e:
logging.error(
f"Unable to split up Pinyin for word {trad}: {e}, skipping word..."
)
continue
if len(pins) > 1:
taiwan_pin = pins[0]
mainland_pin = pins[1]
else:
taiwan_pin = mainland_pin = pins[0]
if (last_heteronym_pin != ""
and heteronym["pinyin"] != last_heteronym_pin):
# A new different pinyin means that we are now processing a new heteronym.
# We must create an Entry object for the definitions of the old heteronym
# and add it to the list of entries before processing the new one.
entry = objects.Entry(trad,
simp,
last_taiwan_pin,
jyut,
freq=freq,
defs=taiwan_defs)
words.append(entry)
if last_mainland_pin != last_taiwan_pin:
entry = objects.Entry(
trad,
simp,
last_mainland_pin,
jyut,
freq=freq,
defs=mainland_defs,
)
words.append(entry)
# Reset the definitions list
taiwan_defs = []
mainland_defs = []
for definition in heteronym["definitions"]:
taiwan_label = "臺" if taiwan_pin != mainland_pin else ""
mainland_label = "陸" if mainland_pin != taiwan_pin else ""
definition_text = definition["def"]
# Take out parts of definitions that should be in labels
for pattern in LABEL_REGEX_PATTERNS:
if re.match(pattern, definition_text):
definition_label, definition_text = re.match(
pattern, definition_text).group(1, 2)
taiwan_label += ("、" +
definition_label if taiwan_label
else definition_label)
mainland_label += ("、" + definition_label
if mainland_label else
definition_label)
# Remove 臺⃝ and 陸⃝ from definitions, since Qt cannot display them
definition_text = definition_text.replace("臺⃝", "臺：")
definition_text = definition_text.replace("陸⃝", "陸：")
# Insert zero-width spaces so that we can reverse-search the definition
taiwan_def_tuple = objects.DefinitionTuple(
"".join(jieba.cut(definition_text)), taiwan_label, [])
mainland_def_tuple = objects.DefinitionTuple(
"".join(jieba.cut(definition_text)), mainland_label,
[])
# Parse and add examples to this definition
if "example" in definition:
for example in definition["example"]:
if re.match(EXAMPLE_REGEX_PATTERN, example):
# Every example is surrounded by "如：<example>", so only keep the example
example = re.match(EXAMPLE_REGEX_PATTERN,
example).group(1)
# Some examples contain multiple examples, so split them up by enclosing brackets 「」
example_texts = re.findall(
INDIVIDUAL_EXAMPLE_REGEX_PATTERN, example)
else:
logging.warning(
f"Found example that does not fit the normal example regex pattern: {trad}, {example}"
)
# Fall back to splitting on Chinese enumeration comma
example_texts = example.split("、")
for example_text in example_texts:
# Strip out weird whitespace
example_text = re.sub(WHITESPACE_REGEX_PATTERN,
"", example_text)
# Joining and splitting separates series of full-width punctuation marks
# into separate items, which is necessary so that lazy_pinyin() returns
# separate items for each full-width punctuation mark in the list it returns
#
# e.g. "《儒林外史．第四六回》：「成老爹道..." turns into
# "《 儒 林 外 史 ． 第 四 六 回 》 ： 「 成 老 爹 道", which turns into
# ['《', '儒', '林', '外', '史', '．', '第', '四', '六', '回', '》', '：', '「', '成', '老', '爹', '道']
# (Notice how "》：「"" is now split up into three different items)
example_pinyin = lazy_pinyin(
" ".join(example_text).split(),
style=Style.TONE3,
neutral_tone_with_five=True,
)
example_pinyin = " ".join(
example_pinyin).lower()
example_pinyin = example_pinyin.strip(
).replace("v", "u:")
# Since the pinyin returned by lazy_pinyin doesn't always match the pinyin
# given in the heteronym, attempt to replace pinyin corresponding to the
# characters in this heteronym with the pinyin provided by the JSON file.
#
# e.g. example_text = "重新"; example_pinyin = "zhong4 xin1" (returned by lazy_pinyin)
# trad = "重", phrase_pinyin = "chong2"
# means that we should convert "zhong4 xin1" to "chong2 xin1"
# Strip out variant pronunciations for conversion purposes
for index, pin in enumerate(
[taiwan_pin, mainland_pin]):
phrase_pinyin = pin
phrase_pinyin = re.sub(
VARIANT_PRONUNCIATION_REGEX_PATTERN,
"",
phrase_pinyin,
)
phrase_pinyin = re.sub(
COLLOQUIAL_PRONUNCIATION_REGEX_PATTERN,
"",
phrase_pinyin,
)
# Do not try to match entries formatted like "那搭（Namibia)"
if not re.match(
STRANGE_ENTRY_REGEX_PATTERN, trad):
try:
example_pinyin = (
change_pinyin_to_match_phrase(
example_text,
example_pinyin,
trad,
phrase_pinyin,
))
except Exception as e:
logging.warning(
f"Couldn't change pinyin in example for word {trad}: "
f"{''.join(example_text)}, {example_pinyin}, {pin}, "
f"{e}")
traceback.print_exc()
if index == 0:
taiwan_def_tuple.examples.append(
objects.ExampleTuple(
"zho", example_pinyin,
example_text))
elif index == 1:
mainland_def_tuple.examples.append(
objects.ExampleTuple(
"zho", example_pinyin,
example_text))
taiwan_defs.append(taiwan_def_tuple)
mainland_defs.append(mainland_def_tuple)
last_heteronym_pin = heteronym["pinyin"]
last_taiwan_pin = taiwan_pin
last_mainland_pin = mainland_pin
entry = objects.Entry(trad,
simp,
taiwan_pin,
jyut,
freq=freq,
defs=taiwan_defs)
words.append(entry)
if mainland_pin != taiwan_pin:
entry = objects.Entry(trad,
simp,
mainland_pin,
jyut,
freq=freq,
defs=mainland_defs)
words.append(entry)
items_parsed += 1
if not items_parsed % 500:
print(f"Parsed entry #{items_parsed}")
def hydrate_word(_word):
accented_pinyin = transcriptions.numbered_to_accented(
_word.numbered_pinyin)
zhuyin = transcriptions.pinyin_to_zhuyin(_word.numbered_pinyin)
return ChineseWord(_word.simplified, _word.traditional, accented_pinyin,
zhuyin, _word.english)
def test_pinyin_to_zhuyin(self):
self.assertEqual(trans.pinyin_to_zhuyin(self.accented_pinyin),
self.zhuyin)
self.assertEqual(trans.pinyin_to_zhuyin(self.numbered_pinyin),
self.zhuyin)
def finalizeReadings(self, text, field, note, editor=False, rType=False):
if text == '':
return
if note:
if not rType:
altType = self.getAltReadingType(note.model()['name'], field)
if altType:
rType = altType
else:
rType = self.getReadingType()
if rType not in ['pinyin', 'bopomofo', 'jyutping']:
return
text = self.removeBrackets(text)
finished = False
newStr = ''
count = 0
while not finished:
word = ''
if re.search(self.hanziRange, text[count]):
word += text[count]
lookahead = 10
limit = count + lookahead
count += 1
while count < len(text) and count < limit and re.search(
self.hanziRange, text[count]):
word += text[count]
count += 1
result = False
while not result and len(word) > 0:
if rType == 'jyutping':
result = self.db.getJyutping(word)
else:
result = self.db.getAltFayin(word)
if not result:
count -= 1
word = word[:-1]
if result:
if rType == 'jyutping':
results = result[0][0].split(" ")
else:
results = self.manip.separatePinyin(
result[0][0]).split(" ")
for idx, fayin in enumerate(results):
if rType == 'bopomofo':
results[idx] = self.bopoToneToNumber(
transcriptions.pinyin_to_zhuyin(fayin))
newStr += word + '[' + ' '.join(results).lower() + ']'
else:
newStr += text[count]
count += 1
###importantcheck if word not found look for char pinyin or jyutping
else:
newStr += text[count]
count += 1
if count == len(text):
finished = True
if editor:
editor.web.eval(self.commonJS +
self.insertHTMLJS % newStr.replace('"', '\\"'))
# note[field] = newStr
self.addVariants(text, note, editor)
self.addSimpTrad(text, note, editor)
else:
return newStr
