def getFormattedCandidateDescription(self,candidate): descriptions=[] numSymbols=len(candidate) if candidate else 0 if numSymbols!=1: return u"" symbol=candidate[0] try: symbolDescriptions=characterProcessing.getCharacterDescription(speech.getCurrentLanguage(),symbol) or [] except TypeError: symbolDescriptions=[] if config.conf["inputComposition"]["alwaysIncludeShortCharacterDescriptionInCandidateName"]: symbolDescriptions=symbolDescriptions[1:] if len(symbolDescriptions)<1: return u"" return u", ".join(symbolDescriptions)
def getFormattedCandidateName(self,number,candidate):
if config.conf["inputComposition"]["alwaysIncludeShortCharacterDescriptionInCandidateName"]:
describedSymbols=[]
for symbol in candidate:
try:
symbolDescriptions=characterProcessing.getCharacterDescription(speech.getCurrentLanguage(),symbol) or []
except TypeError:
symbolDescriptions=[]
if len(symbolDescriptions)>=1:
description=symbolDescriptions[0]
if description.startswith('(') and description.endswith(')'):
describedSymbols.append(description[1:-1])
else:
# Translators: a message announcing a candidate's character and description.
describedSymbols.append(_(u"{symbol} as in {description}").format(symbol=symbol,description=description))
else:
describedSymbols.append(symbol)
candidate=u", ".join(describedSymbols)
# Translators: a formatted message announcing a candidate's number and candidate text.
return _(u"{number} {candidate}").format(number=number,candidate=candidate)
def getFormattedCandidateName(self,number,candidate):
if config.conf["inputComposition"]["alwaysIncludeShortCharacterDescriptionInCandidateName"]:
describedSymbols=[]
for symbol in candidate:
try:
symbolDescriptions=characterProcessing.getCharacterDescription(speech.getCurrentLanguage(),symbol) or []
except TypeError:
symbolDescriptions=[]
if len(symbolDescriptions)>=1:
description=symbolDescriptions[0]
if description.startswith('(') and description.endswith(')'):
describedSymbols.append(description[1:-1])
else:
# Translators: a message announcing a candidate's character and description.
describedSymbols.append(_(u"{symbol} as in {description}").format(symbol=symbol,description=description))
else:
describedSymbols.append(symbol)
candidate=u", ".join(describedSymbols)
# Translators: a formatted message announcing a candidate's number and candidate text.
return _(u"{number} {candidate}").format(number=number,candidate=candidate)
def postProcessSynchronousCommands(self, speechSequence, symbolLevel):
language = speech.getCurrentLanguage()
speechSequence = [
element for element in speechSequence
if not isinstance(element, str) or not speech.isBlank(
speech.processText(language, element, symbolLevel))
]
newSequence = []
for (isSynchronous, values) in itertools.groupby(
speechSequence,
key=lambda x: isinstance(x, PpSynchronousCommand)):
if isSynchronous:
chain = PpChainCommand(list(values))
duration = chain.getDuration()
newSequence.append(chain)
newSequence.append(speech.commands.BreakCommand(duration))
else:
newSequence.extend(values)
newSequence = self.eloquenceFix(newSequence, language, symbolLevel)
return newSequence
def getFormattedCandidateName(self, number, candidate):
#nvdajp begin
import jpUtils
if config.conf["keyboard"]["nvdajpEnableKeyEvents"]:
fb = (braille.handler.displaySize > 0)
c = jpUtils.getDiscriminantReading(candidate, forBraille=fb)
log.debug(u"{number} {candidate} {c}".format(number=number,
candidate=candidate,
c=c))
if config.conf["language"]["announceCandidateNumber"]:
return _(u"{number} {candidate}").format(number=number,
candidate=c)
return c
#nvdajp end
if config.conf["inputComposition"][
"alwaysIncludeShortCharacterDescriptionInCandidateName"]:
describedSymbols = []
for symbol in candidate:
try:
symbolDescriptions = characterProcessing.getCharacterDescription(
speech.getCurrentLanguage(), symbol) or []
except TypeError:
symbolDescriptions = []
if len(symbolDescriptions) >= 1:
description = symbolDescriptions[0]
if description.startswith('(') and description.endswith(
')'):
describedSymbols.append(description[1:-1])
else:
# Translators: a message announcing a candidate's character and description.
describedSymbols.append(
_(u"{symbol} as in {description}").format(
symbol=symbol, description=description))
else:
describedSymbols.append(symbol)
candidate = u", ".join(describedSymbols)
# Translators: a formatted message announcing a candidate's number and candidate text.
return _(u"{number} {candidate}").format(number=number,
candidate=candidate)
def test(self, s, symbolLevel):
wav = "H:\\drp\\work\\emacspeak\\sounds\\classic\\alarm.wav"
wavLength = self.getWavLengthMillis(wav)
language = speech.getCurrentLanguage()
tone = 500
while "!" in s:
index = s.index("!")
prefix = s[:index]
prefix = prefix.lstrip()
pPrefix = speech.processText(language, prefix, symbolLevel)
if speech.isBlank(pPrefix):
pass
else:
yield prefix
#yield speech.commands.WaveFileCommand(wav)
#yield speech.commands.BeepCommand(tone, 100)
#yield PpBeepCommand(tone, 100)
yield PpWaveFileCommand(wav)
tone += 50
#yield speech.commands.BreakCommand(100)
s = s[index + 1:]
if len(s) > 0:
yield s
def getCurrentLanguage():
s = speech.getCurrentLanguage()
return s[:2]
def _setSpeechLanguage(self, mathMl):
lang = mathPres.getLanguageFromMath(mathMl)
if not lang:
lang = speech.getCurrentLanguage()
self._mpSpeechSettings.SetLanguage(lang.replace("_", "-"))
self._language = lang
def _setSpeechLanguage(self, mathMl):
lang = mathPres.getLanguageFromMath(mathMl)
if not lang:
lang = speech.getCurrentLanguage()
self._mpSpeechSettings.SetLanguage(lang.replace("_", "-"))
self._language = lang
def custom_getSpellingSpeech( # noqa: C901
text: str,
locale: Optional[str] = None,
useCharacterDescriptions: bool = False):
defaultLanguage = getCurrentLanguage()
if not locale or (not config.conf['speech']['autoDialectSwitching'] and
locale.split('_')[0] == defaultLanguage.split('_')[0]):
locale = defaultLanguage
if not text:
# Translators: This is spoken when NVDA moves to an empty line.
yield _("blank")
return
if not text.isspace():
text = text.rstrip()
synth = synthDriverHandler.getSynth()
synthConfig = config.conf["speech"][synth.name]
charMode = False
textLength = len(text)
count = 0
localeHasConjuncts = True if locale.split(
'_', 1)[0] in LANGS_WITH_CONJUNCT_CHARS else False
charDescList = getCharDescListFromText(
text, locale) if localeHasConjuncts else text
for item in charDescList:
if localeHasConjuncts:
# item is a tuple containing character and its description
speakCharAs = item[0]
charDesc = item[1]
else:
charDesc = None
# item is just a character.
speakCharAs = item
if CJK["speechReview"] == "Off" and useCharacterDescriptions:
charDesc = characterProcessing.getCharacterDescription(
locale, speakCharAs.lower())
else:
#do not speak character descriptions for alphanumeric characters unless the function is called by the review_currentCharacter method.
#This is to prevent phonetic spelling of the alphabets when typing, and moving the caret and review cursor.
if isAlphanumeric(
speakCharAs) and not CJK["isReviewCharacter"]:
#The cursor has moved, so reset the previously stored character.
#This allows for a more consistent speech feedback by always speaking the phonetic spelling of alphanumeric characters first after the focus moves.
CJK["previousCharacter"] = ""
elif CJK["speechReview"] == "On":
#Retrieve the character description one at a time.
charDesc = speechReview_getCharacterDescription(
locale, speakCharAs.lower())
if charDesc and CJK["speechReview"] == "On":
speakCharAs = "".join(charDesc)
elif charDesc:
IDEOGRAPHIC_COMMA = u"\u3001"
speakCharAs = charDesc[
0] if textLength > 1 else IDEOGRAPHIC_COMMA.join(charDesc)
else:
speakCharAs = characterProcessing.processSpeechSymbol(
locale, speakCharAs)
uppercase = speakCharAs.isupper()
# if useCharacterDescriptions and charDesc:
# IDEOGRAPHIC_COMMA = u"\u3001"
# speakCharAs=charDesc[0] if textLength>1 else IDEOGRAPHIC_COMMA.join(charDesc)
# else:
# speakCharAs=characterProcessing.processSpeechSymbol(locale,speakCharAs)'''
if uppercase and synthConfig["sayCapForCapitals"]:
# Translators: cap will be spoken before the given letter when it is capitalized.
speakCharAs = _("cap %s") % speakCharAs
if uppercase and synth.isSupported(
"pitch") and synthConfig["capPitchChange"]:
yield PitchCommand(offset=synthConfig["capPitchChange"])
if config.conf['speech']['autoLanguageSwitching']:
yield LangChangeCommand(locale)
if len(speakCharAs) == 1 and synthConfig["useSpellingFunctionality"]:
if not charMode:
yield CharacterModeCommand(True)
charMode = True
elif charMode:
yield CharacterModeCommand(False)
charMode = False
if uppercase and synthConfig["beepForCapitals"]:
yield BeepCommand(2000, 50)
yield speakCharAs
if uppercase and synth.isSupported(
"pitch") and synthConfig["capPitchChange"]:
yield PitchCommand()
yield EndUtteranceCommand()