def _normalizeFormatField(self, attrs):
try:
attrs["language"] = languageHandler.normalizeLanguage(
attrs["language"])
except KeyError:
pass
return attrs
def _getLanguageFromLcid(self, lcid): """ gets a normalized locale from a lcid """ lang = locale.windows_locale[lcid] if lang: return languageHandler.normalizeLanguage(lang)
def _normalizeFormatField(self, attrs): try: attrs["language"] = languageHandler.normalizeLanguage(attrs["language"]) except KeyError: pass try: attrs["_indexInParent"] = int(attrs["_indexInParent"]) except KeyError: pass return attrs
def _normalizeFormatField(self, attrs):
try:
attrs["language"] = languageHandler.normalizeLanguage(attrs["language"])
except KeyError:
pass
try:
attrs["_indexInParent"] = int(attrs["_indexInParent"])
except KeyError:
pass
fontSize = attrs.get("font-size")
if fontSize is not None:
# Translators: Abbreviation for points, a measurement of font size.
attrs["font-size"] = pgettext("font size", "%s pt") % fontSize
return attrs
def _normalizeFormatField(self, attrs):
formatState = attrs.get('formatState', "0")
formatState = int(formatState)
if formatState & FORMATSTATE_INSERTED:
attrs['revision-insertion'] = True
if formatState & FORMATSTATE_DELETED:
attrs['revision-deletion'] = True
if formatState & FORMATSTATE_STRONG:
attrs['strong'] = True
if formatState & FORMATSTATE_EMPH:
attrs['emphasised'] = True
language = attrs.get('language')
if language:
attrs['language'] = languageHandler.normalizeLanguage(language)
return attrs
def _getInitialLanguage(nvdaLang, ocrLangs):
# Try the full language code.
for lang in ocrLangs:
normLang = languageHandler.normalizeLanguage(lang)
if nvdaLang == normLang:
return lang
# Try the language code without country.
nvdaLangPrimary = nvdaLang.split("_", 1)[0]
for lang in ocrLangs:
# Don't need to normalize here because the primary code is
# the same when normalized.
if lang.startswith(nvdaLangPrimary):
return lang
# Fall back to the first OCR language.
if len(ocrLangs) >= 1:
return ocrLangs[0]
raise LookupError("No UWP OCR languages installed")
def _normalizeFormatField(self, attrs):
formatState=attrs.get('formatState',"0")
formatState=int(formatState)
if formatState&FORMATSTATE_INSERTED:
attrs['revision-insertion']=True
if formatState&FORMATSTATE_DELETED:
attrs['revision-deletion']=True
if formatState&FORMATSTATE_MARKED:
attrs['marked']=True
if formatState&FORMATSTATE_STRONG:
attrs['strong']=True
if formatState&FORMATSTATE_EMPH:
attrs['emphasised']=True
language=attrs.get('language')
if language:
attrs['language']=languageHandler.normalizeLanguage(language)
return attrs
def _getInitialLanguage(nvdaLang, ocrLangs):
# Try the full language code.
for lang in ocrLangs:
normLang = languageHandler.normalizeLanguage(lang)
if nvdaLang == normLang:
return lang
# Try the language code without country.
nvdaLangPrimary = nvdaLang.split("_", 1)[0]
for lang in ocrLangs:
# Don't need to normalize here because the primary code is
# the same when normalized.
if lang.startswith(nvdaLangPrimary):
return lang
# Fall back to the first OCR language.
if len(ocrLangs) >= 1:
return ocrLangs[0]
raise LookupError("No UWP OCR languages installed")
def _normalizeFormatField(self, attrs):
formatState = attrs.get('formatState', "0")
formatState = int(formatState)
if formatState & FORMATSTATE_INSERTED:
attrs['revision-insertion'] = True
if formatState & FORMATSTATE_DELETED:
attrs['revision-deletion'] = True
if formatState & FORMATSTATE_STRONG:
attrs['strong'] = True
if formatState & FORMATSTATE_EMPH:
attrs['emphasised'] = True
language = attrs.get('language')
if language:
attrs['language'] = languageHandler.normalizeLanguage(language)
textPosition = attrs.get('textPosition')
textPosition = self._getTextPositionAttribute(attrs)
attrs['text-position'] = textPosition
fontSize = attrs.get("font-size")
if fontSize is not None:
attrs["font-size"] = FontSize.translateFromAttribute(fontSize)
return attrs
def _normalizeFormatField(self, attrs):
language = attrs.get("language")
if language:
attrs["language"] = languageHandler.normalizeLanguage(language)
return attrs
def test_meta_languages_no_normalization(self):
"""Ensures that for meta languages such as x-western `None` is returned."""
self.assertIsNone(languageHandler.normalizeLanguage("x-western"))
def test_underscore_used_as_separator_after_normalization(self):
"""Ensures that underscore is used to separate country info from language.
Also implicitly test the fact that country code is converted to upper case."""
self.assertEqual("pt_BR", languageHandler.normalizeLanguage("pt_BR"))
self.assertEqual("pt_BR", languageHandler.normalizeLanguage("pt-BR"))
def test_normalization_no_country_info(self):
"""Makes sure that if no country info is provided language is normalized to lower case."""
self.assertEqual("en", languageHandler.normalizeLanguage("en"))
self.assertEqual("en", languageHandler.normalizeLanguage("EN"))
self.assertEqual("kmr", languageHandler.normalizeLanguage("kmr"))
def _processSpeechSequence(self, inSeq: SpeechSequence):
paramTracker = ParamChangeTracker()
enteredTriggers = []
outSeqs = []
paramsToReplay = []
currentSynth = getSynth()
outSeq = []
for command in inSeq:
if isinstance(
command,
LangChangeCommand) and currentSynth.name == 'oneCore':
langCode = command.lang.split('_')[0]
langSupported = False
currentSynthLanguages = currentSynth.availableLanguages
for lang in currentSynthLanguages:
if lang and normalizeLanguage(lang).split(
'_')[0] == langCode:
langSupported = True
if not langSupported:
log.warning(
f"Language {command.lang} not supported by {currentSynth.name} ({currentSynthLanguages})"
)
if isinstance(command, BaseCallbackCommand):
# When the synth reaches this point, we want to call the callback.
speechIndex = next(self._indexCounter)
outSeq.append(IndexCommand(speechIndex))
self._indexesToCallbacks[speechIndex] = command
# We split at indexes so we easily know what has completed speaking.
outSeqs.append(paramsToReplay + outSeq)
paramsToReplay.clear()
outSeq.clear()
continue
if isinstance(command, ConfigProfileTriggerCommand):
if not command.trigger.hasProfile:
# Ignore triggers that have no associated profile.
continue
if command.enter and command.trigger in enteredTriggers:
log.debugWarning(
"Request to enter trigger which has already been entered: %r"
% command.trigger.spec)
continue
if not command.enter and command.trigger not in enteredTriggers:
log.debugWarning(
"Request to exit trigger which wasn't entered: %r" %
command.trigger.spec)
continue
self._ensureEndUtterance(outSeq, outSeqs, paramsToReplay,
paramTracker)
outSeqs.append([command])
if command.enter:
enteredTriggers.append(command.trigger)
else:
enteredTriggers.remove(command.trigger)
continue
if isinstance(command, EndUtteranceCommand):
self._ensureEndUtterance(outSeq, outSeqs, paramsToReplay,
paramTracker)
continue
if isinstance(command, SynthParamCommand):
paramTracker.update(command)
outSeq.append(command)
# Add the last sequence and make sure the sequence ends the utterance.
self._ensureEndUtterance(outSeq, outSeqs, paramsToReplay, paramTracker)
# Exit any profile triggers the caller didn't exit.
for trigger in reversed(enteredTriggers):
command = ConfigProfileTriggerCommand(trigger, False)
outSeqs.append([command])
return outSeqs
def _normalizeFormatField(self, attrs):
language = attrs.get('language')
if language:
attrs['language'] = languageHandler.normalizeLanguage(language)
return attrs
