def _translate(self, endWord):
"""Translate buffered braille up to the cursor.
Any text produced is sent to the system.
@param endWord: C{True} if this is the end of a word, C{False} otherwise.
@type endWord: bool
@return: C{True} if translation produced text, C{False} if not.
@rtype: bool
"""
assert not self.useContractedForCurrentFocus or endWord, "Must only translate contracted at end of word"
if self.useContractedForCurrentFocus:
# self.bufferText has been used by _reportContractedCell, so clear it.
self.bufferText = u""
oldTextLen = len(self.bufferText)
pos = self.untranslatedStart + self.untranslatedCursorPos
data = u"".join([chr_(cell | brailleInput.LOUIS_DOTS_IO_START) for cell in self.bufferBraille[:pos]])
mode = louis.dotsIO | louis.noUndefinedDots
if (not self.currentFocusIsTextObj or self.currentModifiers) and self._table.contracted:
mode |= louis.partialTrans
self.bufferText = louis.backTranslate(getCurrentBrailleTables(True),
data, mode=mode)[0]
newText = self.bufferText[oldTextLen:]
if newText:
# New text was generated by the cells just entered.
if self.useContractedForCurrentFocus or self.currentModifiers:
# For contracted braille, an entire word is sent at once.
# Don't speak characters as this is sent.
# Also, suppress typed characters when emulating a command gesture.
speech._suppressSpeakTypedCharacters(len(newText))
else:
self._uncontSentTime = time.time()
self.untranslatedStart = pos
self.untranslatedCursorPos = 0
if self.currentModifiers or not self.currentFocusIsTextObj:
if len(newText)>1:
# Emulation of multiple characters at once is unsupported
# Clear newText, so this function returns C{False} if not at end of word
newText = u""
else:
self.emulateKey(newText)
else:
self.sendChars(newText)
if endWord or (newText and (not self.currentFocusIsTextObj or self.currentModifiers)):
# We only need to buffer one word.
# Clear the previous word (anything before the cursor) from the buffer.
del self.bufferBraille[:pos]
self.bufferText = u""
self.cellsWithText.clear()
if not instanceGP.modifiersLocked:
self.currentModifiers.clear()
instanceGP.clearMessageFlash()
self.untranslatedStart = 0
self.untranslatedCursorPos = 0
if newText or endWord:
self._updateUntranslated()
return True
return False
def _translate(self, endWord):
"""Translate buffered braille up to the cursor.
Any text produced is sent to the system.
@param endWord: C{True} if this is the end of a word, C{False} otherwise.
@type endWord: bool
@return: C{True} if translation produced text, C{False} if not.
@rtype: bool
"""
assert not self.useContractedForCurrentFocus or endWord, "Must only translate contracted at end of word"
if self.useContractedForCurrentFocus:
# self.bufferText has been used by _reportContractedCell, so clear it.
self.bufferText = u""
oldTextLen = len(self.bufferText)
pos = self.untranslatedStart + self.untranslatedCursorPos
data = u"".join([unichr(cell | LOUIS_DOTS_IO_START) for cell in self.bufferBraille[:pos]])
mode = louis.dotsIO | louis.noUndefinedDots
if (not self.currentFocusIsTextObj or self.currentModifiers) and self._table.contracted:
mode |= louis.partialTrans
self.bufferText = louis.backTranslate(
[os.path.join(brailleTables.TABLES_DIR, self._table.fileName),
"braille-patterns.cti"],
data, mode=mode)[0]
newText = self.bufferText[oldTextLen:]
if newText:
# New text was generated by the cells just entered.
if self.useContractedForCurrentFocus or self.currentModifiers:
# For contracted braille, an entire word is sent at once.
# Don't speak characters as this is sent.
# Also, suppress typed characters when emulating a command gesture.
speech._suppressSpeakTypedCharacters(len(newText))
else:
self._uncontSentTime = time.time()
self.untranslatedStart = pos
self.untranslatedCursorPos = 0
if self.currentModifiers or not self.currentFocusIsTextObj:
if len(newText)>1:
# Emulation of multiple characters at once is unsupported
# Clear newText, so this function returns C{False} if not at end of word
newText = u""
else:
self.emulateKey(newText)
else:
self.sendChars(newText)
if endWord or (newText and (not self.currentFocusIsTextObj or self.currentModifiers)):
# We only need to buffer one word.
# Clear the previous word (anything before the cursor) from the buffer.
del self.bufferBraille[:pos]
self.bufferText = u""
self.cellsWithText.clear()
self.currentModifiers.clear()
self.untranslatedStart = 0
self.untranslatedCursorPos = 0
if newText or endWord:
self._updateUntranslated()
return True
return False
def _translate(self, endWord):
"""Translate buffered braille up to the cursor.
Any text produced is sent to the system.
@param endWord: C{True} if this is the end of a word, C{False} otherwise.
@type endWord: bool
@return: C{True} if translation produced text, C{False} if not.
@rtype: bool
"""
assert not self._table.contracted or endWord, "Must only translate contracted at end of word"
if self._table.contracted:
# self.bufferText has been used by _reportContractedCell, so clear it.
self.bufferText = u""
oldTextLen = len(self.bufferText)
pos = self.untranslatedStart + self.untranslatedCursorPos
data = u"".join([
unichr(cell | LOUIS_DOTS_IO_START)
for cell in self.bufferBraille[:pos]
])
self.bufferText = louis.backTranslate([
os.path.join(brailleTables.TABLES_DIR, self._table.fileName),
"braille-patterns.cti"
],
data,
mode=louis.dotsIO
| louis.noUndefinedDots)[0]
newText = self.bufferText[oldTextLen:]
if newText:
# New text was generated by the cells just entered.
if self._table.contracted:
# For contracted braille, an entire word is sent at once.
# Don't speak characters as this is sent.
speech._suppressSpeakTypedCharacters(len(newText))
else:
self._uncontSentTime = time.time()
self.untranslatedStart = pos
self.untranslatedCursorPos = 0
self.sendChars(newText)
if endWord:
# We only need to buffer one word.
# Clear the previous word (anything before the cursor) from the buffer.
del self.bufferBraille[:pos]
self.bufferText = u""
self.cellsWithText.clear()
self.untranslatedStart = 0
self.untranslatedCursorPos = 0
if newText or endWord:
self._updateUntranslated()
return True
return False
