def event_selection(self, obj, nextHandler):
if obj.role == controlTypes.ROLE_LISTITEM and isInWSRAlternatesPanel(
obj):
speech.speakText(str(obj.positionInfo["indexInGroup"]))
speakAndSpellWSRAlternatesPanelItem(obj)
return
nextHandler()
def previousWord(self, selection=False): if self.value: if self.fakeCaret < 1: return if self.fakeCaret >= len(self.value): self.fakeCaret = self.fakeCaret-1 oldCaret = self.fakeCaret # Current character is a punctuation mark if self.fakeCaret > 0\ and self.value[self.fakeCaret] in punctuation\ and self.value[self.fakeCaret - 1] not in punctuation: self.fakeCaret = self.fakeCaret-1 if self.value[self.fakeCaret] in punctuation and self.fakeCaret >= 0: while self.value[self.fakeCaret] in punctuation and self.fakeCaret >= 0: self.fakeCaret = self.fakeCaret-1 self.fakeCaret = self.fakeCaret+1 if selection: speech.speakText(self.value[self.fakeCaret:oldCaret]) else: speech.speakText(self.value[self.fakeCaret]) return # Current character is an space if self.value[self.fakeCaret] == " " and self.fakeCaret > 0: while self.value[self.fakeCaret] == " " and self.fakeCaret > 0: self.fakeCaret = self.fakeCaret-1 group = self.alphanumeric\ if self.value[self.fakeCaret] in self.alphanumeric\ else punctuation self.fakeCaret = self.fakeCaret-1 if self.fakeCaret > 0 else 0 while self.value[self.fakeCaret] in group and self.fakeCaret > 0: self.fakeCaret = self.fakeCaret-1 if self.fakeCaret > 0: self.fakeCaret = self.fakeCaret+1 speech.speakText(self.value[self.fakeCaret:oldCaret]) return # Current character is alphanumeric if self.fakeCaret > 0 and\ self.value[self.fakeCaret-1] in self.alphanumeric+" ": self.fakeCaret = self.fakeCaret-1 if self.value[self.fakeCaret] in self.alphanumeric and self.fakeCaret > 0: while self.value[self.fakeCaret] in self.alphanumeric and self.fakeCaret > 0: # noqa:E501 self.fakeCaret = self.fakeCaret-1 if self.fakeCaret > 0: self.fakeCaret = self.fakeCaret+1 if oldCaret == len(self.value)-1: oldCaret = oldCaret+1 speech.speakText(self.value[self.fakeCaret:oldCaret]) return else: group = punctuation if self.value[self.fakeCaret] in punctuation else " " while self.value[self.fakeCaret] in group and self.fakeCaret > 0: self.fakeCaret = self.fakeCaret-1 if self.value[self.fakeCaret+1] == " ": group = punctuation if self.value[self.fakeCaret] in punctuation\ else self.alphanumeric while self.value[self.fakeCaret] in group and self.fakeCaret > 0: self.fakeCaret = self.fakeCaret-1 if self.fakeCaret > 0: self.fakeCaret = self.fakeCaret+1 speech.speakText(self.value[self.fakeCaret:oldCaret])
def previousCh(self, selection=0):
if self.value:
if self.fakeCaret > 0: self.fakeCaret = self.fakeCaret - 1
if selection and self.fakeCaret == 0:
speech.speakText(self.value[self.fakeCaret])
else:
speech.speakText(self.value[self.fakeCaret])
def script_home(self, gesture):
self.typeBuffer = ""
self.startSelection = -1
gesture.send()
if self.fakeCaret > 0: self.fakeCaret = 0
if self.value: speech.speakText(self.value[self.fakeCaret])
self.displayBraille()
def event_valueChange(self): global lastMSNHistoryValue if winUser.isDescendantWindow(winUser.getForegroundWindow(),self.windowHandle): value=self.value if value!=lastMSNHistoryValue and config.conf["presentation"]["reportDynamicContentChanges"]: speech.speakText(value) lastMSNHistoryValue=value
def _handleInputHelp(self, gesture, onlyLog=False):
textList = [gesture.displayName]
script = gesture.script
runScript = False
logMsg = "Input help: gesture %s"%gesture.logIdentifier
if script:
scriptName = scriptHandler.getScriptName(script)
logMsg+=", bound to script %s" % scriptName
scriptLocation = scriptHandler.getScriptLocation(script)
if scriptLocation:
logMsg += " on %s" % scriptLocation
if scriptName == "toggleInputHelp":
runScript = True
else:
desc = script.__doc__
if desc:
textList.append(desc)
log.info(logMsg)
if onlyLog:
return
import braille
braille.handler.message("\t\t".join(textList))
# Punctuation must be spoken for the gesture name (the first chunk) so that punctuation keys are spoken.
speech.speakText(textList[0], reason=controlTypes.REASON_MESSAGE, symbolLevel=characterProcessing.SYMLVL_ALL)
for text in textList[1:]:
speech.speakMessage(text)
if runScript:
script(gesture)
def reportFocus(self): if not config.conf["inputComposition"]["announceSelectedCandidate"]: return text=self.name desc=self.description if desc: text+=u", "+desc speech.speakText(text)
def _handleInputHelp(self, gesture, onlyLog=False):
textList = [gesture.displayName]
script = gesture.script
runScript = False
logMsg = "Input help: gesture %s" % gesture.identifiers[0]
if script:
scriptName = scriptHandler.getScriptName(script)
logMsg += ", bound to script %s" % scriptName
scriptLocation = scriptHandler.getScriptLocation(script)
if scriptLocation:
logMsg += " on %s" % scriptLocation
if scriptName == "toggleInputHelp":
runScript = True
else:
desc = script.__doc__
if desc:
textList.append(desc)
log.info(logMsg)
if onlyLog:
return
import braille
braille.handler.message("\t\t".join(textList))
# Punctuation must be spoken for the gesture name (the first chunk) so that punctuation keys are spoken.
speech.speakText(textList[0],
reason=controlTypes.REASON_MESSAGE,
symbolLevel=characterProcessing.SYMLVL_ALL)
for text in textList[1:]:
speech.speakMessage(text)
if runScript:
script(gesture)
def reportFocus(self): if not config.conf["inputComposition"]["announceSelectedCandidate"]: return text=self.name desc=self.description if desc: text+=u", "+desc speech.speakText(text)
def event_mouseMove(self,x,y): if not self._mouseEntered and config.conf['mouse']['reportObjectRoleOnMouseEnter']: speech.cancelSpeech() speech.speakObjectProperties(self,role=True) speechWasCanceled=True else: speechWasCanceled=False self._mouseEntered=True try: info=self.makeTextInfo(textInfos.Point(x,y)) except NotImplementedError: info=NVDAObjectTextInfo(self,textInfos.POSITION_FIRST) except LookupError: return if config.conf["reviewCursor"]["followMouse"]: api.setReviewPosition(info) info.expand(info.unit_mouseChunk) oldInfo=getattr(self,'_lastMouseTextInfoObject',None) self._lastMouseTextInfoObject=info if not oldInfo or info.__class__!=oldInfo.__class__ or info.compareEndPoints(oldInfo,"startToStart")!=0 or info.compareEndPoints(oldInfo,"endToEnd")!=0: text=info.text notBlank=False if text: for ch in text: if not ch.isspace() and ch!=u'\ufffc': notBlank=True if notBlank: if not speechWasCanceled: speech.cancelSpeech() speech.speakText(text)
def event_mouseMove(self,x,y): if not self._mouseEntered and config.conf['mouse']['reportObjectRoleOnMouseEnter']: speech.cancelSpeech() speech.speakObjectProperties(self,role=True) speechWasCanceled=True else: speechWasCanceled=False self._mouseEntered=True try: info=self.makeTextInfo(textInfos.Point(x,y)) except NotImplementedError: info=NVDAObjectTextInfo(self,textInfos.POSITION_FIRST) except LookupError: return if config.conf["reviewCursor"]["followMouse"]: api.setReviewPosition(info) info.expand(info.unit_mouseChunk) oldInfo=getattr(self,'_lastMouseTextInfoObject',None) self._lastMouseTextInfoObject=info if not oldInfo or info.__class__!=oldInfo.__class__ or info.compareEndPoints(oldInfo,"startToStart")!=0 or info.compareEndPoints(oldInfo,"endToEnd")!=0: text=info.text notBlank=False if text: for ch in text: if not ch.isspace() and ch!=u'\ufffc': notBlank=True if notBlank: if not speechWasCanceled: speech.cancelSpeech() speech.speakText(text)
def script_announceBufferChange(self, gesture):
gesture.send()
speech.speakText(self.parent.parent.name)
try:
s = self.getLambdaObj().getline(self.windowHandle, -1, -1)
self.say(s)
except COMError:
pass
def nextCh(self, selection=0): if self.value: if self.fakeCaret < len(self.value): self.fakeCaret = self.fakeCaret+1 try: if self.fakeCaret < len(self.value) + 1: speech.speakText(self.value[self.fakeCaret-selection]) except IndexError: pass
def move(self, gesture, regex, increment, errorMsg):
focus = api.getFocusObject()
if not getConfig("enableInWord") and (
isinstance(focus, winword.WordDocument) or
("Dynamic_IAccessibleRichEdit" in str(type(focus))
and hasattr(focus, "script_caret_nextSentence")
and hasattr(focus, "script_caret_previousSentence"))):
if increment > 0:
focus.script_caret_nextSentence(gesture)
elif increment < 0:
focus.script_caret_previousSentence(gesture)
else:
# increment == 0
pass
return
if focus.role in [
controlTypes.ROLE_COMBOBOX, controlTypes.ROLE_LISTITEM,
controlTypes.ROLE_BUTTON
]:
try:
# The following line will only succeed in BrowserMode.
focus.treeInterceptor.script_collapseOrExpandControl(gesture)
except AttributeError:
gesture.send()
return
if hasattr(focus, "treeInterceptor") and hasattr(
focus.treeInterceptor, "makeTextInfo"):
focus = focus.treeInterceptor
try:
caretInfo = focus.makeTextInfo(textInfos.POSITION_CARET)
except NotImplementedError:
gesture.send()
return
caretIndex, paragraphInfo = getCaretIndexWithinParagraph(caretInfo)
context = Context(paragraphInfo, caretIndex, caretInfo)
reconstructMode = getConfig("reconstructMode")
sentenceStr, ti = self.moveExtended(context,
increment,
regex=regex,
errorMsg=errorMsg,
reconstructMode=reconstructMode)
if ti is None:
return
if increment != 0:
newCaret = ti.copy()
newCaret.collapse()
newCaret.updateCaret()
review.handleCaretMove(newCaret)
braille.handler.handleCaretMove(focus)
vision.handler.handleCaretMove(focus)
if willSayAllResume(gesture):
return
if getConfig("speakFormatted"):
speech.speakTextInfo(ti, reason=REASON_CARET)
else:
speech.speakText(sentenceStr)
def reportLastInsertedText(self, obj, reason=None):
obj.detectPossibleSelectionChange()
obj.invalidateCache()
obj.redraw()
s = obj.getLambdaObj().getlastinsertedel(obj.windowHandle, 1)
if s == None or len(s) == 0: return
self.shouldValueChangeSpeak = False
if config.conf['keyboard']['speakTypedCharacters']:
speech.speakText(s)
def say(self, msg):
if (msg == None) or (msg == self.empty):
return
for space in self.appModule.LAMBDA_SPACE:
if u' ' + space + u' ' in msg:
msg = msg.replace(space, shMsg.GLB_SPACE)
if msg == " ":
msg = shMsg.GLB_SPACE
speech.speakText(msg)
def wsrPanelHidden(self, windowHandle):
global wsrAlternatesPanel, wsrSpellingPanel
if wsrAlternatesPanel is not None and windowHandle == wsrAlternatesPanel.windowHandle:
if wsrSpellingPanel is None:
speech.speakText("Closed alternates panel")
wsrAlternatesPanel = None
elif wsrSpellingPanel is not None and windowHandle == wsrSpellingPanel.windowHandle:
wsrSpellingPanel.cancelPoll()
speech.speakText("Closed spelling panel")
wsrSpellingPanel = None
def wsrPanelHidden(self, windowHandle):
global wsrAlternatesPanel, wsrSpellingPanel
if wsrAlternatesPanel is not None and windowHandle == wsrAlternatesPanel.windowHandle:
if wsrSpellingPanel is None:
speech.speakText("Closed alternates panel")
wsrAlternatesPanel = None
elif wsrSpellingPanel is not None and windowHandle == wsrSpellingPanel.windowHandle:
wsrSpellingPanel.cancelPoll()
speech.speakText("Closed spelling panel")
wsrSpellingPanel = None
def reportFocus(self): speech.speakObjectProperties(self,name=True,role=True) info=self.makeTextInfo(textInfos.POSITION_CARET) info.move(textInfos.UNIT_WORD,-1,endPoint="start") try: error=info._rangeObj.spellingErrors[1].text except: info.expand(textInfos.UNIT_STORY) speech.speakText(info.text) return speech.speakText(error) speech.speakSpelling(error)
def script_supr(self, gesture):
self.typeBuffer = ""
value = self.value
gesture.send()
if self.startSelection >= 0:
self.removeSelection(value)
return
try:
if self.value: speech.speakText(self.value[self.fakeCaret + 1])
except IndexError:
pass
self.displayBraille()
def moveInEditable(self,
increment,
errorMessage,
unbounded=False,
op=operator.eq,
speakOnly=False,
moveCount=1):
with self.getLineManager() as lm:
# Get the current indentation level
text = lm.getText()
indentationLevel = self.getIndentLevel(text)
onEmptyLine = speech.isBlank(text)
# Scan each line until we hit the end of the indentation block, the end of the edit area, or find a line with the same indentation level
found = False
indentLevels = []
while True:
result = lm.move(increment)
if result == 0:
break
text = lm.getText()
newIndentation = self.getIndentLevel(text)
# Skip over empty lines if we didn't start on one.
if not onEmptyLine and speech.isBlank(text):
continue
if op(newIndentation, indentationLevel):
# Found it
found = True
indentationLevel = newIndentation
resultLine = lm.getLine()
resultText = lm.getText()
moveCount -= 1
if moveCount == 0:
break
elif newIndentation < indentationLevel:
# Not found in this indentation block
if not unbounded:
break
indentLevels.append(newIndentation)
if found:
textInfo = None
if not speakOnly:
textInfo = lm.updateCaret(resultLine)
self.crackle(indentLevels)
if textInfo is not None:
speech.speakTextInfo(textInfo, unit=textInfos.UNIT_LINE)
else:
speech.speakText(resultText)
else:
self.endOfDocument(errorMessage)
def script_back(self, gesture):
self.typeBuffer = ""
if self.startSelection >= 0:
value = self.value
gesture.send()
self.removeSelection(value)
return
if self.value and self.fakeCaret > 0:
speech.speakText(self.value[self.fakeCaret - 1])
gesture.send()
if self.fakeCaret > 0: self.fakeCaret = self.fakeCaret - 1
self.displayBraille()
def script_selectPreviousWord(self, gesture):
self.typeBuffer = ""
if self.startSelection < 0: self.startSelection = self.fakeCaret
sizeBefore = self.startSelection - self.fakeCaret if self.startSelection > self.fakeCaret else self.fakeCaret - self.startSelection
gesture.send()
self.previousWord(True)
sizeAfter = self.startSelection - self.fakeCaret if self.startSelection > self.fakeCaret else self.fakeCaret - self.startSelection
if sizeAfter > sizeBefore:
speech.speakText(_("selected"))
else:
if self.fakeCaret > 0: speech.speakText(_("deselected"))
self.displayBraille()
def script_selectNextCh(self, gesture):
self.typeBuffer = ""
if self.startSelection < 0: self.startSelection = self.fakeCaret
sizeBefore = self.startSelection - self.fakeCaret if self.startSelection > self.fakeCaret else self.fakeCaret - self.startSelection
gesture.send()
self.nextCh(1)
sizeAfter = self.startSelection - self.fakeCaret if self.startSelection > self.fakeCaret else self.fakeCaret - self.startSelection
if sizeAfter > sizeBefore:
speech.speakText(_("selected"))
else:
if self.fakeCaret < len(self.value):
speech.speakText(_("deselected"))
self.displayBraille()
def event_typedCharacter(self, ch):
if ord(ch) < 128:
if config.conf['keyboard']['speakTypedWords'] and hasattr(
self.parent, '_caretMovementScriptHelper'):
self.focusToParent()
info = api.getReviewPosition()
if not ch.isspace():
info.move(textInfos.UNIT_CHARACTER, -1)
info.move(textInfos.UNIT_CHARACTER, -1)
info.collapse()
info.expand(textInfos.UNIT_WORD)
speech.speakText(info.text)
super(KoreanInputComposition, self).event_typedCharacter(ch)
def readTrainingText(self): window = api.getForegroundObject() for descendant in window.recursiveDescendants: if not isinstance(descendant, UIA): continue try: automationID = descendant.UIAElement.currentAutomationID except: continue if automationID == "txttrain": api.setNavigatorObject(descendant) speech.speakText(descendant.name) break
def poll(self, *args, **kwargs):
self.pollTimer = None
oldWord = self.previousWord or ""
newWord = self.word or ""
if newWord != oldWord:
self.previousWord = newWord
if len(newWord) > len(oldWord) and newWord[:len(oldWord)] == oldWord:
speech.speakSpelling(newWord[len(oldWord):])
elif newWord:
speech.speakText(newWord)
speech.speakSpelling(newWord)
elif oldWord:
speech.speakText("cleared")
self.schedulePoll()
def flushCurrentEntry():
global currentEntry, autoFlushTimer
if autoFlushTimer is not None:
autoFlushTimer.Stop()
autoFlushTimer = None
start, text = currentEntry
text = text.replace("\r\n", "\n")
text = text.replace("\r", "\n")
while True:
i = text.find("\n")
if i == -1:
break
if i > 0:
speech.speakText(text[:i])
if text[i:i + 2] == "\n\n":
# Translators: The text which is spoken when a new paragraph is added.
speech.speakText(_("new paragraph"))
text = text[i + 2:]
else:
# Translators: The message spoken when a new line is entered.
speech.speakText(_("new line"))
text = text[i + 1:]
if text != "":
speech.speakText(text)
braille.handler.handleCaretMove(api.getFocusObject())
currentEntry = None
requestWSRShowHideEvents()
def flushCurrentEntry():
global currentEntry, autoFlushTimer
if autoFlushTimer is not None:
autoFlushTimer.Stop()
autoFlushTimer = None
start, text = currentEntry
text = text.replace("\r\n", "\n")
text = text.replace("\r", "\n")
while True:
i = text.find("\n")
if i == -1:
break
if i > 0:
speech.speakText(text[:i])
if text[i:i + 2] == "\n\n":
speech.speakText("new paragraph")
text = text[i + 2:]
else:
speech.speakText("new line")
text = text[i + 1:]
if text != "":
speech.speakText(text)
braille.handler.handleCaretMove(api.getFocusObject())
currentEntry = None
requestWSRShowHideEvents()
def poll(self, *args, **kwargs):
self.pollTimer = None
oldWord = self.previousWord or ""
newWord = self.word or ""
if newWord != oldWord:
self.previousWord = newWord
if len(newWord) > len(oldWord) and newWord[:len(oldWord)] == oldWord:
speech.speakSpelling(newWord[len(oldWord):])
elif newWord:
speech.speakText(newWord)
speech.speakSpelling(newWord)
elif oldWord:
# Translators: The text which is spoken when the spelling dialog is cleared.
speech.speakText(_("cleared"))
self.schedulePoll()
def reportFocus(self):
# #4878: Excel specific code for speaking format changes on the focused object.
info=self.makeTextInfo(textInfos.POSITION_FIRST)
info.expand(textInfos.UNIT_CHARACTER)
formatField=textInfos.FormatField()
formatConfig=config.conf['documentFormatting']
for field in info.getTextWithFields(formatConfig):
if isinstance(field,textInfos.FieldCommand) and isinstance(field.field,textInfos.FormatField):
formatField.update(field.field)
if not hasattr(self.parent,'_formatFieldSpeechCache'):
self.parent._formatFieldSpeechCache={}
text=speech.getFormatFieldSpeech(formatField,attrsCache=self.parent._formatFieldSpeechCache,formatConfig=formatConfig) if formatField else None
if text:
speech.speakText(text)
super(ExcelCell,self).reportFocus()
def poll(self, *args, **kwargs):
self.pollTimer = None
oldWord = self.previousWord or ""
newWord = self.word or ""
if newWord != oldWord:
self.previousWord = newWord
if len(newWord) > len(oldWord) and newWord[:len(oldWord)] == oldWord:
speech.speakSpelling(newWord[len(oldWord):])
elif newWord:
speech.speakText(newWord)
speech.speakSpelling(newWord)
elif oldWord:
# Translators: The text which is spoken when the spelling dialog is cleared.
speech.speakText(_("cleared"))
self.schedulePoll()
def event_gainFocus(self):
rowHeaderText = ""
columnHeaderText = ""
if config.conf['calibre']['reportTableHeaders'] == "st":
if self.rowHeaderText != self.appModule.lastRowHeader:
rowHeaderText = "%s; " % self.rowHeaderText
if self.columnHeaderText != self.appModule.lastColumnHeader:
columnHeaderText = "; %s" % self.columnHeaderText
if config.conf['calibre']['reportTableHeaders'] == "cl" and\
self.columnHeaderText != self.appModule.lastColumnHeader:
columnHeaderText = "; %s" % self.columnHeaderText
speakText("%s%s%s" % (rowHeaderText, self.name, columnHeaderText))
braille.handler.handleGainFocus(self)
self.appModule.lastRowHeader = self.rowHeaderText
self.appModule.lastColumnHeader = self.columnHeaderText
def reportLastInsertedText(self, obj, reason=None):
obj.detectPossibleSelectionChange()
cfg = config.conf['lambda']['brailleFlatMode']
if not cfg:
braille.handler.handleGainFocus(obj)
try:
s = obj.getLambdaObj().getlastinsertedel(obj.windowHandle, 1)
except COMError:
s = None
if s == None or len(s) == 0: return
if s in self.LAMBDA_SPACE: return
if s == u" ": return
self.shouldValueChangeSpeak = False
if config.conf['keyboard']['speakTypedCharacters']:
speech.speakText(s)
def reportFocus(self):
# #4878: Excel specific code for speaking format changes on the focused object.
info=self.makeTextInfo(textInfos.POSITION_FIRST)
info.expand(textInfos.UNIT_CHARACTER)
formatField=textInfos.FormatField()
formatConfig=config.conf['documentFormatting']
for field in info.getTextWithFields(formatConfig):
if isinstance(field,textInfos.FieldCommand) and isinstance(field.field,textInfos.FormatField):
formatField.update(field.field)
if not hasattr(self.parent,'_formatFieldSpeechCache'):
self.parent._formatFieldSpeechCache={}
text=speech.getFormatFieldSpeech(formatField,attrsCache=self.parent._formatFieldSpeechCache,formatConfig=formatConfig) if formatField else None
if text:
speech.speakText(text)
super(ExcelCell,self).reportFocus()
def event_typedCharacter(self, *args, **kwargs):
self.startSelection = -1
ch = kwargs["ch"]
if ch in self.alphanumeric + punctuation:
self.typeBuffer = self.typeBuffer + ch
self.fakeCaret = self.fakeCaret + 1
if config.conf["keyboard"]["speakTypedCharacters"]:
speech.speakText(ch)
else:
if self.typeBuffer:
if config.conf["keyboard"]["speakTypedWords"]:
speech.speakText(self.typeBuffer)
self.typeBuffer = ""
if ch == " ": self.fakeCaret = self.fakeCaret + 1
self.displayBraille()
def handleInputCompositionEnd(result):
import speech
import characterProcessing
from NVDAObjects.inputComposition import InputComposition
from NVDAObjects.behaviors import CandidateItem
focus=api.getFocusObject()
result=result.lstrip(u'\u3000 ')
curInputComposition=None
if isinstance(focus,InputComposition):
curInputComposition=focus
oldSpeechMode=speech.speechMode
speech.speechMode=speech.speechMode_off
eventHandler.executeEvent("gainFocus",focus.parent)
speech.speechMode=oldSpeechMode
elif isinstance(focus.parent,InputComposition):
#Candidate list is still up
curInputComposition=focus.parent
focus.parent=focus.parent.parent
if curInputComposition and not result:
result=curInputComposition.compositionString.lstrip(u'\u3000 ')
if result:
speech.speakText(result,symbolLevel=characterProcessing.SYMLVL_ALL)
def handleInputCompositionEnd(result):
import speech
import characterProcessing
from NVDAObjects.inputComposition import InputComposition
from NVDAObjects.IAccessible.mscandui import ModernCandidateUICandidateItem
focus = api.getFocusObject()
result = result.lstrip(u'\u3000 ')
curInputComposition = None
if isinstance(focus, InputComposition):
curInputComposition = focus
oldSpeechMode = speech.getState().speechMode
speech.setSpeechMode(speech.SpeechMode.off)
eventHandler.executeEvent("gainFocus", focus.parent)
speech.setSpeechMode(oldSpeechMode)
elif isinstance(focus.parent, InputComposition):
#Candidate list is still up
curInputComposition = focus.parent
focus.parent = focus.parent.parent
if isinstance(focus, ModernCandidateUICandidateItem):
# Correct focus for ModernCandidateUICandidateItem
# Find the InputComposition object and
# correct focus to its parent
if isinstance(focus.container, InputComposition):
curInputComposition = focus.container
newFocus = curInputComposition.parent
else:
# Sometimes InputCompositon object is gone
# Correct to container of CandidateItem
newFocus = focus.container
oldSpeechMode = speech.getState().speechMode
speech.setSpeechMode(speech.SpeechMode.off)
eventHandler.executeEvent("gainFocus", newFocus)
speech.setSpeechMode(oldSpeechMode)
if curInputComposition and not result:
result = curInputComposition.compositionString.lstrip(u'\u3000 ')
if result:
speech.speakText(result,
symbolLevel=characterProcessing.SymbolLevel.ALL)
def handleInputCompositionEnd(result):
import speech
import characterProcessing
from NVDAObjects.inputComposition import InputComposition
from NVDAObjects.behaviors import CandidateItem
focus=api.getFocusObject()
result=result.lstrip(u'\u3000 ')
curInputComposition=None
if isinstance(focus,InputComposition):
curInputComposition=focus
oldSpeechMode=speech.speechMode
speech.speechMode=speech.speechMode_off
eventHandler.executeEvent("gainFocus",focus.parent)
speech.speechMode=oldSpeechMode
elif isinstance(focus.parent,InputComposition):
#Candidate list is still up
curInputComposition=focus.parent
focus.parent=focus.parent.parent
if curInputComposition and not result:
result=curInputComposition.compositionString.lstrip(u'\u3000 ')
if result:
speech.speakText(result,symbolLevel=characterProcessing.SYMLVL_ALL)
def _reportNewText(self, line): """Report a line of new text. """ speech.speakText(line)
def event_selection(self): speech.cancelSpeech() speech.speakText(self.name) if config.conf["notepadPp"]["brailleAutocompleteSuggestions"]: braille.handler.message(u'⣏ %s ⣹' % self.name)
def event_selection(self, obj, nextHandler): if obj.role == controlTypes.ROLE_LISTITEM and isInWSRAlternatesPanel(obj): speech.speakText(str(obj.positionInfo["indexInGroup"])) speakAndSpellWSRAlternatesPanelItem(obj) return nextHandler()
def event_show(self, obj, nextHandler):
global wsrAlternatesPanel, wsrSpellingPanel
#Phrases which need translated in this function:
# Translators: The text for "or say," Which is telling the user that they can say the next phrase.
orSay = _("Or say")
if isinstance(obj, WSRAlternatesPanel):
wsrAlternatesPanel = obj
speech.cancelSpeech()
speech.speakText(obj.name)
for descendant in obj.recursiveDescendants:
if controlTypes.STATE_INVISIBLE in descendant.states or controlTypes.STATE_INVISIBLE in descendant.parent.states:
continue
if descendant.role == controlTypes.ROLE_STATICTEXT:
speech.speakText(descendant.name)
elif descendant.role == controlTypes.ROLE_LINK:
speech.speakText(orSay)
speech.speakText(descendant.name)
elif descendant.role == controlTypes.ROLE_LISTITEM:
speech.speakText(str(descendant.positionInfo["indexInGroup"]))
speakWSRAlternatesPanelItem(descendant)
return
elif isinstance(obj, WSRSpellingPanel):
if wsrSpellingPanel is not None:
wsrSpellingPanel.cancelPoll()
wsrSpellingPanel = obj
wsrSpellingPanel.schedulePoll()
speech.cancelSpeech()
speech.speakText(obj.name)
for descendant in obj.recursiveDescendants:
if controlTypes.STATE_INVISIBLE in descendant.states or controlTypes.STATE_INVISIBLE in descendant.parent.states:
continue
if descendant.role == controlTypes.ROLE_STATICTEXT:
speech.speakText(descendant.name)
elif descendant.role == controlTypes.ROLE_LINK:
speech.speakText(orSay)
speech.speakText(descendant.name)
return
nextHandler()
def speakAndSpellWSRAlternatesPanelItem(obj): text = getCleanedWSRAlternatesPanelItemName(obj) speech.speakText(text) speech.speakSpelling(text)
def speakWSRAlternatesPanelItem(obj): text = getCleanedWSRAlternatesPanelItemName(obj) speech.speakText(text)
def textDeleted(hwnd, start, text):
# Translators: The message spoken when a piece of text is deleted.
speech.speakText(_("deleted %s" % text))
def reportFocus(self): errorText=self.errorText speech.speakObjectProperties(self,name=True,role=True) if errorText: speech.speakText(errorText) speech.speakSpelling(errorText)