def event_valueChange(self):
pbConf=config.conf["presentation"]["progressBarUpdates"]
states=self.states
if pbConf["progressBarOutputMode"]=="off" or controlTypes.STATE_INVISIBLE in states or controlTypes.STATE_OFFSCREEN in states:
return super(ProgressBar,self).event_valueChange()
val=self.value
try:
percentage = min(max(0.0, float(val.strip("%\0"))), 100.0)
except (AttributeError, ValueError):
log.debugWarning("Invalid value: %r" % val)
return super(ProgressBar, self).event_valueChange()
braille.handler.handleUpdate(self)
if not pbConf["reportBackgroundProgressBars"] and not self.isInForeground:
return
try:
left,top,width,height=self.location
except:
left=top=width=height=0
x=left+(width/2)
y=top+(height/2)
lastBeepProgressValue=self.progressValueCache.get("beep,%d,%d"%(x,y),None)
if pbConf["progressBarOutputMode"] in ("beep","both") and (lastBeepProgressValue is None or abs(percentage-lastBeepProgressValue)>=pbConf["beepPercentageInterval"]):
tones.beep(pbConf["beepMinHZ"]*2**(percentage/25.0),40)
self.progressValueCache["beep,%d,%d"%(x,y)]=percentage
lastSpeechProgressValue=self.progressValueCache.get("speech,%d,%d"%(x,y),None)
if pbConf["progressBarOutputMode"] in ("speak","both") and (lastSpeechProgressValue is None or abs(percentage-lastSpeechProgressValue)>=pbConf["speechPercentageInterval"]):
queueHandler.queueFunction(queueHandler.eventQueue,speech.speakMessage,_("%d percent")%percentage)
self.progressValueCache["speech,%d,%d"%(x,y)]=percentage
def script_prevColumn(self, gesture): self.columnHeaders = self.parent.children[-1] if self.appModule.SPLColNumber <= 0: tones.beep(2000, 100) else: self.appModule.SPLColNumber -=1 self.announceColumnContent(self.appModule.SPLColNumber)
def event_valueChange(self):
pbConf=config.conf["presentation"]["progressBarUpdates"]
states=self.states
if pbConf["progressBarOutputMode"]=="off" or controlTypes.STATE_INVISIBLE in states or controlTypes.STATE_OFFSCREEN in states:
return super(ProgressBar,self).event_valueChange()
val=self.value
try:
percentage = min(max(0.0, float(val.strip("%\0"))), 100.0)
except (AttributeError, ValueError):
log.debugWarning("Invalid value: %r" % val)
return super(ProgressBar, self).event_valueChange()
braille.handler.handleUpdate(self)
if not pbConf["reportBackgroundProgressBars"] and not self.isInForeground:
return
try:
left,top,width,height=self.location
except:
left=top=width=height=0
x=left+(width/2)
y=top+(height/2)
lastBeepProgressValue=self.progressValueCache.get("beep,%d,%d"%(x,y),None)
if pbConf["progressBarOutputMode"] in ("beep","both") and (lastBeepProgressValue is None or abs(percentage-lastBeepProgressValue)>=pbConf["beepPercentageInterval"]):
tones.beep(pbConf["beepMinHZ"]*2**(percentage/25.0),40)
self.progressValueCache["beep,%d,%d"%(x,y)]=percentage
lastSpeechProgressValue=self.progressValueCache.get("speech,%d,%d"%(x,y),None)
if pbConf["progressBarOutputMode"] in ("speak","both") and (lastSpeechProgressValue is None or abs(percentage-lastSpeechProgressValue)>=pbConf["speechPercentageInterval"]):
queueHandler.queueFunction(queueHandler.eventQueue,speech.speakMessage,_("%d percent")%percentage)
self.progressValueCache["speech,%d,%d"%(x,y)]=percentage
def callback(stationsListNVDAObject):
from .rs_translations import getPlayingTranslation
maxStationsToCheck = _addonConfigManager.getMaxStationsToCheck()
stationCount = maxStationsToCheck
while stationCount:
stationCount -= 1
station = self.startStation(stationsListNVDAObject)
maxDelayForConnexion = _addonConfigManager.getMaxDelayForConnexion(
)
while maxDelayForConnexion:
maxDelayForConnexion -= 1
time.sleep(1.0)
infos = getPlayInfos()
if getPlayingTranslation() in infos:
# station is playing
log.warning("playing: %s" % station.name)
eventHandler.queueEvent("gainFocus", station)
return
# it's a bad station
log.warning("no connexion: %s" % station.name)
_addonConfigManager.recordBadStation(station.name)
self.badStations.append(station.name)
if stationCount == 0:
# Translators: message to user there is none station with connexion.
queueHandler.queueFunction(
queueHandler.eventQueue,
ui.message,
# Translators: message to user
_("None of the %s stations selected randomly could be connected"
) % maxStationsToCheck)
eventHandler.queueEvent("gainFocus", station)
else:
if maxStationsToCheck - stationCount:
tones.beep(500, 50)
def done(self):
self.timer.Stop()
pbConf = config.conf["presentation"]["progressBarUpdates"]
if pbConf["progressBarOutputMode"] in ("beep", "both") and (pbConf["reportBackgroundProgressBars"] or self.IsActive()):
tones.beep(1760, 40)
self.Hide()
self.Destroy()
def _fixConnection(hBrl, devName, port, keyCallbackInst, statusCallbackInst):
global fConnection, isUnknownEquipment
log.info("scanning port %s" % port)
if port[:3] == 'COM':
_port = int(port[3:]) - 1
else:
return False, None
SPEED = 3 # 9600bps
fConnection = False
isUnknownEquipment = False
ret = hBrl.bmStart(devName, _port, SPEED, statusCallbackInst)
log.info("bmStart(%s) returns %d" % (port, ret))
if ret:
for loop in xrange(15):
if fConnection:
ret = hBrl.bmStartDisplayMode2(KGS_DISPMODE, keyCallbackInst)
log.info("bmStartDisplayMode2() returns %d" % ret)
break
elif isUnknownEquipment:
log.info("isUnknownEquipment")
break
time.sleep(0.5)
tones.beep(400 + (loop * 20), 20)
processEvents()
if not fConnection:
bmDisConnect(hBrl, _port)
port = None
tones.beep(200, 100)
log.info("connection:%d port:%d" % (fConnection, _port))
return fConnection, port
def nvdaKgsStatusChangedProc(nStatus, nDispSize):
global fConnection, numCells, isUnknownEquipment
if nStatus == BMDRVS.DISCONNECTED:
fConnection = False
tones.beep(1000, 300)
log.info("disconnect")
elif nStatus == BMDRVS.CONNECTED:
numCells = nDispSize
fConnection = True
tones.beep(1000, 30)
log.info("display size:%d" % nDispSize)
elif nStatus == BMDRVS.DRIVER_CANNOT_OPEN:
fConnection = False
log.info("driver cannot open")
elif nStatus == BMDRVS.INVALID_DRIVER:
fConnection = False
log.info("invalid driver")
elif nStatus == BMDRVS.OPEN_PORT_FAILED:
#fConnection = False
log.info("open port failed")
elif nStatus == BMDRVS.CREATE_THREAD_FAILED:
fConnection = False
log.info("create thread failed")
elif nStatus == BMDRVS.CHECKING_EQUIPMENT:
log.info("checking equipment")
elif nStatus == BMDRVS.UNKNOWN_EQUIPMENT:
log.info("unknown equipment")
isUnknownEquipment = True
elif nStatus == BMDRVS.PORT_RELEASED:
log.info("port released")
elif nStatus == BMDRVS.MAX:
log.info("max")
else:
log.info("status changed to %d" % nStatus)
def beep_start(self, thrc=False): if thrc and not self.isWorking: return False self.isWorking = True tones.beep(500, 100) self.bp = Timer(1, self.beep_start, [True]) self.bp.start() return True
def script_skipToCategory(self, gesture):
self.cancelSpeech = False
categories = (self.categories[self.catIndex + 1:]
if self.catIndex + 1 < len(self.categories) else
[]) + (self.categories[:self.catIndex])
try:
self.catIndex = self.categories.index(
filter(lambda i: i[0].lower() == gesture.mainKeyName,
categories).__next__()) - 1
# Compatibility with Python 2
except AttributeError:
try:
self.catIndex = self.categories.index(
filter(lambda i: i[0].lower() == gesture.mainKeyName,
categories)[0]) - 1
self.script_nextCategory(None)
except IndexError:
if self.categories[
self.catIndex][0].lower() == gesture.mainKeyName:
ui.message(self.categories[self.catIndex])
else:
tones.beep(200, 30)
# End of compatibility with Python 2
except StopIteration:
if self.categories[
self.catIndex][0].lower() == gesture.mainKeyName:
ui.message(self.categories[self.catIndex])
else:
tones.beep(200, 30)
else:
self.script_nextCategory(None)
def playAudioCoordinates(x, y, screenWidth, screenHeight, screenMinPos, detectBrightness=True,blurFactor=0): """ play audio coordinates: - left to right adjusting the volume between left and right speakers - top to bottom adjusts the pitch of the sound - brightness adjusts the volume of the sound Coordinates (x, y) are absolute, and can be negative. """ # make relative to (0,0) and positive x = x - screenMinPos.x y = y - screenMinPos.y minPitch=config.conf['mouse']['audioCoordinates_minPitch'] maxPitch=config.conf['mouse']['audioCoordinates_maxPitch'] curPitch=minPitch+((maxPitch-minPitch)*((screenHeight-y)/float(screenHeight))) if detectBrightness: startX=min(max(x-blurFactor,0),screenWidth)+screenMinPos.x startY=min(max(y-blurFactor,0),screenHeight)+screenMinPos.y width=min(blurFactor+1,screenWidth) height=min(blurFactor+1,screenHeight) grey=screenBitmap.rgbPixelBrightness(scrBmpObj.captureImage( startX, startY, width, height)[0][0]) brightness=grey/255.0 minBrightness=config.conf['mouse']['audioCoordinates_minVolume'] maxBrightness=config.conf['mouse']['audioCoordinates_maxVolume'] brightness=(brightness*(maxBrightness-minBrightness))+minBrightness else: brightness=config.conf['mouse']['audioCoordinates_maxVolume'] leftVolume=int((85*((screenWidth-float(x))/screenWidth))*brightness) rightVolume=int((85*(float(x)/screenWidth))*brightness) tones.beep(curPitch,40,left=leftVolume,right=rightVolume)
def _speakSpellingGen(text,locale,useCharacterDescriptions):
textLength=len(text)
synth=getSynth()
synthConfig=config.conf["speech"][synth.name]
for count,char in enumerate(text):
uppercase=char.isupper()
charDesc=None
if useCharacterDescriptions:
from characterProcessing import getCharacterDescription
charDesc=getCharacterDescription(locale,char.lower())
if charDesc:
char=charDesc
else:
char=processSymbol(char)
if uppercase and synthConfig["sayCapForCapitals"]:
char=_("cap %s")%char
if uppercase and synth.isSupported("pitch") and synthConfig["raisePitchForCapitals"]:
oldPitch=synthConfig["pitch"]
synth.pitch=max(0,min(oldPitch+synthConfig["capPitchChange"],100))
index=count+1
log.io("Speaking character %r"%char)
if len(char) == 1 and synthConfig["useSpellingFunctionality"]:
synth.speakCharacter(char,index=index)
else:
synth.speakText(char,index=index)
if uppercase and synth.isSupported("pitch") and synthConfig["raisePitchForCapitals"]:
synth.pitch=oldPitch
while textLength>1 and (isPaused or getLastSpeechIndex()!=index):
yield
yield
if uppercase and synthConfig["beepForCapitals"]:
tones.beep(2000,50)
def script_clockLayerCommands(self, gesture): if self.clockLayerModeActive: self.script_error(gesture) return self.bindGestures(self.__clockLayerGestures) self.clockLayerModeActive=True tones.beep(100, 10)
def speakSpelling(text,locale=None,useCharacterDescriptions=False):
global beenCanceled, _speakSpellingGenID
import speechViewer
if speechViewer.isActive:
speechViewer.appendText(text)
if speechMode==speechMode_off:
return
elif speechMode==speechMode_beeps:
tones.beep(config.conf["speech"]["beepSpeechModePitch"],speechMode_beeps_ms)
return
if isPaused:
cancelSpeech()
beenCanceled=False
from languageHandler import getLanguage
locale=getLanguage()
if not isinstance(text,basestring) or len(text)==0:
return getSynth().speakText(processSymbol(""))
if not text.isspace():
text=text.rstrip()
gen=_speakSpellingGen(text,locale,useCharacterDescriptions)
try:
# Speak the first character before this function returns.
next(gen)
except StopIteration:
return
_speakSpellingGenID=queueHandler.registerGeneratorObject(gen)
def script_nextColumn(self, gesture): self.columnHeaders = self.parent.children[-1] if (self.appModule.SPLColNumber+1) == self.columnHeaders.childCount: tones.beep(2000, 100) else: self.appModule.SPLColNumber +=1 self.announceColumnContent(self.appModule.SPLColNumber)
def done(self):
self.timer.Stop()
pbConf = config.conf["presentation"]["progressBarUpdates"]
if pbConf["progressBarOutputMode"] in ("beep", "both") and (pbConf["reportBackgroundProgressBars"] or self.IsActive()):
tones.beep(1760, 40)
self.Hide()
self.Destroy()
def handle_client_connected(self, client=None, **kwargs):
self.patcher.patch()
if not self.patch_callbacks_added:
self.add_patch_callbacks()
self.patch_callbacks_added = True
self.send_braille_info()
tones.beep(1000, 300)
def find(self, text): """Find a window with the supplied text in its title. If the text isn't found in any title, search the text of consoles.""" consoles = set() text = text.lower() for c in api.getDesktopObject().children: name = c.name if name is None: continue if text in name.lower(): focus(c.windowHandle) return elif c.windowClassName == u'ConsoleWindowClass': consoles.add(c) #We didn't find the search text in the title, start searching consoles current_console = winConsoleHandler.consoleObject # If our current console is the one with the text in it, presumably we want another one, and if one isn't found, we'll refocus anyway if current_console is not None: consoles.remove(current_console) for console in consoles: #We assume this can't fail console_text = get_console_text(console) if text in console_text.lower(): focus(console.windowHandle) return else: #No consoles found if current_console: winConsoleHandler.connectConsole(current_console) if current_console == api.getFocusObject(): current_console.startMonitoring() #Keep echoing if we didn't switch tones.beep(300, 150)
def script_clockLayerCommands(self, gesture):
if self.clockLayerModeActive:
self.script_error(gesture)
return
for gesture in self._clockLayerGestures:
self.bindGesture ("kb:%s" % gesture[0], gesture[1].__name__[7:])
self.clockLayerModeActive=True
tones.beep(100, 10)
def event_typedCharacter(self, ch):
speech.speakTypedCharacters(ch)
import winUser
if config.conf["keyboard"][
"beepForLowercaseWithCapslock"] and ch.islower(
) and winUser.getKeyState(winUser.VK_CAPITAL) & 1:
import tones
tones.beep(3000, 40)
def script_toggleEasyNavigation(self, gesture):
if self.flagExplorationMode:
if self.flagEasyNavigation:
tones.beep(300, 100)
self.disableEasyNavigation()
else:
tones.beep(1200, 100)
self.enableEasyNavigation()
def script_controlPaneToForeground(self, gesture):
obj = api.getForegroundObject()
if hasattr(obj, "playbackControls"):
api.setFocusObject(obj)
obj.moveToItem(self.tpItemIndex)
tones.beep(1200, 30)
else:
tones.beep(200, 30)
def threadMonitor(self, thread):
i = 0
while thread.isAlive():
sleep(0.1)
i += 1
if i == 10:
beep(250, 90)
i = 0
def script_nextString(self, gesture):
global history_pos
history_pos -= 1
if history_pos < 0:
tones.beep(200, 100)
history_pos += 1
oldSpeak(self._history[history_pos])
def script_prevString(self, gesture):
global history_pos
history_pos += 1
if history_pos > len(self._history) - 1:
tones.beep(200, 100)
history_pos -= 1
oldSpeak(self._history[history_pos])
def event_typedCharacter(self, ch): super(EditWindow, self).event_typedCharacter(ch) if not config.conf["notepadPp"]["lineLengthIndicator"]: return textInfo = self.makeTextInfo(textInfos.POSITION_CARET) textInfo.expand(textInfos.UNIT_LINE) if textInfo.bookmark.endOffset - textInfo.bookmark.startOffset >= config.conf["notepadPp"]["maxLineLength"]: tones.beep(500, 50)
def waitAfterDisconnect():
for loop in xrange(10):
time.sleep(0.5)
try:
tones.beep(450 - (loop * 20), 20)
except:
pass
processEvents()
def run():
parent = api.getFocusObject()
vw = A8MInteraction(parent=parent)
vw.set(data=globalVars.mathcontent, name="")
try:
vw.setFocus()
except:
tones.beep(100, 100)
def command(self, id_):
try:
kwargs = latexCommand[id_]
command(**kwargs)
except:
tones.beep(100, 100)
return
eventHandler.executeEvent("gainFocus", self.parent)
def event_typedCharacter(self, ch): super(EditWindow, self).event_typedCharacter(ch) if not config.conf["notepadPp"]["lineLengthIndicator"]: return textInfo = self.makeTextInfo(textInfos.POSITION_CARET) textInfo.expand(textInfos.UNIT_LINE) if textInfo.bookmark.endOffset - textInfo.bookmark.startOffset >= config.conf["notepadPp"]["maxLineLength"]: tones.beep(500, 50)
def script_copyLast(self, gesture):
text = self.getSequenceText(self._history[history_pos])
if config.conf['speechHistory']['trimWhitespaceFromStart']:
text = text.lstrip()
if config.conf['speechHistory']['trimWhitespaceFromEnd']:
text = text.rstrip()
if api.copyToClip(text):
tones.beep(1500, 120)
def _showFromSlot(self, slotNumber):
windowToShow = self.hiddenWindowsList.pop(slotNumber)
self.hiddenWindowsList.save()
if windowToShow.isAlive:
windowToShow.show()
tones.beep(180, 80)
else:
raise RuntimeError("This window no longer exists!")
def run(self):
global wdTime, wdAsleep, wdTimeout
time.sleep(5)
while not self.stopSignal:
if getConfig("busyBeep"):
while not wdAsleep and (time.time() - wdTime) > wdTimeout:
tones.beep(150, 10, left=25, right=25)
#time.sleep(0.01)
time.sleep(0.1)
def script_toggleSpeakPixels(self, gesture):
if self.sayPixel == 1:
self.sayPixel = 0
ui.message(_('report pixels off'))
tones.beep(500, 200)
else:
self.sayPixel = 1
ui.message(_('report pixels on'))
tones.beep(1000, 200)
def stopRemanence(self, beep=False):
if self.remanenceActivation is False:
return
self.lastModifiers = []
if self.isRemanenceStarted():
self.remanenceTimer.Stop()
self.remanenceTimer = None
if beep and toggleBeepAtRemanenceEndAdvancedOption(False):
tones.beep(3000, 20)
def script_ITLayer(self, gesture): # A run-time binding will occur from which we can perform various layered translation commands. # First, check if a second press of the script was done. if self.toggling: self.script_error(gesture) return self.bindGestures(self.__ITGestures) self.toggling = True tones.beep(100, 10)
def toggle_auto_scroll(self):
if self._auto_scroll:
self._auto_scroll.stop()
self._auto_scroll = None
tones.beep(100, 100)
else:
self._auto_scroll = self.AutoScroll()
self._auto_scroll.start()
tones.beep(300, 100)
def script_copyLast(self, gesture):
import scriptHandler
repeat = scriptHandler.getLastScriptRepeatCount()
if repeat > 0:
if api.copyToClip(history[history_pos].strip()):
tones.beep(1500, 120)
else:
if api.copyToClip(history[history_pos]):
tones.beep(1000, 120)
def playTone(self, pitch, length, stereoPosition='center'):
if not config.conf['profilesSwitcher']['shouldPlaySound']: return
if stereoPosition == 'left':
stereoPosition = (50, 0)
elif stereoPosition == 'right':
stereoPosition = (0, 50)
else:
stereoPosition = (50, 50)
beep(pitch, length, stereoPosition[0], stereoPosition[1])
def script_reportLineOverflow(self, gesture):
if self.appModule.isAutocomplete:
gesture.send()
return
self.script_caret_moveByLine(gesture)
if not config.conf["notepadPp"]["lineLengthIndicator"]:
return
info = self.makeTextInfo(textInfos.POSITION_CARET)
info.expand(textInfos.UNIT_LINE)
if len(info.text.strip('\r\n\t ')) > config.conf["notepadPp"]["maxLineLength"]:
tones.beep(500, 50)
def speakingHook(d):
percentage=0
frequency=100
if d['status'] == 'downloading':
percentage=int((float(d['downloaded_bytes'])/d['total_bytes'])*100)
frequency=100+percentage
tones.beep(frequency, 50)
elif d['status'] == 'finished':
ui.message(_("Download complete. Converting video."))
elif d['status'] == 'error':
ui.message(_("Download error."))
def event_UIA_notification(self, obj, nextHandler, notificationKind=None, notificationProcessing=None, displayString=None, activityId=None):
# Introduced in Version 1709, to be treated as a notification event.
self.uiaDebugLogging(obj, "notification")
if isinstance(obj, UIA) and globalVars.appArgs.debugLogging:
log.debug("W10: UIA notification: sender: %s, notification kind: %s, notification processing: %s, display string: %s, activity ID: %s"%(obj.UIAElement,notificationKind,notificationProcessing,displayString,activityId))
# Play a debug tone if and only if notifications come from somewhere other than the active app.
if obj.appModule != api.getFocusObject().appModule:
import tones
# For debugging purposes.
tones.beep(500, 100)
nextHandler()
def event_typedCharacter(self,ch): if config.conf["documentFormatting"]["reportSpellingErrors"] and config.conf["keyboard"]["alertForSpellingErrors"] and ( # Not alpha, apostrophe or control. ch.isspace() or (ch >= u" " and ch not in u"'\x7f" and not ch.isalpha()) ): # Reporting of spelling errors is enabled and this character ends a word. self._reportErrorInPreviousWord() speech.speakTypedCharacters(ch) import winUser if config.conf["keyboard"]["beepForLowercaseWithCapslock"] and ch.islower() and winUser.getKeyState(winUser.VK_CAPITAL)&1: import tones tones.beep(3000,40)
def event_typedCharacter(self, ch):
speech.speakTypedCharacters(ch)
import winUser
if (
config.conf["keyboard"]["beepForLowercaseWithCapslock"]
and ch.islower()
and winUser.getKeyState(winUser.VK_CAPITAL) & 1
):
import tones
tones.beep(3000, 40)
def event_caret(self): super(EditWindow, self).event_caret() if not config.conf["notepadPp"]["lineLengthIndicator"]: return caretInfo = self.makeTextInfo(textInfos.POSITION_CARET) lineStartInfo = self.makeTextInfo(textInfos.POSITION_CARET).copy() caretInfo.expand(textInfos.UNIT_CHARACTER) lineStartInfo.expand(textInfos.UNIT_LINE) caretPosition = caretInfo.bookmark.startOffset -lineStartInfo.bookmark.startOffset #Is it not a blank line, and are we further in the line than the marker position? if caretPosition > config.conf["notepadPp"]["maxLineLength"] -1 and caretInfo.text not in ['\r', '\n']: tones.beep(500, 50)
def resumeTouchInteraction(self, profileSwitch=False):
if not touchHandler.handler:
try:
self.etsDebugOutput("etouch: attempting to enable touch handler")
touchHandler.initialize()
if not profileSwitch:
ui.message("Touch passthrough off")
import tones
tones.beep(380, 100)
except:
if not profileSwitch: ui.message("Touch is not supported")
finally:
self.touchPassthroughTimer = None
def beep_sequence(*sequence): """ Play a simple synchronous monophonic beep sequence A beep sequence is an iterable containing one of two kinds of elements. An element consisting of a tuple of two items is interpreted as a frequency and duration. Note, this function plays beeps synchronously, unlike tones.beep A single integer is assumed to be a delay in ms. """ for element in sequence: if not isinstance(element, collections.Sequence): time.sleep(element / 1000) else: tone, duration = element time.sleep(duration / 1000) tones.beep(tone, duration)
def event_becomeNavigatorObject(self): l,t,w,h=self.location x = l+(w/2) y = t+(h/2) screenWidth, screenHeight = api.getDesktopObject().location[2:] if x <= screenWidth or y <= screenHeight: minPitch=config.conf['mouse']['audioCoordinates_minPitch'] maxPitch=config.conf['mouse']['audioCoordinates_maxPitch'] curPitch=minPitch+((maxPitch-minPitch)*((screenHeight-y)/float(screenHeight))) brightness=config.conf['mouse']['audioCoordinates_maxVolume'] leftVolume=int((85*((screenWidth-float(x))/screenWidth))*brightness) rightVolume=int((85*(float(x)/screenWidth))*brightness) tones.beep(curPitch,40,left=leftVolume,right=rightVolume) super(MapLocation,self).event_becomeNavigatorObject()
def Pulse(self):
super(IndeterminateProgressDialog, self).Pulse()
# We want progress to be spoken on the first pulse and every 10 pulses thereafter.
# Therefore, cycle from 0 to 9 inclusive.
self._speechCounter = (self._speechCounter + 1) % 10
pbConf = config.conf["presentation"]["progressBarUpdates"]
if pbConf["progressBarOutputMode"] == "off":
return
if not pbConf["reportBackgroundProgressBars"] and not self.IsActive():
return
if pbConf["progressBarOutputMode"] in ("beep", "both"):
tones.beep(440, 40)
if pbConf["progressBarOutputMode"] in ("speak", "both") and self._speechCounter == 0:
# Translators: Announced periodically to indicate progress for an indeterminate progress bar.
speech.speakMessage(_("Please wait"))
def _reportIndentChange(self, text): """ Reports the current level change as a tone. The first twenty levels are given distinct stereo positions, and otherwise, no tone will play. @var text: The text to report indents for. Only pass a homoginous set of tabs or spaces, because the length is calculated assuming each character is one indent unit. @type text: string @returns: Indent level. """ level = len(text) #assume 1 indent unit per character. if level > MAX_LEVEL: return level volume = speech.getSynth().volume note = 128*2**(level/MAX_LEVEL*3) #MAX_LEVEL*3 gives us 3 octaves of whole tones. #calculate stereo values. NVDA expects values between 0 and 100 for stereo volume for each channel. right = int((volume/(MAX_LEVEL-1))*level) left = volume-right tones.beep(note, 80, left=left, right=right) return level
def script_toggleTouchPassthrough(self, gesture):
# First, check if timer is running, and if so, enable touch interaction (manual toggle).
if ((not touchHandler.handler and config.conf["touch"]["manualPassthroughToggle"])
or (self.touchPassthroughTimer and self.touchPassthroughTimer.IsRunning())):
self.etsDebugOutput("etouch: manually enabling touch handler")
self.resumeTouchInteraction()
return
if touchHandler.handler:
self.etsDebugOutput("etouch: disabling touch handler")
touchHandler.terminate()
ui.message("Touch passthrough on")
import tones
tones.beep(760, 100)
if not config.conf["touch"]["manualPassthroughToggle"]:
self.touchPassthroughTimer = wx.PyTimer(self.resumeTouchInteraction)
self.touchPassthroughTimer.Start(config.conf["touch"]["commandPassthroughDuration"]*1000, True)
def _reportIndentChange(self, level): """ Reports the current level change as a tone. The first twenty levels are given distinct stereo positions, and otherwise, no tone will play. @var level: The level to report indents for. Only pass a homoginous set of tabs or spaces, because the length is calculated assuming each character is one indent unit. @type level: int """ volume = speech.getSynth().volume if config.conf["indentone"]["toneType"] & PITCH: note = 128*2**(level/MAX_LEVEL*3) #MAX_LEVEL*3 gives us 3 octaves of whole tones. else: note = 256 #calculate stereo values. NVDA expects values between 0 and 100 for stereo volume for each channel. if config.conf["indentone"]["toneType"] & STEREO: right = int((volume/(MAX_LEVEL-1))*level) left = volume-right else: left = right = 50 tones.beep(note, 80, left=left, right=right) return
def run(self):
global playing
tone=0
for p in self.toneData:
if not playing: break
try:
tone+=1
tones.beep(int(p[0]), int(p[1]))
time.sleep(float(p[2]))
except ValueError:
# Translators: This message will be displayed if there's an error with tone data playback.
wx.CallAfter(gui.messageBox, _("""Woops! I found an error at tone number {toneNumber} while playing tone data file, some values are missing or incorrect.
Please correct any errors and try again.
Bad syntax: {syntax}""".format(toneNumber=tone, syntax=':'.join(p))), _("Error"), style=wx.OK | wx.CENTER|wx.ICON_ERROR)
tone=len(self.toneData)
break
if tone>=len(self.toneData):
playing=False
def playAudioCoordinates(x, y, screenWidth, screenHeight, detectBrightness=True,blurFactor=0): minPitch=config.conf['mouse']['audioCoordinates_minPitch'] maxPitch=config.conf['mouse']['audioCoordinates_maxPitch'] curPitch=minPitch+((maxPitch-minPitch)*((screenHeight-y)/float(screenHeight))) if detectBrightness: startX=min(max(x-blurFactor,0),screenWidth) width=min((x+blurFactor+1)-startX,screenWidth) startY=min(max(y-blurFactor,0),screenHeight) height=min((y+blurFactor+1)-startY,screenHeight) grey=screenBitmap.rgbPixelBrightness(scrBmpObj.captureImage(startX,startY,width,height)[0][0]) brightness=grey/255.0 minBrightness=config.conf['mouse']['audioCoordinates_minVolume'] maxBrightness=config.conf['mouse']['audioCoordinates_maxVolume'] brightness=(brightness*(maxBrightness-minBrightness))+minBrightness else: brightness=config.conf['mouse']['audioCoordinates_maxVolume'] leftVolume=int((85*((screenWidth-float(x))/screenWidth))*brightness) rightVolume=int((85*(float(x)/screenWidth))*brightness) tones.beep(curPitch,40,left=leftVolume,right=rightVolume)
def event_nameChange(self):
#a nameChange event is fired by breakpoint UI control when the caret reaches a line with breakpoint, so, we rely on this to announce breakpoints
global caretMovedToDifferentLine
if not caretMovedToDifferentLine:
#a nameChange event can be fired multiple times when moving by character within the same line, so, return if we already announced the break point for the current line
return
caretMovedToDifferentLine = False
currentLineNum = _getCurLineNumber()
BPLineNum = self._getLineNumber()
if currentLineNum == 0 or BPLineNum == 0 \
or currentLineNum != BPLineNum:
return
if config.conf["visualStudio"]["beepOnBreakpoints"]:
tones.beep(1000, 50)
if not config.conf["visualStudio"]["announceBreakpoints"]:
return
message = _("breakpoint")
state = re.search(REG_GET_BREAKPOINT_STATE, self.name)
if state:
message += " "
message += state.group()
ui.message(message)
def speakText(text,index=None,reason=REASON_MESSAGE,expandPunctuation=None):
"""Speaks some text.
@param text: The text to speak.
@type text: str
@param index: The index to mark this text with, which can be used later to determine whether this piece of text has been spoken.
@type index: int
@param reason: The reason for this speech; one of the REASON_* constants.
@param expandPunctuation: Whether to speak punctuation; C{None} (default) to use the user's configuration.
@param expandPunctuation: bool
"""
import speechViewer
if speechViewer.isActive:
speechViewer.appendText(text)
from brailleDisplayDrivers.DirectBM_drv import DirectBM_drv # Masataka.Shinke
DirectBM_drv.sp(text) # Masataka.Shinke
#if speechViewer.isActive: # Masataka.Shinke
# speechViewer.appendText(u'('+DirectBM_drv.wakach(text)+u')') # Masataka.Shinke
global beenCanceled, curWordChars
curWordChars=[]
if speechMode==speechMode_off:
return
elif speechMode==speechMode_beeps:
tones.beep(config.conf["speech"]["beepSpeechModePitch"],speechMode_beeps_ms)
return
if isPaused:
cancelSpeech()
beenCanceled=False
log.io("Speaking %r" % text)
if expandPunctuation is None:
expandPunctuation=config.conf["speech"]["speakPunctuation"]
if text is None:
text=""
else:
text=processText(text,expandPunctuation=expandPunctuation)
if not text or not text.isspace():
getSynth().speakText(text,index=index)
def playAudioCoordinates(x, y, screenWidth, screenHeight, detectBrightness=True,blurFactor=0): minPitch=config.conf['mouse']['audioCoordinates_minPitch'] maxPitch=config.conf['mouse']['audioCoordinates_maxPitch'] curPitch=minPitch+((maxPitch-minPitch)*((screenHeight-y)/float(screenHeight))) if detectBrightness: screenDC=ctypes.windll.user32.GetDC(0) brightness=0 for i in range(x-blurFactor,x+blurFactor+1): for j in range(y-blurFactor,y+blurFactor+1): if i>=0 and i<screenWidth and j>=0 and j<screenHeight: p=ctypes.windll.gdi32.GetPixel(screenDC,i,j) grey=0.3*((p>>16)&0xff)+0.59*((p>>8)&0xff)+0.11*(p&0xff) brightness=(brightness+(grey/255))/2 minBrightness=config.conf['mouse']['audioCoordinates_minVolume'] maxBrightness=config.conf['mouse']['audioCoordinates_maxVolume'] brightness=(brightness*(maxBrightness-minBrightness))+minBrightness ctypes.windll.user32.ReleaseDC(0,screenDC) else: brightness=config.conf['mouse']['audioCoordinates_maxVolume'] leftVolume=int((85*((screenWidth-float(x))/screenWidth))*brightness) rightVolume=int((85*(float(x)/screenWidth))*brightness) tones.beep(curPitch,40,left=leftVolume,right=rightVolume)
def reportConnectionStatus(self, connecting=False): # Same routine as SAM encoder: use a thread to prevent blocking NVDA commands. SPLWin = user32.FindWindowW(u"SPLStudio", None) attempt = 0 messageCache = "" # Status flags. connected = False while True: time.sleep(0.001) try: # An inner try block is required because statChild may say the base class is gone. try: statChild = self.children[1] except NotImplementedError: return # Only seen when the encoder dies. except IndexError: return # Don't leave zombie objects around. if messageCache != statChild.name: messageCache = statChild.name if not messageCache: return if "Kbps" not in messageCache: self.encoderStatusMessage(messageCache, self.IAccessibleChildID) if messageCache == "Disconnected": connected = False if connecting: continue elif messageCache == "Connected": connecting = False # We're on air, so exit. if not connected: tones.beep(1000, 150) if self.focusToStudio and not connected: user32.SetForegroundWindow(user32.FindWindowW(u"TStudioForm", None)) if self.playAfterConnecting and not connected: if sendMessage(SPLWin, 1024, 0, SPL_TrackPlaybackStatus) == 0: sendMessage(SPLWin, 1024, 0, SPLPlay) if not connected: connected = True elif "Unable to connect" in messageCache or "Failed" in messageCache or statChild.name == "AutoConnect stopped.": if connected: connected = False else: if connected: connected = False if not "Kbps" in messageCache: attempt += 1 if attempt%250 == 0 and self.connectionTone: tones.beep(500, 50) if attempt>= 500 and statChild.name == "Disconnected": tones.beep(250, 250) if connecting: continue if not self.backgroundMonitor: return
def readObjectsHelper_generator(obj):
levelsIndexMap={}
updateObj=obj
keepReading=True
keepUpdating=True
indexCount=0
lastSpokenIndex=0
endIndex=0
while keepUpdating:
while speech.isPaused:
yield
continue
if keepReading:
speech.speakObject(obj,index=indexCount,reason=speech.REASON_SAYALL)
up=[]
down=[]
obj=obj.getNextInFlow(up=up,down=down)
if not obj:
endIndex=indexCount
keepReading=False
indexCount+=1
levelsIndexMap[indexCount]=(len(up),len(down))
spokenIndex=speech.getLastSpeechIndex()
if spokenIndex is None:
spokenIndex=0
for count in range(spokenIndex-lastSpokenIndex):
upLen,downLen=levelsIndexMap.get(lastSpokenIndex+count+1,(0,0))
if upLen==0 and downLen==0:
tones.beep(880,50)
if upLen>0:
for count in range(upLen+1):
tones.beep(880*(1.25**count),50)
time.sleep(0.025)
if downLen>0:
for count in range(downLen+1):
tones.beep(880/(1.25**count),50)
time.sleep(0.025)
updateObj=updateObj.nextInFlow
api.setNavigatorObject(updateObj)
if not keepReading and spokenIndex>=endIndex:
keepUpdating=False
lastSpokenIndex=spokenIndex
yield
def done(self): self.timer.Stop() if self.IsActive(): tones.beep(1760, 40) self.Hide() self.Destroy()
def beep(self, hz, length, left, right, **kwargs): if self.is_muted: return tones.beep(hz, length, left, right)