def _shouldGetEvents():
global _deferUntilForegroundWindow, _foregroundDefers
if _deferUntilForegroundWindow:
# #3831: Sometimes, a foreground event is fired,
# but GetForegroundWindow() takes a short while to return this new foreground.
curForegroundWindow = winUser.getForegroundWindow()
curForegroundClassName = winUser.getClassName(curForegroundWindow)
futureForegroundClassName = winUser.getClassName(
_deferUntilForegroundWindow)
if (_foregroundDefers < MAX_FOREGROUND_DEFERS
and curForegroundWindow != _deferUntilForegroundWindow):
# Wait a core cycle before handling events to give the foreground window time to update.
core.requestPump()
_foregroundDefers += 1
if isMSAADebugLoggingEnabled():
log.debugWarning(
f"Foreground still {curForegroundWindow} ({curForegroundClassName}). "
f"Deferring until foreground is {_deferUntilForegroundWindow} ({futureForegroundClassName}), "
f"defer count {_foregroundDefers}")
return False
else:
# Either the foreground window is now correct
# or we've already had the maximum number of defers.
# (Sometimes, foreground events are fired even when the foreground hasn't actually changed.)
if curForegroundWindow != _deferUntilForegroundWindow:
log.debugWarning(
"Foreground took too long to change. "
f"Foreground still {curForegroundWindow} ({curForegroundClassName}). "
f"Should be {_deferUntilForegroundWindow} ({futureForegroundClassName})"
)
_deferUntilForegroundWindow = None
return True
def pumpAll(): global _deferUntilForegroundWindow,_foregroundDefers if _deferUntilForegroundWindow: # #3831: Sometimes, a foreground event is fired, # but GetForegroundWindow() takes a short while to return this new foreground. if _foregroundDefers<MAX_FOREGROUND_DEFERS and winUser.getForegroundWindow()!=_deferUntilForegroundWindow: # Wait a core cycle before handling events to give the foreground window time to update. core.requestPump() _foregroundDefers+=1 return else: # Either the foreground window is now correct # or we've already had the maximum number of defers. # (Sometimes, foreground events are fired even when the foreground hasn't actually changed.) _deferUntilForegroundWindow=None #Receive all the winEvents from the limiter for this cycle winEvents=winEventLimiter.flushEvents() focusWinEvents=[] validFocus=False fakeFocusEvent=None for winEvent in winEvents[0-MAX_WINEVENTS:]: # #4001: Ideally, we'd call shouldAcceptEvent in winEventCallback, # but this causes focus issues when starting applications. if not eventHandler.shouldAcceptEvent(winEventIDsToNVDAEventNames[winEvent[0]], windowHandle=winEvent[1]): continue #We want to only pass on one focus event to NVDA, but we always want to use the most recent possible one if winEvent[0] in (winUser.EVENT_OBJECT_FOCUS,winUser.EVENT_SYSTEM_FOREGROUND): focusWinEvents.append(winEvent) continue else: for focusWinEvent in reversed(focusWinEvents): procFunc=processForegroundWinEvent if focusWinEvent[0]==winUser.EVENT_SYSTEM_FOREGROUND else processFocusWinEvent if procFunc(*(focusWinEvent[1:])): validFocus=True break focusWinEvents=[] if winEvent[0]==winUser.EVENT_SYSTEM_DESKTOPSWITCH: processDesktopSwitchWinEvent(*winEvent[1:]) elif winEvent[0]==winUser.EVENT_OBJECT_SHOW: processShowWinEvent(*winEvent[1:]) elif winEvent[0] in MENU_EVENTIDS+(winUser.EVENT_SYSTEM_SWITCHEND,): # If there is no valid focus event, we may need to use this to fake the focus later. fakeFocusEvent=winEvent else: processGenericWinEvent(*winEvent) for focusWinEvent in reversed(focusWinEvents): procFunc=processForegroundWinEvent if focusWinEvent[0]==winUser.EVENT_SYSTEM_FOREGROUND else processFocusWinEvent if procFunc(*(focusWinEvent[1:])): validFocus=True break if fakeFocusEvent: # Try this as a last resort. if fakeFocusEvent[0] in (winUser.EVENT_SYSTEM_MENUSTART, winUser.EVENT_SYSTEM_MENUPOPUPSTART): # menuStart needs to be handled specially and might act even if there was a valid focus event. processMenuStartWinEvent(*fakeFocusEvent, validFocus=validFocus) elif not validFocus: # Other fake focus events only need to be handled if there was no valid focus event. processFakeFocusWinEvent(*fakeFocusEvent)
def pumpAll(): global _deferUntilForegroundWindow,_foregroundDefers if _deferUntilForegroundWindow: # #3831: Sometimes, a foreground event is fired, # but GetForegroundWindow() takes a short while to return this new foreground. if _foregroundDefers<MAX_FOREGROUND_DEFERS and winUser.getForegroundWindow()!=_deferUntilForegroundWindow: # Wait a core cycle before handling events to give the foreground window time to update. core.requestPump() _foregroundDefers+=1 return else: # Either the foreground window is now correct # or we've already had the maximum number of defers. # (Sometimes, foreground events are fired even when the foreground hasn't actually changed.) _deferUntilForegroundWindow=None #Receive all the winEvents from the limiter for this cycle winEvents=winEventLimiter.flushEvents() focusWinEvents=[] validFocus=False fakeFocusEvent=None for winEvent in winEvents[0-MAX_WINEVENTS:]: # #4001: Ideally, we'd call shouldAcceptEvent in winEventCallback, # but this causes focus issues when starting applications. if not eventHandler.shouldAcceptEvent(winEventIDsToNVDAEventNames[winEvent[0]], windowHandle=winEvent[1]): continue #We want to only pass on one focus event to NVDA, but we always want to use the most recent possible one if winEvent[0] in (winUser.EVENT_OBJECT_FOCUS,winUser.EVENT_SYSTEM_FOREGROUND): focusWinEvents.append(winEvent) continue else: for focusWinEvent in reversed(focusWinEvents): procFunc=processForegroundWinEvent if focusWinEvent[0]==winUser.EVENT_SYSTEM_FOREGROUND else processFocusWinEvent if procFunc(*(focusWinEvent[1:])): validFocus=True break focusWinEvents=[] if winEvent[0]==winUser.EVENT_SYSTEM_DESKTOPSWITCH: processDesktopSwitchWinEvent(*winEvent[1:]) elif winEvent[0]==winUser.EVENT_OBJECT_SHOW: processShowWinEvent(*winEvent[1:]) elif winEvent[0] in MENU_EVENTIDS+(winUser.EVENT_SYSTEM_SWITCHEND,): # If there is no valid focus event, we may need to use this to fake the focus later. fakeFocusEvent=winEvent else: processGenericWinEvent(*winEvent) for focusWinEvent in reversed(focusWinEvents): procFunc=processForegroundWinEvent if focusWinEvent[0]==winUser.EVENT_SYSTEM_FOREGROUND else processFocusWinEvent if procFunc(*(focusWinEvent[1:])): validFocus=True break if fakeFocusEvent: # Try this as a last resort. if fakeFocusEvent[0] in (winUser.EVENT_SYSTEM_MENUSTART, winUser.EVENT_SYSTEM_MENUPOPUPSTART): # menuStart needs to be handled specially and might act even if there was a valid focus event. processMenuStartWinEvent(*fakeFocusEvent, validFocus=validFocus) elif not validFocus: # Other fake focus events only need to be handled if there was no valid focus event. processFakeFocusWinEvent(*fakeFocusEvent)
def winEventCallback(handle,eventID,window,objectID,childID,threadID,timestamp):
try:
#Ignore all object IDs from alert onwards (sound, nativeom etc) as we don't support them
if objectID<=winUser.OBJID_ALERT:
return
#Ignore all locationChange events except ones for the caret
if eventID==winUser.EVENT_OBJECT_LOCATIONCHANGE and objectID!=winUser.OBJID_CARET:
return
if eventID==winUser.EVENT_OBJECT_DESTROY:
processDestroyWinEvent(window,objectID,childID)
return
#Change window objIDs to client objIDs for better reporting of objects
if (objectID==0) and (childID==0):
objectID=winUser.OBJID_CLIENT
#Ignore events with invalid window handles
isWindow = winUser.isWindow(window) if window else 0
if window==0 or (not isWindow and eventID in (winUser.EVENT_SYSTEM_SWITCHSTART,winUser.EVENT_SYSTEM_SWITCHEND,winUser.EVENT_SYSTEM_MENUEND,winUser.EVENT_SYSTEM_MENUPOPUPEND)):
window=winUser.getDesktopWindow()
elif not isWindow:
return
if childID<0:
tempWindow=window
while tempWindow and not winUser.getWindowStyle(tempWindow)&winUser.WS_POPUP and winUser.getClassName(tempWindow)=="MozillaWindowClass":
tempWindow=winUser.getAncestor(tempWindow,winUser.GA_PARENT)
if tempWindow and winUser.getClassName(tempWindow).startswith('Mozilla'):
window=tempWindow
windowClassName=winUser.getClassName(window)
# Modern IME candidate list windows fire menu events which confuse us
# and can't be used properly in conjunction with input composition support.
if windowClassName=="Microsoft.IME.UIManager.CandidateWindow.Host" and eventID in MENU_EVENTIDS:
return
#At the moment we can't handle show, hide or reorder events on Mozilla Firefox Location bar,as there are just too many of them
#Ignore show, hide and reorder on MozillaDropShadowWindowClass windows.
if windowClassName.startswith('Mozilla') and eventID in (winUser.EVENT_OBJECT_SHOW,winUser.EVENT_OBJECT_HIDE,winUser.EVENT_OBJECT_REORDER) and childID<0:
#Mozilla Gecko can sometimes fire win events on a catch-all window which isn't really the real window
#Move up the ancestry to find the real mozilla Window and use that
if winUser.getClassName(window)=='MozillaDropShadowWindowClass':
return
if eventID==winUser.EVENT_SYSTEM_FOREGROUND:
#We never want to see foreground events for the Program Manager or Shell (task bar)
if windowClassName in ("Progman","Shell_TrayWnd"):
return
# #3831: Event handling can be deferred if Windows takes a while to change the foreground window.
# See pumpAll for details.
global _deferUntilForegroundWindow,_foregroundDefers
_deferUntilForegroundWindow=window
_foregroundDefers=0
if windowClassName=="MSNHiddenWindowClass":
# HACK: Events get fired by this window in Windows Live Messenger 2009 when it starts.
# If we send a WM_NULL to this window at this point (which happens in accessibleObjectFromEvent), Messenger will silently exit (#677).
# Therefore, completely ignore these events, which is useless to us anyway.
return
if winEventLimiter.addEvent(eventID,window,objectID,childID,threadID):
core.requestPump()
except:
log.error("winEventCallback", exc_info=True)
def registerGeneratorObject(generatorObj):
global generators, lastGeneratorObjID
if not isinstance(generatorObj, types.GeneratorType):
raise TypeError("Arg 2 must be a generator object, not %s" % type(generatorObj))
lastGeneratorObjID += 1
log.debug("Adding generator %d" % lastGeneratorObjID)
generators[lastGeneratorObjID] = generatorObj
core.requestPump()
return lastGeneratorObjID
def registerGeneratorObject(generatorObj):
global generators,lastGeneratorObjID
if not isinstance(generatorObj,types.GeneratorType):
raise TypeError('Arg 2 must be a generator object, not %s'%type(generatorObj))
lastGeneratorObjID+=1
log.debug("Adding generator %d"%lastGeneratorObjID)
generators[lastGeneratorObjID]=generatorObj
core.requestPump()
return lastGeneratorObjID
def winEventCallback(handle,eventID,window,objectID,childID,threadID,timestamp):
try:
#Ignore all object IDs from alert onwards (sound, nativeom etc) as we don't support them
if objectID<=winUser.OBJID_ALERT:
return
#Ignore all locationChange events except ones for the caret
if eventID==winUser.EVENT_OBJECT_LOCATIONCHANGE and objectID!=winUser.OBJID_CARET:
return
if eventID==winUser.EVENT_OBJECT_DESTROY:
processDestroyWinEvent(window,objectID,childID)
return
#Change window objIDs to client objIDs for better reporting of objects
if (objectID==0) and (childID==0):
objectID=winUser.OBJID_CLIENT
#Ignore events with invalid window handles
isWindow = winUser.isWindow(window) if window else 0
if window==0 or (not isWindow and eventID in (winUser.EVENT_SYSTEM_SWITCHSTART,winUser.EVENT_SYSTEM_SWITCHEND,winUser.EVENT_SYSTEM_MENUEND,winUser.EVENT_SYSTEM_MENUPOPUPEND)):
window=winUser.getDesktopWindow()
elif not isWindow:
return
if childID<0:
tempWindow=window
while tempWindow and not winUser.getWindowStyle(tempWindow)&winUser.WS_POPUP and winUser.getClassName(tempWindow)=="MozillaWindowClass":
tempWindow=winUser.getAncestor(tempWindow,winUser.GA_PARENT)
if tempWindow and winUser.getClassName(tempWindow).startswith('Mozilla'):
window=tempWindow
windowClassName=winUser.getClassName(window)
#At the moment we can't handle show, hide or reorder events on Mozilla Firefox Location bar,as there are just too many of them
#Ignore show, hide and reorder on MozillaDropShadowWindowClass windows.
if windowClassName.startswith('Mozilla') and eventID in (winUser.EVENT_OBJECT_SHOW,winUser.EVENT_OBJECT_HIDE,winUser.EVENT_OBJECT_REORDER) and childID<0:
#Mozilla Gecko can sometimes fire win events on a catch-all window which isn't really the real window
#Move up the ancestry to find the real mozilla Window and use that
if winUser.getClassName(window)=='MozillaDropShadowWindowClass':
return
if eventID==winUser.EVENT_SYSTEM_FOREGROUND:
#We never want to see foreground events for the Program Manager or Shell (task bar)
if windowClassName in ("Progman","Shell_TrayWnd"):
return
# #3831: Event handling can be deferred if Windows takes a while to change the foreground window.
# See pumpAll for details.
global _deferUntilForegroundWindow,_foregroundDefers
_deferUntilForegroundWindow=window
_foregroundDefers=0
if windowClassName=="MSNHiddenWindowClass":
# HACK: Events get fired by this window in Windows Live Messenger 2009 when it starts.
# If we send a WM_NULL to this window at this point (which happens in accessibleObjectFromEvent), Messenger will silently exit (#677).
# Therefore, completely ignore these events, which is useless to us anyway.
return
if winEventLimiter.addEvent(eventID,window,objectID,childID,threadID):
core.requestPump()
except:
log.error("winEventCallback", exc_info=True)
def inputTouchWndProc(self,hwnd,msg,wParam,lParam): if msg>=_WM_POINTER_FIRST and msg<=_WM_POINTER_LAST: flags=winUser.HIWORD(wParam) touching=(flags&POINTER_MESSAGE_FLAG_INRANGE) and (flags&POINTER_MESSAGE_FLAG_FIRSTBUTTON) x=winUser.LOWORD(lParam) y=winUser.HIWORD(lParam) ID=winUser.LOWORD(wParam) if touching: self.trackerManager.update(ID,x,y,False) core.requestPump() elif not flags&POINTER_MESSAGE_FLAG_FIRSTBUTTON: self.trackerManager.update(ID,x,y,True) core.requestPump() return 0 return windll.user32.DefWindowProcW(hwnd,msg,wParam,lParam)
def inputTouchWndProc(self,hwnd,msg,wParam,lParam): if msg>=_WM_POINTER_FIRST and msg<=_WM_POINTER_LAST: flags=winUser.HIWORD(wParam) touching=(flags&POINTER_MESSAGE_FLAG_INRANGE) and (flags&POINTER_MESSAGE_FLAG_FIRSTBUTTON) x=winUser.GET_X_LPARAM(lParam) y=winUser.GET_Y_LPARAM(lParam) ID=winUser.LOWORD(wParam) if touching: self.trackerManager.update(ID,x,y,False) core.requestPump() elif not flags&POINTER_MESSAGE_FLAG_FIRSTBUTTON: self.trackerManager.update(ID,x,y,True) core.requestPump() return 0 return windll.user32.DefWindowProcW(hwnd,msg,wParam,lParam)
def internal_mouseEvent(msg,x,y,injected):
global mouseMoved, curMousePos, lastMouseEventTime
lastMouseEventTime=time.time()
if injected:
return True
if not config.conf['mouse']['enableMouseTracking']:
return True
try:
curMousePos=(x,y)
if msg==WM_MOUSEMOVE:
mouseMoved=True
core.requestPump()
elif msg in (WM_LBUTTONDOWN,WM_RBUTTONDOWN):
queueHandler.queueFunction(queueHandler.eventQueue,speech.cancelSpeech)
except:
log.error("", exc_info=True)
return True
def internal_mouseEvent(msg,x,y,injected):
global mouseMoved, curMousePos, lastMouseEventTime
lastMouseEventTime=time.time()
if injected:
return True
if not config.conf['mouse']['enableMouseTracking']:
return True
try:
curMousePos=(x,y)
if msg==WM_MOUSEMOVE:
mouseMoved=True
core.requestPump()
elif msg in (WM_LBUTTONDOWN,WM_RBUTTONDOWN):
queueHandler.queueFunction(queueHandler.eventQueue,speech.cancelSpeech)
except:
log.error("", exc_info=True)
return True
def internal_mouseEvent(msg,x,y,injected):
"""Event called by winInputHook when it receives a mouse event.
"""
global mouseMoved, curMousePos, lastMouseEventTime
lastMouseEventTime=time.time()
if injected and (ignoreInjected or config.conf['mouse']['ignoreInjectedMouseInput']):
return True
if not config.conf['mouse']['enableMouseTracking']:
return True
try:
curMousePos=(x,y)
if msg==WM_MOUSEMOVE:
mouseMoved=True
core.requestPump()
elif msg in (WM_LBUTTONDOWN,WM_RBUTTONDOWN):
queueHandler.queueFunction(queueHandler.eventQueue,speech.cancelSpeech)
except:
log.error("", exc_info=True)
return True
def internal_mouseEvent(msg,x,y,injected):
"""Event called by winInputHook when it receives a mouse event.
"""
global mouseMoved, curMousePos, lastMouseEventTime
lastMouseEventTime=time.time()
if injected and (ignoreInjected or config.conf['mouse']['ignoreInjectedMouseInput']):
return True
if not config.conf['mouse']['enableMouseTracking']:
return True
try:
curMousePos=(x,y)
if msg==WM_MOUSEMOVE:
mouseMoved=True
core.requestPump()
elif msg in (WM_LBUTTONDOWN,WM_RBUTTONDOWN):
queueHandler.queueFunction(queueHandler.eventQueue,speech.cancelSpeech)
except:
log.error("", exc_info=True)
return True
def _shouldGetEvents(): global _deferUntilForegroundWindow, _foregroundDefers if _deferUntilForegroundWindow: # #3831: Sometimes, a foreground event is fired, # but GetForegroundWindow() takes a short while to return this new foreground. if ( _foregroundDefers < MAX_FOREGROUND_DEFERS and winUser.getForegroundWindow() != _deferUntilForegroundWindow ): # Wait a core cycle before handling events to give the foreground window time to update. core.requestPump() _foregroundDefers += 1 return False else: # Either the foreground window is now correct # or we've already had the maximum number of defers. # (Sometimes, foreground events are fired even when the foreground hasn't actually changed.) _deferUntilForegroundWindow = None return True
def pumpAll():
# This dict can mutate during iteration, so use keys().
for ID in generators.keys():
# KeyError could occur within the generator itself, so retrieve the generator first.
try:
gen = generators[ID]
except KeyError:
# Generator was cancelled. This is fine.
continue
watchdog.alive()
try:
next(gen)
except StopIteration:
log.debug("generator %s finished" % ID)
del generators[ID]
except:
log.exception("error in generator %d" % ID)
del generators[ID]
# Lose our reference so Python can destroy the generator if appropriate.
del gen
if generators:
core.requestPump()
flushQueue(eventQueue)
def pumpAll():
# This dict can mutate during iteration, so wrap the keys in a list.
for ID in list(generators):
# KeyError could occur within the generator itself, so retrieve the generator first.
try:
gen = generators[ID]
except KeyError:
# Generator was cancelled. This is fine.
continue
watchdog.alive()
try:
next(gen)
except StopIteration:
log.debug("generator %s finished"%ID)
del generators[ID]
except:
log.exception("error in generator %d"%ID)
del generators[ID]
# Lose our reference so Python can destroy the generator if appropriate.
del gen
if generators:
core.requestPump()
flushQueue(eventQueue)
def queueFunction(queue, func, *args, **kwargs):
queue.put_nowait((func, args, kwargs))
core.requestPump()
def winEventCallback(handle, eventID, window, objectID, childID, threadID,
timestamp): # noqa: C901
if isMSAADebugLoggingEnabled():
log.debug(
f"Hook received winEvent: {getWinEventLogInfo(window, objectID, childID, eventID, threadID)}"
)
try:
# Ignore all object IDs from alert onwards (sound, nativeom etc) as we don't support them
if objectID <= winUser.OBJID_ALERT:
if isMSAADebugLoggingEnabled():
log.debug(
f"objectID not supported. "
f"Dropping winEvent {getWinEventLogInfo(window, objectID, childID, eventID, threadID)}"
)
return
# Ignore all locationChange events except ones for the caret
if eventID == winUser.EVENT_OBJECT_LOCATIONCHANGE and objectID != winUser.OBJID_CARET:
if isMSAADebugLoggingEnabled():
log.debug(
f"locationChange for something other than the caret. "
f"Dropping winEvent {getWinEventLogInfo(window, objectID, childID, eventID, threadID)}"
)
return
if eventID == winUser.EVENT_OBJECT_DESTROY:
_processDestroyWinEvent(window, objectID, childID)
return
# Change window objIDs to client objIDs for better reporting of objects
if (objectID == 0) and (childID == 0):
objectID = winUser.OBJID_CLIENT
if isMSAADebugLoggingEnabled():
log.debug(
f"Changing OBJID_WINDOW to OBJID_CLIENT "
f"for winEvent: {getWinEventLogInfo(window, objectID, childID, eventID, threadID)}"
)
# Ignore events with invalid window handles
isWindow = winUser.isWindow(window) if window else 0
if window == 0 or (not isWindow and eventID in (
winUser.EVENT_SYSTEM_SWITCHSTART,
winUser.EVENT_SYSTEM_SWITCHEND,
winUser.EVENT_SYSTEM_MENUEND,
winUser.EVENT_SYSTEM_MENUPOPUPEND,
)):
if isMSAADebugLoggingEnabled():
log.debug(
f"Changing NULL or invalid window to desktop window "
f"for winEvent: {getWinEventLogInfo(window, objectID, childID, eventID, threadID)}"
)
window = winUser.getDesktopWindow()
elif not isWindow:
if isMSAADebugLoggingEnabled():
log.debug(
f"Invalid window. "
f"Dropping winEvent: {getWinEventLogInfo(window, objectID, childID, eventID, threadID)}"
)
return
windowClassName = winUser.getClassName(window)
if windowClassName == "ConsoleWindowClass":
# #10113: we need to use winEvents to track the real thread for console windows.
consoleWindowsToThreadIDs[window] = threadID
# Modern IME candidate list windows fire menu events which confuse us
# and can't be used properly in conjunction with input composition support.
if windowClassName == "Microsoft.IME.UIManager.CandidateWindow.Host" and eventID in MENU_EVENTIDS:
if isMSAADebugLoggingEnabled():
log.debug(
f"Dropping menu event for IME window. "
f"WinEvent: {getWinEventLogInfo(window, objectID, childID, eventID, threadID)}"
)
return
if eventID == winUser.EVENT_SYSTEM_FOREGROUND:
# We never want to see foreground events for the Program Manager or Shell (task bar)
if windowClassName in ("Progman", "Shell_TrayWnd"):
if isMSAADebugLoggingEnabled():
log.debug(
f"Progman or shell_trayWnd window. "
f"Dropping winEvent: {getWinEventLogInfo(window, objectID, childID, eventID, threadID)}"
)
return
# #3831: Event handling can be deferred if Windows takes a while to change the foreground window.
# See pumpAll for details.
global _deferUntilForegroundWindow, _foregroundDefers
_deferUntilForegroundWindow = window
_foregroundDefers = 0
if isMSAADebugLoggingEnabled():
log.debug(
f"Recording foreground defer "
f"for WinEvent: {getWinEventLogInfo(window, objectID, childID, eventID, threadID)}"
)
if windowClassName == "MSNHiddenWindowClass":
# HACK: Events get fired by this window in Windows Live Messenger 2009 when it starts. If we send a
# WM_NULL to this window at this point (which happens in accessibleObjectFromEvent), Messenger will
# silently exit (#677). Therefore, completely ignore these events, which is useless to us anyway.
return
if isMSAADebugLoggingEnabled():
log.debug(
f"Adding winEvent to limiter: {getWinEventLogInfo(window, objectID, childID, eventID, threadID)}"
)
if winEventLimiter.addEvent(eventID, window, objectID, childID,
threadID):
core.requestPump()
except Exception:
log.error("winEventCallback", exc_info=True)
def internalQueueFunction(func,*args,**kwargs): internalFunctionQueue.put_nowait((func,args,kwargs)) core.requestPump()
def internalQueueFunction(func,*args,**kwargs): internalFunctionQueue.put_nowait((func,args,kwargs)) core.requestPump()
def queueFunction(queue,func,*args,**kwargs): queue.put_nowait((func,args,kwargs)) core.requestPump()