def send_keys(self, keys):
try:
if isinstance(keys, str) or isinstance(keys, unicode):
keys = keys.split("|")
except NameError: # Python 3 does not have unicode class.
pass
for k in keys:
if not k: continue
if isinstance(k, int):
kbd_gesture = KeyboardInputGesture([], k, 1, False)
elif isinstance(k, tuple):
kbd_gesture = KeyboardInputGesture([], k[0], 1, k[1])
else:
kbd_gesture = KeyboardInputGesture.fromName(k)
inputCore.manager.emulateGesture(kbd_gesture)
def manageRemanence(self, currentGesture):
if not isInstall(ID_KeyRemanence):
return None
delayBetweenGestures = time.time() - self.lastGestureTime\
if self.lastGestureTime else time.time()
self.lastGestureTime = time.time()
lastGesture = self.lastGesture
self.lastGesture = currentGesture
if self.manageRemanenceActivation(currentGesture):
return None
if not self.remanenceActivation:
return None
if self.isRemanenceKey(currentGesture):
# if gesture is the same than last saved modifier , stop remanence
if self.isRemanenceStarted()\
and len(self.lastModifiers)\
and currentGesture.displayName == self.lastModifiers[-1].displayName:
self.stopRemanence(beep=True)
return None
self.lastModifiers.append(currentGesture)
queueHandler.queueFunction(queueHandler.eventQueue,
self.startRemanence, currentGesture)
if not currentGesture.isNVDAModifierKey:
currentGesture.noAction = True
return None
if (currentGesture.mainKeyName.lower() == "capslock"):
self.stopRemanence()
if not self.isRemanenceStarted():
# perhaps it's a gesture repeat
if ((delayBetweenGestures > 0.5) or lastGesture is None or
(lastGesture and
(currentGesture.displayName) != lastGesture.displayName)):
# no, it's a normal gesture
self.lastModifiersForRepeat = []
return None
else:
if currentGesture.isModifier:
self.lastModifiers.append(currentGesture)
currentGesture.noAction = True
return None
# remanence is started, so saved last modifiers for repeat
self.lastModifiersForRepeat = self.lastModifiers[:]
self.stopRemanence()
if len(self.lastModifiersForRepeat) == 0:
return None
# calculate new gesture with all saved modifier keys
modifiers = set()
for modifier in self.lastModifiersForRepeat:
modifiers.add((modifier.vkCode, modifier.isExtended))
vkCode = currentGesture.vkCode
scanCode = currentGesture.scanCode
extended = currentGesture.isExtended
newGesture = KeyboardInputGesture(modifiers, vkCode, scanCode,
extended)
return newGesture
def getNumpadKeyReplacement(self, gesture):
if not self.enableNumpadNnavigationKeys:
return None
if gesture.isModifier or "nvda" in gesture.displayName.lower():
# excluded modifier key and numpad keys with NVDA modifiers
return None
numpadKeyNames = ["numpad%s" % str(x) for x in range(1, 10)]
numpadKeyNames.remove("numpad5")
if gesture.mainKeyName in numpadKeyNames:
vkCode = gesture.vkCode
scanCode = gesture.scanCode
extended = not gesture.isExtended
newGesture = KeyboardInputGesture(gesture.modifiers, vkCode,
scanCode, extended) # noqa:E501
return newGesture
return None
