def DISABLED_test_natlink_timer(self):
return
callback_occurred = False
def callback():
callback_occurred = True
ticks = 200
import time
import natlink
natlink.natConnect()
try:
natlink.setTimerCallback(callback, ticks)
# time.sleep(1)
import sys
import time
import win32gui
timeout = time.time() + 3
while time.time() < timeout:
print("Luke")
sys.stdout.flush()
if win32gui.PumpWaitingMessages():
raise RuntimeError("We got an unexpected WM_QUIT message!")
time.sleep(1)
natlink.setTimerCallback(None, 0)
print("callback occurred:", callback_occurred)
finally:
natlink.natDisconnect()
def cancelMode(self):
self.curMode = None
if self.haveCallback:
natlink.setTimerCallback(None,0)
self.haveCallback = 0
self.activateSet(['start'],exclusive=0)
natlink.setTrayIcon()
def gotResults_nowMousing(self,words,fullResults):
direction = findKeyWord(words,self.listDefn['direction'])
if direction:
self.curDirection = direction
elif 'stop' in words:
self.cancelMode()
elif 'faster' in words:
speed = int(self.curSpeed / moveRateChange)
pixels = self.curPixels
while speed < 50:
speed = speed * 2
pixels = pixels * 2
if pixels > 10:
pixels = 10
self.curSpeed = speed
self.curPixels = pixels
natlink.setTimerCallback(self.onTimer,speed)
elif 'slower' in words:
speed = int(self.curSpeed * moveRateChange)
pixels = self.curPixels
while pixels > defaultMousePixels and speed >= 2*50:
speed = speed / 2
pixels = pixels / 2
if speed > 2000:
speed = 2000
self.curSpeed = speed
self.curPixels = pixels
natlink.setTimerCallback(self.onTimer,speed)
def cancelMode(self):
debugPrint('cancelMode')
natlink.setTrayIcon()
if self.inTimer:
natlink.setTimerCallback(None,0)
self.inTimer = 0
if self.drag:
debugPrint('switch of dragging')
xPos,yPos = natlink.getCursorPos()
if self.drag == 2:
natlink.playEvents([(natut.wm_rbuttonup,xPos,yPos)])
else:
natlink.playEvents([(natut.wm_lbuttonup,xPos,yPos)])
self.drag = 0
elif self.state == 'searching':
self.stopSearch()
self.state = ''
self.minorState = ''
self.curDir = ''
self.Count = 0
self. mouseSteps = 10
self.inside = 0
self.insideCommand = 0
self.waiting = 0
self.drag = 0
self.repeatFlag = 0
self.hadRepeat = 0
self.repeatStuff = None
self.lastResults = []
self.activateSet(normalSet, exclusive=0)
def DISABLED_test_natlink_timer(self):
return
callback_occurred = False
def callback():
callback_occurred = True
ticks = 200
import time
import natlink
natlink.natConnect()
try:
natlink.setTimerCallback(callback, ticks)
# time.sleep(1)
import sys
import time
import win32gui
timeout = time.time() + 3
while time.time() < timeout:
print("Luke")
sys.stdout.flush()
if win32gui.PumpWaitingMessages():
raise RuntimeError("We got an unexpected WM_QUIT message!")
time.sleep(1)
natlink.setTimerCallback(None, 0)
print("callback occurred:", callback_occurred)
finally:
natlink.natDisconnect()
def gotResults_nowMousing(self,words,fullResults):
direction = findKeyWord(words,self.listDefn['direction'])
if direction:
self.curDirection = direction
elif 'stop' in words:
self.cancelMode()
elif 'faster' in words:
speed = int(self.curSpeed / moveRateChange)
pixels = self.curPixels
while speed < 50:
speed = speed * 2
pixels = pixels * 2
if pixels > 10: pixels = 10
self.curSpeed = speed
self.curPixels = pixels
natlink.setTimerCallback(self.onTimer,speed)
elif 'slower' in words:
speed = int(self.curSpeed * moveRateChange)
pixels = self.curPixels
while pixels > defaultMousePixels and speed >= 2*50:
speed = speed / 2
pixels = pixels / 2
if speed > 2000: speed = 2000
self.curSpeed = speed
self.curPixels = pixels
natlink.setTimerCallback(self.onTimer,speed)
def cancelMode(self):
self.curMode = None
if self.haveCallback:
natlink.setTimerCallback(None,0)
self.haveCallback = 0
self.activateSet(['start'],exclusive=0)
natlink.setTrayIcon()
def DisplayTextToCorrect():
if getattr(_globals, "lastSavedResults", None) is None:
print "No results to correct..."
if hasattr(_globals, "lastSavedResults") and _globals.lastSavedResults is not None:
results = _globals.lastSavedResults
words = results.getWords(0)
recognized_phrase = " ".join(words)
glib.LaunchExeAsyncWithArgList("C:\\Python27_32bit\\python.exe", ["C:\\NatLink\\NatLink\\MacroSystem\\DragonCorrectionDialog.py", recognized_phrase])
natlink.setTimerCallback(check_for_correction_response, 1000)
def rule_newcard(self, words):
"'new card'|next|continue"
self.moveTo(firstrowpos(1))
natqh.buttonClick()
self.moveTo(firstrowpos(2))
if self.hasCommon(words, 'continue'):
timeEachMilliseconds = max(1, self.pauseTime) * 500
print 'set the timer to %s' % timeEachMilliseconds
natlink.setTimerCallback(self.onTimer, timeEachMilliseconds)
self.inTimer = 1
def rule_newcard(self, words):
"'new card'|next|continue"
self.moveTo(firstrowpos(1))
natqh.buttonClick()
self.moveTo(firstrowpos(2))
if self.hasCommon(words, 'continue'):
timeEachMilliseconds = max(1, self.pauseTime)*500
print 'set the timer to %s'% timeEachMilliseconds
natlink.setTimerCallback(self.onTimer, timeEachMilliseconds)
self.inTimer = 1
def gotResults_startMousing(self,words,fullResults):
self.cancelMode()
direction = findKeyWord(words,self.listDefn['direction'])
self.curMode = 2
self.curDirection = direction
self.curSpeed = defaultMouseSpeed
self.curPixels = defaultMousePixels
self.lastClock = time.clock()
natlink.setTimerCallback(self.onTimer,defaultMouseSpeed)
self.haveCallback = 1
self.activateSet(['nowMousing'],exclusive=1)
def gotResults_startMousing(self,words,fullResults):
self.cancelMode()
direction = findKeyWord(words,self.listDefn['direction'])
self.curMode = 2
self.curDirection = direction
self.curSpeed = defaultMouseSpeed
self.curPixels = defaultMousePixels
self.lastClock = time.time()
natlink.setTimerCallback(self.onTimer,defaultMouseSpeed)
self.haveCallback = 1
self.activateSet(['nowMousing'],exclusive=1)
def gotResults_startMoving(self,words,fullResults):
self.cancelMode()
direction = findKeyWord(words,self.listDefn['direction'])
self.curMode = 1
self.curDirection = direction
self.setTrayIcon(0)
self.moduleInfo = natlink.getCurrentModule()
self.curSpeed = defaultMoveSpeed
self.lastClock = time.clock()
natlink.setTimerCallback(self.onTimer,defaultMoveSpeed)
self.haveCallback = 1
self.activateSet(['nowMoving'],exclusive=1)
def __init__(self, engine_type):
EngineBase.__init__(self)
self.__loaded_grammars = []
if engine_type == "natlink":
from dragonfire.engines.backend_natlink import get_engine
self._wrapped_engine = get_engine()
natlink.setTimerCallback(self.client_work, int(0.025 * 1000))
if engine_type == "sapi5":
from dragonfire.engines.backend_sapi5 import get_engine
self._wrapped_engine = get_engine()
threading.Timer(self.client_work, 0.025 * 1000).start()
ClientEngine.DictationContainer = self._wrapped_engine.DictationContainer
def gotResults_startMoving(self,words,fullResults):
self.cancelMode()
direction = findKeyWord(words,self.listDefn['direction'])
self.curMode = 1
self.curDirection = direction
self.setTrayIcon(0)
self.moduleInfo = natlink.getCurrentModule()
self.curSpeed = defaultMoveSpeed
self.lastClock = time.clock()
natlink.setTimerCallback(self.onTimer,defaultMoveSpeed)
self.haveCallback = 1
self.activateSet(['nowMoving'],exclusive=1)
def startNow(self):
self.moduleInfo = natlink.getCurrentModule()
k = self.state + self.minorState
s = self.curSpeed + 2 # very slow =2 -->> 0
if self.waiting:
natlink.setTimerCallback(self.onTimer, waitingSpeed)
elif k == 'mousing' or self.state == 'dragging':
speed = SPEED[k][s]
steps = defaultMousePixels
print 'mousing/dragging, speed: %s, steps: %s'% (speed, steps)
if s < minSpeed:
steps = (minSpeed//speed) + 1
speed = steps*speed
if steps < defaultMousePixels:
steps = defaultMousePixels
speed = speed*defaultMousePixels/steps
print 'enlarge steps: %s, new speed: %s'% (steps, speed)
else:
speed = s
debugPrint('mouse starting with speed: %s, steps: %s'% (speed, steps))
natlink.setTimerCallback(self.onTimer, speed)
self.mouseSteps = steps
elif SPEED.has_key(k):
debugPrint('starting with speed: %s'% SPEED[k][s])
natlink.setTimerCallback(self.onTimer, SPEED[k][s])
else:
debugPrint("timer starting with unknown speed for state/minorstate: %s"%k)
natlink.setTimerCallback(self.onTimer, defaultSpeed)
self.inTimer = 1
def gotResults_trayicon(self, words, fullResults):
#iconDir = r'D:\natlink\unimacro\icons'
#for name in ['repeat', 'repeat2', 'waiting', 'waiting2']:
# iconPath = os.path.join(iconDir, name+'.ico')
# print 'iconPath', iconPath
# natlink.setTrayIcon(iconPath)
# time.sleep(0.5)
#
## remove the icon:
#natlink.setTrayIcon()
self.stopShowing = 0 # can be used for interrupt by clicking on the tray icon...
self.directions = ['right', 'down', 'up', 'left']
self.loops = 12
self.currentLoop = 0
self.currentDirection = 0
natlink.setTimerCallback(self.doNextIcon, 500) # each 500 milliseconds
def doNextIcon(self):
if self.stopShowing:
print 'caught callback, stop the looping'
natlink.setTrayIcon()
natlink.setTimerCallback(None)
return
if self.currentLoop >= self.loops:
self.currentLoop = 0
self.currentDirection += 1
if self.currentDirection >= len(self.directions):
print 'ready all done, remove the icon and stop the timercallback'
natlink.setTrayIcon()
natlink.setTimerCallback(None)
if self.currentLoop % 2:
iconName = '%s2' % self.directions[self.currentDirection]
else:
iconName = '%s' % self.directions[self.currentDirection]
print 'set trayIcon: %s' % iconName
natlink.setTrayIcon(iconName, 'test also click on icon %s' % iconName,
self.onTrayIcon)
def gotResults_nowMoving(self,words,fullResults):
direction = findKeyWord(words,self.listDefn['direction'])
if direction:
self.curDirection = direction
self.setTrayIcon(0)
elif 'stop' in words:
self.cancelMode()
elif 'faster' in words:
speed = int(self.curSpeed / moveRateChange)
if 'much' in words:
speed = int(speed / (moveRateChange*moveRateChange))
if speed < 50: speed = 50
self.curSpeed = speed
natlink.setTimerCallback(self.onTimer,speed)
elif 'slower' in words:
speed = int(self.curSpeed * moveRateChange)
if 'much' in words:
speed = int(speed * (moveRateChange*moveRateChange))
if speed > 4000: speed = 4000
self.curSpeed = speed
natlink.setTimerCallback(self.onTimer,speed)
def gotResults_nowMoving(self,words,fullResults):
direction = findKeyWord(words,self.listDefn['direction'])
if direction:
self.curDirection = direction
self.setTrayIcon(0)
elif 'stop' in words:
self.cancelMode()
elif 'faster' in words:
speed = int(self.curSpeed / moveRateChange)
if 'much' in words:
speed = int(speed / (moveRateChange*moveRateChange))
if speed < 50: speed = 50
self.curSpeed = speed
natlink.setTimerCallback(self.onTimer,speed)
elif 'slower' in words:
speed = int(self.curSpeed * moveRateChange)
if 'much' in words:
speed = int(speed * (moveRateChange*moveRateChange))
if speed > 4000: speed = 4000
self.curSpeed = speed
natlink.setTimerCallback(self.onTimer,speed)
def check_for_correction_response():
global TRIES
correction = "-1"
try:
correction = xmlrpclib.ServerProxy("http://127.0.0.1:" + str(1338)).get_message()
print "xmlprclib correction =", correction
except:
print "xmlrpclib exception"
TRIES+=1
if TRIES>29:
TRIES=0
#TIMER_MANAGER.remove_callback(check_for_correction_response)
natlink.setTimerCallback(None, 0)
return
if correction == "-1":
return
if hasattr(_globals, "lastSavedResults") and _globals.lastSavedResults is not None:
results = _globals.lastSavedResults
corrected_words = correction.split()
status = results.correction(corrected_words)
print "Correction status is", status
natlink.setTimerCallback(None, 0)
else:
#TIMER_MANAGER.remove_callback(check_for_correction_response)
natlink.setTimerCallback(None, 0)
return
def remove_callback(self, function):
for c in self.callbacks:
if c.function == function: self.callbacks.remove(c)
if len(self.callbacks) == 0:
natlink.setTimerCallback(None, 0)
def add_callback(self, function, interval):
self.callbacks.append(self.Callback(function, interval))
if len(self.callbacks) == 1:
natlink.setTimerCallback(self.callback, int(self.interval * 1000))
def unload(self):
if self.haveCallback:
natlink.setTimerCallback(None,0)
self.haveCallback = 0
GrammarBase.unload(self)
def cancelMode(self):
#self.setExclusive(0)
if self.inTimer:
print 'cancel timer'
natlink.setTimerCallback(None, 0)
self.inTimer = 0
def unload(self):
if self.haveCallback:
natlink.setTimerCallback(None,0)
self.haveCallback = 0
GrammarBase.unload(self)
def add_callback(self, function, interval): self.callbacks.append(self.Callback(function, interval)) if len(self.callbacks) == 1: natlink.setTimerCallback(self.callback, int(self.interval * 1000))
def shutdown():
print "shutting down"
natlink.setTimerCallback(None)
for g in grammars:
grammars[g].unload()
natlink.natDisconnect()
grammars[grammar_name].setExclusive(exclusive)
return "done"
@rpc
def activate(grammar_name, rule_name):
grammars[grammar_name].activate(rule_name, 0)
return "done"
@rpc
def deactivate(grammar_name, rule_name):
grammars[grammar_name].deactivate(rule_name)
return "done"
#@rpc
#def updateList(grammar_name, list_name, elements): Pass
try:
print "loading"
natlink.natConnect(1)
natlink.openUser("Michael")
natlink.setMicState("on")
natlink.setTimerCallback(drainRequests, 100)
natlink.waitForSpeech(0)
except Exception as e:
print e
finally:
shutdown()
def cancelMode(self):
#self.setExclusive(0)
if self.inTimer:
print 'cancel timer'
natlink.setTimerCallback(None,0)
self.inTimer = 0
def remove_callback(self, function): for c in self.callbacks: if c.function == function: self.callbacks.remove(c) if len(self.callbacks) == 0: natlink.setTimerCallback(None, 0)