def start(self, warnOnImageDiff, actions):
self.__setupPlayer()
self.__dumpTestFrames = (os.getenv("AVG_DUMP_TEST_FRAMES") is not None)
self.__delaying = False
self.__warnOnImageDiff = warnOnImageDiff
self.assert_(player.isPlaying() == 0)
self.actions = flatten(actions)
self.curFrame = 0
player.subscribe(player.ON_FRAME, self.__nextAction)
player.setFramerate(10000)
player.assumePixelsPerMM(1)
player.play()
self.assert_(player.isPlaying() == 0)
def start(self, warnOnImageDiff, actions):
self.__setupPlayer()
self.__dumpTestFrames = (os.getenv("AVG_DUMP_TEST_FRAMES") != None)
self.__delaying = False
self.__warnOnImageDiff = warnOnImageDiff
self.assert_(player.isPlaying() == 0)
self.actions = flatten(actions)
self.curFrame = 0
player.subscribe(player.ON_FRAME, self.__nextAction)
player.setFramerate(10000)
player.assumePixelsPerMM(1)
player.play()
self.assert_(player.isPlaying() == 0)
def __init__(self,
keyDef,
downBmp,
feedbackBmp,
sticky=False,
parent=None,
**kwargs):
self.__keyCode = keyDef[0]
if not (isinstance(self.__keyCode, tuple)):
self.__keyCode = (self.__keyCode, )
kwargs['pos'] = avg.Point2D(keyDef[1])
kwargs['size'] = avg.Point2D(keyDef[2])
if len(keyDef) == 4:
self.__isCommand = keyDef[3]
else:
self.__isCommand = False
super(Key, self).__init__(**kwargs)
self.registerInstance(self, parent)
self.__sticky = sticky
self.__stickyIsDown = False
self.__cursorID = None
if downBmp:
if player.isPlaying():
self.__createImages(downBmp, feedbackBmp)
else:
player.subscribe(
avg.Player.PLAYBACK_START,
lambda: self.__createImages(downBmp, feedbackBmp))
def _initNodes(self):
self._setSizeFromBmp(self._bmp)
self._positionNodes(self.size)
if player.isPlaying():
self._renderImages()
else:
player.subscribe(avg.Player.PLAYBACK_START, self._renderImages)
def _initNodes(self):
self._setSizeFromBmp(self._bmp)
self._positionNodes(self.size)
if player.isPlaying():
self._renderImages()
else:
player.subscribe(avg.Player.PLAYBACK_START, self._renderImages)
def __init__(self, src, endsExtent, orientation=Orientation.HORIZONTAL,
minExtent=-1, parent=None, **kwargs):
super(AccordionNode, self).__init__(**kwargs)
self.registerInstance(self, parent)
if endsExtent < 0:
raise RuntimeError(
"Illegal value for endsExtent: %i. Must be >= 0"%endsExtent)
elif endsExtent == 0:
# 1 has same effect as 0 - we just create one-pixel wide start and end images.
endsExtent = 1
self.__bmp = avg.Bitmap(src)
self._orientation = orientation
# XXX: Check if bmp is smaller than min size
self.__startImg = self.__createImageNode(self.__bmp, endsExtent)
self.__centerImg = self.__createImageNode(self.__bmp, 1)
self.__endImg = self.__createImageNode(self.__bmp, endsExtent)
self.__endsExtent = endsExtent
if minExtent == -1:
self.__minExtent = self.__endsExtent*2+1
else:
self.__minExtent = minExtent
if orientation == Orientation.HORIZONTAL:
if self.__baseSize.x != 0:
self.__baseWidth = self.__baseSize.x
if self.__baseSize.y == 0:
self.__baseHeight = self.__startImg.height
else:
if self.__baseSize.y != 0:
self.__baseHeight = self.__baseSize.y
if self.__baseSize.x == 0:
self.__baseWidth = self.__startImg.width
self.__positionNodes(self.__baseSize)
if player.isPlaying():
self.__renderImages()
else:
player.subscribe(avg.Player.PLAYBACK_START, self.__renderImages)
def __init__(self, keyDef, downBmp, feedbackBmp, sticky=False, parent=None,
**kwargs):
self.__keyCode = keyDef[0]
if not(isinstance(self.__keyCode, tuple)):
self.__keyCode = (self.__keyCode,)
kwargs['pos'] = avg.Point2D(keyDef[1])
kwargs['size'] = avg.Point2D(keyDef[2])
if len(keyDef) == 4:
self.__isCommand = keyDef[3]
else:
self.__isCommand = False
super(Key, self).__init__(**kwargs)
self.registerInstance(self, parent)
self.__sticky = sticky
self.__stickyIsDown = False
self.__cursorID = None
if downBmp:
if player.isPlaying():
self.__createImages(downBmp, feedbackBmp)
else:
player.subscribe(avg.Player.PLAYBACK_START,
lambda: self.__createImages(downBmp, feedbackBmp))
