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How to use _takePinchArgs method in fMBT

Best Python code snippet using fMBT_python

fmbttizen.py

Source:fmbttizen.py

...59fmbtgti._OCRPREPROCESS =  [60    '-sharpen 5 -filter Mitchell %(zoom)s -sharpen 5 -level 60%%,60%%,3.0 -sharpen 5',61    '-sharpen 5 -level 90%%,100%%,3.0 -filter Mitchell -sharpen 5'62    ]63def _takePinchArgs(d):64    return fmbtgti._takeArgs(("finger1Dir", "finger2Dir", "duration",65                              "movePoints", "sleepBeforeMove",66                              "sleepAfterMove"), d)67def _adapterLog(msg):68    fmbt.adapterlog("fmbttizen: %s" % (msg,))69def _run(command, expectedExitStatus=None):70    if type(command) == str: shell=True71    else: shell=False72    try:73        p = subprocess.Popen(command, shell=shell,74                             stdout=subprocess.PIPE,75                             stderr=subprocess.PIPE,76                             close_fds=True)77        if expectedExitStatus != None:78            out, err = p.communicate()79        else:80            out, err = ('', None)81    except Exception, e:82        class fakeProcess(object): pass83        p = fakeProcess84        p.returncode = 12785        out, err = ('', e)86    exitStatus = p.returncode87    if (expectedExitStatus != None and88        exitStatus != expectedExitStatus and89        exitStatus not in expectedExitStatus):90        msg = "Executing %s failed. Exit status: %s, expected %s" % (command, exitStatus, expectedExitStatus)91        fmbt.adapterlog("%s\n    stdout: %s\n    stderr: %s\n" % (msg, out, err))92        raise FMBTTizenError(msg)93    return exitStatus, out, err94def _fileToQueue(f, outQueue):95    line = f.readline()96    while line != "":97        outQueue.put(line)98        line = f.readline()99    f.close()100class Device(fmbtgti.GUITestInterface):101    def __init__(self, serialNumber=None, loginCommand=None, debugAgentFile=None, **kwargs):102        """Parameters:103          serialNumber (string, optional)104                  the serial number of the device to be connected.105                  The default is the first device in "sdb devices"106                  list.107          loginCommand (string, optional)108                  Shell command for establishing SSH connection to the109                  device. Example:110                  loginCommand = "/usr/bin/ssh tizen@192.168.99.20"111                  If loginCommand is given, sdb will not be used.112          debugAgentFile (file-like object, optional)113                  record communication with the fMBT Tizen agent to114                  given file. The default is None: communication is115                  not recorded.116          rotateScreenshot (integer, optional)117                  rotate new screenshots by rotateScreenshot degrees.118                  Example: rotateScreenshot=-90. The default is 0 (no119                  rotation).120        """121        fmbtgti.GUITestInterface.__init__(self, **kwargs)122        c = TizenDeviceConnection(serialNumber=serialNumber,123                                  loginCommand=loginCommand,124                                  debugAgentFile=debugAgentFile)125        self.setConnection(c)126        if "rotateScreenshot" in kwargs:127            c.sendScreenshotRotation(kwargs["rotateScreenshot"])128        c._gti = self129        self._serialNumber = self._conn._serialNumber130    def close(self):131        fmbtgti.GUITestInterface.close(self)132        if hasattr(self, "_conn"):133            self._conn.close()134    def connect(self):135        """136        Connect to the Tizen device.137        """138        if hasattr(self, "_conn"):139            self._conn.open()140            return True141        else:142            return False143    def disconnect(self):144        """145        Close the current connection to Tizen device.146        Returns True on success, otherwise False.147        """148        if hasattr(self, "_conn"):149            self._conn.close()150            return True151        else:152            return False153    def displayStatus(self):154        """155        Returns status of device display, "On" or "Off".156        """157        return self._conn.recvDisplayStatus()158    def pinch(self, (x, y), startDistance, endDistance,159              finger1Dir=90, finger2Dir=270, duration=1.0, movePoints=20,160              sleepBeforeMove=0, sleepAfterMove=0):161        """162        Pinch (open or close) on coordinates (x, y).163        Parameters:164          x, y (integer):165                  the central point of the gesture. Values in range166                  [0.0, 1.0] are scaled to full screen width and167                  height.168          startDistance, endDistance (float):169                  distance from both finger tips to the central point170                  of the gesture, at the start and at the end of the171                  gesture. Values in range [0.0, 1.0] are scaled up to172                  the distance from the coordinates to the edge of the173                  screen. Both finger tips will reach an edge if174                  distance is 1.0.175          finger1Dir, finger2Dir (integer, optional):176                  directions for finger tip movements, in range [0,177                  360]. 0 is to the east, 90 to the north, etc. The178                  defaults are 90 and 270.179          duration (float, optional):180                  duration of the movement in seconds. The default is181                  1.0.182          movePoints (integer, optional):183                  number of points to which finger tips are moved184                  after laying them to the initial positions. The185                  default is 20.186          sleepBeforeMove, sleepAfterMove (float, optional):187                  seconds to be slept after laying finger tips on the188                  display 1) before the first move, and 2) after the189                  last move before raising finger tips. The defaults190                  are 0.0.191        """192        screenWidth, screenHeight = self.screenSize()193        screenDiagonal = math.sqrt(screenWidth**2 + screenHeight**2)194        if x == None: x = 0.5195        if y == None: y = 0.5196        x, y = self.intCoords((x, y))197        if type(startDistance) == float and 0.0 <= startDistance <= 1.0:198            startDistanceInPixels = (startDistance *199                                     max(fmbtgti._edgeDistanceInDirection((x, y), self.screenSize(), finger1Dir),200                                         fmbtgti._edgeDistanceInDirection((x, y), self.screenSize(), finger2Dir)))201        else: startDistanceInPixels = int(startDistance)202        if type(endDistance) == float and 0.0 <= endDistance <= 1.0:203            endDistanceInPixels = (endDistance *204                                   max(fmbtgti._edgeDistanceInDirection((x, y), self.screenSize(), finger1Dir),205                                       fmbtgti._edgeDistanceInDirection((x, y), self.screenSize(), finger2Dir)))206        else: endDistanceInPixels = int(endDistance)207        finger1startX = int(x + math.cos(math.radians(finger1Dir)) * startDistanceInPixels)208        finger1startY = int(y + math.sin(math.radians(finger1Dir)) * startDistanceInPixels)209        finger1endX = int(x + math.cos(math.radians(finger1Dir)) * endDistanceInPixels)210        finger1endY = int(y + math.sin(math.radians(finger1Dir)) * endDistanceInPixels)211        finger2startX = int(x + math.cos(math.radians(finger2Dir)) * startDistanceInPixels)212        finger2startY = int(y + math.sin(math.radians(finger2Dir)) * startDistanceInPixels)213        finger2endX = int(x + math.cos(math.radians(finger2Dir)) * endDistanceInPixels)214        finger2endY = int(y + math.sin(math.radians(finger2Dir)) * endDistanceInPixels)215        return self._conn.sendMtLinearGesture(216            [[(finger1startX, finger1startY), (finger1endX, finger1endY)],217             [(finger2startX, finger2startY), (finger2endX, finger2endY)]],218            duration, movePoints, sleepBeforeMove, sleepAfterMove)219    def pinchBitmap(self, bitmap, startDistance, endDistance,220                    **pinchAndOirArgs):221        """222        Make the pinch gesture using the bitmap as central point.223        Parameters:224          bitmap (string):225                  filename of the bitmap to be pinched.226          startDistance, endDistance (float):227                  distance from both finger tips to the central point228                  of the gesture, at the start and at the end of the229                  gesture. Values in range [0.0, 1.0] are scaled up to230                  the distance from the bitmap to screen edge. Both231                  finger tips will reach an edge if distance is 1.0.232          optical image recognition arguments (optional)233                  refer to help(obj.oirEngine()).234          rest of the parameters: refer to pinch documentation.235        Returns True if successful, otherwise False.236        """237        assert self._lastScreenshot != None, "Screenshot required."238        pinchArgs, rest = _takePinchArgs(pinchAndOirArgs)239        oirArgs, _ = fmbtgti._takeOirArgs(self._lastScreenshot, rest, thatsAll=True)240        oirArgs["limit"] = 1241        items = self._lastScreenshot.findItemsByBitmap(bitmap, **oirArgs)242        if len(items) == 0:243            return False244        return self.pinchItem(items[0], startDistance, endDistance, **pinchArgs)245    def pinchClose(self, (x, y) = (0.5, 0.5), startDistance=0.5, endDistance=0.1, **pinchKwArgs):246        """247        Make the close pinch gesture.248        Parameters:249          x, y (integer, optional):250                  the central point of the gesture, the default is in251                  the middle of the screen.252          startDistance, endDistance (float, optional):...

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