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How to use resetXConnection method in fMBT

Best Python code snippet using fMBT_python
fmbttizen-agent.py
Source:fmbttizen-agent.py
...257screenHeight = None258# Connect to X server, get root window size for screenshots259display = None260if g_Xavailable:261    def resetXConnection():262        global display, current_screen, root_window, X_AllPlanes263        if display != None:264            libX11.XCloseDisplay(display)265        display        = libX11.XOpenDisplay(X_NULL)266        current_screen = libX11.XDefaultScreen(display)267        root_window    = libX11.XRootWindow(display, current_screen)268        X_AllPlanes    = libX11.XAllPlanes()269    resetXConnection()270    ref            = ctypes.byref271    __rw           = ctypes.c_uint(0)272    __x            = ctypes.c_int(0)273    __y            = ctypes.c_int(0)274    root_width     = ctypes.c_uint(0)275    root_height    = ctypes.c_uint(0)276    __bwidth       = ctypes.c_uint(0)277    root_depth     = ctypes.c_uint(0)278    libX11.XGetGeometry(display, root_window, ref(__rw), ref(__x), ref(__y),279                        ref(root_width), ref(root_height), ref(__bwidth),280                        ref(root_depth))281    cMinKeycode        = ctypes.c_int(0)282    cMaxKeycode        = ctypes.c_int(0)283    cKeysymsPerKeycode = ctypes.c_int(0)284    libX11.XDisplayKeycodes(display, ref(cMinKeycode), ref(cMaxKeycode))285    keysyms = libX11.XGetKeyboardMapping(display,286                                         cMinKeycode,287                                         (cMaxKeycode.value - cMinKeycode.value) + 1,288                                         ref(cKeysymsPerKeycode))289    shiftModifier = libX11.XKeysymToKeycode(display, libX11.XStringToKeysym("Shift_R"))290    screenWidth = root_width.value291    screenHeight = root_height.value292def read_cmd():293    return sys.stdin.readline().strip()294def _encode(obj):295    return base64.b64encode(cPickle.dumps(obj))296def _decode(string):297    return cPickle.loads(base64.b64decode(string))298def write_response(ok, value):299    if ok: p = "FMBTAGENT OK "300    else: p = "FMBTAGENT ERROR "301    if not g_debug:302        response = "%s%s\n" % (p, _encode(value))303    else:304        response = "%s%s\n" % (p, value)305    sys.stdout.write(response)306    sys.stdout.flush()307def sendHwTap(x, y, button):308    try:309        if touch_device:310            touch_device.tap(x, y)311        else:312            mouse_button_device.tap(x, y, button)313        return True, None314    except Exception, e:315        return False, str(e)316def sendHwMove(x, y):317    try:318        if touch_device:319            touch_device.move(x, y)320        else:321            mouse_button_device.move(x, y)322        return True, None323    except Exception, e:324        return False, str(e)325def sendHwFingerDown(x, y, button):326    try:327        if touch_device:328            touch_device.pressFinger(button, x, y)329        else:330            mouse_button_device.move(x, y)331            mouse_button_device.press(button)332        return True, None333    except Exception, e:334        return False, str(e)335def sendHwFingerUp(x, y, button):336    try:337        if touch_device:338            touch_device.releaseFinger(button)339        else:340            mouse_button_device.move(x, y)341            mouse_button_device.release(button)342        return True, None343    except Exception, e:344        return False, str(e)345def sendHwKey(keyName, delayBeforePress, delayBeforeRelease):346    if keyName.startswith("KEY_"):347        keyName = keyName.lstrip("KEY_")348    keyName = keyName.upper()349    fd = None350    closeFd = False351    try: inputDevice = deviceToEventFile[hwKeyDevice[keyName]]352    except: fd = keyboard_device._fd353    try: keyCode = _inputKeyNameToCode[keyName]354    except KeyError:355        try: keyCode = fmbtuinput.toKeyCode(keyName)356        except ValueError: return False, 'No keycode for key "%s"' % (keyName,)357    try:358        if not fd:359            fd = os.open(inputDevice, os.O_WRONLY | os.O_NONBLOCK)360            closeFd = True361    except: return False, 'Unable to open input device "%s" for writing' % (inputDevice,)362    if delayBeforePress > 0: time.sleep(delayBeforePress)363    if delayBeforePress >= 0:364        if os.write(fd, struct.pack(_input_event, int(time.time()), 0, _EV_KEY, keyCode, 1)) > 0:365            os.write(fd, struct.pack(_input_event, 0, 0, 0, 0, 0))366    if delayBeforeRelease > 0: time.sleep(delayBeforeRelease)367    if delayBeforeRelease >= 0:368        if os.write(fd, struct.pack(_input_event, int(time.time()), 0, _EV_KEY, keyCode, 0)) > 0:369            os.write(fd, struct.pack(_input_event, 0, 0, 0, 0, 0))370    if closeFd:371        os.close(fd)372    return True, None373def specialCharToXString(c):374    c2s = {'\n': "Return",375           ' ': "space", '!': "exclam", '"': "quotedbl",376           '#': "numbersign", '$': "dollar", '%': "percent",377           '&': "ampersand", "'": "apostrophe",378           '(': "parenleft", ')': "parenright", '*': "asterisk",379           '+': "plus", '-': "minus", '.': "period", '/': "slash",380           ':': "colon", ';': "semicolon", '<': "less", '=': "equal",381           '>': "greater", '?': "question", '@': "at",382           '_': "underscore"}383    return c2s.get(c, c)384def specialCharToUsKeys(c):385    # character -> ([modifier, [modifier...]] keycode)386    c2s = {'\n': ("KEY_ENTER",),387           ' ': ("KEY_SPACE",),388           '`': ("KEY_GRAVE",),      '~': ("KEY_LEFTSHIFT", "KEY_GRAVE"),389           '!': ("KEY_LEFTSHIFT", "KEY_1"),390           '@': ("KEY_LEFTSHIFT", "KEY_2"),391           '#': ("KEY_LEFTSHIFT", "KEY_3"),392           '$': ("KEY_LEFTSHIFT", "KEY_4"),393           '%': ("KEY_LEFTSHIFT", "KEY_5"),394           '^': ("KEY_LEFTSHIFT", "KEY_6"),395           '&': ("KEY_LEFTSHIFT", "KEY_7"),396           '*': ("KEY_LEFTSHIFT", "KEY_8"),397           '(': ("KEY_LEFTSHIFT", "KEY_9"),398           ')': ("KEY_LEFTSHIFT", "KEY_0"),399           '-': ("KEY_MINUS",),      '_': ("KEY_LEFTSHIFT", "KEY_MINUS"),400           '=': ("KEY_EQUAL",),      '+': ("KEY_LEFTSHIFT", "KEY_EQUAL"),401           '\t': ("KEY_TAB",),402           '[': ("KEY_LEFTBRACE",),  '{': ("KEY_LEFTSHIFT", "KEY_LEFTBRACE"),403           ']': ("KEY_RIGHTBRACE",), '}': ("KEY_LEFTSHIFT", "KEY_RIGHTBRACE"),404           ';': ("KEY_SEMICOLON",),  ':': ("KEY_LEFTSHIFT", "KEY_SEMICOLON"),405           "'": ("KEY_APOSTROPHE",), '"': ("KEY_LEFTSHIFT", "KEY_APOSTROPHE"),406           '\\': ("KEY_BACKSLASH",), '|': ("KEY_LEFTSHIFT", "KEY_BACKSLASH"),407           ',': ("KEY_COMMA",),      '<': ("KEY_LEFTSHIFT", "KEY_COMMA"),408           '.': ("KEY_DOT",),        '>': ("KEY_LEFTSHIFT", "KEY_DOT"),409           '/': ("KEY_SLASH",),      '?': ("KEY_LEFTSHIFT", "KEY_SLASH"),410    }411    return c2s.get(c, c)412mtEvents = {} # slot -> (tracking_id, x, y)413def inputEventSend(inputDevFd, eventType, event, param):414    t = time.time()415    tsec = int(t)416    tusec = int(1000000*(t-tsec))417    os.write(inputDevFd, struct.pack(_input_event,418        tsec, tusec, eventType, event, param))419def mtEventSend(eventType, event, param):420    """multitouch device event"""421    return inputEventSend(mtInputDevFd, eventType, event, param)422def mtGestureStart(x, y):423    mtGestureStart.trackingId += 1424    trackingId = mtGestureStart.trackingId425    for freeSlot in xrange(16):426        if not freeSlot in mtEvents: break427    else: raise ValueError("No free multitouch event slots available")428    mtEvents[freeSlot] = [trackingId, x, y]429    mtEventSend(_EV_ABS, _ABS_MT_SLOT, freeSlot)430    mtEventSend(_EV_ABS, _ABS_MT_TRACKING_ID, trackingId)431    mtEventSend(_EV_ABS, _ABS_MT_POSITION_X, x)432    mtEventSend(_EV_ABS, _ABS_MT_POSITION_Y, y)433    mtEventSend(_EV_ABS, _ABS_X, x)434    mtEventSend(_EV_ABS, _ABS_Y, y)435    mtEventSend(0, 0, 0) # SYNC436    return freeSlot437mtGestureStart.trackingId = 0438def mtGestureMove(slot, x, y):439    if x == mtEvents[slot][1] and y == mtEvents[slot][2]: return440    mtEventSend(_EV_ABS, _ABS_MT_SLOT, slot)441    mtEventSend(_EV_ABS, _ABS_MT_TRACKING_ID, mtEvents[slot][0])442    if x != mtEvents[slot][1] and 0 <= x <= root_width:443        mtEventSend(_EV_ABS, _ABS_MT_POSITION_X, x)444        mtEvents[slot][1] = x445    if y != mtEvents[slot][2] and 0 <= y <= root_height:446        mtEventSend(_EV_ABS, _ABS_MT_POSITION_Y, y)447        mtEvents[slot][2] = y448    if 0 <= x <= root_width:449        mtEventSend(_EV_ABS, _ABS_X, x)450    if 0 <= y <= root_height:451        mtEventSend(_EV_ABS, _ABS_Y, y)452    mtEventSend(0, 0, 0)453def mtGestureEnd(slot):454    mtEventSend(_EV_ABS, _ABS_MT_SLOT, slot)455    mtEventSend(_EV_ABS, _ABS_MT_TRACKING_ID, -1)456    mtEventSend(0, 0, 0) # SYNC457    del mtEvents[slot]458def mtLinearGesture(listOfStartEndPoints, duration, movePoints, sleepBeforeMove=0, sleepAfterMove=0):459    # listOfStartEndPoints: [ [(finger1startX, finger1startY), (finger1endX, finger1endY)],460    #                         [(finger2startX, finger2startY), (finger2endX, finger2endY)], ...]461    startPoints = [startEnd[0] for startEnd in listOfStartEndPoints]462    xDist = [startEnd[1][0] - startEnd[0][0] for startEnd in listOfStartEndPoints]463    yDist = [startEnd[1][1] - startEnd[0][1] for startEnd in listOfStartEndPoints]464    movePointsF = float(movePoints)465    fingers = []466    for (x, y) in startPoints:467        fingers.append(mtGestureStart(x, y))468    if sleepBeforeMove > 0: time.sleep(sleepBeforeMove)469    if movePoints > 0:470        intermediateSleep = float(duration) / movePoints471        for i in xrange(1, movePoints + 1):472            if intermediateSleep > 0:473                time.sleep(intermediateSleep)474            for fingerIndex, finger in enumerate(fingers):475                mtGestureMove(finger,476                              startPoints[fingerIndex][0] + int(xDist[fingerIndex]*i/movePointsF),477                              startPoints[fingerIndex][1] + int(yDist[fingerIndex]*i/movePointsF))478    if sleepAfterMove > 0: time.sleep(sleepAfterMove)479    for finger in fingers:480        mtGestureEnd(finger)481    return True, None482def typeCharX(origChar):483    modifiers = []484    c         = specialCharToXString(origChar)485    keysym    = libX11.XStringToKeysym(c)486    if keysym == NoSymbol:487        return False488    keycode   = libX11.XKeysymToKeycode(display, keysym)489    first = (keycode - cMinKeycode.value) * cKeysymsPerKeycode.value490    try:491        if chr(keysyms[first + 1]) == origChar:492            modifiers.append(shiftModifier)493    except ValueError: pass494    for m in modifiers:495        libXtst.XTestFakeKeyEvent(display, m, X_True, X_CurrentTime)496    libXtst.XTestFakeKeyEvent(display, keycode, X_True, X_CurrentTime)497    libXtst.XTestFakeKeyEvent(display, keycode, X_False, X_CurrentTime)498    for m in modifiers[::-1]:499        libXtst.XTestFakeKeyEvent(display, m, X_False, X_CurrentTime)500    return True501def typeCharHw(origChar):502    for c in origChar:503        modifiers = []504        keyCode = None505        c = specialCharToUsKeys(c)506        if isinstance(c, tuple):507            modifiers = c[:-1]508            keyCode = c[-1]509        elif c in string.uppercase:510            modifiers = ["KEY_LEFTSHIFT"]511            keyCode = "KEY_" + c512        elif c in string.lowercase or c in string.digits:513            keyCode = "KEY_" + c.upper()514        else:515            # do not know how to type the character516            pass517        if keyCode:518            for m in modifiers:519                keyboard_device.press(m)520            keyboard_device.tap(keyCode)521            for m in modifiers[::-1]:522                keyboard_device.release(m)523    return True524if g_Xavailable:525    typeChar = typeCharX526else:527    typeChar = typeCharHw528def typeSequence(s, delayBetweenChars=0):529    skipped = []530    for c in s:531        if not typeChar(c):532            skipped.append(c)533        if delayBetweenChars != 0:534            time.sleep(delayBetweenChars)535    if skipped: return False, skipped536    else: return True, skipped537def takeScreenshotOnX():538    image_p = libX11.XGetImage(display, root_window,539                               0, 0, root_width, root_height,540                               X_AllPlanes, X_ZPixmap)541    image = image_p[0]542    # FMBTRAWX11 image format header:543    # FMBTRAWX11 [width] [height] [color depth] [bits per pixel]<linefeed>544    # Binary data545    rawfmbt_header = "FMBTRAWX11 %d %d %d %d\n" % (546                     image.width, image.height, root_depth.value, image.bits_per_pixel)547    rawfmbt_data = ctypes.string_at(image.data, image.height * image.bytes_per_line)548    compressed_image = rawfmbt_header + zlib.compress(rawfmbt_data, 3)549    libX11.XDestroyImage(image_p)550    return True, compressed_image551def westonTakeScreenshotRoot():552    if westonTakeScreenshotRoot.ssFilename == None:553        westonTakeScreenshotRoot.ssFilename = findWestonScreenshotFilenameRoot()554    try:555        keyboard_device.press("KEY_LEFTMETA")556        keyboard_device.tap("s")557        keyboard_device.release("KEY_LEFTMETA")558        time.sleep(0.5)559        # wait for the screenshot writer to finish560        writerPid = fuser(westonTakeScreenshotRoot.ssFilename)561        if writerPid != None:562            time.sleep(0.25)563            while fuser(westonTakeScreenshotRoot.ssFilename, [writerPid]) != None:564                time.sleep(0.25)565        shutil.move(westonTakeScreenshotRoot.ssFilename, "/tmp/screenshot.png")566        os.chmod("/tmp/screenshot.png", 0666)567    except Exception, e:568        return False, str(e)569    return True, None570westonTakeScreenshotRoot.ssFilename = None571def takeScreenshotOnWeston():572    if iAmRoot:573        rv, status = westonTakeScreenshotRoot()574    else:575        rv, status = subAgentCommand("root", "tizen", "ss weston-root")576    if rv == False:577        return rv, status578    return True, file("/tmp/screenshot.png").read()579def fuser(filename, usualSuspects=None):580    """Returns the pid of a user of given file, or None"""581    filepath = os.path.realpath(filename)582    if not os.access(filepath, os.R_OK):583        raise ValueError('No such file: "%s"' % (filename,))584    if usualSuspects == None:585        procFds = glob.glob("/proc/[1-9][0-9][0-9]*/fd/*")586    else:587        procFds = []588        for pid in usualSuspects:589            procFds.extend(glob.glob("/proc/%s/fd/*" % (pid,)))590    for symlink in procFds:591        try:592            if os.path.realpath(symlink) == filepath:593                return int(symlink.split('/')[2])594        except OSError:595            pass596def findWestonScreenshotFilenameRoot():597    # find weston cwd598    for exe in glob.glob("/proc/[1-9][0-9][0-9]*/exe"):599        try:600            if os.path.realpath(exe) == "/usr/bin/weston":601                cwd = os.path.realpath(os.path.dirname(exe) + "/cwd")602                break603        except OSError:604            pass605    else:606        return False, "cannot find weston cwd"607    rv = cwd + "/wayland-screenshot.png"608    return rv609if g_Xavailable:610    takeScreenshot = takeScreenshotOnX611else:612    takeScreenshot = takeScreenshotOnWeston613def shellSOE(command, asyncStatus, asyncOut, asyncError):614    if (asyncStatus, asyncOut, asyncError) != (None, None, None):615        # prepare for decoupled asynchronous execution616        if asyncStatus == None: asyncStatus = "/dev/null"617        if asyncOut == None: asyncOut = "/dev/null"618        if asyncError == None: asyncError = "/dev/null"619        try:620            stdinFile = file("/dev/null", "r")621            stdoutFile = file(asyncOut, "a+")622            stderrFile = file(asyncError, "a+", 0)623            statusFile = file(asyncStatus, "a+")624        except IOError, e:625            return False, (None, None, e)626        try:627            if os.fork() > 0:628                # parent returns after successful fork, there no629                # direct visibility to async child process beyond this630                # point.631                stdinFile.close()632                stdoutFile.close()633                stderrFile.close()634                statusFile.close()635                return True, (0, None, None)636        except OSError, e:637            return False, (None, None, e)638        os.setsid()639    else:640        stdinFile = subprocess.PIPE641        stdoutFile = subprocess.PIPE642        stderrFile = subprocess.PIPE643    try:644        p = subprocess.Popen(command, shell=True,645                             stdin=stdinFile,646                             stdout=stdoutFile,647                             stderr=stderrFile,648                             close_fds=True)649    except Exception, e:650        return False, (None, None, e)651    if asyncStatus == None and asyncOut == None and asyncError == None:652        # synchronous execution, read stdout and stderr653        out, err = p.communicate()654    else:655        # asynchronous execution, store status to file656        statusFile.write(str(p.wait()) + "\n")657        statusFile.close()658        out, err = None, None659    return True, (p.returncode, out, err)660def waitOutput(nonblockingFd, acceptedOutputs, timeout, pollInterval=0.1):661    start = time.time()662    endTime = start + timeout663    s = ""664    try: s += nonblockingFd.read()665    except IOError: pass666    foundOutputs = [ao for ao in acceptedOutputs if ao in s]667    while len(foundOutputs) == 0 and time.time() < endTime:668        time.sleep(pollInterval)669        try: s += nonblockingFd.read()670        except IOError: pass671        foundOutputs = [ao for ao in acceptedOutputs if ao in s]672    return foundOutputs, s673_subAgents = {}674def openSubAgent(username, password):675    p = subprocess.Popen('''python -c 'import pty; pty.spawn(["su", "-c", "python /tmp/fmbttizen-agent.py --sub-agent", "-", "%s"])' ''' % (username,),676            shell=True,677            stdin=subprocess.PIPE,678            stdout=subprocess.PIPE,679            stderr=subprocess.PIPE)680    # Read in non-blocking mode to ensure agent starts correctly681    fl = fcntl.fcntl(p.stdout.fileno(), fcntl.F_GETFL)682    fcntl.fcntl(p.stdout.fileno(), fcntl.F_SETFL, fl | os.O_NONBLOCK)683    output2 = ""684    seenPrompts, output1 = waitOutput(p.stdout, ["Password:", "FMBTAGENT"], 5.0)685    if "Password:" in seenPrompts:686        p.stdin.write(password + "\r")687        output1 = ""688        seenPrompts, output2 = waitOutput(p.stdout, ["FMBTAGENT"], 5.0)689    if not "FMBTAGENT" in seenPrompts:690        p.terminate()691        return (None, 'fMBT agent with username "%s" does not answer.' % (username,),692                output1 + output2)693    # Agent is alive, continue in blocking mode694    fcntl.fcntl(p.stdout.fileno(), fcntl.F_SETFL, fl)695    return p, "", ""696def subAgentCommand(username, password, cmd):697    if not username in _subAgents:698        process, output, error = openSubAgent(username, password)699        if process == None:700            return None, (-1, output, error)701        else:702            _subAgents[username] = process703    p = _subAgents[username]704    p.stdin.write(cmd + "\r")705    p.stdin.flush()706    answer = p.stdout.readline().rstrip()707    if answer.startswith("FMBTAGENT OK "):708        return True, _decode(answer[len("FMBTAGENT OK "):])709    else:710        return False, _decode(answer[len("FMBTAGENT ERROR "):])711def closeSubAgents():712    for username in _subAgents:713        subAgentCommand(username, None, "quit")714if __name__ == "__main__":715    try:716        origTermAttrs = termios.tcgetattr(sys.stdin.fileno())717        hasTerminal = True718    except termios.error:719        origTermAttrs = None720        hasTerminal = False721    if hasTerminal and not "--keep-echo" in sys.argv and not "--debug" in sys.argv:722        # Disable terminal echo723        newTermAttrs = origTermAttrs724        newTermAttrs[3] = origTermAttrs[3] &  ~termios.ECHO725        termios.tcsetattr(sys.stdin.fileno(), termios.TCSANOW, newTermAttrs)726    if "--no-x" in sys.argv:727        debug("X disabled")728        g_Xavailable = False729    platformInfo = {}730    platformInfo["input devices"] = fmbtuinput._g_deviceNames.keys()731    # Send version number, enter main loop732    write_response(True, platformInfo)733    cmd = read_cmd()734    while cmd:735        if cmd.startswith("bl "): # set display backlight time736            if iAmRoot:737                timeout = int(cmd[3:].strip())738                try:739                    file("/opt/var/kdb/db/setting/lcd_backlight_normal","wb").write(struct.pack("ii",0x29,timeout))740                    write_response(True, None)741                except Exception, e: write_response(False, e)742            else:743                write_response(*subAgentCommand("root", "tizen", cmd))744        elif cmd.startswith("er "): # event recorder745            if iAmRoot:746                cmd, arg = cmd.split(" ", 1)747                if arg.startswith("start "):748                    filterOpts = _decode(arg.split()[1])749                    if touch_device:750                        filterOpts["touchScreen"] = touch_device751                    fmbtuinput.startQueueingEvents(filterOpts)752                    write_response(True, None)753                elif arg == "stop":754                    events = fmbtuinput.stopQueueingEvents()755                    write_response(True, None)756                elif arg == "fetch":757                    events = fmbtuinput.fetchQueuedEvents()758                    write_response(True, events)759            else:760                write_response(*subAgentCommand("root", "tizen", cmd))761        elif cmd.startswith("gd"):   # get display status762            try:763                p = subprocess.Popen(['/usr/bin/xset', 'q'], stdout=subprocess.PIPE, stderr=subprocess.PIPE)764                out, err = p.communicate()765                if "Monitor is Off" in out: write_response(True, "Off")766                elif "Monitor is On" in out: write_response(True, "On")767                else: write_response(False, err)768            except Exception, e: write_response(False, e)769        elif cmd.startswith("tm "):   # touch move(x, y)770            xs, ys = cmd[3:].strip().split()771            if g_Xavailable:772                libXtst.XTestFakeMotionEvent(display, current_screen, int(xs), int(ys), X_CurrentTime)773                libX11.XFlush(display)774            else:775                if iAmRoot: rv, msg = sendHwMove(int(xs), int(ys))776                else: rv, msg = subAgentCommand("root", "tizen", cmd)777            write_response(True, None)778        elif cmd.startswith("tt "): # touch tap(x, y, button)779            x, y, button = [int(i) for i in cmd[3:].strip().split()]780            if g_Xavailable:781                libXtst.XTestFakeMotionEvent(display, current_screen, x, y, X_CurrentTime)782                libXtst.XTestFakeButtonEvent(display, button, X_True, X_CurrentTime)783                libXtst.XTestFakeButtonEvent(display, button, X_False, X_CurrentTime)784                libX11.XFlush(display)785                rv, msg = True, None786            else:787                if iAmRoot: rv, msg = sendHwTap(x, y, button-1)788                else: rv, msg = subAgentCommand("root", "tizen", cmd)789            write_response(rv, msg)790        elif cmd.startswith("td "): # touch down(x, y, button)791            xs, ys, button = cmd[3:].strip().split()792            button = int(button)793            if g_Xavailable:794                libXtst.XTestFakeMotionEvent(display, current_screen, int(xs), int(ys), X_CurrentTime)795                libXtst.XTestFakeButtonEvent(display, button, X_True, X_CurrentTime)796                libX11.XFlush(display)797            else:798                if iAmRoot: rv, msg = sendHwFingerDown(int(xs), int(ys), button-1)799                else: rv, msg = subAgentCommand("root", "tizen", cmd)800            write_response(True, None)801        elif cmd.startswith("tu "): # touch up(x, y, button)802            xs, ys, button = cmd[3:].strip().split()803            button = int(button)804            if g_Xavailable:805                libXtst.XTestFakeMotionEvent(display, current_screen, int(xs), int(ys), X_CurrentTime)806                libXtst.XTestFakeButtonEvent(display, button, X_False, X_CurrentTime)807                libX11.XFlush(display)808            else:809                if iAmRoot: rv, msg = sendHwFingerUp(int(xs), int(ys), button-1)810                else: rv, msg = subAgentCommand("root", "tizen", cmd)811            write_response(True, None)812        elif cmd.startswith("kd "): # hw key down813            if iAmRoot: rv, msg = sendHwKey(cmd[3:], 0, -1)814            else: rv, msg = subAgentCommand("root", "tizen", cmd)815            write_response(rv, msg)816        elif cmd.startswith("kp "): # hw key press817            if iAmRoot: rv, msg = sendHwKey(cmd[3:], 0, 0)818            else: rv, msg = subAgentCommand("root", "tizen", cmd)819            write_response(rv, msg)820        elif cmd.startswith("ku "): # hw key up821            if iAmRoot: rv, msg = sendHwKey(cmd[3:], -1, 0)822            else: rv, msg = subAgentCommand("root", "tizen", cmd)823            write_response(rv, msg)824        elif cmd.startswith("kt "): # send x events825            if g_Xavailable:826                rv, skippedSymbols = typeSequence(_decode(cmd[3:]))827                libX11.XFlush(display)828            elif iAmRoot:829                rv, skippedSymbols = typeSequence(_decode(cmd[3:]),830                                                  delayBetweenChars=0.05)831            else:832                rv, skippedSymbols = subAgentCommand("root", "tizen", cmd)833            write_response(rv, skippedSymbols)834        elif cmd.startswith("ml "): # send multitouch linear gesture835            if iAmRoot:836                rv, _ = mtLinearGesture(*_decode(cmd[3:]))837            else:838                rv, _ = subAgentCommand("root", "tizen", cmd)839            write_response(rv, _)840        elif cmd.startswith("ss"): # save screenshot841            if "R" in cmd.split() and g_Xavailable:842                resetXConnection()843            if "weston-root" in cmd.split(): # do Weston root part only844                write_response(*westonTakeScreenshotRoot())845            else:846                rv, compressedImage = takeScreenshot()847                write_response(rv, compressedImage)848        elif cmd.startswith("sd "): # set screen dimensions (width and height)849            _sw, _sh = cmd[3:].split()850            screenWidth, screenHeight = int(_sw), int(_sh)851            if iAmRoot:852                if touch_device:853                    touch_device.setScreenSize((screenWidth, screenHeight))854                    rv, msg = True, None855                else:856                    rv, msg = True, "no touch device"...
Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.