class PocoSDKOSX(object):
def __init__(self, addr=DEFAULT_ADDR):
self.reactor = StdRpcReactor()
self.reactor.register('Dump', self.Dump)
self.reactor.register('GetSDKVersion', self.GetSDKVersion)
self.reactor.register('GetDebugProfilingData',
self.GetDebugProfilingData)
self.reactor.register('GetScreenSize', self.GetScreenSize)
self.reactor.register('Screenshot', self.Screenshot)
self.reactor.register('Click', self.Click)
self.reactor.register('Swipe', self.Swipe)
self.reactor.register('LongClick', self.LongClick)
self.reactor.register('SetForeground', self.SetForeground)
self.reactor.register('ConnectWindow', self.ConnectWindow)
transport = TcpSocket()
transport.bind(addr)
self.rpc = StdRpcEndpointController(transport, self.reactor)
self.running = False
self.root = None
def Dump(self, _):
res = OSXUIDumper(self.root).dumpHierarchy()
return res
def SetForeground(self):
self.root.AXMinimized = False
self.app.AXFrontmost = True
def GetSDKVersion(self):
return '0.0.1'
def GetDebugProfilingData(self):
return {}
def GetScreenSize(self):
Width = self.root.AXSize[0]
Height = self.root.AXSize[1]
return [Width, Height]
def Screenshot(self, width):
self.SetForeground()
size = self.root.AXSize
pos = self.root.AXPosition
pyautogui.screenshot(
'Screenshot.png',
(pos[0], pos[1], size[0], size[1])).save('Screenshot.png')
f = open(r'Screenshot.png', 'rb')
deflated = zlib.compress(f.read())
ls_f = base64.b64encode(deflated)
f.close()
return [ls_f, "png.deflate"]
# self.root.ToBitmap().ToFile('Screenshot.bmp')
# f = open(r'Screenshot.bmp', 'rb')
# ls_f = base64.b64encode(f.read())
# f.close()
# return [ls_f, "bmp"]
def Click(self, x, y):
self.SetForeground()
size = self.root.AXSize
pos = self.root.AXPosition
pyautogui.moveTo(pos[0] + size[0] * x, pos[1] + size[1] * y)
pyautogui.click(pos[0] + size[0] * x, pos[1] + size[1] * y)
return True
def Swipe(self, x1, y1, x2, y2, duration):
self.SetForeground()
Left = self.root.AXPosition[0]
Top = self.root.AXPosition[1]
Width = self.root.AXSize[0]
Height = self.root.AXSize[1]
x1 = Left + Width * x1
y1 = Top + Height * y1
x2 = Left + Width * x2
y2 = Top + Height * y2
pyautogui.moveTo(x1, y1)
pyautogui.dragTo(x2, y2, duration)
return True
def LongClick(self, x, y, duration):
self.SetForeground()
Left = self.root.AXPosition[0]
Top = self.root.AXPosition[1]
Width = self.root.AXSize[0]
Height = self.root.AXSize[1]
x = Left + Width * x
y = Top + Height * y
pyautogui.moveTo(x, y)
pyautogui.dragTo(x, y, duration)
return True
def EnumWindows(self, selector):
names = []
if 'bundleid' in selector:
self.app = atomac.getAppRefByBundleId(selector['bundleid'])
windows = self.app.windows()
for i, w in enumerate(windows):
names.append((w.AXTitle, i))
return names
if 'appname' in selector:
self.app = atomac.getAppRefByLocalizedName(selector['appname'])
windows = self.app.windows()
for i, w in enumerate(windows):
names.append((w.AXTitle, i))
return names
if 'appname_re' in selector: # 此方法由于MacOS API，问题较多
apps = atomac.NativeUIElement._getRunningApps() # 获取当前运行的所有应用程序
appset = set() # 应用程序集合
appnameset = set() # 应用程序标题集合
for t in apps:
tempapp = atomac.getAppRefByPid(t.processIdentifier())
if str(tempapp) == str(atomac.AXClasses.NativeUIElement()
): # 通过trick判断应用程序是都否为空
continue
attrs = tempapp.getAttributes()
if 'AXTitle' in attrs:
tit = tempapp.AXTitle
if re.match(selector['appname_re'], tit):
appset.add(tempapp)
appnameset.add(
tit) # 这里有Bug，可能会获取到进程的不同副本，所以要通过名字去判断是否唯一
if len(appnameset) is 0:
raise InvalidSurfaceException(
selector,
"Can't find any applications by the given parameter")
if len(appnameset) != 1:
raise NonuniqueSurfaceException(selector)
while len(names) is 0: # 有可能有多个副本，但只有一个真的应用程序有窗口，所以要枚举去找
if len(appset) is 0:
return names
self.app = appset.pop()
windows = self.app.windows() # 获取当前应用程序的所有窗口
for i, w in enumerate(windows):
names.append((w.AXTitle, i))
return names
return names
def ConnectWindowsByWindowTitle(self, selector, wlist):
hn = set()
for n in wlist:
if selector['windowtitle'] == n[0]:
hn.add(n[1])
if len(hn) == 0:
return -1
return hn
def ConnectWindowsByWindowTitleRe(self, selector, wlist):
hn = set()
for n in wlist:
if re.match(selector['windowtitle_re'], n[0]):
hn.add(n[1])
if len(hn) == 0:
return -1
return hn
def ConnectWindow(self, selector):
# 目前来说，如下处理，以后添加更多的参数后需修改代码逻辑
argunums = 0
if 'bundleid' in selector:
argunums += 1
if 'appname' in selector:
argunums += 1
if 'appname_re' in selector:
argunums += 1
if argunums == 0:
raise ValueError("Expect bundleid or appname, got none")
elif argunums != 1:
raise ValueError(
"Too many arguments, only need bundleid or appname or appname_re"
)
winlist = self.EnumWindows(selector)
handleSetList = []
if 'windowtitle' in selector:
handleSetList.append(
self.ConnectWindowsByWindowTitle(selector, winlist))
if 'windowindex' in selector:
handleSetList.append(set([selector['windowindex']]))
if "windowtitle_re" in selector:
handleSetList.append(
self.ConnectWindowsByWindowTitleRe(selector, winlist))
while -1 in handleSetList:
handleSetList.remove(-1)
if len(handleSetList) == 0: # 三种方法都找不到窗口
raise InvalidSurfaceException(
selector, "Can't find any applications by the given parameter")
handleSet = reduce(operator.__and__, handleSetList)
if len(handleSet) == 0:
raise InvalidSurfaceException(
selector, "Can't find any applications by the given parameter")
elif len(handleSet) != 1:
raise NonuniqueSurfaceException(selector)
else:
hn = handleSet.pop()
w = self.app.windows()
if len(w) <= hn:
raise IndexError(
"Unable to find the specified window through the index, you may have closed the specified window during the run"
)
self.root = self.app.windows()[hn]
self.SetForeground()
def run(self):
if self.running is False:
self.running = True
self.rpc.serve_forever()
class PocoSDKWindows(object):
def __init__(self, addr=DEFAULT_ADDR):
self.reactor = StdRpcReactor()
self.reactor.register('Dump', self.Dump)
self.reactor.register('SetText', self.SetText)
self.reactor.register('GetSDKVersion', self.GetSDKVersion)
self.reactor.register('GetDebugProfilingData', self.GetDebugProfilingData)
self.reactor.register('GetScreenSize', self.GetScreenSize)
self.reactor.register('Screenshot', self.Screenshot)
self.reactor.register('Click', self.Click)
self.reactor.register('Swipe', self.Swipe)
self.reactor.register('LongClick', self.LongClick)
self.reactor.register('KeyEvent', self.KeyEvent)
self.reactor.register('SetForeground', self.SetForeground)
self.reactor.register('ConnectWindow', self.ConnectWindow)
transport = TcpSocket()
transport.bind(addr)
self.rpc = StdRpcEndpointController(transport, self.reactor)
self.running = False
UIAuto.OPERATION_WAIT_TIME = 0.1 # make operation faster
self.root = None
def Dump(self, _):
res = WindowsUIDumper(self.root).dumpHierarchy()
return res
def SetText(self, id, val2):
control = UIAuto.ControlFromHandle(id)
if not control or not isinstance(val2, string_types):
raise UnableToSetAttributeException("text", control)
else:
control.SetValue(val2)
def GetSDKVersion(self):
return '0.0.1'
def GetDebugProfilingData(self):
return {}
def GetScreenSize(self):
Width = self.root.BoundingRectangle[2] - self.root.BoundingRectangle[0]
Height = self.root.BoundingRectangle[3] - self.root.BoundingRectangle[1]
return [Width, Height]
def JudgeSize(self):
size = self.GetScreenSize()
if size[0] == 0 or size[1] == 0:
raise InvalidSurfaceException(self, "You may have minimized your window or the window is too small!")
def Screenshot(self, width):
self.JudgeSize()
self.root.ToBitmap().ToFile('Screenshot.bmp')
f = open(r'Screenshot.bmp', 'rb')
deflated = zlib.compress(f.read())
ls_f = base64.b64encode(deflated)
f.close()
return [ls_f, "bmp.deflate"]
# self.root.ToBitmap().ToFile('Screenshot.bmp')
# f = open(r'Screenshot.bmp', 'rb')
# ls_f = base64.b64encode(f.read())
# f.close()
# return [ls_f, "bmp"]
def Click(self, x, y):
self.JudgeSize()
self.root.Click(x, y)
return True
def Swipe(self, x1, y1, x2, y2, duration):
self.JudgeSize()
Left = self.root.BoundingRectangle[0]
Top = self.root.BoundingRectangle[1]
Width = self.root.BoundingRectangle[2] - self.root.BoundingRectangle[0]
Height = self.root.BoundingRectangle[3] - self.root.BoundingRectangle[1]
x1 = Left + Width * x1
y1 = Top + Height * y1
x2 = Left + Width * x2
y2 = Top + Height * y2
UIAuto.MAX_MOVE_SECOND = duration * 10
UIAuto.DragDrop(int(x1), int(y1), int(x2), int(y2))
return True
def LongClick(self, x, y, duration):
self.JudgeSize()
Left = self.root.BoundingRectangle[0]
Top = self.root.BoundingRectangle[1]
Width = self.root.BoundingRectangle[2] - self.root.BoundingRectangle[0]
Height = self.root.BoundingRectangle[3] - self.root.BoundingRectangle[1]
x = Left + Width * x
y = Top + Height * y
UIAuto.MAX_MOVE_SECOND = duration * 10
UIAuto.DragDrop(int(x), int(y), int(x), int(y))
return True
def KeyEvent(self, keycode):
UIAuto.SendKeys(keycode)
return True
def SetForeground(self):
win32gui.ShowWindow(self.root.Handle, win32con.SW_SHOWNORMAL)
UIAuto.Win32API.SetForegroundWindow(self.root.Handle)
return True
def EnumWindows(self):
hWndList = []
def foo(hwnd, mouse):
if win32gui.IsWindow(hwnd):
hWndList.append(hwnd)
win32gui.EnumWindows(foo, 0)
return hWndList
def ConnectWindowsByTitle(self, title):
hn = set()
hWndList = self.EnumWindows()
for handle in hWndList:
title_temp = win32gui.GetWindowText(handle)
if PY2:
title_temp = title_temp.decode("gbk")
if title == title_temp:
hn.add(handle)
if len(hn) == 0:
print
return hn
def ConnectWindowsByTitleRe(self, title_re):
hn = set()
hWndList = self.EnumWindows()
for handle in hWndList:
title = win32gui.GetWindowText(handle)
if PY2:
title = title.decode("gbk")
if re.match(title_re, title):
hn.add(handle)
if len(hn) == 0:
return -1
return hn
def ConnectWindowsByHandle(self, handle):
hn = set()
hWndList = self.EnumWindows()
for handle_temp in hWndList:
if int(handle_temp) == int(handle):
hn.add(handle)
break
if len(hn) == 0:
return -1
return hn
def ConnectWindow(self, selector, foreground=False):
if foreground:
time.sleep(1)
self.root = UIAuto.GetForegroundControl()
return True
handleSetList = []
if 'title' in selector:
handleSetList.append(self.ConnectWindowsByTitle(selector['title']))
if 'handle' in selector:
handleSetList.append(self.ConnectWindowsByHandle(selector['handle']))
if "title_re" in selector:
handleSetList.append(self.ConnectWindowsByTitleRe(selector['title_re']))
while -1 in handleSetList:
handleSetList.remove(-1)
if len(handleSetList) == 0:
return False
handleSet = handleSetList[0]
for s in handleSetList:
handleSet = s & handleSet
if len(handleSet) == 0:
return False
elif len(handleSet) != 1:
raise NonuniqueSurfaceException(selector)
else:
hn = handleSet.pop()
if hn:
self.root = UIAuto.ControlFromHandle(hn)
return True
else:
return False
def run(self, use_foregrond_window=False):
if self.running is False:
self.running = True
if use_foregrond_window:
self.ConnectWindow(set(), True)
self.rpc.serve_forever()
from poco.sdk.std.rpc.controller import StdRpcEndpointController
from poco.sdk.std.rpc.reactor import StdRpcReactor
from poco.utils.net.transport.tcp import TcpSocket
from poco.utils.net.stdbroker import StdBroker
def Dump(arg):
return 'this is Dump ' + arg
if __name__ == '__main__':
# broker = StdBroker('tcp://*:15003', 'tcp://*:15004')
reactor = StdRpcReactor()
reactor.register('Dump', Dump)
responser = TcpSocket()
responser.connect(('localhost', 15003))
rpc_responser = StdRpcEndpointController(responser, reactor)
t = threading.Thread(target=rpc_responser.serve_forever)
t.daemon = True
t.start()
requester = TcpSocket()
requester.connect(('localhost', 15004))
rpc_requester = StdRpcEndpointController(requester, StdRpcReactor())
t = threading.Thread(target=rpc_requester.serve_forever)
t.daemon = True
t.start()
class PocoSDKWindows(object):
def __init__(self, addr=DEFAULT_ADDR):
self.reactor = None
self.addr = addr
self.running = False
UIAuto.OPERATION_WAIT_TIME = 0.05 # make operation faster
self.root = None
def Dump(self, _):
res = WindowsUIDumper(self.root).dumpHierarchy()
return res
def SetText(self, id, val2):
control = UIAuto.ControlFromHandle(id)
if not control or not isinstance(val2, string_types):
raise UnableToSetAttributeException("text", control)
else:
control.SetValue(val2)
def GetSDKVersion(self):
return '0.0.1'
def GetDebugProfilingData(self):
return {}
def GetScreenSize(self):
Width = self.root.BoundingRectangle[2] - self.root.BoundingRectangle[0]
Height = self.root.BoundingRectangle[3] - self.root.BoundingRectangle[1]
return [Width, Height]
def GetWindowRect(self):
return self.root.BoundingRectangle
def JudgeSize(self):
self.SetForeground() # 先打开窗口再获取大小，否则最小化的窗口获取到的大小会为0
size = self.GetScreenSize()
if size[0] == 0 or size[1] == 0:
raise InvalidSurfaceException(
self,
"You may have minimized or closed your window or the window is too small!"
)
def Screenshot(self, width):
self.JudgeSize()
self.root.ToBitmap().ToFile('Screenshot.bmp')
f = open(r'Screenshot.bmp', 'rb')
deflated = zlib.compress(f.read()) # 压缩图片
ls_f = base64.b64encode(deflated)
f.close()
return [ls_f, "bmp.deflate"]
# self.root.ToBitmap().ToFile('Screenshot.bmp')
# f = open(r'Screenshot.bmp', 'rb')
# ls_f = base64.b64encode(f.read())
# f.close()
# return [ls_f, "bmp"]
def Click(self, x, y):
self.JudgeSize()
self.root.Click(x, y)
return True
def RClick(self, x, y):
self.JudgeSize()
self.root.RightClick(x, y)
return True
def DoubleClick(self, x, y):
self.JudgeSize()
self.root.DoubleClick(x, y)
return True
def Swipe(self, x1, y1, x2, y2, duration, **kwargs):
self.JudgeSize()
Left = self.root.BoundingRectangle[0]
Top = self.root.BoundingRectangle[1]
Width = self.root.BoundingRectangle[2] - self.root.BoundingRectangle[0]
Height = self.root.BoundingRectangle[3] - self.root.BoundingRectangle[1]
x1 = int(Left + Width * x1) # 比例换算
y1 = int(Top + Height * y1)
x2 = int(Left + Width * x2)
y2 = int(Top + Height * y2)
UIAuto.MAX_MOVE_SECOND = duration * 10 # 同步到跟UIAutomation库的时间设定一样
UIAuto.DragDrop(int(x1), int(y1), int(x2), int(y2))
return True
def LongClick(self, x, y, duration, **kwargs):
self.JudgeSize()
Left = self.root.BoundingRectangle[0]
Top = self.root.BoundingRectangle[1]
Width = self.root.BoundingRectangle[2] - self.root.BoundingRectangle[0]
Height = self.root.BoundingRectangle[3] - self.root.BoundingRectangle[1]
x = Left + Width * x
y = Top + Height * y
UIAuto.MAX_MOVE_SECOND = duration * 10
UIAuto.DragDrop(int(x), int(y), int(x), int(y))
return True
def Scroll(self, direction, percent, duration):
if direction not in ('vertical', 'horizontal'):
return False
if direction == 'horizontal':
return False
self.JudgeSize()
x = 0.5 # 先把鼠标移到窗口中间，这样才能保证滚动的是这个窗口。
y = 0.5
steps = percent
Left = self.root.BoundingRectangle[0]
Top = self.root.BoundingRectangle[1]
Width = self.root.BoundingRectangle[2] - self.root.BoundingRectangle[0]
Height = self.root.BoundingRectangle[3] - self.root.BoundingRectangle[1]
x = Left + Width * x
y = Top + Height * y
x = int(x)
y = int(y)
UIAuto.MoveTo(x, y)
interval = float(duration - 0.3 * steps) / (abs(steps) + 1) # 实现滚动时间
if interval <= 0:
interval = 0.1
if steps < 0:
for i in range(0, abs(steps)):
time.sleep(interval)
UIAuto.WheelUp(1)
else:
for i in range(0, abs(steps)):
time.sleep(interval)
UIAuto.WheelDown(1)
return True
def KeyEvent(self, keycode):
self.JudgeSize()
UIAuto.SendKeys(keycode)
return True
def SetForeground(self):
win32gui.ShowWindow(self.root.Handle,
win32con.SW_SHOWNORMAL) # 先把窗口取消最小化
UIAuto.Win32API.SetForegroundWindow(
self.root.Handle) # 再把窗口设为前台，方便点击和截图
return True
def EnumWindows(self):
hWndList = [] # 枚举所有窗口，并把有效窗口handle保存在hwndlist里
def foo(hwnd, mouse):
if win32gui.IsWindow(hwnd):
hWndList.append(hwnd)
win32gui.EnumWindows(foo, 0)
return hWndList
def ConnectWindowsByTitle(self, title):
hn = set() # 匹配窗口的集合，把所有标题匹配上的窗口handle都保存在这个集合里
hWndList = self.EnumWindows()
for handle in hWndList:
title_temp = win32gui.GetWindowText(handle)
if PY2:
title_temp = title_temp.decode(
"gbk") # py2要解码成GBK，WindowsAPI中文返回的一般都是GBK
if title == title_temp:
hn.add(handle)
if len(hn) == 0:
return -1
return hn
def ConnectWindowsByTitleRe(self, title_re):
hn = set() # 匹配窗口的集合，把所有标题（正则表达式）匹配上的窗口handle都保存在这个集合里
hWndList = self.EnumWindows()
for handle in hWndList:
title = win32gui.GetWindowText(handle)
if PY2:
title = title.decode("gbk")
if re.match(title_re, title):
hn.add(handle)
if len(hn) == 0:
return -1
return hn
def ConnectWindowsByHandle(self, handle):
hn = set() # 匹配窗口的集合，把所有handle匹配上的窗口handle都保存在这个集合里
hWndList = self.EnumWindows()
for handle_temp in hWndList:
if int(handle_temp) == int(handle):
hn.add(handle)
break
if len(hn) == 0:
return -1
return hn
def ConnectWindow(self, selector):
# 目前来说，如下处理，以后添加更多的参数后需修改代码逻辑
argunums = 0
if 'handle' in selector:
argunums += 1
if 'title' in selector:
argunums += 1
if 'title_re' in selector:
argunums += 1
if argunums == 0:
raise ValueError("Expect handle or title, got none")
elif argunums != 1:
raise ValueError(
"Too many arguments, only need handle or title or title_re")
handleSetList = []
if 'title' in selector:
handleSetList.append(self.ConnectWindowsByTitle(selector['title']))
if 'handle' in selector:
handleSetList.append(
self.ConnectWindowsByHandle(selector['handle']))
if "title_re" in selector:
handleSetList.append(
self.ConnectWindowsByTitleRe(selector['title_re']))
while -1 in handleSetList:
handleSetList.remove(-1) # 有些参数没有提供会返回-1.把所有的-1去掉
if len(handleSetList) is 0:
raise InvalidSurfaceException(
selector, "Can't find any windows by the given parameter")
handleSet = reduce(operator.__and__,
handleSetList) # 提供了多个参数来确定唯一一个窗口，所以要做交集，取得唯一匹配的窗口
if len(handleSet) == 0:
raise InvalidSurfaceException(
selector, "Can't find any windows by the given parameter")
elif len(handleSet) != 1:
raise NonuniqueSurfaceException(selector)
else:
hn = handleSet.pop() # 取得那个唯一的窗口
self.root = UIAuto.ControlFromHandle(hn)
if self.root is None:
raise InvalidSurfaceException(
selector, "Can't find any windows by the given parameter")
self.SetForeground()
def run(self):
self.reactor = StdRpcReactor()
self.reactor.register('Dump', self.Dump) # 注册各种函数
self.reactor.register('SetText', self.SetText)
self.reactor.register('GetSDKVersion', self.GetSDKVersion)
self.reactor.register('GetDebugProfilingData',
self.GetDebugProfilingData)
self.reactor.register('GetScreenSize', self.GetScreenSize)
self.reactor.register('Screenshot', self.Screenshot)
self.reactor.register('Click', self.Click)
self.reactor.register('Swipe', self.Swipe)
self.reactor.register('LongClick', self.LongClick)
self.reactor.register('KeyEvent', self.KeyEvent)
self.reactor.register('SetForeground', self.SetForeground)
self.reactor.register('ConnectWindow', self.ConnectWindow)
self.reactor.register('Scroll', self.Scroll)
self.reactor.register('RClick', self.RClick)
self.reactor.register('DoubleClick', self.DoubleClick)
transport = TcpSocket()
transport.bind(self.addr)
self.rpc = StdRpcEndpointController(transport, self.reactor)
if self.running is False:
self.running = True
self.rpc.serve_forever()
class PocoSDKOSX(object):
def __init__(self, addr=DEFAULT_ADDR):
self.reactor = None
self.addr = addr
self.running = False
self.root = None
self.keyboard = Controller()
def Dump(self, _):
res = OSXUIDumper(self.root).dumpHierarchy()
return res
def SetForeground(self):
self.root.AXMinimized = False
self.app.AXFrontmost = True
def GetSDKVersion(self):
return '0.0.1'
def GetDebugProfilingData(self):
return {}
def GetScreenSize(self):
Width = self.root.AXSize[0]
Height = self.root.AXSize[1]
return [Width, Height]
def GetWindowRect(self):
Width = self.root.AXSize[0]
Height = self.root.AXSize[1]
return [
self.root.AXPosition[0], self.root.AXPosition[1],
self.root.AXPosition[0] + Width, self.root.AXPosition[1] + Height
]
def KeyEvent(self, keycode):
waittime = 0.05
for c in keycode:
self.keyboard.press(key=c)
self.keyboard.release(key=c)
time.sleep(waittime)
return True
def Screenshot(self, width):
self.SetForeground()
size = self.root.AXSize
pos = self.root.AXPosition
pyautogui.screenshot(
'Screenshot.png',
(pos[0], pos[1], size[0], size[1])).save('Screenshot.png')
f = open(r'Screenshot.png', 'rb')
deflated = zlib.compress(f.read())
ls_f = base64.b64encode(deflated)
f.close()
return [ls_f, "png.deflate"]
# self.root.ToBitmap().ToFile('Screenshot.bmp')
# f = open(r'Screenshot.bmp', 'rb')
# ls_f = base64.b64encode(f.read())
# f.close()
# return [ls_f, "bmp"]
def Click(self, x, y):
self.SetForeground()
size = self.root.AXSize
pos = self.root.AXPosition
OSXFunc.click(pos[0] + size[0] * x, pos[1] + size[1] * y)
return True
def RClick(self, x, y):
self.SetForeground()
size = self.root.AXSize
pos = self.root.AXPosition
OSXFunc.rclick(pos[0] + size[0] * x, pos[1] + size[1] * y)
return True
def DoubleClick(self, x, y):
self.SetForeground()
size = self.root.AXSize
pos = self.root.AXPosition
OSXFunc.doubleclick(pos[0] + size[0] * x, pos[1] + size[1] * y)
return True
def Swipe(self, x1, y1, x2, y2, duration):
self.SetForeground()
Left = self.root.AXPosition[0]
Top = self.root.AXPosition[1]
Width = self.root.AXSize[0]
Height = self.root.AXSize[1]
x1 = Left + Width * x1
y1 = Top + Height * y1
x2 = Left + Width * x2
y2 = Top + Height * y2
sx = abs(x1 - x2)
sy = abs(y1 - y2)
stepx = sx / (duration * 10.0) # 将滑动距离分割，实现平滑的拖动
stepy = sy / (duration * 10.0)
OSXFunc.move(x1, y1)
OSXFunc.press(x1, y1)
duration = int(duration * 10.0)
for i in range(duration + 1):
OSXFunc.drag(x1 + stepx * i, y1 + stepy * i)
time.sleep(0.1)
OSXFunc.release(x2, y2)
return True
def LongClick(self, x, y, duration, **kwargs):
self.SetForeground()
# poco std暂不支持选择鼠标按键
button = kwargs.get("button", "left")
if button not in ("left", "right"):
raise ValueError("Unknow button: " + button)
if button is "left":
button = 1
else:
button = 2
Left = self.root.AXPosition[0]
Top = self.root.AXPosition[1]
Width = self.root.AXSize[0]
Height = self.root.AXSize[1]
x = Left + Width * x
y = Top + Height * y
OSXFunc.move(x, y)
OSXFunc.press(x, y, button=button)
time.sleep(duration)
OSXFunc.release(x, y, button=button)
return True
def Scroll(self, direction, percent, duration):
if direction not in ('vertical', 'horizontal'):
raise ValueError(
'Argument `direction` should be one of "vertical" or "horizontal". Got {}'
.format(repr(direction)))
x = 0.5 # 先把鼠标移到窗口中间，这样才能保证滚动的是这个窗口。
y = 0.5
steps = percent
Left = self.GetWindowRect()[0]
Top = self.GetWindowRect()[1]
Width = self.GetScreenSize()[0]
Height = self.GetScreenSize()[1]
x = Left + Width * x
y = Top + Height * y
x = int(x)
y = int(y)
OSXFunc.move(x, y)
if direction == 'horizontal':
interval = float(duration) / (abs(steps) + 1)
if steps < 0:
for i in range(0, abs(steps)):
time.sleep(interval)
OSXFunc.scroll(None, 1)
else:
for i in range(0, abs(steps)):
time.sleep(interval)
OSXFunc.scroll(None, -1)
else:
interval = float(duration) / (abs(steps) + 1)
if steps < 0:
for i in range(0, abs(steps)):
time.sleep(interval)
OSXFunc.scroll(1)
else:
for i in range(0, abs(steps)):
time.sleep(interval)
OSXFunc.scroll(-1)
return True
def EnumWindows(self, selector):
names = [] # 一个应用程序会有多个窗口，因此我们要先枚举一个应用程序里的所有窗口
if 'bundleid' in selector:
self.app = OSXFunc.getAppRefByBundleId(selector['bundleid'])
windows = self.app.windows()
for i, w in enumerate(windows):
names.append((w.AXTitle, i))
return names
if 'appname' in selector:
self.app = OSXFunc.getAppRefByLocalizedName(selector['appname'])
windows = self.app.windows()
for i, w in enumerate(windows):
names.append((w.AXTitle, i))
return names
if 'appname_re' in selector: # 此方法由于MacOS API，问题较多
apps = OSXFunc.getRunningApps() # 获取当前运行的所有应用程序
appset = [] # 应用程序集合
appnameset = set() # 应用程序标题集合
for t in apps:
tempapp = OSXFunc.getAppRefByPid(t.processIdentifier())
if str(tempapp) == str(atomac.AXClasses.NativeUIElement()
): # 通过trick判断应用程序是都否为空
continue
attrs = tempapp.getAttributes()
if 'AXTitle' in attrs:
tit = tempapp.AXTitle
if re.match(selector['appname_re'], tit):
appset.append(tempapp)
appnameset.add(
tit) # 这里有Bug，可能会获取到进程的不同副本，所以要通过名字去判断是否唯一
if len(appnameset) is 0:
raise InvalidSurfaceException(
selector,
"Can't find any applications by the given parameter")
if len(appnameset) != 1:
raise NonuniqueSurfaceException(selector)
while len(names) is 0: # 有可能有多个副本，但只有一个真的应用程序有窗口，所以要枚举去找
if len(appset) is 0:
return names
self.app = appset.pop()
windows = self.app.windows() # 获取当前应用程序的所有窗口
for i, w in enumerate(windows):
names.append((w.AXTitle, i))
return names
return names
def ConnectWindowsByWindowTitle(self, selector, wlist):
hn = set()
for n in wlist:
if selector['windowtitle'] == n[0]:
hn.add(n[1]) # 添加窗口索引到集合里
if len(hn) == 0:
return -1
return hn
def ConnectWindowsByWindowTitleRe(self, selector, wlist):
hn = set()
for n in wlist:
if re.match(selector['windowtitle_re'], n[0]):
hn.add(n[1]) # 添加窗口索引到集合里
if len(hn) == 0:
return -1
return hn
def ConnectWindow(self, selector):
# 目前来说，如下处理，以后添加更多的参数后需修改代码逻辑
argunums = 0
if 'bundleid' in selector:
argunums += 1
if 'appname' in selector:
argunums += 1
if 'appname_re' in selector:
argunums += 1
if argunums == 0:
raise ValueError("Expect bundleid or appname, got none")
elif argunums != 1:
raise ValueError(
"Too many arguments, only need bundleid or appname or appname_re"
)
winlist = self.EnumWindows(selector)
handleSetList = []
if 'windowtitle' in selector:
handleSetList.append(
self.ConnectWindowsByWindowTitle(selector, winlist))
if 'windowindex' in selector:
handleSetList.append(set([selector['windowindex']]))
if "windowtitle_re" in selector:
handleSetList.append(
self.ConnectWindowsByWindowTitleRe(selector, winlist))
while -1 in handleSetList:
handleSetList.remove(-1) # 有些参数没有提供会返回-1.把所有的-1去掉
if len(handleSetList) == 0: # 三种方法都找不到窗口
raise InvalidSurfaceException(
selector, "Can't find any applications by the given parameter")
handleSet = reduce(operator.__and__,
handleSetList) # 提供了多个参数来确定唯一一个窗口，所以要做交集，取得唯一匹配的窗口
if len(handleSet) == 0:
raise InvalidSurfaceException(
selector, "Can't find any applications by the given parameter")
elif len(handleSet) != 1:
raise NonuniqueSurfaceException(selector)
else:
hn = handleSet.pop() # 取得该窗口的索引
w = self.app.windows()
if len(w) <= hn:
raise IndexError(
"Unable to find the specified window through the index, you may have closed the specified window during the run"
)
self.root = self.app.windows()[hn]
self.SetForeground()
return True
def run(self):
self.reactor = StdRpcReactor()
self.reactor.register('Dump', self.Dump)
self.reactor.register('GetSDKVersion', self.GetSDKVersion)
self.reactor.register('GetDebugProfilingData',
self.GetDebugProfilingData)
self.reactor.register('GetScreenSize', self.GetScreenSize)
self.reactor.register('Screenshot', self.Screenshot)
self.reactor.register('Click', self.Click)
self.reactor.register('Swipe', self.Swipe)
self.reactor.register('LongClick', self.LongClick)
self.reactor.register('SetForeground', self.SetForeground)
self.reactor.register('ConnectWindow', self.ConnectWindow)
self.reactor.register('Scroll', self.Scroll)
self.reactor.register('RClick', self.RClick)
self.reactor.register('DoubleClick', self.DoubleClick)
self.reactor.register('KeyEvent', self.KeyEvent)
transport = TcpSocket()
transport.bind(self.addr)
self.rpc = StdRpcEndpointController(transport, self.reactor)
if self.running is False:
self.running = True
self.rpc.serve_forever()
class PocoSDKWindows(object):
def __init__(self, addr=DEFAULT_ADDR):
self.reactor = StdRpcReactor()
self.reactor.register('Dump', self.Dump)
self.reactor.register('SetText', self.SetText)
self.reactor.register('GetSDKVersion', self.GetSDKVersion)
self.reactor.register('GetDebugProfilingData',
self.GetDebugProfilingData)
self.reactor.register('GetScreenSize', self.GetScreenSize)
self.reactor.register('Screenshot', self.Screenshot)
self.reactor.register('Click', self.Click)
self.reactor.register('Swipe', self.Swipe)
self.reactor.register('LongClick', self.LongClick)
self.reactor.register('KeyEvent', self.KeyEvent)
self.reactor.register('SetForeground', self.SetForeground)
self.reactor.register('ConnectWindow', self.ConnectWindow)
transport = TcpSocket()
transport.bind(addr)
self.rpc = StdRpcEndpointController(transport, self.reactor)
self.running = False
UIAuto.OPERATION_WAIT_TIME = 0.1 # make operation faster
self.root = None
def Dump(self, _):
res = WindowsUIDumper(self.root).dumpHierarchy()
return res
def SetText(self, id, val2):
control = UIAuto.ControlFromHandle(id)
if not control or not isinstance(val2, string_types):
raise UnableToSetAttributeException("text", control)
else:
control.SetValue(val2)
def GetSDKVersion(self):
return '0.0.1'
def GetDebugProfilingData(self):
return {}
def GetScreenSize(self):
Width = self.root.BoundingRectangle[2] - self.root.BoundingRectangle[0]
Height = self.root.BoundingRectangle[3] - self.root.BoundingRectangle[1]
return [Width, Height]
def JudgeSize(self):
self.SetForeground() # 先打开窗口再获取大小，否则最小化的窗口获取到的大小会为0
size = self.GetScreenSize()
if size[0] == 0 or size[1] == 0:
raise InvalidSurfaceException(
self,
"You may have minimized your window or the window is too small!"
)
def Screenshot(self, width):
self.JudgeSize()
self.root.ToBitmap().ToFile('Screenshot.bmp')
f = open(r'Screenshot.bmp', 'rb')
deflated = zlib.compress(f.read())
ls_f = base64.b64encode(deflated)
f.close()
return [ls_f, "bmp.deflate"]
# self.root.ToBitmap().ToFile('Screenshot.bmp')
# f = open(r'Screenshot.bmp', 'rb')
# ls_f = base64.b64encode(f.read())
# f.close()
# return [ls_f, "bmp"]
def Click(self, x, y):
self.JudgeSize()
self.root.Click(x, y)
return True
def Swipe(self, x1, y1, x2, y2, duration):
self.JudgeSize()
Left = self.root.BoundingRectangle[0]
Top = self.root.BoundingRectangle[1]
Width = self.root.BoundingRectangle[2] - self.root.BoundingRectangle[0]
Height = self.root.BoundingRectangle[3] - self.root.BoundingRectangle[1]
x1 = Left + Width * x1
y1 = Top + Height * y1
x2 = Left + Width * x2
y2 = Top + Height * y2
UIAuto.MAX_MOVE_SECOND = duration * 10 # 同步到跟UIAutomation库的时间设定一样
UIAuto.DragDrop(int(x1), int(y1), int(x2), int(y2))
return True
def LongClick(self, x, y, duration):
self.JudgeSize()
Left = self.root.BoundingRectangle[0]
Top = self.root.BoundingRectangle[1]
Width = self.root.BoundingRectangle[2] - self.root.BoundingRectangle[0]
Height = self.root.BoundingRectangle[3] - self.root.BoundingRectangle[1]
x = Left + Width * x
y = Top + Height * y
UIAuto.MAX_MOVE_SECOND = duration * 10
UIAuto.DragDrop(int(x), int(y), int(x), int(y))
return True
def KeyEvent(self, keycode):
self.JudgeSize()
UIAuto.SendKeys(keycode)
return True
def SetForeground(self):
win32gui.ShowWindow(self.root.Handle,
win32con.SW_SHOWNORMAL) # 先把窗口取消最小化
UIAuto.Win32API.SetForegroundWindow(
self.root.Handle) # 再把窗口设为前台，方便点击和截图
return True
def EnumWindows(self):
hWndList = []
def foo(hwnd, mouse):
if win32gui.IsWindow(hwnd):
hWndList.append(hwnd)
win32gui.EnumWindows(foo, 0)
return hWndList
def ConnectWindowsByTitle(self, title):
hn = set()
hWndList = self.EnumWindows()
for handle in hWndList:
title_temp = win32gui.GetWindowText(handle)
if PY2:
title_temp = title_temp.decode(
"gbk") # py2要解码成GBK，WindowsAPI中文返回的一般都是GBK
if title == title_temp:
hn.add(handle)
if len(hn) == 0:
return -1
return hn
def ConnectWindowsByTitleRe(self, title_re):
hn = set()
hWndList = self.EnumWindows()
for handle in hWndList:
title = win32gui.GetWindowText(handle)
if PY2:
title = title.decode("gbk")
if re.match(title_re, title):
hn.add(handle)
if len(hn) == 0:
return -1
return hn
def ConnectWindowsByHandle(self, handle):
hn = set()
hWndList = self.EnumWindows()
for handle_temp in hWndList:
if int(handle_temp) == int(handle):
hn.add(handle)
break
if len(hn) == 0:
return -1
return hn
def ConnectWindow(self, selector):
# 目前来说，如下处理，以后添加更多的参数后需修改代码逻辑
argunums = 0
if 'handle' in selector:
argunums += 1
if 'title' in selector:
argunums += 1
if 'title_re' in selector:
argunums += 1
if argunums == 0:
raise ValueError("Expect handle or title, got none")
elif argunums != 1:
raise ValueError(
"Too many arguments, only need handle or title or title_re")
handleSetList = []
if 'title' in selector:
handleSetList.append(self.ConnectWindowsByTitle(selector['title']))
if 'handle' in selector:
handleSetList.append(
self.ConnectWindowsByHandle(selector['handle']))
if "title_re" in selector:
handleSetList.append(
self.ConnectWindowsByTitleRe(selector['title_re']))
while -1 in handleSetList:
handleSetList.remove(-1)
if len(handleSetList) is 0:
raise InvalidSurfaceException(
selector, "Can't find any windows by the given parameter")
handleSet = reduce(operator.__and__, handleSetList)
if len(handleSet) == 0:
raise InvalidSurfaceException(
selector, "Can't find any windows by the given parameter")
elif len(handleSet) != 1:
raise NonuniqueSurfaceException(selector)
else:
hn = handleSet.pop()
self.root = UIAuto.ControlFromHandle(hn)
if self.root is None:
raise InvalidSurfaceException(
selector, "Can't find any windows by the given parameter")
def run(self):
if self.running is False:
self.running = True
self.rpc.serve_forever()