def DetectZoomMeeting():
global zoomToolbarOpen
global zoomMeetingOpen
if debug == True:
global start
start = time.time()
zoomMeetingInProgress = False
def GetFirstChild(control):
return control.GetFirstChildControl()
def GetNextSibling(control):
return control.GetNextSiblingControl()
desktop = automation.GetRootControl()
zoomMeetingOpen = False
zoomToolbarOpen = False
for control, depth in automation.WalkTree(desktop, getFirstChild=GetFirstChild, getNextSibling=GetNextSibling, includeTop=False, maxDepth=2):
if debug == True:
print(str(depth) + ' ' * depth * 4 + str(control))
if str(control).find("ZPContentViewWndClass") > 0:
zoomMeetingInProgress = True
zoomMeetingOpen = True
if str(control).find("ZPFloatToolbarClass") > 0:
zoomMeetingInProgress = True
zoomToolbarOpen = True
return zoomMeetingInProgress
def main(directory, maxDepth=0xFFFFFFFF):
remain = {}
texts = []
absdir = os.path.abspath(directory)
for it, depth, remainCount in auto.WalkTree(absdir,
getChildren=GetDirChildren,
includeTop=True,
maxDepth=maxDepth):
remain[depth] = remainCount
isDir = os.path.isdir(it)
prefixLog = ''.join(
['│ ' if remain[i + 1] else ' ' for i in range(depth - 1)])
prefixPrint = prefixLog
if depth > 0:
if remain[depth] > 0:
prefixPrint += '├─→' if isDir else '├── '
prefixLog += '├─→ ' if isDir else '├── '
else:
prefixPrint += '└─→' if isDir else '└── '
prefixLog += '└─→ ' if isDir else '└── '
file = os.path.basename(it)
texts.append(prefixLog)
texts.append(file)
texts.append('\n')
auto.Logger.Write(prefixPrint, writeToFile=False)
auto.Logger.WriteLine(
file,
auto.ConsoleColor.Cyan if isDir else auto.ConsoleColor.Default,
writeToFile=False)
allText = ''.join(texts)
auto.Logger.WriteLine(allText, printToStdout=False)
ret = input(
'\npress Y to save dir tree to clipboard, press other keys to exit')
if ret.lower() == 'y':
auto.SetClipboardText(allText)
def WalkQueens(queenCount = 8):
def GetNextQueenColumns(place):
notValid = set()
nextRow = len(place)
for i in range(nextRow):
leftDiagonal = place[i] - (nextRow - i)
if leftDiagonal >= 0:
notValid.add(leftDiagonal)
notValid.add(place[i])
rightDiagonal = place[i] + (nextRow - i)
if rightDiagonal < queenCount:
notValid.add(rightDiagonal)
return [x for x in range(queenCount) if x not in notValid]
def GetNextQueens(place):
places = []
if len(place) == 0:
for i in range(queenCount):
places.append([i])
else:
valid = GetNextQueenColumns(place)
for x in valid:
newPlace = place[:]
newPlace.append(x)
places.append(newPlace)
return places
count = 0
for queens, depth, remain in automation.WalkTree([], GetNextQueens, yieldCondition=lambda c, d: d == queenCount):
count += 1
automation.Logger.WriteLine(count, automation.ConsoleColor.Cyan)
for x in queens:
automation.Logger.ColorfullyWriteLine('o ' * x + '<Color=Cyan>x </Color>' + 'o ' * (queenCount - x - 1))
def main(directory, maxDepth=0xFFFFFFFF):
remain = {}
text = []
absdir = os.path.abspath(directory)
for it, depth, remainCount in automation.WalkTree(
absdir,
getChildrenFunc=GetDirChildren,
includeTop=True,
maxDepth=maxDepth):
remain[depth] = remainCount
isDir = os.path.isdir(it)
prefix = ''.join([
'│ ' if remain[i + 1] else ' ' for i in range(depth - 1)
]) # u'│ ' for python 2
if depth > 0:
if remain[depth] > 0:
prefix += '├─→ ' if isDir else '├── ' #'□─→ ' # u'├─→ ' for python 2
else:
prefix += '└─→ ' if isDir else '└── ' #'□─→ ' # u'└─→ ' for python 2
file = it[it.rfind('\\') + 1:]
text.append(prefix)
text.append(file)
text.append('\r\n')
automation.Logger.Write(prefix)
automation.Logger.WriteLine(
file, automation.ConsoleColor.Cyan if os.path.isdir(it) else -1)
automation.SetClipboardText(''.join(text))
def DetectZoomMeeting():
if debug:
global start
start = time.time()
zoomMeetingInProgress = False
def GetFirstChild(control):
return control.GetFirstChildControl()
def GetNextSibling(control):
return control.GetNextSiblingControl()
desktop = automation.GetRootControl()
#window = automation.WindowControl(searchDepth=1, ClassName='ZPContentViewWndClass')
#toolsMenu = window.WindowControl(searchDepth=3, ClassName='ZPControlPanelClass')
#start = time.time()
for control, depth in automation.WalkTree(desktop,
getFirstChild=GetFirstChild,
getNextSibling=GetNextSibling,
includeTop=False,
maxDepth=2):
if debugWalkTree:
print('DEBUG:' + str(depth) + ' ' * depth * 4 + str(control))
if str(control).find("ZPContentViewWndClass") > 0:
zoomMeetingInProgress = True
return zoomMeetingInProgress
def main(directory: str, maxDepth: int = 0xFFFFFFFF):
remain = {}
texts = []
absdir = os.path.abspath(directory)
for (it, isDir), depth, remainCount in auto.WalkTree((absdir, True),
getChildren=listDir,
includeTop=True,
maxDepth=maxDepth):
remain[depth] = remainCount
prefix = ''.join('┃ ' if remain[i] else ' '
for i in range(1, depth))
if depth > 0:
if remain[depth] > 0:
prefix += '┣━> ' if isDir else '┣━━ '
else:
prefix += '┗━> ' if isDir else '┗━━ '
file = os.path.basename(it)
texts.append(prefix)
texts.append(file)
texts.append('\n')
auto.Logger.Write(prefix, writeToFile=False)
auto.Logger.WriteLine(
file,
auto.ConsoleColor.Cyan if isDir else auto.ConsoleColor.Default,
writeToFile=False)
allText = ''.join(texts)
auto.Logger.WriteLine(allText, printToStdout=False)
ret = input(
'\npress Y to save dir tree to clipboard, press other keys to exit\n')
if ret.lower() == 'y':
auto.SetClipboardText(allText)
def ExpandTreeItem(treeItem):
for item, depth in automation.WalkTree(treeItem, getChildrenFunc = GetTreeItemChildren, includeTop = True, maxDepth = MaxExpandDepth):
if isinstance(item, automation.TreeItemControl): #or item.ControlType == automation.ControlType.TreeItemControl
if PrintTree:
automation.Logger.WriteLine(' ' * (depth * 4) + item.Name)
if depth < MaxExpandDepth: # and automation.ExpandCollapseState.Collapsed == item.CurrentExpandCollapseState():
item.Expand(0)
item.ScrollIntoView()
def end_meeting():
automation.SendKeys('{Alt}q')
time.sleep(1)
window = automation.WindowControl(searchDepth=1, ClassName='zLeaveWndClass')
for control, depth in automation.WalkTree(window, getFirstChild=GetFirstChild, getNextSibling=GetNextSibling, includeTop=False, maxDepth=2):
if str(control).find("End Meeting for All") > 0:
control.Click(simulateMove = False)
exit(0)
def print_tree(
self,
locator: Optional[Locator] = None,
max_depth: int = 8,
capture_image_folder: Optional[str] = None,
log_as_warnings: bool = False,
) -> None:
"""Print Control element tree.
Windows application structure can contain multilevel element
structure. Understanding this structure is important for
creating locators.
This keyword can be used to output application element structure
starting with the element defined by the `locator`.
:param locator: string locator or Control element
:param max_depth: maximum depth level (defaults to 8)
:param encoding: defaults to "utf-8"
:param capture_image_folder: if None images are not captured
:param log_as_warnings: if set log messages are visible on the console
"""
def GetFirstChild(ctrl: TreeNode) -> TreeNode:
return ctrl.GetFirstChildControl()
def GetNextSibling(ctrl: TreeNode) -> TreeNode:
return ctrl.GetNextSiblingControl()
index = 1
target_elem = self.ctx.get_element(locator)
image_folder = None
if capture_image_folder:
image_folder = Path(capture_image_folder).expanduser().resolve()
image_folder.mkdir(parents=True, exist_ok=True)
control_log = self.logger.warning if log_as_warnings else self.logger.info
for control, depth in auto.WalkTree(
target_elem.item,
getFirstChild=GetFirstChild,
getNextSibling=GetNextSibling,
includeTop=True,
maxDepth=max_depth,
):
control_str = str(control)
if image_folder:
capture_filename = f"{control.ControlType}_{index}.png"
img_path = str(image_folder / capture_filename)
try:
control.CaptureToImage(img_path)
except Exception as exc: # pylint: disable=broad-except
self.logger.warning("Couldn't capture into %r due to: %s",
img_path, exc)
else:
control_str += f" [{capture_filename}]"
control_log(" " * depth * 4 + control_str)
index += 1
def WalkDesktop():
def GetFirstChild(control):
return control.GetFirstChildControl()
def GetNextSibling(control):
return control.GetNextSiblingControl()
desktop = automation.GetRootControl()
for control, depth in automation.WalkTree(desktop, getFirstChild=GetFirstChild, getNextSibling=GetNextSibling, includeTop=True, maxDepth=2):
print(' ' * depth * 4 + str(control))
def GetZoomStatus(self):
for control, depth in automation.WalkTree(
self.toolsMenu,
getFirstChild=self.GetFirstChild,
getNextSibling=self.GetNextSibling,
includeTop=False,
maxDepth=2):
if str(control).find("currently muted") > 0:
self.muted = True
elif str(control).find("currently unmuted") > 0:
self.muted = False
def DetectZoomMeeting(self):
for control, depth in automation.WalkTree(
self.desktop,
getFirstChild=self.GetFirstChild,
getNextSibling=self.GetNextSibling,
includeTop=False,
maxDepth=2):
if str(control).find("ZPContentViewWndClass") > 0:
self.inMeeting = True
return
self.inMeeting = False
def GetPersonDetail():
detailWindow = automation.WindowControl(searchDepth= 1, ClassName = 'TXGuiFoundation', SubName = '的资料')
detailPane = detailWindow.PaneControl(Name = '资料')
details = ''
for control, depth in automation.WalkTree(detailPane, lambda c: c.GetChildren()):
if control.ControlType == automation.ControlType.TextControl:
details += control.Name
elif control.ControlType == automation.ControlType.EditControl:
details += control.CurrentValue() + '\n'
details += '\n' * 2
detailWindow.Click(0.95, 0.02)
return details
def ExpandTreeItem(self, treeItem: auto.TreeItemControl):
lst = []
for item, depth in auto.WalkTree(treeItem, getFirstChild=self.GetFirstChild, getNextSibling=self.GetNextSibling, includeTop=True, maxDepth=1):
# or item.ControlType == auto.ControlType.TreeItemControl
if isinstance(item, auto.TreeItemControl):
print(item.Name)
if item.Name != 'Key Figures' and item.Name != 'Open Order by Status KFs SchLn':
arr = item.Name.split(']')
field = BWField(arr[0][1:].strip(), arr[1].strip(),self.CurrentQueryName)
print(field)
self.db.insert_one(field.__dict__)
self.dbAllinOne.insert_one(field.__dict__)
def WalkDir():
def GetDirChildren(dir):
if os.path.isdir(dir):
subdirs = []
files = []
for it in os.listdir(dir):
absPath = os.path.join(dir, it)
if os.path.isdir(absPath):
subdirs.append(absPath)
else:
files.append(absPath)
return subdirs + files
for it, depth, remainCount in automation.WalkTree(r'c:\Program Files\Internet Explorer', getChildrenFunc=GetDirChildren, includeTop=True):
print(' ' * depth * 4 + it)
def WalkPermutations(uniqueItems):
def NextPermutations(aTuple):
left, permutation = aTuple
ret = []
for i, item in enumerate(left):
nextLeft = left[:]
del nextLeft[i]
nextPermutation = permutation + [item]
ret.append((nextLeft, nextPermutation))
return ret
n = len(uniqueItems)
count = 0
for (left, permutation), depth, remain in automation.WalkTree((uniqueItems, []), NextPermutations, yieldCondition=lambda c, d: d == n):
count += 1
print(count, permutation)
def main():
subprocess.Popen('mmc.exe devmgmt.msc')
mmcWindow = automation.WindowControl(searchDepth=1,
ClassName='MMCMainFrame')
tree = automation.TreeControl(searchFromControl=mmcWindow)
for item, depth in automation.WalkTree(
tree, getChildrenFunc=lambda c: c.GetChildren(), includeTop=True):
if isinstance(
item, automation.TreeItemControl
): #or item.ControlType == automation.ControlType.TreeItemControl
item.Select()
if automation.ExpandCollapseState.Collapsed == item.CurrentExpandCollapseState(
):
item.Expand(0)
automation.Logger.WriteLine(' ' * (depth - 1) * 4 + item.Name,
automation.ConsoleColor.Green)
time.sleep(0.1)
def ExpandTreeItem(treeItem: auto.TreeItemControl):
for item, depth in auto.WalkTree(treeItem,
getFirstChild=GetFirstChild,
getNextSibling=GetNextSibling,
includeTop=True,
maxDepth=MaxExpandDepth):
if isinstance(
item, auto.TreeItemControl
): #or item.ControlType == auto.ControlType.TreeItemControl
if PrintTree:
auto.Logger.WriteLine(' ' * (depth * 4) + item.Name,
logFile='tree_dump.txt')
sipt = item.GetScrollItemPattern()
if sipt:
sipt.ScrollIntoView(waitTime=0.05)
ecpt = item.GetExpandCollapsePattern()
if depth < MaxExpandDepth and ecpt and ecpt.ExpandCollapseState == auto.ExpandCollapseState.Collapsed: # and auto.ExpandCollapseState.Collapsed == item.CurrentExpandCollapseState():
ecpt.Expand(waitTime=0.05)
def GetZoomStatus():
statusMute = "unknown"
statusVideo = "unknown"
statusShare = "unknown"
statusRecord = "unknown"
def GetFirstChild(control):
return control.GetFirstChildControl()
def GetNextSibling(control):
return control.GetNextSiblingControl()
desktop = automation.GetRootControl()
window = automation.WindowControl(searchDepth=1,
ClassName='ZPContentViewWndClass')
toolsMenu = window.WindowControl(searchDepth=3,
ClassName='ZPControlPanelClass')
if debug:
print("desktop=" + str(desktop))
print("window=" + str(window))
print("toolsMenu=" + str(toolsMenu))
for control, depth in automation.WalkTree(toolsMenu,
getFirstChild=GetFirstChild,
getNextSibling=GetNextSibling,
includeTop=False,
maxDepth=2):
if debugWalkTree:
print(str(depth) + ' ' * depth * 4 + str(control))
if str(control).find("currently muted") > 0:
statusMute = "muted"
elif str(control).find("currently unmuted") > 0:
statusMute = "unmuted"
elif str(control).find("start my video") > 0:
statusVideo = "stopped"
elif str(control).find("stop my video") > 0:
statusVideo = "started"
elif str(control).find("Share Screen") > 0:
statusShare = "stopped"
elif str(control).find("Pause Share") > 0:
statusShare = "started"
elif str(control).find("Resume Share") > 0:
statusShare = "paused"
# The maxDepth needs to be increased if you want to add recording status. However, it doubles the processing time.
# elif str(control).find("Name: Record") > 0 :
# statusRecord = "stopped"
# elif str(control).find("Pause/Stop Recording") > 0 :
# statusRecord = "started"
# elif str(control).find("Resume Share") > 0 :
# statusRecord = "paused"
if debug:
stop = time.time()
print("Elapsed Time:", stop - start)
statusZoom = "open"
statusJSON = {
"statusZoom": statusZoom,
"statusMute": statusMute,
"statusVideo": statusVideo,
"statusShare": statusShare
}
y = json.dumps(statusJSON)
print(y)
def AnalyzeUI(sampleRate=90000,
payload=96,
beginNo=0,
maxPackets=0xFFFFFFFF,
showLost=False):
"""Wireshark version must >= 2.0"""
wireSharkWindow = automation.WindowControl(searchDepth=1,
ClassName='Qt5QWindowIcon')
if wireSharkWindow.Exists(0, 0):
wireSharkWindow.SetActive()
else:
automation.Logger.WriteLine('can not find wireshark',
automation.ConsoleColor.Yellow)
return
tree = wireSharkWindow.TreeControl(searchDepth=4, SubName='Packet list')
left, top, right, bottom = tree.BoundingRectangle
tree.Click(10, 30)
automation.SendKeys('{Home}{Ctrl}{Alt}4')
time.sleep(0.5)
tree.Click(10, 30)
headers = []
headerFunctionDict = {
'No': int,
'Time': float,
'Source': str,
'Destination': str,
'Protocol': str,
'Length': int,
'Info': str,
}
index = 0
payloadStr = 'PT=DynamicRTP-Type-' + str(payload)
packets = []
for item, depth in automation.WalkTree(
tree,
getFirstChildFunc=lambda c: c.GetFirstChildControl(),
getNextSiblingFunc=lambda c: c.GetNextSiblingControl()):
if isinstance(item, automation.HeaderControl):
headers.append(item.Name.rstrip('.'))
elif isinstance(item, automation.TreeItemControl):
if index == 0:
if len(packets) >= maxPackets:
break
packet = PacketInfo()
name = item.Name
packet.__dict__[headers[index]] = headerFunctionDict[
headers[index]](name)
if headers[index] == 'Info':
findPayload = True
while findPayload:
ptIndex = name.find('PT=DynamicRTP-Type', 1)
if ptIndex > 0:
info = name[:ptIndex]
name = name[ptIndex:]
findPayload = True
else:
info = name
findPayload = False
packet.Info = info
if info.find(payloadStr) >= 0:
packet = copy.copy(packet)
startIndex = info.find('Seq=')
if startIndex > 0:
endIndex = info.find(' ', startIndex)
packet.Seq = int(info[startIndex +
4:endIndex].rstrip(','))
startIndex = info.find('Time=', startIndex)
if startIndex > 0:
endIndex = startIndex + 5 + 1
while str.isdigit(info[startIndex + 5:endIndex]
) and endIndex <= len(info):
packet.TimeStamp = int(info[startIndex +
5:endIndex])
endIndex += 1
if packet.No >= beginNo:
packets.append(packet)
automation.Logger.WriteLine(
'No: {0[No]:<10}, Time: {0[Time]:<10}, Protocol: {0[Protocol]:<6}, Length: {0[Length]:<6}, Info: {0[Info]:<10},'
.format(packet.__dict__))
index = (index + 1) % len(headers)
if item.BoundingRectangle[3] >= bottom:
automation.SendKeys('{PageDown}')
time.sleep(0.1)
AnalyzePackets(packets, sampleRate, showLost)
def Analyze(sampleRate=90000,
beginNo=0,
maxPackets=0xFFFFFFFF,
calculateLost=False):
wireSharkWindow = automation.WindowControl(searchDepth=1,
ClassName='Qt5QWindowIcon')
if wireSharkWindow.Exists(0, 0):
wireSharkWindow.SetActive()
else:
automation.Logger.WriteLine('can not find wireshark',
automation.ConsoleColor.Yellow)
return
tree = automation.TreeControl(searchFromControl=wireSharkWindow,
searchDepth=4,
SubName='Packet list')
left, top, right, bottom = tree.BoundingRectangle
tree.Click(10, 30)
automation.SendKeys('{Home}{Ctrl}{Alt}4')
time.sleep(0.5)
tree.Click(10, 30)
headers = []
headerFunctionDict = {
'No': int,
'Time': float,
'Source': str,
'Destination': str,
'Protocol': str,
'Length': int,
'Info': str,
}
index = 0
packets = []
for item, depth in automation.WalkTree(
tree,
getFirstChildFunc=lambda c: c.GetFirstChildControl(),
getNextSiblingFunc=lambda c: c.GetNextSiblingControl()):
if isinstance(item, automation.HeaderControl):
headers.append(item.Name.rstrip('.'))
elif isinstance(item, automation.TreeItemControl):
if index == 0:
if len(packets) >= maxPackets:
break
packet = PacketInfo()
name = item.Name
packet.__dict__[headers[index]] = headerFunctionDict[
headers[index]](name)
if headers[index] == 'Info':
startIndex = name.find('Seq=')
if startIndex > 0:
endIndex = name.find(' ', startIndex)
packet.Seq = int(name[startIndex + 4:endIndex].rstrip(','))
startIndex = name.find('Time=')
if startIndex > 0:
endIndex = name.find(' ', startIndex)
packet.TimeStamp = int(name[startIndex +
5:endIndex].rstrip(','))
if packet.No >= beginNo:
packets.append(packet)
automation.Logger.WriteLine(
'No: {0[No]:<10}, Time: {0[Time]:<10}, Protocol: {0[Protocol]:<6}, Length: {0[Length]:<6}, Info: {0[Info]:<10},'
.format(packet.__dict__))
index = (index + 1) % len(headers)
if item.BoundingRectangle[3] >= bottom:
automation.SendKeys('{PageDown}')
time.sleep(0.1)
automation.Logger.WriteLine('\n----------\nAnalyze Result:')
seq = packets[0].Seq - 1
lostSeqs = []
framePackets = []
lastTimeStamp = -1
for p in packets:
seq += 1
if seq != p.Seq:
lostSeqs.extend(range(seq, p.Seq))
seq = p.Seq
if lastTimeStamp < 0:
framePackets.append(p)
else:
if lastTimeStamp == p.TimeStamp:
framePackets[-1] = p
else:
framePackets.append(p)
lastTimeStamp = p.TimeStamp
lastTimeStamp = -1
lastTime = -1
totalDiff = 0
frameCount = 0
for p in framePackets:
if lastTimeStamp < 0:
automation.Logger.WriteLine(
'No: {0[No]:<8}, Time: {0[Time]:<10}, Protocol: {0[Protocol]}, Length: {0[Length]:<6}, TimeStamp: {0[TimeStamp]:<15}'
.format(p.__dict__))
else:
diffTimeStamp = p.TimeStamp - lastTimeStamp
frameCount += 1
totalDiff += diffTimeStamp
sumTime = p.Time - framePackets[0].Time
sumTimeFromTimeStamp = (p.TimeStamp -
framePackets[0].TimeStamp) / sampleRate
automation.Logger.WriteLine(
'No: {0[No]:<8}, Time: {0[Time]:<10}, Protocol: {0[Protocol]}, Length: {0[Length]:<6}, TimeStamp: {0[TimeStamp]:<15}, 帧时间戳差值: {1:<6}, 帧实际时间差值: {2:<10.6f}, 实际接收时间: {3:<10.6f}, 时间戳时间: {4:<10.6f}, 提前时间：{5:<10.6f}'
.format(p.__dict__, diffTimeStamp, p.Time - lastTime, sumTime,
sumTimeFromTimeStamp, sumTimeFromTimeStamp - sumTime))
lastTime = p.Time
lastTimeStamp = p.TimeStamp
if frameCount:
averageDiff = totalDiff // frameCount
frameCount += 1
seqCount = packets[-1].Seq - packets[0].Seq + 1
totalTimeFromTimeStamp = (framePackets[-1].TimeStamp -
framePackets[0].TimeStamp) / sampleRate
realTime = framePackets[-1].Time - framePackets[0].Time
if calculateLost:
automation.Logger.WriteLine(
'\n包总数: {0}, 帧数: {1}, 实际帧率:{2:.2f}, 平均时间戳: {3}, 总时间: {4:.6f}, 时间戳总时间: {5:.6f}, 丢包数: {6}({7:.2f}%), 丢包序号: {8}'
.format(len(packets), frameCount, frameCount / realTime,
averageDiff, realTime, totalTimeFromTimeStamp,
len(lostSeqs),
len(lostSeqs) / seqCount, lostSeqs))
else:
automation.Logger.WriteLine(
'\n包总数: {0}, 帧数: {1}, 实际帧率:{2:.2f}, 平均时间戳: {3}, 总时间: {4:.6f}, 时间戳总时间: {5:.6f}'
.format(len(packets), frameCount, frameCount / realTime,
averageDiff, realTime, totalTimeFromTimeStamp))
def GetZoomStatus():
global debug
global zoomToolbarOpen
global zoomMeetingOpen
global toggleMute
global toggleVideo
global toggleShare
statusMute = "unknown"
statusVideo = "unknown"
statusShare = "unknown"
statusRecord = "unknown"
desktop = automation.GetRootControl()
if zoomToolbarOpen == True:
window = automation.WindowControl(searchDepth=1, ClassName='ZPFloatToolbarClass')
toolsMenu = window
else:
window = automation.WindowControl(searchDepth=1, ClassName='ZPContentViewWndClass')
toolsMenu = window.WindowControl(searchDepth=3, ClassName='ZPControlPanelClass')
if debug == True:
print ("desktop="+str(desktop))
print ("window="+str(window))
print ("toolsMenu="+str(toolsMenu))
for control, depth in automation.WalkTree(toolsMenu, getFirstChild=GetFirstChild, getNextSibling=GetNextSibling, includeTop=False, maxDepth=2):
if debug == True:
print(str(depth) + ' ' * depth * 4 + str(control))
if str(control).find("currently muted") > 0:
statusMute = "muted"
if toggleMute == True:
automation.SendKeys('{Alt}a')
statusMute = "unmuted"
elif str(control).find("currently unmuted") > 0:
statusMute = "unmuted"
if toggleMute == True:
automation.SendKeys('{Alt}a')
statusMute = "muted"
elif str(control).find("start my video") > 0:
statusVideo = "stopped"
if toggleVideo == True:
automation.SendKeys('{Alt}v')
statusVideo = "started"
elif str(control).find("stop my video") > 0:
statusVideo = "started"
if toggleVideo == True:
automation.SendKeys('{Alt}v')
statusVideo = "stopped"
elif str(control).find("Share Screen") > 0:
statusShare = "stopped"
if toggleShare == True:
automation.SendKeys('{Alt}s')
statusShare = "started"
elif str(control).find("Stop Share") > 0:
statusShare = "started"
if toggleShare == True:
automation.SendKeys('{Alt}s')
statusShare = "stopped"
elif str(control).find("Resume Share") > 0:
statusShare = "disabled"
# Toolbar
elif str(control).find("Start Video") > 0:
statusVideo = "stopped"
if toggleVideo == True:
automation.SendKeys('{Alt}v')
statusVideo = "started"
elif str(control).find("Stop Video") > 0:
statusVideo = "started"
if toggleVideo == True:
automation.SendKeys('{Alt}v')
statusVideo = "stopped"
# The maxDepth needs to be increased if you want to add recording status. However, it doubles the processing time.
# elif str(control).find("Name: Record") > 0:
# statusRecord = "stopped"
# elif str(control).find("Pause/Stop Recording") > 0:
# statusRecord = "started"
# elif str(control).find("Resume Share") > 0:
# statusRecord = "paused"
if debug == True:
stop = time.time()
print("Elapsed Time:", stop-start)
statusZoom = "call"
status = "zoomStatus:"+statusZoom+",zoomMute:"+statusMute+",zoomVideo:"+statusVideo+",zoomShare:"+statusShare
print (status)
