def getApplicationwindowId(ReferenceID):
try:
ldtp.wait(5)
window = ReferenceID.windows()[0]
logging.info("Application id of the window : %s" % window)
except Exception as er:
logging.info('Not able to get window name of Application')
return False
return window
def launchApplication(Cbundleid):
try:
atomac.launchAppByBundleId(Cbundleid)
logging.info('Application launched successfully')
ldtp.wait(3)
except Exception as er:
logging.info(
'Not able to launch Application, Please check Application added in Accessbility'
)
def getChildwindows(ReferenceID):
try:
ldtp.wait(3)
window = ReferenceID.windowsR()[0]
logging.info("child windows : %s" % window)
except Exception as er:
logging.info('Not able to get child windows')
return False
return window
def verifynotification(notificationbutton):
try:
atomacclick(notificationbutton)
ldtp.wait(3)
content = notificationbutton.AXTitle
ldtp.wait(1)
except Exception as er:
logging.DEBUG("Not able to click on notification object")
return False
return content
def homerunascan(window, referenceid):
allbuttons = getAppButtons(window)
atomacclick(allbuttons[14])
ldtp.wait(3)
Runwindow = getChildwindows(referenceid)
buttons = getAppButtons(Runwindow)
atomacclick(buttons[0])
buttons = getAppButtons(Runwindow)
ldtp.wait(4)
atomacclick(buttons[1])
def MacSecurityrunascan(window, referenceid):
try:
allobjects = getAllObjects(window)
atomacclick(allobjects[52])
ldtp.wait(2)
Runwindow = getChildwindows(referenceid)
buttons = getAppButtons(Runwindow)
atomacclick(buttons[0])
except Exception as er:
return False
def homeCustomScan(window, referenceid):
try:
allobjects = getAllObjects(window)
atomacclick(allobjects[52])
ldtp.wait(2)
Runwindow = getChildwindows(referenceid)
buttons = getAppButtons(Runwindow)
atomacclick(buttons[1])
except Exception as er:
print("Not able to click on HomeCustomScan")
return False
def contextualhelpverificationhome(window, contextualhelpbutton):
try:
atomacclick(contextualhelpbutton)
appbuttons = getAppButtons(window)
for i in range(1, 6):
ldtp.wait(2)
atomacclick(appbuttons[27])
appbuttons = getAppButtons(window)
atomacclick(appbuttons[27])
except Exception as er:
return False
print "Not able to click on contextualhelpverification"
def homeupdates(window, referenceid):
try:
allobjects = getAllObjects(window)
atomacclick(allobjects[53])
ldtp.wait(2)
Runwindow = getChildwindows(referenceid)
buttons = getAppButtons(Runwindow)
atomacclick(buttons[0])
buttons = getAppButtons(Runwindow)
ldtp.wait(2)
atomacclick(buttons[1])
except Exception as er:
print("Not able to click on MacSecurityhistory")
return False
def ReporterParsing(refrenceid):
try:
Mcafee_Reporter_window = getApplicationwindowId(refrenceid)
Mcafee_Reporter_buttons = getAllObjects(Mcafee_Reporter_window)
Mcafee_Reporter_all_objects = getAllObjects(Mcafee_Reporter_window)
table_object = Mcafee_Reporter_all_objects[18]
table_rows = table_object.AXRows
#for n in table_rows:
# print n.AXChildren
#print n.AXValue
#print "data", n.AXChildren
#print "value", n.AXValue
ldtp.wait(10)
atomacclick(Mcafee_Reporter_all_objects[50])
except Exception as er:
return False
print "Not able to Parse Reporter window"
def verify(self, bundleid, preexpirycommand, Appbuttons, window,
resettimeanddate):
commonFns.quitApplication(bundleid)
print "product quit"
commonFns.executeCommand(preexpirycommand)
print "PreExpiry"
ldtp.wait(80)
commonFns.launchApplication(bundleid)
print "Launching"
ldtp.wait(10)
commonFns.atomacclick(Appbuttons[6])
ldtp.wait(10)
device_status = commonFns.devicesSatusVerification(window)
print "Device status"
ldtp.wait(1)
return device_status
commonFns.executeCommand(timeanddatereset)
def MacSecurityqurantine(window, refrenceid):
try:
allobjects = getAllObjects(window)
atomacclick(allobjects[52])
Quarantine_window = getChildwindows(refrenceid)
Quarantine_window_buttons = getAppButtons(Quarantine_window)
ldtp.wait(3)
atomacclick(Quarantine_window_buttons[0])
ldtp.wait(3)
atomacclick(Quarantine_window_buttons[1])
ldtp.wait(3)
atomacclick(Quarantine_window_buttons[5])
ldtp.wait(3)
atomacclick(Quarantine_window_buttons[6])
except Exception as er:
print "Not able to click on MacSecurityqurantine"
return False
def MacSecurityhistory(window, refrenceid):
try:
atomacclick(window[44])
History_window = getChildwindows(refrenceid)
History_window_buttons = getAppButtons(History_window)
print "History_window_buttons", History_window_buttons
atomacclick(History_window_buttons[0])
ldtp.wait(3)
atomacclick(History_window_buttons[2])
ldtp.wait(3)
atomacclick(History_window_buttons[3])
ldtp.wait(3)
except Exception as er:
print "Not able to click on MacSecurityhistory"
return False
def appButtons(self, window):
try:
AppButtons = commonFns.getAppButtons(window)
except Exception as er:
return False
return AppButtons
def verify(self, window, reference):
commonFns.MacSecurityqurantine(window, reference)
def reporting(self):
print "Executing %s" % testcaseName, ":" + testcaseDescription
def quit(self, Appbundleid):
commonFns.quitApplication(Appbundleid)
if __name__ == "__main__":
testcaseobj = TestCase()
testcaseobj.reporting()
testcaseobj.launch(constants.Data["bundleid"])
ref = testcaseobj.appRef(constants.Data["bundleid"])
window = testcaseobj.appwindow(ref)
buttons = testcaseobj.appButtons(window)
ldtp.wait(5)
testcaseobj.verify(window, ref)
filename = testcaseDescription + "pass" + strftime("%Y-%m-%d %H:%M:%S",
gmtime())
commonFns.screenshot(filename)
commonFns.Resultsupdate(constants.Data["testresult"], filename)
testcaseobj.quit(constants.Data["bundleid"])
_filepath = commonFns.checkFileExits(constants.Data.get('xmlfilepath'))
_buildinstalled_in_system = commonFns.xmlparsing(
_filepath, constants.Data.get('buildnumber'))
print("Build number installed: %s" % _buildinstalled_in_system)
commonFns.launchApplication(constants.Data["bundleid"])
_refrenceid = commonFns.getApplicationReferenceID(
constants.Data["bundleid"])
print "_ref", _refrenceid
_windowname = commonFns.getApplicationwindowId(_refrenceid)
_title = commonFns.getApplicatontitle(_windowname)
print("Installed: %s" % _title)
#2secnd test case
HomeTabobjects = commonFns.getAppButtons(_windowname)
commonFns.atomacclick(HomeTabobjects[6])
print "Verifying Device Status "
ldtp.wait(3)
DeviceStatus_Descriptions = commonFns.devicesSatusVerification(
_windowname)
for info in DeviceStatus_Descriptions:
print info
print "Verifying protectMoreDevices"
commonFns.protectMoreDevices(HomeTabobjects[7])
print "Verifying pcorMacVerification"
commonFns.pcorMacVerification(_windowname, _refrenceid,
constants.Data["icon"],
constants.Data["email"])
childwindows = commonFns.getApplicationwindowId(_refrenceid)
protectdevicewindowbuttons = commonFns.getAppButtons(childwindows)
commonFns.atomacclick(protectdevicewindowbuttons[0])
ldtp.wait(10)
newbuttons = commonFns.getAppButtons(childwindows)
def verify(self, Appbuttons, window):
commonFns.atomacclick(Appbuttons[6])
device_status = commonFns.devicesSatusVerification(window)
ldtp.wait(1)
return device_status
def verify(self, window, ReferenceID):
commonFns.deepDevice(window, ReferenceID)
def reporting(self):
print "Executing %s" % testcaseName, ":" + testcaseDescription
def quit(self, Appbundleid):
commonFns.quitApplication(Appbundleid)
if __name__ == "__main__":
testcaseobj = TestCase()
testcaseobj.reporting()
testcaseobj.launch(constants.Data["bundleid"])
ref = testcaseobj.appRef(constants.Data["bundleid"])
window = testcaseobj.appwindow(ref)
buttons = testcaseobj.appButtons(window)
commonFns.atomacclick(buttons[0])
testcaseobj.verify(window, ref)
deep_device = commonFns.deepDevice(window, ref)
ldtp.wait(4)
deep_device_all_objects = commonFns.getAllObjects(deep_device)
deep_deivce_buttons = commonFns.getAppButtons(deep_device)
commonFns.atomacclick(deep_deivce_buttons[1])
ldtp.wait(4)
commonFns.atomacclick(deep_deivce_buttons[2])
ldtp.wait(2)
filename = testcaseDescription + "pass" + strftime("%Y-%m-%d %H:%M:%S",
gmtime())
commonFns.Resultsupdate(constants.Data['testresult'], filename)
testcaseobj.quit(constants.Data["bundleid"])
import os
import sys
import time
import atomac
import atomac.ldtp as ldtp
sys.path.append(os.path.join(os.path.dirname(__file__), '..'))
import TestCases
import commonFns
import constants
import TestCases
if __name__ == "__main__":
_installflag = constants.Data.get('installbuild-flag')
if _installflag == 0:
print "Going to install new build from QA Server after uninstalling existing one"
commonFns.productUninstall(constants.Data.get('uninstallproduct'))
ldtp.wait(10)
#After getting serial key
#first check build is available if it is there skip or else download the build
#install build
#then Run all the test cases
#send mail with results
else:
installed_build_number = commonFns.xmlparsing(
constants.Data.get('xmlfilepath'), constants.Data.get('buildnumber'))
print("Triggering Consumer GUi Automation Scripts for build :%s" %
installed_build_number)
#Run all the test cases
#send mail with results
if __name__ == "__main__":
testcaseobj = TestCase()
testcaseobj.reporting()
testcaseobj.launch(constants.Data["bundleid"])
reference = testcaseobj.appRef(constants.Data["bundleid"])
window = testcaseobj.appwindow(reference)
buttons = testcaseobj.appButtons(window)
testcaseobj.verify(buttons, window, reference, constants.Data["icon"],
constants.Data["email"])
filename = testcaseDescription + "pass" + strftime("%Y-%m-%d %H:%M:%S",
gmtime())
commonFns.screenshot(filename)
childwindows = commonFns.getApplicationwindowId(reference)
protectdevicewindowbuttons = commonFns.getAppButtons(childwindows)
commonFns.atomacclick(protectdevicewindowbuttons[0])
filename = testcaseDescription + "pass" + strftime("%Y-%m-%d %H:%M:%S",
gmtime())
commonFns.screenshot(filename)
newbuttons = commonFns.getAppButtons(childwindows)
ldtp.wait(8)
if commonFns.atomacclick(newbuttons[0]):
filename = testcaseDescription + "pass" + strftime(
"%Y-%m-%d %H:%M:%S", gmtime())
commonFns.Resultsupdate(constants.Data["testresult"], filename)
commonFns.screenshot(filename)
else:
fileupdate = testcaseDescription + "fail" + strftime(
"%Y-%m-%d %H:%M:%S", gmtime())
commonFns.Resultsupdate(constants.Data["testresult"], fileupdate)
testcaseobj.quit(constants.Data["bundleid"])
def verify(self,Appbuttons,window):
commonFns.atomacclick(Appbuttons[7])
ldtp.wait(5)
device_status = commonFns.devicesSatusVerification(window)
return device_status
def quit(self,Appbundleid ):
commonFns.quitApplication(Appbundleid)
def reporting(self):
print "Executing %s" % testcaseName, ":" + testcaseDescription
if __name__ == "__main__":
testcaseobj = TestCase()
testcaseobj.reporting()
testcaseobj.launch(constants.Data["bundleid"])
ref = testcaseobj.appRef(constants.Data["bundleid"])
window = testcaseobj.appwindow(ref)
buttons = testcaseobj.appButtons(window)
testcaseobj.verify(buttons,window)
ldtp.wait(3)
filename = testcaseDescription + "pass"+ strftime("%Y-%m-%d %H:%M:%S", gmtime())
commonFns.screenshot(filename)
if testcaseobj.verify(buttons,window):
commonFns.Resultsupdate(constants.Data["testresult"], filename)
else:
commonFns.Resultsupdate(constants.Data["testresult"], filename)
testcaseobj.quit(constants.Data["bundleid"])
