def Basic_Call(self, platform, orig_id, orig_pass, term_id, term_pass):
func = inspect.stack()[1].function
log_print(
"info", "TestCase::[{0}] - ".format(func) +
"Starting test case Basic_Call")
Platform = platform.split("-")
VERSION_1, UDID_1 = BaseSetup.getDevice(self, Platform[0])
log_print(
"info", "{0} Mobile picked[UDID: {1}, VERSION: {2}]".format(
Platform[0].capitalize(), UDID_1, VERSION_1))
user1 = Action_funcs(VERSION_1, UDID_1, Platform[0])
VERSION_2, UDID_2 = BaseSetup.getDevice(self, Platform[1])
log_print(
"info", "{0} Mobile picked[UDID: {1}, VERSION: {2}]".format(
Platform[1].capitalize(), UDID_2, VERSION_2))
user2 = Action_funcs(VERSION_2, UDID_2, Platform[1])
orig_number = user1.LogIn(orig_id, orig_pass)
log_print(
"info", "Active number for the Orig user:[{0}] is [{1}]".format(
orig_id, orig_number))
sleep(2)
term_number = user2.LogIn(term_id, term_pass)
log_print(
"info", "Active number for the Term user:[{0}] is [{1}]".format(
term_id, term_number))
sleep(5)
user1.Call(str(term_number))
sleep(5)
user2.Answer()
sleep(20)
user1.Disconnect()
sleep(5)
user1.Logout()
sleep(4)
user2.Logout()
if Platform[0] == Platform[1]:
BaseSetup.addDevice(self, Platform[0])
else:
BaseSetup.addDevice(self, Platform[0])
BaseSetup.addDevice(self, Platform[1])
return True
def setUp(self):
self.Android_devices_dict = {}
self.Android_devices_list = []
self.Android_devices_used = []
if platform.system().lower() == "windows":
adb_path = ""
else:
adb_path = "~/Library/Android/sdk/platform-tools/"
#result_out = subprocess.check_output(adb_path+'adb devices', shell=True, stderr=subprocess.STDOUT).decode().split('\n')
result_out = remote_command(adb_path + 'adb devices',
Appium_IP).split('\n')
print(result_out)
for s in result_out:
s = s.rstrip()
if s != "List of devices attached" and s != "":
# script to get android or ios version of each device
log_print("INFO", str(s.split('\t')[0]))
#self.Android_devices_dict[s.split('\t')[0]] = subprocess.check_output(adb_path+'adb -s ' + s.split('\t')[0] + ' shell getprop ro.build.version.release', shell=True, stderr=subprocess.STDOUT).decode().rstrip()
self.Android_devices_dict[s.split('\t')[0]] = remote_command(
adb_path + 'adb -s ' + s.split('\t')[0] +
' shell getprop ro.build.version.release',
Appium_IP).rstrip()
# below command to Avoid below error
# Error: An unknown server-side error occurred while processing the command.
# Original error: Could not proxy command to remote server. Original error: Error: read ECONNRESET
try:
#print(subprocess.check_output(adb_path+'adb -s ' + s.split('\t')[0] + ' uninstall io.appium.uiautomator2.server', shell=True, stderr=subprocess.STDOUT).decode().rstrip())
#print(subprocess.check_output(adb_path+'adb -s ' + s.split('\t')[0] +' uninstall io.appium.uiautomator2.server.test', shell=True, stderr=subprocess.STDOUT).decode().rstrip())
log_print(
"INFO",
remote_command(
adb_path + 'adb -s ' + s.split('\t')[0] +
' uninstall io.appium.uiautomator2.server').rstrip(
))
log_print(
"INFO",
remote_command(
adb_path + 'adb -s ' + s.split('\t')[0] +
' uninstall io.appium.uiautomator2.server.test').
rstrip())
except:
log_print("INFO", "Already Uninstalled")
self.Android_devices_list = self.Android_devices_list + list(
self.Android_devices_dict.keys())
####
self.ios_devices_dict = {}
self.ios_devices_list = []
self.ios_devices_used = []
def Basic_Messaging(self, platform, orig_id, orig_pass, term_id,
term_pass):
func = inspect.stack()[1].function
try:
log_print(
"info", "TestCase::[{0}] - ".format(func) +
"Starting test case Basic_Messaging")
Platform = platform.split("-")
VERSION_1, UDID_1 = BaseSetup.getDevice(self, Platform[0])
user1 = Action_funcs(VERSION_1, UDID_1, Platform[0])
log_print(
"info", "{0} Mobile picked[UDID: {1}, VERSION: {2}]".format(
Platform[0].capitalize(), UDID_1, VERSION_1))
# VERSION_2, UDID_2 = BaseSetup.getDevice(self, Platform[1])
# user2 = Action_funcs(VERSION_2, UDID_2, Platform[1])
#log_print("info", "{0} Mobile picked[UDID: {1}, VERSION: {2}]".format(Platform[1].capitalize(), UDID_2, VERSION_2))
orig_number = user1.LogIn(orig_id, orig_pass)
log_print(
"info",
"Active number for the Orig user:[{0}] is [{1}]".format(
orig_id, orig_number))
# sleep(2)
# term_number = user2.LogIn(term_id, term_pass)
# print(term_number)
sleep(10)
user1.Send_Msg("+917022943949")
sleep(5)
return True
except Exception as e:
log_print("error", "Exception: {}".format(e))
return False
finally:
user1.Logout()
sleep(5)
# user2.Logout()
if Platform[0] == Platform[1]:
BaseSetup.addDevice(self, Platform[0])
else:
BaseSetup.addDevice(self, Platform[0])
BaseSetup.addDevice(self, Platform[1])
return True
def __init__(self, VERSION, UDID, PLATFORM):
self.VERSION = VERSION
self.UDID = UDID
self.PLATFORM = PLATFORM
log_print("info", "initialization done in Action_funcs")
def Login_out(self, platform, user_id, user_pass):
func = inspect.stack()[1].function
try:
log_print(
"info", "TestCase::[{0}] - ".format(func) +
"Starting test case Basic_Messaging")
VERSION, UDID = BaseSetup.getDevice(self, platform)
log_print(
"info", "{0} Mobile picked[UDID: {1}, VERSION: {2}]".format(
platform.capitalize(), UDID, VERSION))
user = Action_funcs(VERSION, UDID, platform)
#user.Login_Logout(user_id, user_pass)
user_number = user.LogIn(user_id, user_pass)
log_print(
"info",
"Login is successful and Active number for the user:[{0}] is [{1}]"
.format(user_id, user_number))
sleep(30)
user.Logout()
log_print(
"info",
"Login and Logout test is successful for user:[{}]".format(
user_id))
return True
except IndexError as e:
log_print("error", "IndexError: " + str(e))
log_print(
"error",
"Login and Logout test is failed for user:[{}]".format(
user_id))
return False
except Exception as e:
log_print("error", str(e))
log_print(
"error",
"Login and Logout test is failed for user:[{}]".format(
user_id))
return False
finally:
BaseSetup.addDevice(self, platform)
self.assertTrue(
TestFlow.Basic_Messaging(self,
platform=Android - Android,
orig_id=orig_id,
orig_pass=orig_pass,
term_id=term_id,
term_pass=term_pass))
if __name__ == "__main__":
template = "src/template/report_template.html"
report_title = "Test Report"
html_report_dir = r"../report/"
#if not path.isdir(html_report_dir):
# os.mkdir(html_report_dir)
test_suite = unittest.TestSuite()
test = unittest.makeSuite(OTT_Client)
test_suite.addTest(test)
test_runner = HtmlTestRunner.HTMLTestRunner(output=html_report_dir,
verbosity=2,
report_title=report_title,
template=template)
test_runner.run(test_suite)
report_status = email_reporter(html_report_dir.split('/', 1)[-1])
log_print("info", "report_status:: " + str(report_status))
#email_reporter(html_report_dir)
#suite = unittest.TestLoader().loadTestsFromTestCase(OTT_Client)
#unittest.TextTestRunner(verbosity=2).run(suite)
for i, param in enumerate(test_template):
if i + 2 < len(fdata_list):
if fdata_list[i + 2].rstrip(
) == "" and param[1] == 'MANDATE':
test_parm_str += ", {}={}".format(
param[0], "\"\"")
elif fdata_list[i + 2].rstrip(
) == "" and param[1] == 'OPTIONAL':
pass
else:
test_parm_str += ", {}={}".format(
param[0],
fdata_list[i + 2].rstrip())
elif param[1] == 'MANDATE':
log_print(
"WARNING",
"Can not add test case::{}, some parameters are missing\n"
.format(fdata_list[0].rstrip()))
test_parm_str = ""
if test_parm_str != "":
add_class_str += "\n{0}def test{1}_{2}(self):\n".format(
" " * 4, test_count, fdata_list[0])
test_count += 1
add_class_str += "{0}warnings.simplefilter('ignore')\n".format(
" " * 8)
add_class_str += "{0}self.assertTrue(TestFlow.{1}(self".format(
" " * 8, fdata_list[1][1:-1].rstrip())
add_class_str += test_parm_str + "))\n"
except KeyError:
log_print(
"WARNING",