def wait_for_complete_ex(self, complete_text, timeout=1800):
i = 0
failed_time = 0
self.logout(self.my_func_name(),
"%s test waiting..." % self.app_package)
kill_adb_uiautomator_block()
while i < timeout:
unclock_android_o_screen()
if self.device(resourceId="%s" % complete_text).exists:
return True
else:
i += 5
kill_adb_uiautomator_block()
time.sleep(5)
if not utiliy.is_app_runing(self.app_package):
if failed_time > 2:
self.logout(self.my_func_name(),
"%s test is failed..." % self.app_package)
return False
failed_time += 1
continue
sys.stdout.write("\r>>>Please wait for test complete. %s (s)" %
i)
sys.stdout.flush()
failed_time = 0
else:
self.logout(self.my_func_name(),
"Timeout for %s test" % self.app_name)
return False
def wait_for_open_spacial_function(self,
sp_text="",
resourceIdMatches_txt="",
timeout=600):
failed_time = 0
self.logout(self.my_func_name(),
"Wait for %s spacial function." % self.app_package)
for i in range(timeout):
unclock_android_o_screen()
if i % 5 == 0:
kill_adb_uiautomator_block()
if resourceIdMatches_txt == "":
if self.device(text=sp_text).exists:
return True
else:
if self.device(resourceIdMatches=".+/%s$" %
resourceIdMatches_txt).exists:
return True
i += 1
time.sleep(1)
if not app_exception_kill_case(self.app_package):
if failed_time > 6:
self.logout(self.my_func_name(),
"%s test is failed..." % self.app_package)
return False
failed_time += 1
continue
failed_time = 0
return False
def wait_for_complete(self,
complete_text,
timeout=600,
splittime=5,
package=''):
i = 0
failed_time = 0
if not splittime == 5:
time.sleep(splittime)
kill_adb_uiautomator_block_old()
while i < timeout:
unclock_android_o_screen()
kill_adb_uiautomator_block()
if package == '' and not utiliy.is_app_runing(self.app_package):
if failed_time > 2:
return False
failed_time += 1
continue
app_dev = self.device(resourceIdMatches=".+/%s$" % complete_text)
if app_dev:
if app_dev.exists:
self.logout(self.my_func_name(),
"%s test finshed..." % self.app_name)
return True
else:
i += 5
time.sleep(5)
self.logout(self.my_func_name(),
"\r>>>Please wait for test complete. %s (s)" % i)
failed_time = 0
else:
self.logout(self.my_func_name(),
"Timeout for %s test" % self.app_package)
return False
def get_screen_orientation(log_mes):
kill_adb_uiautomator_block()
os.system("adb root")
time.sleep(1)
orientation_st = device.orientation
log_mes.info("the screen display orientation is %s" % orientation_st)
kill_adb_uiautomator_block()
return orientation_st.lstrip().strip()
def screen_on(log_mes):
time.sleep(5)
kill_adb_uiautomator_block()
if device.screen == "off":
log_mes.info("unlock screen...")
kill_adb_uiautomator_block_old()
device.wakeup()
#os.system("adb shell input keyevent 82")
time.sleep(1)
else:
log_mes.info("Screen On.")
def screen_on():
if build_version and build_version[0] == '10':
os.system("adb shell svc power stayon true")
else:
time.sleep(5)
kill_adb_uiautomator_block()
if device.screen == "off":
logger.info("unlock screen...")
kill_adb_uiautomator_block_old()
device.wakeup()
time.sleep(1)
else:
logger.info("Screen On.")
def wait_for_complete(self,
complete_text,
timeout=1800,
splittime=5,
ABS=30,
skipstep=30,
package=''):
i = 0
failed_time = 0
if self.watt_operate.watt_flags:
self.watt_operate.start_watt()
if not splittime == 5:
time.sleep(splittime)
kill_adb_uiautomator_block_old()
while i < timeout:
unclock_android_o_screen()
kill_adb_uiautomator_block()
if package == '' and not app_exception_kill_case(self.app_package):
if failed_time > 2:
if self.watt_operate.watt_flags:
self.watt_operate.stop_watt()
return False
failed_time += 1
continue
app_dev = self.device(resourceIdMatches=".+/%s$" % complete_text)
if app_dev:
if app_dev.exists:
print
self.logout(self.my_func_name(),
"%s test finshed..." % self.app_name)
if self.watt_operate.watt_flags:
self.watt_operate.stop_watt()
try:
self.watt_operate.watt_result_treat(ABS)
except Exception, e:
self.logout(self.my_func_name(),
"watt_operate error %s." % e)
return False
return True
else:
i += skipstep
time.sleep(skipstep)
self.logout(self.my_func_name(),
"\r>>>Please wait for test complete. %s (s)" % i)
failed_time = 0
def wait_for_complete_ex(self, complete_text, timeout=1800, ABS=30):
i = 0
failed_time = 0
self.logout(self.my_func_name(),
"%s test waiting..." % self.app_package)
kill_adb_uiautomator_block()
if self.watt_operate.watt_flags:
self.watt_operate.start_watt()
while i < timeout:
unclock_android_o_screen()
if self.device(resourceId="%s" % complete_text).exists:
print
self.logout(self.my_func_name(),
"%s test finshed..." % self.app_package)
if self.watt_operate.watt_flags:
self.watt_operate.stop_watt()
try:
self.watt_operate.watt_result_treat(ABS)
except Exception, e:
self.logout(self.my_func_name(),
"watt_operate error %s." % e)
return False
return True
else:
i += 5
kill_adb_uiautomator_block()
time.sleep(5)
if not app_exception_kill_case(self.app_package):
if failed_time > 2:
self.logout(self.my_func_name(),
"%s test is failed..." % self.app_package)
if self.watt_operate.watt_flags:
self.watt_operate.stop_watt()
return False
failed_time += 1
continue
sys.stdout.write("\r>>>Please wait for test complete. %s (s)" %
i)
sys.stdout.flush()
failed_time = 0
def set_display_orientaion(set_orientation, log_mes):
log_mes.info("the screen display set_orientation is %s" % set_orientation)
orientation_st = get_screen_orientation(log_mes)
if not set_orientation is orientation_st:
device.orientation = set_orientation
kill_adb_uiautomator_block()
def set_display_orientaion(set_orientation):
logger.info("the screen display set_orientation is %s" % set_orientation)
orientation_st = get_screen_orientation()
if set_orientation is not orientation_st:
device.orientation = set_orientation
kill_adb_uiautomator_block()
