def run(self):
StaticVariables.SETUP_START_TIME = time.time()
self.finish()
set_up()
StaticVariables.PROJECT_WORKING_DIRECTORY = project_working_dir
StaticVariables.LIBRARY_WORKING_DIRECTORY = library_working_dir
static_job_info_file = open(StaticVariables.STATIC_JOB_INFO_PATH, "r")
static_job_info = json.loads(static_job_info_file.read())
static_job_info_file.close()
is_serverless_driver = static_job_info[StaticVariables.SERVERLESS_DRIVER_FLAG_FN]
if is_serverless_driver:
frame = inspect.stack()[1]
module = inspect.getmodule(frame[0])
os.chdir(StaticVariables.PROJECT_WORKING_DIRECTORY)
main_file_path = os.path.relpath(module.__file__)
os.chdir(StaticVariables.LIBRARY_WORKING_DIRECTORY)
serverless_driver_setup = ServerlessDriverSetup(self.pipelines, self.total_num_functions)
serverless_driver_setup.register_driver(main_file_path, self.rel_function_paths)
logger.info("Driver Lambda function successfully registered")
# command = input("Enter invoke to invoke and other keys to exit: ")
command = ""
if command == "invoke":
logger.info("Driver invoked and starting job execution")
serverless_driver_setup.invoke()
else:
logger.info("The total number of functions is %s" % self.total_num_functions)
driver = Driver(self.pipelines, self.total_num_functions)
driver.run()
tear_down()
def run(self):
self.finish()
set_up()
StaticVariables.PROJECT_WORKING_DIRECTORY = project_working_dir
StaticVariables.LIBRARY_WORKING_DIRECTORY = library_working_dir
static_job_info_file = open(StaticVariables.STATIC_JOB_INFO_PATH, "r")
static_job_info = json.loads(static_job_info_file.read())
static_job_info_file.close()
is_serverless_driver = static_job_info[
StaticVariables.SERVERLESS_DRIVER_FLAG_FN]
if is_serverless_driver:
serverless_driver_setup = ServerlessDriverSetup(
self.pipelines, self.total_num_functions)
serverless_driver_setup.register_driver()
print("Driver Lambda function successfully registered")
# command = input("Enter invoke to invoke and other keys to exit: ")
command = "123"
if command == "invoke":
print("Driver invoked and starting job execution")
serverless_driver_setup.invoke()
else:
print("The total number of functions is", self.total_num_functions)
driver = Driver(self.pipelines, self.total_num_functions)
driver.run()
tear_down()
class BaseTest:
def setup(self):
self.driver = Driver().get_instance() # створення інстансу драйверу
self.driver.maximize_window() # розгортання вікна для firefox
def teardown(self):
Driver().close() # закриття вкладки
Driver().quit(
) # закриття драйверу та присвоєння змінній значення за замовчуванням
def lambda_handler(event, _):
print("Received event: " + json.dumps(event, indent=2))
print("Starting the driver")
with open(StaticVariables.SERVERLESS_PIPELINES_INFO_PATH, 'rb') as f:
pipelines = pickle.load(f)
total_num_functions = int(os.environ.get("total_num_stages"))
driver = Driver(pipelines, total_num_functions, is_serverless=True)
driver.run()
print("Job executed and Driver shut down")
class BasePage:
def __init__(self):
self.driver = Driver().get_instance(
) # створення посилання на інстанс драйверу
def open(self):
"""
Відкриття урла з файлу конфігурації
"""
self.driver.get(conftest.CONFIG["BASE_URL"])
def lambda_handler(event, _):
logger.info("Received event: " + json.dumps(event, indent=2))
StaticVariables.SETUP_START_TIME = time.time()
logger.info(
"*********************Serverless Driver***************************")
with open(StaticVariables.SERVERLESS_PIPELINES_INFO_PATH, 'rb') as f:
pipelines = pickle.load(f)
total_num_functions = int(os.environ.get("total_num_stages"))
driver = Driver(pipelines, total_num_functions, is_serverless=True)
driver.run()
logger.info("Job executed and Driver shut down")
def wrapper(*args, **kwargs):
# class_name = args[0].__class__.__name__
# element_name = func.__name__
locator = func(*args, **kwargs)
driver = Driver.getInstance()
_element = WebDriverWait(driver.get_driver(), 10).until(
EC.visibility_of_element_located(locator))
return _element
def main(argv):
if "-verbose" in argv or "-v" in argv:
verbose = True
else:
verbose = False
if "-loop" in argv or "-l" in argv:
loop_connection = True
else:
loop_connection = False
driver = Driver(loop_connection, verbose)
driver.load_config()
driver.establish_connection()
driver.run()
def setup(self):
self.driver = Driver().get_instance() # створення інстансу драйверу
def setup(self):
self.driver = Driver().get_instance() # створення інстансу драйверу
self.driver.maximize_window() # розгортання вікна для firefox
# 判断是否连接
if Dashboard.istempconnect == " 0": # 未连接
Pair = Dashboard().returnTempPage().startpairing().connect(SN=sn)
if poco("android.widget.TextView").exists(): # 应该判断paired！是否存在
Pair.next() #返回到主页面
else:
print("连接失败")
else:
#已经连接设备
print("Temp设备已连接")
def connectSpO2(self, sn):
# 判断是否连接
if Dashboard.isspo2connect == " 0": # 未连接
Pair = Dashboard().returnSpO2().startpairing().connect(SN=sn)
if poco("android.widget.TextView").wait(
20).exists(): # 应该判断paired！是否存在
Pair.next() #返回到主页面
else:
print("连接失败")
else:
#已经连接设备
print("SpO2设备已连接")
if __name__ == '__main__':
Driver().connect_device()
Driver().start_app()
driver = Connect()
driver.connectEcg()
Driver().close_app()
def __init__(self,
config_,
episode_id,
ind_exploration_factor,
hex_attr_df,
hex_distance_df,
city_states,
neighborhood,
popular_bins,
q_ind=None,
r_table=None,
xi_matrix=None,
model_testing=False):
"""
Constructor
:param config_:
:param episode_id:
:param ind_exploration_factor:
:param hex_attr_df:
:param hex_distance_df:
:param dist_df:
:param city_states:
:param neighborhood:
:param popular_bins:
:param q_ind:
:param r_table:
:param xi_matrix:
:param model_testing:
:return:
"""
self.config = config_
self.logger = logging.getLogger("cuda_logger")
self.episode_id = episode_id
self.hex_bins = hex_attr_df['hex_id']
self.city_states = city_states
self.model_testing = model_testing
# RL parameters
RL_parameters = self.config['RL_parameters']
self.num_drivers = RL_parameters['num_drivers']
self.num_strategic_drivers = RL_parameters['num_strategic_drivers']
self.allow_coordination = RL_parameters['allow_coordination']
self.imbalance_threshold = RL_parameters['imbalance_threshold']
self.ind_exploration_factor = ind_exploration_factor
self.learning_rate = RL_parameters['learning_rate']
self.discount_factor = RL_parameters['discount_factor']
self.city_states = city_states
self.neighborhood = neighborhood
self.num_episodes = RL_parameters['num_episodes']
self.ind_episodes = RL_parameters['ind_episodes']
self.reb_episodes = RL_parameters['reb_episodes']
# Create driver tracker and coordination table
T = len(self.city_states)
S = len(self.hex_bins)
self.DT = DriverTracker(config_, episode_id, self.hex_bins, T)
# Create drivers
self.drivers = {}
strategic_drivers = np.random.choice(xrange(self.num_drivers),
self.num_strategic_drivers,
replace=False)
ddm = self.DT.initialize_driver_distribution()
for hex_bin in xrange(S):
for did in ddm[hex_bin]:
if did in strategic_drivers:
self.drivers[did] = Driver(self.config, did, hex_bin, True)
else:
self.drivers[did] = Driver(self.config, did, hex_bin,
False)
# Create independent Q table
self.q_ind = Q_independent(config_, episode_id, self.hex_bins, T,
ind_exploration_factor, neighborhood,
popular_bins, hex_distance_df, q_ind)
# Create R table
self.r_table = R_table(config_, episode_id, self.hex_bins, T,
self.learning_rate, r_table)
# Create Xi Matrix
self.xi_matrix = XiMatrix(config_, episode_id, self.hex_bins, T,
xi_matrix)
# Create ride count matrix for the current episodes
self.ride_count_matrix = np.zeros((T, S, S))
self.unsuccessful_wait_matrix = np.zeros((T, S))
# Supply and demand matrix
self.supply_matrix = np.zeros((T, S), dtype=int)
self.demand_matrix = np.zeros((T, S), dtype=int)
# Track episode parameters
self.episode_tracker = EpisodeTracker(self.config, episode_id, S, T)
def __init__(self):
self.driver = Driver().get_instance(
) # створення посилання на інстанс драйверу
def app(request):
global fixture
if fixture is None:
fixture = Driver(headers={"Accept": "application/json"}, verify=False)
return fixture
def llamar_driver(self):
self._driver = Driver.getInstance()
self._driver.set_up()
self._driver.goto_login()
def teardown(self):
Driver().close() # закриття вкладки
Driver().quit() # закриття драйверу та присвоєння змінній значення за замовчуванням
def setUpClass(cls):
cls.d = Driver().get_android_driver()
from driver.driver import Driver
from page import shouye
from page.hse import HSE, renyuan_Security
def ceshi(d):
LoginSystem(d).login()
d.find_element(*shouye.switch_btn).click()
d.find_element(*shouye.HSE).click()
d.find_element(*HSE.renyuan_security).click()
d.find_element(*renyuan_Security.zidingyi_search).click()
d.find_element_by_id("com.gongzhidao.inroad:id/edit_begindate").send_keys(
"123456")
if __name__ == "__main__":
d = Driver().get_android_driver()
ceshi(d)
'''
if __name__ == "__main__":
d = Driver().get_android_driver()
mesg = '//*[@text=\'{}\']'.format("网络连接错误")
el = WebDriverWait(d, 20, 0.5).until(ec.presence_of_all_elements_located((By.XPATH, mesg)))
if el:
print(1)
else:
print(2)
'''
def setup_method(self):
self.driver = Driver("chrome").get_driver()
self.home_page = HomePage(self.driver)
# if a base URL is not specified, scan for it
if args['base'] is None:
try:
url = find_base_url(args['suite'])
# if needed, replace the tier
if "%(tier)" in url:
url = url.replace("%(tier)", args['tier'])
args['base'] = url
except IOError, e:
parser.print_help()
print "error:", e
sys.exit(1)
# start the driver
driver = Driver(**args)
driver.run()
def find_base_url(suite_directory):
"""Locates the default base URL file, base.url, traversing up from the
initial suite directory"""
base_file = "base.url"
# get the initial path from the suite directory
if os.path.isdir(suite_directory):
path = suite_directory
else:
path = os.path.dirname(suite_directory)
# find the base URL file
def __init__(self):
self.obj_driver = Driver.create_driver(self)
def driver_init(request):
"""
Instantiate webdriver for selected browser and open homepage
"""
driver = Driver(URL['Browser']).set_browser(URL['Test_mode'])
driver.delete_all_cookies()
driver.maximize_window()
driver.get(URL['Home_URL'])
yield driver
driver.close()
driver.quit()
