def create_event():
"""
Create event
"""
with allure.step('Create event'):
db = Connection()
db.create_event()
loger = PyLogging(__name__)
loger.info("Create Event")
def delete_event():
"""
Delete event
"""
yield
with allure.step('Create event'):
db = Connection()
db.delete_event_with_name("Test Event")
loger(__name__, 'info', 'Delete Event')
def delete_event():
"""
Delete event
"""
yield
with allure.step('Create event'):
db = Connection()
db.delete_event_with_name("Test Event")
loger = PyLogging(__name__)
loger.info("Delete event")
def create_category():
"""
Create Category
"""
with allure.step('Create category {}'.format(
CATEGORIESPAGE['category_old'])):
db = Connection()
db.create_category_with_name(CATEGORIESPAGE['category_old'])
msg = "Create Category {}".format(CATEGORIESPAGE['category_old'])
loger('Category', 'info', msg)
def test_registration(app):
with allure.step("fill register form"):
app.auth.fill_register_data(info['email_for_register'], info['password_for_register'])
app.auth.send_escape()
with allure.step("Confirm a user"):
db = Connection()
db.confirm_useremail_on_register(info['email_for_register'])
with allure.step("fill login form"):
app.auth.fill_login_data(info['email_for_register'], info['password_for_register'])
with allure.step("Verify successfully login"):
assert app.base.get_element_text(locator.NAME_USER) == info['username']
def delete_category():
"""
Delete Category
"""
yield
with allure.step('Delete category {}'.format(
CATEGORIESPAGE['category_new'])):
db = Connection()
db.delete_category_with_name(CATEGORIESPAGE['category_new'])
msg = "Delete Category {}".format(CATEGORIESPAGE['category_new'])
loger('Category', 'info', msg)
def test_registration(app):
with allure.step("fill register form"):
app.auth.fill_register_data(info['email_for_register'],
info['password_for_register'])
app.auth.send_escape()
with allure.step("Confirm a user"):
db = Connection()
db.confirm_useremail_on_register(info['email_for_register'])
with allure.step("fill login form"):
app.auth.fill_login_data(info['email_for_register'],
info['password_for_register'])
with allure.step("Verify successfully login"):
assert app.base.check_if_element_exists(locator.PROFILE)
def create_engine():
global conn
conn = Connection.get_connection()
global cur
if cur is None:
cur = conn.cursor()
conn.autocommit(1)
def __update(self, sql, add):
c = Connection(self.config)
if not self.inactive:
sql += " where Active = 1"
if self.mode == Mode.NEWEVENTS:
if not self.inactive:
sql += ' AND (LastUpdated < dateadd(day, -3, getdate()) or LastUpdated IS NULL)'
else:
sql += ' WHERE (LastUpdated < dateadd(day, -3, getdate()) or LastUpdated IS NULL)'
data = c.execute(sql)
for row in data:
if add:
if row['Parkrun'] not in self.__parkruns:
self.logger.debug('Adding event {}'.format(row['Parkrun']))
self.__parkruns[row['Parkrun']] = {
'Name': row['Parkrun'],
'URL': row['URL'],
'EventURL': row['URL'].split('/')[3],
'lastEvent': row['LastEventNumber'],
'EventHistoryURL': row['EventHistoryURL'],
'EventNumberURL': row['EventNumberURL'],
'LatestResultsURL': row['LatestResultsURL']
}
else:
if row['Parkrun'] in self.__parkruns:
self.logger.debug('Removing event {}'.format(
row['Parkrun']))
del self.__parkruns[row['Parkrun']]
data = c.execute("SELECT * FROM getParkrunCancellationsThisWeek")
if self.mode == Mode.NEWEVENTS:
for row in data:
if row['Parkrun'] in self.__parkruns:
self.logger.debug('Removing cancelled event {}'.format(
row['Parkrun']))
del self.__parkruns[row['Parkrun']]
def delete_registered_user():
"""
Delete user
"""
yield
with allure.step('Delete registered user'):
db = Connection()
db.delete_user_with_email("*****@*****.**")
loger(__name__, 'info', 'Delete User')
db.close()
def delete_registered_user():
"""
Delete user
"""
yield
with allure.step('Delete registered user'):
db = Connection()
db.delete_user_with_email("*****@*****.**")
loger = PyLogging(__name__)
loger.info("Deleting user")
db.close()
def setUpClass(cls):
cls.header_user = Header().get_header_auth_user()
cls.header_admin = Header().get_header_auth_admin()
cls.create_mes = Connection().send_message()
def tearDownClass(cls):
cls.del_mes = Connection().delete_mes_with_text()
def connect_bd():
con = Connection(DB_HOST, DB_SERVICE, DB_USER, DB_PASSWORD)
con.connect()
return con
def connect_bd():
con = Connection(DATABASE["DB_HOST"], DATABASE["DB_SERVICE"],
DATABASE["DB_USER"], DATABASE["DB_PASSWORD"])
con.connect()
return con
return data
if __name__ == '__main__':
loggingQueue = multiprocessing.Queue()
listener = LogListener(loggingQueue)
listener.start()
config = sender_config
config['handlers']['queue']['queue'] = loggingQueue
logging.config.dictConfig(config)
logger = logging.getLogger('checkhistory')
c = Connection(config)
parser = argparse.ArgumentParser()
parser.add_argument(
'--limit',
type=int,
default=40,
help=
'Specify number of events and athlete needs to have completed to be selected.'
)
parser.add_argument(
'--delay',
type=int,
default=5,
help='Wait n seconds before processing the next athlete')
def tearDownClass(cls):
cls.conn = Connection()
cls.conn.delete_user_with_email("*****@*****.**")
cls.conn.close()
def __del__(self):
Connection.close_connection()
def setUpClass(cls):
cls.header = Header().get_header_auth_admin()
cls.conn = Connection()
def delete_user_and_close_conn():
yield
conn = Connection()
conn.delete_user_with_email("*****@*****.**")
conn.close()
def get_conn():
conn = Connection()
return conn
def fixture_category_api():
conn = Connection()
conn.create_category_with_name("category to be deleted")
yield
conn = Connection()
conn.delete_category_with_name("new")
conn.delete_category_with_name("category to be deleted")
conn.edit_category_with_name("MountNew", "Mount")
conn.close()
def fixture_chat_api():
conn = Connection()
conn.send_message()
yield
conn.delete_mes_with_text()
conn.close()
def setUpClass(cls):
cls.header = Header().get_header_auth_admin()
cls.conn = Connection()
cls.conn.create_category_with_name("category to be deleted")
def run(self):
c = Connection(self.config)
logging.config.dictConfig(self.config)
self.logger = logging.getLogger(__name__)
self.logger.info('Process {} Running'.format(self.id))
self.msgQ.put(Message('Process', self.id, 'Running'))
while True:
parkrun = self.inQ.get()
self.logger.debug(parkrun)
if parkrun is None:
self.logger.info('Process {} Exiting'.format(self.id))
self.msgQ.put(Message('Process', self.id, 'Exiting'))
break
self.logger.debug('Process {} got record {}'.format(
self.id, parkrun['EventURL']))
if parkrun['lastEvent'] is None: parkrun['lastEvent'] = 0
if self.mode == Mode.CHECKURLS:
if self.getURL(parkrun['URL']) is not None:
c.updateParkrunURL(parkrun['Name'], True, True)
self.msgQ.put(
Message('Process', self.id,
'Verified ' + parkrun['Name'] + ' valid'))
else:
c.updateParkrunURL(parkrun['Name'], True, False)
self.msgQ.put(
Message(
'Error', self.id, 'Could not verify ' +
parkrun['Name'] + ' as valid'))
if self.mode == Mode.NEWEVENTS:
self.logger.info(
'Process {} checking for new results for {}'.format(
self.id, parkrun['EventURL']))
self.msgQ.put(
Message('Process', self.id,
'Checking for new results for ' + parkrun['Name']))
parkrun['EventNumber'], parkrun[
'EventDate'], data = self.getLatestEvent(
parkrun['URL'] + parkrun['LatestResultsURL'])
if data is not None:
self.logger.debug(
'Event {} got {} events in history'.format(
parkrun['EventURL'], len(data)))
parkrun['Runners'] = len(data)
# Add the event if it's a new event
# Check the event has the correct number of runners
if not c.checkParkrunEvent(parkrun):
self.logger.info(
'Parkrun {} event {}: runners did not match - reimporting.'
.format(parkrun['Name'], parkrun['EventNumber']))
#if not, delete the old event record and re-import the data
self.msgQ.put(
Message(
'Process', self.id,
'Updating ' + parkrun['Name'] + ' event ' +
xstr(parkrun['EventNumber'])))
eventID = c.replaceParkrunEvent(parkrun)
self.logger.debug(
'getLastEvent found {} runners'.format(len(data)))
for row in data:
row['EventID'] = eventID
c.addParkrunEventPosition(row)
sleep(self.delay)
if self.mode == Mode.NORMAL:
data = self.getEventHistory(parkrun['URL'] +
parkrun['EventHistoryURL'])
if data is not None:
self.logger.debug(
'Event {} got {} events in history'.format(
parkrun['URL'], len(data)))
for row in data:
row['Name'] = parkrun['Name']
row['EventURL'] = parkrun['EventURL']
# Add the event if it's a new event
self.msgQ.put(
Message(
'Process', self.id, 'Checking ' + row['Name'] +
' event ' + xstr(row['EventNumber'])))
self.logger.debug(row)
self.logger.debug(
'Process {} Checking {} event {}'.format(
self.id, row['EventURL'],
xstr(row['EventNumber'])))
# Check the event has the correct number of runners
if not c.checkParkrunEvent(row):
#if not, delete the old event record and re-import the data
self.logger.info(
'Parkrun {} event {}: runners did not match - reimporting.'
.format(parkrun['EventURL'],
row['EventNumber']))
self.msgQ.put(
Message(
'Process', self.id,
'Updating ' + row['Name'] + ' event ' +
xstr(row['EventNumber'])))
eventID = c.replaceParkrunEvent(row)
eData = self.getEvent(
parkrun['URL'] + parkrun['EventNumberURL'],
row['EventNumber'])
if eData is not None:
self.logger.debug(
'getEvent found {} runners'.format(
len(eData)))
for eRow in eData:
eRow['EventID'] = eventID
c.addParkrunEventPosition(eRow)
sleep(self.delay)
else:
self.logger.debug('getEvent found no runners')
else:
self.logger.warning(
'Parkrun {} returns no history page.'.format(
parkrun['Name']))
c.execute(
"update p set p.LastUpdated = e.LastEvent from parkruns as p inner join (select ParkrunID, max(EventDate) as LastEvent from events group by ParkrunID) as e on p.ParkrunID = e.ParkrunID"
)
self.logger.debug('Sleeping for {} seconds'.format(self.delay))
sleep(self.delay)
c.close()
def tearDownClass(cls):
cls.conn = Connection()
cls.conn.delete_category_with_name("new")
cls.conn.delete_category_with_name("category to be deleted")
cls.conn.edit_category_with_name("MountNew", "Mount")
cls.conn.close()