def test_tc_10_wager_sport_invalid_count(self):
wager = create_sport()
wager.Count = "invalid"
player, revenue = self._create_player_with_wager([wager])
result = self.get_wager_from_db(player)
logging.info("DB result: {}".format(result))
self.assertFalse(result == [])
def test_tc_9_wager_sport_negative_count(self):
wager = create_sport()
wager.Count = -1
player, revenue = self._create_player_with_wager([wager])
result = self.get_wager_from_db(player)
logging.info("DB result: {}".format(result))
self.assertTrue(result == [])
def test_tc_7_wager_sport_huge_value(self):
wager = create_sport()
wager.Value = 100000000000
player, revenue = self._create_player_with_wager([wager])
result = self.get_wager_from_db(player)
logging.info("DB result: {}".format(result))
self.assertTrue(result == [])
def test_tc_3_wager_sport_usd_currency(self):
wager = create_sport()
wager.Currency = "USD"
player, revenue = self._create_player_with_wager([wager])
result = self.get_wager_from_db(player)
logging.info("DB result: {}".format(result))
self.assertFalse(result == [])
def create_wagers(self, total_wagers=1, add_event=True):
wagers = []
for i in range(total_wagers):
wager = create_sport().__dict__
# if add_event:
# event = create_parimutuel_event().__dict__
# wager.update(event)
wagers.append(wager)
return wagers
def _create_wagers(player, wagers=[]):
_wagers = [create_sport()] if wagers == [] else wagers
logging.info("Creating wagers: {}".format([r.__dict__ for r in _wagers]))
data = {"PlayerID": player.PlayerID, "InitID": generate_random_int(),
"Wagers": [r.__dict__ for r in _wagers]}
logging.info("Request data: {}".format(json.dumps(data)))
response = requests.post(get_wager_sport_resource(),
data=json.dumps(data),
headers=get_api_headers())
logging.info("API response: {}".format(response.json()))
return wagers
