def calculate(self, balance: int) -> dict:
self.decision = {"choice": None, "amount": 0, "id": None}
if self.settings.strategy == Strategy.MOST_VOTED:
self.decision["choice"] = self.__return_choice(
OutcomeKeys.TOTAL_USERS)
elif self.settings.strategy == Strategy.HIGH_ODDS:
self.decision["choice"] = self.__return_choice(OutcomeKeys.ODDS)
elif self.settings.strategy == Strategy.PERCENTAGE:
self.decision["choice"] = self.__return_choice(
OutcomeKeys.ODDS_PERCENTAGE)
elif self.settings.strategy == Strategy.SMART:
difference = abs(self.outcomes[0][OutcomeKeys.PERCENTAGE_USERS] -
self.outcomes[1][OutcomeKeys.PERCENTAGE_USERS])
self.decision["choice"] = (self.__return_choice(
OutcomeKeys.ODDS) if difference < self.settings.percentage_gap
else self.__return_choice(
OutcomeKeys.TOTAL_USERS))
if self.decision["choice"] is not None:
index = char_decision_as_index(self.decision["choice"])
self.decision["id"] = self.outcomes[index]["id"]
self.decision["amount"] = min(
int(balance * (self.settings.percentage / 100)),
self.settings.max_points,
)
if (self.settings.stealth_mode is True and self.decision["amount"]
>= self.outcomes[index][OutcomeKeys.TOP_POINTS]):
reduce_amount = uniform(1, 5)
self.decision["amount"] = (
self.outcomes[index][OutcomeKeys.TOP_POINTS] -
reduce_amount)
self.decision["amount"] = int(self.decision["amount"])
return self.decision
def skip(self) -> bool:
if self.settings.filter_condition is not None:
# key == by , condition == where
key = self.settings.filter_condition.by
condition = self.settings.filter_condition.where
value = self.settings.filter_condition.value
fixed_key = (key if key not in [
OutcomeKeys.DECISION_USERS, OutcomeKeys.DECISION_POINTS
] else key.replace("decision", "total"))
if key in [OutcomeKeys.TOTAL_USERS, OutcomeKeys.TOTAL_POINTS]:
compared_value = (self.outcomes[0][fixed_key] +
self.outcomes[1][fixed_key])
else:
outcome_index = char_decision_as_index(self.decision["choice"])
compared_value = self.outcomes[outcome_index][fixed_key]
# Check if condition is satisfied
if condition == Condition.GT:
if compared_value > value:
return False, compared_value
elif condition == Condition.LT:
if compared_value < value:
return False, compared_value
elif condition == Condition.GTE:
if compared_value >= value:
return False, compared_value
elif condition == Condition.LTE:
if compared_value <= value:
return False, compared_value
return True, compared_value # Else skip the bet
else:
return False, 0 # Default don't skip the bet
def calculate(self, balance: int) -> dict:
self.decision = {"choice": None, "amount": 0, "id": None}
if self.settings.strategy == Strategy.MOST_VOTED:
self.decision["choice"] = self.__return_choice(OutcomeKeys.TOTAL_USERS)
elif self.settings.strategy == Strategy.HIGH_ODDS:
self.decision["choice"] = self.__return_choice(OutcomeKeys.ODDS)
elif self.settings.strategy == Strategy.PERCENTAGE:
self.decision["choice"] = self.__return_choice(OutcomeKeys.ODDS_PERCENTAGE)
elif self.settings.strategy == Strategy.SMART:
difference = abs(
self.outcomes[0][OutcomeKeys.PERCENTAGE_USERS]
- self.outcomes[1][OutcomeKeys.PERCENTAGE_USERS]
)
self.decision["choice"] = (
self.__return_choice(OutcomeKeys.ODDS)
if difference < self.settings.percentage_gap
else self.__return_choice(OutcomeKeys.TOTAL_USERS)
)
elif self.settings.strategy == Strategy.RANDOM:
try:
if os.path.exists('choiceA'):
self.decision['choice'] = 'B'
os.remove('choiceA')
else:
self.decision['choice'] = 'A'
open('choiceA','w').close()
except Exception as e:
print(f'random coord fail, {e}')
if random() > 0.5:
self.decision["choice"] = 'A'
else:
self.decision["choice"] = 'B'
if self.decision["choice"] is not None:
index = char_decision_as_index(self.decision["choice"])
self.decision["id"] = self.outcomes[index]["id"]
self.decision["amount"] = min(
int(balance * (self.settings.percentage / 100)),
self.settings.max_points,
)
if (
self.settings.stealth_mode is True
and self.decision["amount"]
>= self.outcomes[index][OutcomeKeys.TOP_POINTS]
):
reduce_amount = uniform(1, 5)
self.decision["amount"] = (
self.outcomes[index][OutcomeKeys.TOP_POINTS] - reduce_amount
)
self.decision["amount"] = int(self.decision["amount"])
return self.decision