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How to use __get_operator method in yandex-tank

Best Python code snippet using yandex-tank

parser.py

Source:parser.py

...25            group = tokens[i+1:j]26            tokens[i:j+1] = [self.evaluate(group)]27        28        # resolve operators_1: *, /, d, kh, kl, cs29        while self.__get_operator(tokens, self.operators_1) is not None:30            i = self.__get_operator(tokens, self.operators_1)31            operator = tokens[i]32            left, right = self.__get_neighbours(tokens, i)33            tokens[i-1:i+2] = [self.__calculate(left, operator, right)]34        # resolve operators_2: +, -35        while self.__get_operator(tokens, self.operators_2) is not None:36            i = self.__get_operator(tokens, self.operators_2)37            operator = tokens[i]38            left, right = self.__get_neighbours(tokens, i)39            tokens[i-1:i+2] = [self.__calculate(left, operator, right)]40        41        # return result42        if len(tokens) == 1:43            x = tokens[0]44            if isinstance(x, Roll) or isinstance(x, int):45                return x46        return None47    # calculates a simple operation with 2 arguments48    def __calculate(self, left, operator: str, right):49        if operator in self.operators_1 or operator in self.operators_2:50            if operator == '+':51                if (isinstance(left, int) or isinstance(left, Roll)) and (isinstance(right, int) or isinstance(right, Roll)):52                    return calc.add(left, right)53            elif operator == '-':54                if (isinstance(left, int) or isinstance(left, Roll)) and (isinstance(right, int) or isinstance(right, Roll)):55                    return calc.substract(left, right)56            elif operator == '*':57                if (isinstance(left, int) or isinstance(left, Roll)) and (isinstance(right, int) or isinstance(right, Roll)):58                    return calc.multiply(left, right)59            elif operator == '/':60                if (isinstance(left, int) or isinstance(left, Roll)) and (isinstance(right, int) or isinstance(right, Roll)):61                    return calc.divide(left, right)62            elif operator == 'd':63                if (isinstance(left, int) or isinstance(left, Roll)) and (isinstance(right, int) or isinstance(right, Roll)):64                    if int(left) >= 0 and int(right) >= 0:65                        roll = calc.roll_dice(left, right)66                        print(roll)67                        return roll68            elif operator == 'kh':69                if isinstance(left, Roll) and (isinstance(right, int) or isinstance(right, int)):70                    if int(right) >= 0:71                        return calc.keep_high(left, right)72            elif operator == 'kl':73                if isinstance(left, Roll) and (isinstance(right, int) or isinstance(right, int)):74                    if int(right) >= 0:75                        return calc.keep_low(left, right)76            elif operator == 'cs':77                if isinstance(left, Roll) and isinstance(right, str):78                    return calc.count_success(left, right)79        return None80    # returns the position (start, end) of the first group '(...)' from tokens list81    @staticmethod82    def __get_group(tokens: list[str]):83        for i in range(len(tokens)):84            if tokens[i] == '(':85                count = 186                for j in range(i+1, len(tokens)):87                    if tokens[j] == '(':88                        count += 189                    elif tokens[j] == ')':90                        count -= 191                        if count == 0:92                            return (i, j)93    # returns the position of the first list element that is an operator from a specified operators list94    @staticmethod95    def __get_operator(tokens: list[str], operators: list[str]):96        for i, x in enumerate(tokens):97            if x in operators:98                return i99        return None100                101    # returns a tuple of 2 list elements: to the left and right of the element given by index102    @staticmethod103    def __get_neighbours(tokens: list[str], idx: int):104        if idx == 0:105            left = None106        else:107            left = tokens[idx-1]108        if idx == len(tokens) - 1:109            right = None...

attribute_rule.py

Source:attribute_rule.py

...5    NONE = 'none'6class AttributeRule(RegulationRule):7    def __init__(self, attributes=None, operator=None):8        self.attributes = attributes or []9        self.__operator = self.__get_operator(operator)10        super().__init__("attribute")11    @property12    def attribute_list_operator(self):13        return self.__operator.value14    @attribute_list_operator.setter15    def attribute_list_operator(self, operator: str):16        self.__operator = AttributeListOperator(operator)17    @staticmethod18    def __get_operator(operator):19        if isinstance(operator, AttributeListOperator):20            operator_obj = operator21        elif isinstance(operator, str):22            operator_obj = AttributeListOperator(operator)23        else:24            raise TypeError(25                'Argument operator is not of type AttributeListOperator'26            )...

tag_rule.py

Source:tag_rule.py

...5    NONE = "none",6    ALL = "all"7class TagRule(RegulationRule):8    def __init__(self, attributes=None, operator=None):9        self.__operator = self.__get_operator(operator)10        self.__attributes = attributes or []11        super().__init__("attribute")12    @property13    def operator(self):14        return self.__operator15    @operator.setter16    def operator(self, operator: str):17        self.__operator = self.__get_operator(operator)18    @staticmethod19    def __get_operator(operator):20        if isinstance(operator, TagListOperator):21            my_operator = operator22        elif isinstance(operator, str):23            my_operator = TagListOperator(operator)24        else:25            raise TypeError('Argument operator is not of type TagListOperator')...

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