import re class DecimalToTwentyFiveHex: """ 面试题：十进制转换成25进制 """ def __init__(self, int_ten): self.stack = [] # 存储正整数部分转换值 self.flag = None self.num_integer = None # 存贮整数部分 self.num_fractional = None # 存贮小数部分 if isinstance(int_ten, int): self.flag = 1 self.num_integer = int_ten elif isinstance(int_ten, float): self.flag = 2 self.num_integer = int(str(int_ten).split(‘.‘)[0]) self.num_fractional = int(str(int_ten).split(‘.‘)[1]) else: self.flag = 3 print("请输入正确的数字！") return def conversion(self): if self.flag == 1: self.main_conversion(self.num_integer) self.stack.reverse() elif self.flag == 2: self.main_conversion(self.num_integer) self.stack.reverse() self.small_conversion(self.num_fractional) elif self.flag == 3: pass return self.stack def __call__(self, *args, **kwargs): return self.conversion() def main_conversion(self, num): """ 除25取余 反转列表 :param num: :return: """ main_int = num // 25 yu_int = num % 25 self.stack.append(yu_int) if main_int >= 25: self.main_conversion(main_int) else: self.stack.append(main_int) def small_conversion(self, num): """ 乘25取整 :param num: :return: """ self.stack.append(‘.‘) main_int = str(num * 25).split(‘.‘) self.stack.append(main_int[0]) if not isinstance(num*25, int): self.small_conversion(int(main_int[1])) if __name__ == "__main__": # instantiate = DecimalToTwentyFiveHex(665.358) # 11f.8niiiiiiie num_instantiate = DecimalToTwentyFiveHex(665358.22) # 1hee8.5ccccc # num_instantiate = DecimalToTwentyFiveHex(665358) # 1hee8.5cccccc # num_instantiate = DecimalToTwentyFiveHex(‘665358‘) # 1hee8.5cccccc result = num_instantiate() print(result) pass