old_contents: # -*- coding: utf-8 -*-
  
  import random as sys_random
  
  location_ = {
      "A": "10",
      "B": "11",
      "C": "12",
      "D": "13",
      "E": "14",
      "F": "15",
      "G": "16",
      "H": "17",
      "I": "34",
      "J": "18",
      "K": "19",
      "M": "21",
      "N": "22",
      "O": "35",
      "P": "23",
      "Q": "24",
      "T": "27",
      "U": "28",
      "V": "29",
      "W": "32",
      "X": "30",
      "Z": "33",
  }
  
  gender_ = {
      "male": "1",
      "female": "2",
  }
  
  def random(location=None, gender=None):
      if location not in list(location_.keys()):
          location = sys_random.choice(list(location_.keys()))
      gender = gender_[gender] if gender in list(gender_.keys()) else sys_random.choice(list(gender_.values()))
      third_to_ninth = [sys_random.choice(range(0, 10)) for _ in range(3, 10)]
      sum_, weight = 0, [1, 9, 8, 7, 6, 5, 4, 3, 2, 1]
  
      for i, j in enumerate([int(location_[location][0]), int(location_[location][1]), int(gender)] + third_to_ninth):
          sum_ += weight[i] * j
          tenth = 10 - (sum_ % 10) if (sum_ % 10) > 0 else 0
  
      return "".join([location, gender] + [str(x) for x in third_to_ninth] + [str(tenth)])
  
  
new_contents: # -*- coding: utf-8 -*-
  
  import random as sys_random
  
  location_ = {
      "A": "10",
      "B": "11",
      "C": "12",
      "D": "13",
      "E": "14",
      "F": "15",
      "G": "16",
      "H": "17",
      "I": "34",
      "J": "18",
      "K": "19",
      "M": "21",
      "N": "22",
      "O": "35",
      "P": "23",
      "Q": "24",
      "T": "27",
      "U": "28",
      "V": "29",
      "W": "32",
      "X": "30",
      "Z": "33",
  }
  
  gender_ = {
      "male": "1",
      "female": "2",
  }
  
  def random(location=None, gender=None):
      if location not in list(location_.keys()):
          location = sys_random.choice(list(location_.keys()))
      gender = gender_[gender] if gender in list(gender_.keys()) else sys_random.choice(list(gender_.values()))
      third_to_ninth = [sys_random.choice(range(0, 10)) for _ in range(3, 10)]
      sum_, weight = 0, [1, 9, 8, 7, 6, 5, 4, 3, 2, 1]
  
      for i, j in enumerate([int(location_[location][0]), int(location_[location][1]), int(gender)] + third_to_ninth):
          sum_ += weight[i] * j
          tenth = 10 - (sum_ % 10) if (sum_ % 10) > 0 else 0
  
      return "".join([location, gender] + [str(x) for x in third_to_ninth] + [str(tenth)])
  
  def female():
      return random(gender="female")
  
  def male():
      return random(gender="male")
  
subject: Implement male/female