old_contents: # coding=utf-8
  import random
  import re
  from typing import Dict, Match
  
  from .exceptions.config import InvalidLiteralError
  
  
  class ConvertedObject:
      pass
  
  def convertDictToObject(x: Dict) -> object:
      y: ConvertedObject = ConvertedObject()
  
      for k, v in x.items():
          if isinstance(v, dict):
              v: Dict = convertDictToObject(v)
  
          if not isSafeLiteral(k):
              raise InvalidLiteralError(f"`{k}` is invalid literal.")
          setattr(y, k, v)
  
      return y
  
  def listAttr(x: object) -> list:
      return [y for y in dir(x) if not y.startswith("__") and not y.endswith("__")]
  
  def isSafeLiteral(x: str) -> bool:
      m: Match = re.match("^\w+$", x)
      m2: Match = re.match("^[^\d]", x)
      return m is not None and m2 is not None
  
  def willExecute(ratio: int) -> bool:
      return random.randint(1, ratio) == 1
  
new_contents: # coding=utf-8
  import random
  import re
  from typing import Dict, Match
  
  from .exceptions.config import InvalidLiteralError
  
  
  class ConvertedObject:
      pass
  
  def convertDictToObject(x: Dict) -> object:
      y: ConvertedObject = ConvertedObject()
  
      for k, v in x.items():
          if isinstance(v, dict):
              v: Dict = convertDictToObject(v)
  
          if not isSafeLiteral(k):
              raise InvalidLiteralError(f"`{k}` is invalid literal.")
          setattr(y, k, v)
  
      return y
  
  def listAttr(x: object) -> list:
      return [y for y in dir(x) if not y.startswith("__") and not y.endswith("__")]
  
  def isSafeLiteral(x: str) -> bool:
      m: Match = re.match("^\w+$", x)
      m2: Match = re.match("^[^\d]", x)
      return m is not None and m2 is not None
  
  def willExecute(ratio: int) -> bool:
      return random.randint(1, ratio) == 1
  
  def dumpVar(x: object) -> None:
      width: int = max([len(y) for y in dir(x)])
      [print(y.ljust(width + 10), "=", getattr(x, y)) for y in dir(x)]
  
subject: debug function `dumpVar`