text: def english_score(input_bytes: bytes):
  	"""Takes in a byte string. Outputs a score representing likelihood the string is English text (compared to other strings)"""
  	# The following set contains the decimal number that corresponds to the ASCII for the most common english
  	# characters ('ETAOIN SHRDLU') in both upper and lower case, also including the space
  	point_worthy = {
  		32,
  		65,
  		68,
  		69,
  		72,
  		73,
  		76,
  		78,
  		79,
  		82,
  		83,
  		84,
  		85,
  		97,
  		101,
  		104,
  		105,
  		100,
  		108,
  		110,
  		111,
  		114,
  		115,
  		116,
  		117
  	}
  
  	chars_in_point_worthy = list(filter(point_worthy.__contains__, input_bytes))
  
  	return len(chars_in_point_worthy)
  
  
  def hamming_distance(input_bytes_1: bytes, input_bytes_2: bytes):
  	"""Takes in two byte strings. Outputs the hamming distance (https://www.tutorialspoint.com/what-is-hamming-distance) between those strings"""
  	xor_result = ((a ^ b) for (a, b) in zip(input_bytes_1, input_bytes_2))
  	joined_binary_string = "".join([bin(num) for num in xor_result])
  
  	return joined_binary_string.count("1")
  