1def plugboard(text_to_be_converted, list_of_paired_letters):
 2    letters_translation_dict = {}
 3    for first_letter, second_letter in list_of_paired_letters:
 4        letters_translation_dict[first_letter] = second_letter
 5        letters_translation_dict[second_letter] = first_letter
 6
 7    # Make a translation table from the dict with pairs and use it to replace the letters in the original string
 8    translation_table = text_to_be_converted.maketrans(letters_translation_dict)
 9    converted_text = text_to_be_converted.translate(translation_table)
10    return converted_text
11
12
13def rotor(text_to_be_converted, alphabet_conversion_dict):
14    translate_table = text_to_be_converted.maketrans(alphabet_conversion_dict)
15    converted_text = text_to_be_converted.translate(translate_table)
16    return converted_text
17
18
19def enigma_encrypt(plugboard_pos, rotor_pos):
20    def decorate_func(f):
21        def encrypt_text_wrapper(text):
22            text = plugboard(text, plugboard_pos)
23            text = rotor(text, rotor_pos)
24            return f(text)
25        return encrypt_text_wrapper
26    return decorate_func
27
28
29def enigma_decrypt(plugboard_pos, rotor_pos):
30    def decorate_func(f):
31        def decrypt_text_wrapper(text):
32            reversed_rotor_pos = dict(zip(rotor_pos.values(), rotor_pos.keys()))
33            text = rotor(text, reversed_rotor_pos)
34            text = plugboard(text, plugboard_pos)
35            return f(text)
36        return decrypt_text_wrapper
37    return decorate_func