| # Hiding this really important number in an obscure piece of code is brilliant! | |
| # AND it's encrypted! | |
| # We want our biggest client to know his information is safe with us. | |
| bezos_cc_secret = "A:4@r%uL`M-^M0c0AbcM-MFE07b34c`_6N" | |
| # Reference alphabet | |
| alphabet = "!\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ"+ \ | |
| "[\\]^_`abcdefghijklmnopqrstuvwxyz{|}~" | |
| def decode_secret(secret): | |
| """ROT47 decode | |
| NOTE: encode and decode are the same operation in the ROT cipher family. | |
| """ | |
| # Encryption key | |
| rotate_const = 47 | |
| # Storage for decoded secret | |
| decoded = "" | |
| # decode loop | |
| for c in secret: | |
| index = alphabet.find(c) | |
| original_index = (index + rotate_const) % len(alphabet) | |
| decoded = decoded + alphabet[original_index] | |
| print(decoded) | |
| def choose_greatest(): | |
| """Echo the largest of the two numbers given by the user to the program | |
| Warning: this function was written quickly and needs proper error handling | |
| """ | |
| user_value_1 = input("What's your first number? ") | |
| user_value_2 = input("What's your second number? ") | |
| greatest_value = user_value_1 # need a value to return if 1 & 2 are equal | |
| if user_value_1 > user_value_2: | |
| greatest_value = user_value_1 | |
| elif user_value_1 < user_value_2: | |
| greatest_value = user_value_2 | |
| print( "The number with largest positive magnitude is " | |
| + str(greatest_value) ) | |
| choose_greatest() | |