import os
import binascii
import math

# get plaintext and user input
print('Enter plaintext: ')
plaintext = input()
print('Enter Shift (0 for brute force): ')
shift = input()
print('Enter second shift (0 for ceaser or brute-force): ')
shift2 = input()
print('A: Ceaser Cipher Encode')
print('B: Ceaser Cipher Decode')
print('C: Ceaser Cipher Brute-Force')
print('D: Affine Cipher Encode')
print('E: Affine Cipher Decode')
print('F: Affine Cipher Brute-Force')
print('What would you like to do: ')
mode = input()

# functions to convert numbers to letters and vice versa
def lnumtolet(num):
    num = num % 26
    letarray = ['a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't', 'u', 'v', 'w', 'x', 'y', 'z',]
    return letarray[num - 1]

def unumtolet(num):
    num = num % 26
    letarray = ['A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z',]
    return letarray[num - 1]

def llettonum(let):
    return (ord(let) - 96)

def ulettonum(let):
    return (ord(let) - 96)

def split(s):
    return [char for char in s]

# ceaser cipher function
def ceaser(shift, args):
    shifter = int(shift)
    shift = shifter % 26
    ret = []
    for i in args:
        splited = split(i)
        for j in splited:
            # encrypt each letter individually
            if j.isalpha():
                if j.islower():
                    tempnum = llettonum(j)
                    num = int(tempnum)
                    num = num + shift
                    let = lnumtolet(num)
                    ret.append(let)
                else:
                    j = j.lower()
                    tempnumu = ulettonum(j)
                    numu = int(tempnumu)
                    numu = numu + shift
                    letu = unumtolet(numu)
                    ret.append(letu)
            else:
                ret.append(j)
        ret.append(' ')
    returner = ''.join(ret)
    return returner

#affine cipher
def ac(a, b, args):
    shift1 = int(a)
    shift2 = int(b)
    ret = []
    for i in args:
        splited = split(i)
        for j in splited:
            if j.isalpha():
                if j.islower():
                    tempnum = llettonum(j)
                    num = int(tempnum)
                    num = ((num * shift1) + shift2) % 26
                    let = lnumtolet(num)
                    ret.append(let)
                else:
                    j = j.lower()
                    tempnumu = ulettonum(j)
                    numu = int(tempnumu)
                    numu = ((numu * shift1) + shift2) % 26
                    letu = unumtolet(numu)
                    ret.append(letu)
            else:
                ret.append(j)
        ret.append(' ')
    retu = ''.join(ret)
    return retu

#get list of common words
w = open('../assets/wordlist.txt', 'r')
#split into array
wordlist = (w.read()).split('\n')

# check if word is in wordlist
def is_word(text):
    words = 0
    plaintext = text.split(' ')
    for word in plaintext:
        if word in wordlist:
            words += 1
    return words


def compare_word(text):
    num_words = is_word(text)
    return num_words


if mode == 'A':
    # encode with shift
    print('Encoded text: ' + ceaser(shift, plaintext)[::2])
elif mode == 'B':
    #decode with shift
    print('Decoded text: ' + ceaser((26 - int(shift)), plaintext)[::2])
elif mode == 'C':
    #brute force decode
    attempts = {}
    # try every combination
    for i in range(1, 26):
        attempt = ceaser((26 - i), plaintext)[::2]
        # append to dictionary with number of valid words
        attempts[attempt] = compare_word(attempt)
        # sort dictionary with largest number of words first
    ordered = dict(sorted(attempts.items(), key=lambda a: a[1], reverse=True))
    print('Brute Force Complete! Best guesses printed below.')
    # print 5 best guesses
    for i in range(5):
        print(list(ordered.keys())[i] + ' - score = ' + str(list(ordered.values())[i]))
# repeat for affine cipher
elif mode == 'D':
    print('Encoded text: ' + ac(shift, shift2, plaintext)[::2])
elif mode == 'E':
    print('Decoded text: ' + ac(shift, shift2, plaintext)[::2])
elif mode == 'F':
    attempts = {}
    for i in range(1, 26):
        for j in range(1, 26):
            attempt = ac(i, j, plaintext)[::2]
            attempts[attempt] = compare_word(attempt)
    print(attempts)
    ordered = dict(sorted(attempts.items(), key=lambda a: a[1], reverse=True))
    print('Brute Force Complete! Best guesses printed below.')
    for i in range(5):
        print(list(ordered.keys())[i] + ' - score = ' + str(list(ordered.values())[i]))

Enter plaintext: 
Enter Shift (0 for brute force): 
Enter second shift (0 for ceaser or brute-force): 
A: Ceaser Cipher Encode
B: Ceaser Cipher Decode
C: Ceaser Cipher Brute-Force
D: Affine Cipher Encode
E: Affine Cipher Decode
F: Affine Cipher Brute-Force
What would you like to do: 
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Brute Force Complete! Best guesses printed below.
watermelon is sweet - score = 2
amrylwytcz ko oayyr - score = 1
bnszmxzuda lp pbzzs - score = 1
dpubozbwfc nr rdbbu - score = 1
eqvcpacxgd os seccv - score = 1

(lambda _Y: (lambda os: (lambda binascii: (lambda math: [print('Enter plaintext: '), (lambda plaintext: [print('Enter Shift (0 for brute force): '), (lambda shift: [print('Enter second shift (0 for ceaser or brute-force): '), (lambda shift2: [print('A: Ceaser Cipher Encode'), [print('B: Ceaser Cipher Decode'), [print('C: Ceaser Cipher Brute-Force'), [print('D: Affine Cipher Encode'), [print('E: Affine Cipher Decode'), [print('F: Affine Cipher Brute-Force'), [print('What would you like to do: '), (lambda mode: (lambda lnumtolet: (lambda unumtolet: (lambda llettonum: (lambda ulettonum: (lambda split: (lambda ceaser: (lambda ac: (lambda w: (lambda wordlist: (lambda is_word: (lambda compare_word: (print(('Encoded text: ' + ceaser(shift, plaintext)[::2])) if (mode == 'A') else (print(('Decoded text: ' + ceaser((26 - int(shift)), plaintext)[::2])) if (mode == 'B') else ((lambda attempts: (lambda _term2, _items2: (lambda _targ2: (lambda _targ2, attempt, i: (lambda _loop2: _loop2(_targ2, attempt, i))(_Y(lambda _loop2: (lambda _targ2, attempt, i: ((lambda i: (lambda attempt: [(lambda _targ2: _loop2(_targ2, attempt, i))(next(_items2, _term2)) for attempts[attempt] in [compare_word(attempt)]][0])(ceaser((26 - i), plaintext)[::2]))(_targ2)) if (_targ2 is not _term2) else (lambda ordered: [print('Brute Force Complete! Best guesses printed below.'), (lambda _term1, _items1: (lambda _targ1: (lambda _targ1, i: (lambda _loop1: _loop1(_targ1, i))(_Y(lambda _loop1: (lambda _targ1, i: ((lambda i: [print(((list(ordered.keys())[i] + ' - score = ') + str(list(ordered.values())[i]))), (lambda _targ1: _loop1(_targ1, i))(next(_items1, _term1))][-1])(_targ1)) if (_targ1 is not _term1) else None))))(_targ1 if "_targ1" in dir() else None, i if "i" in dir() else None))(next(_items1, _term1)))([], iter(range(5)))][-1])(dict(sorted(attempts.items(), key=lambda a: a[1], reverse=True)))))))(_targ2 if "_targ2" in dir() else None, attempt if "attempt" in dir() else None, i if "i" in dir() else None))(next(_items2, _term2)))([], iter(range(1, 26))))({}) if (mode == 'C') else (print(('Encoded text: ' + ac(shift, shift2, plaintext)[::2])) if (mode == 'D') else (print(('Decoded text: ' + ac(shift, shift2, plaintext)[::2])) if (mode == 'E') else ((lambda attempts: (lambda _term4, _items4: (lambda _targ4: (lambda _targ4, attempt, i: (lambda _loop4: _loop4(_targ4, attempt, i))(_Y(lambda _loop4: (lambda _targ4, attempt, i: ((lambda i: (lambda _term5, _items5: (lambda _targ5: (lambda _targ5, attempt, j: (lambda _loop5: _loop5(_targ5, attempt, j))(_Y(lambda _loop5: (lambda _targ5, attempt, j: ((lambda j: (lambda attempt: [(lambda _targ5: _loop5(_targ5, attempt, j))(next(_items5, _term5)) for attempts[attempt] in [compare_word(attempt)]][0])(ac(i, j, plaintext)[::2]))(_targ5)) if (_targ5 is not _term5) else (lambda _targ4: _loop4(_targ4, attempt, i))(next(_items4, _term4))))))(_targ5 if "_targ5" in dir() else None, attempt if "attempt" in dir() else None, j if "j" in dir() else None))(next(_items5, _term5)))([], iter(range(1, 26))))(_targ4)) if (_targ4 is not _term4) else [print(attempts), (lambda ordered: [print('Brute Force Complete! Best guesses printed below.'), (lambda _term3, _items3: (lambda _targ3: (lambda _targ3, i: (lambda _loop3: _loop3(_targ3, i))(_Y(lambda _loop3: (lambda _targ3, i: ((lambda i: [print(((list(ordered.keys())[i] + ' - score = ') + str(list(ordered.values())[i]))), (lambda _targ3: _loop3(_targ3, i))(next(_items3, _term3))][-1])(_targ3)) if (_targ3 is not _term3) else None))))(_targ3 if "_targ3" in dir() else None, i if "i" in dir() else None))(next(_items3, _term3)))([], iter(range(5)))][-1])(dict(sorted(attempts.items(), key=lambda a: a[1], reverse=True)))][-1]))))(_targ4 if "_targ4" in dir() else None, attempt if "attempt" in dir() else None, i if "i" in dir() else None))(next(_items4, _term4)))([], iter(range(1, 26))))({}) if (mode == 'F') else None)))))))(lambda text: (lambda num_words: num_words)(is_word(text))))(lambda text: (lambda words: (lambda plaintext: (lambda _term6, _items6: (lambda _targ6: (lambda _targ6, word, words: (lambda _loop6: _loop6(_targ6, word, words))(_Y(lambda _loop6: (lambda _targ6, word, words: ((lambda word: ((lambda words: (lambda _targ6: _loop6(_targ6, word, words))(next(_items6, _term6)))((words + 1)) if (word in wordlist) else (lambda _targ6: _loop6(_targ6, word, words))(next(_items6, _term6))))(_targ6)) if (_targ6 is not _term6) else words))))(_targ6 if "_targ6" in dir() else None, word if "word" in dir() else None, words if "words" in dir() else None))(next(_items6, _term6)))([], iter(plaintext)))(text.split(' ')))(0)))(w.read().split('\n')))(open('../assets/wordlist.txt', 'r')))(lambda a, b, args: (lambda shift1: (lambda shift2: (lambda ret: (lambda _term7, _items7: (lambda _targ7: (lambda _targ7, i, j, let, letu, num, numu, splited, tempnum, tempnumu: (lambda _loop7: _loop7(_targ7, i, j, let, letu, num, numu, splited, tempnum, tempnumu))(_Y(lambda _loop7: (lambda _targ7, i, j, let, letu, num, numu, splited, tempnum, tempnumu: ((lambda i: (lambda splited: (lambda _term8, _items8: (lambda _targ8: (lambda _targ8, j, let, letu, num, numu, tempnum, tempnumu: (lambda _loop8: _loop8(_targ8, j, let, letu, num, numu, tempnum, tempnumu))(_Y(lambda _loop8: (lambda _targ8, j, let, letu, num, numu, tempnum, tempnumu: ((lambda j: (((lambda tempnum: (lambda num: (lambda num: (lambda let: [ret.append(let), (lambda _targ8: _loop8(_targ8, j, let, letu, num, numu, tempnum, tempnumu))(next(_items8, _term8))][-1])(lnumtolet(num)))((((num * shift1) + shift2) % 26)))(int(tempnum)))(llettonum(j)) if j.islower() else (lambda j: (lambda tempnumu: (lambda numu: (lambda numu: (lambda letu: [ret.append(letu), (lambda _targ8: _loop8(_targ8, j, let, letu, num, numu, tempnum, tempnumu))(next(_items8, _term8))][-1])(unumtolet(numu)))((((numu * shift1) + shift2) % 26)))(int(tempnumu)))(ulettonum(j)))(j.lower())) if j.isalpha() else [ret.append(j), (lambda _targ8: _loop8(_targ8, j, let, letu, num, numu, tempnum, tempnumu))(next(_items8, _term8))][-1]))(_targ8)) if (_targ8 is not _term8) else [ret.append(' '), (lambda _targ7: _loop7(_targ7, i, j, let, letu, num, numu, splited, tempnum, tempnumu))(next(_items7, _term7))][-1]))))(_targ8 if "_targ8" in dir() else None, j if "j" in dir() else None, let if "let" in dir() else None, letu if "letu" in dir() else None, num if "num" in dir() else None, numu if "numu" in dir() else None, tempnum if "tempnum" in dir() else None, tempnumu if "tempnumu" in dir() else None))(next(_items8, _term8)))([], iter(splited)))(split(i)))(_targ7)) if (_targ7 is not _term7) else (lambda retu: retu)(''.join(ret))))))(_targ7 if "_targ7" in dir() else None, i if "i" in dir() else None, j if "j" in dir() else None, let if "let" in dir() else None, letu if "letu" in dir() else None, num if "num" in dir() else None, numu if "numu" in dir() else None, splited if "splited" in dir() else None, tempnum if "tempnum" in dir() else None, tempnumu if "tempnumu" in dir() else None))(next(_items7, _term7)))([], iter(args)))([]))(int(b)))(int(a))))(lambda shift, args: (lambda shifter: (lambda shift: (lambda ret: (lambda _term9, _items9: (lambda _targ9: (lambda _targ9, i, j, let, letu, num, numu, splited, tempnum, tempnumu: (lambda _loop9: _loop9(_targ9, i, j, let, letu, num, numu, splited, tempnum, tempnumu))(_Y(lambda _loop9: (lambda _targ9, i, j, let, letu, num, numu, splited, tempnum, tempnumu: ((lambda i: (lambda splited: (lambda _term10, _items10: (lambda _targ10: (lambda _targ10, j, let, letu, num, numu, tempnum, tempnumu: (lambda _loop10: _loop10(_targ10, j, let, letu, num, numu, tempnum, tempnumu))(_Y(lambda _loop10: (lambda _targ10, j, let, letu, num, numu, tempnum, tempnumu: ((lambda j: (((lambda tempnum: (lambda num: (lambda num: (lambda let: [ret.append(let), (lambda _targ10: _loop10(_targ10, j, let, letu, num, numu, tempnum, tempnumu))(next(_items10, _term10))][-1])(lnumtolet(num)))((num + shift)))(int(tempnum)))(llettonum(j)) if j.islower() else (lambda j: (lambda tempnumu: (lambda numu: (lambda numu: (lambda letu: [ret.append(letu), (lambda _targ10: _loop10(_targ10, j, let, letu, num, numu, tempnum, tempnumu))(next(_items10, _term10))][-1])(unumtolet(numu)))((numu + shift)))(int(tempnumu)))(ulettonum(j)))(j.lower())) if j.isalpha() else [ret.append(j), (lambda _targ10: _loop10(_targ10, j, let, letu, num, numu, tempnum, tempnumu))(next(_items10, _term10))][-1]))(_targ10)) if (_targ10 is not _term10) else [ret.append(' '), (lambda _targ9: _loop9(_targ9, i, j, let, letu, num, numu, splited, tempnum, tempnumu))(next(_items9, _term9))][-1]))))(_targ10 if "_targ10" in dir() else None, j if "j" in dir() else None, let if "let" in dir() else None, letu if "letu" in dir() else None, num if "num" in dir() else None, numu if "numu" in dir() else None, tempnum if "tempnum" in dir() else None, tempnumu if "tempnumu" in dir() else None))(next(_items10, _term10)))([], iter(splited)))(split(i)))(_targ9)) if (_targ9 is not _term9) else (lambda returner: returner)(''.join(ret))))))(_targ9 if "_targ9" in dir() else None, i if "i" in dir() else None, j if "j" in dir() else None, let if "let" in dir() else None, letu if "letu" in dir() else None, num if "num" in dir() else None, numu if "numu" in dir() else None, splited if "splited" in dir() else None, tempnum if "tempnum" in dir() else None, tempnumu if "tempnumu" in dir() else None))(next(_items9, _term9)))([], iter(args)))([]))((shifter % 26)))(int(shift))))(lambda s: [char for char in s]))(lambda let: (ord(let) - 96)))(lambda let: (ord(let) - 96)))(lambda num: (lambda num: (lambda letarray: letarray[(num - 1)])(['A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z']))((num % 26))))(lambda num: (lambda num: (lambda letarray: letarray[(num - 1)])(['a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't', 'u', 'v', 'w', 'x', 'y', 'z']))((num % 26))))(input())][-1]][-1]][-1]][-1]][-1]][-1]][-1])(input())][-1])(input())][-1])(input())][-1])(__import__('math')))(__import__('binascii')))(__import__('os')))((lambda f: (lambda x: x(x))(lambda y: f(lambda *args: y(y)(*args)))))

Enter plaintext: 


Enter Shift (0 for brute force): 
Enter second shift (0 for ceaser or brute-force): 
A: Ceaser Cipher Encode
B: Ceaser Cipher Decode
C: Ceaser Cipher Brute-Force
D: Affine Cipher Encode
E: Affine Cipher Decode
F: Affine Cipher Brute-Force
What would you like to do: 
Brute Force Complete! Best guesses printed below.
gmbh - score = 1
flag - score = 1
rxms - score = 0
qwlr - score = 0
pvkq - score = 0