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Code:
#Config

##################

a = '!'

b = '@'

c = '#'

d = '$'

e = '%'

f = '^'

g = '&'

h = '*'

i = '('

j = 'a'

k = 'b'

l = 'c'

m = 'd'

n = 'e'

o = 'f'

p = 'g'

q = 'h'

r = 'i'

s = 'j'

t = 'k'

u = 'l'

v = 'm'

w = 'n'

x = 'o'

y = 'p'

z = 'q'

SPACE = ' '

ZERO = '9'

ONE = '8'

TWO = '7'

THREE = '6'

FOUR = '5'

FIVE = '4'

SIX = '3'

SEVEN = '2'

EIGHT = '1'

NINE =  '0'

#Example of adding more symbols part 1

COMMA = '<'

#Scroll down until you see "#Example of adding more symbols part 2"

#End Part 1

######################################

##################

#End Config

def menu():

    print "1) Encrypt"

    print "2) Decrypt"

    qaz = int(raw_input("What do you want to do?: "))

    if qaz == 1: encrypt()

    elif qaz == 2: decrypt()

def encrypt():

    a1 = raw_input("What do you want to encrypt?: ")

    lena1 = len(a1)    

    a2 = -1

    List = []    

    for x in xrange(lena1):

        a2 = a2 + 1

        if a1[a2:a2+1] == 'a': List.append(a) 

        if a1[a2:a2+1] == 'b': List.append(b)

        if a1[a2:a2+1] == 'c': List.append(c)

        if a1[a2:a2+1] == 'd': List.append(d)

        if a1[a2:a2+1] == 'e': List.append(e)

        if a1[a2:a2+1] == 'f': List.append(f)

        if a1[a2:a2+1] == 'g': List.append(g)

        if a1[a2:a2+1] == 'h': List.append(h)

        if a1[a2:a2+1] == 'i': List.append(i)

        if a1[a2:a2+1] == 'j': List.append(j)

        if a1[a2:a2+1] == 'k': List.append(k)

        if a1[a2:a2+1] == 'l': List.append(l)

        if a1[a2:a2+1] == 'm': List.append(m)

        if a1[a2:a2+1] == 'n': List.append(n)

        if a1[a2:a2+1] == 'o': List.append(o)

        if a1[a2:a2+1] == 'p': List.append(p)

        if a1[a2:a2+1] == 'q': List.append(q)

        if a1[a2:a2+1] == 'r': List.append(r)

        if a1[a2:a2+1] == 's': List.append(s)

        if a1[a2:a2+1] == 't': List.append(t)

        if a1[a2:a2+1] == 'u': List.append(u)

        if a1[a2:a2+1] == 'v': List.append(v)

        if a1[a2:a2+1] == 'w': List.append(w)

        if a1[a2:a2+1] == 'x': List.append(x)

        if a1[a2:a2+1] == 'y': List.append(y)

        if a1[a2:a2+1] == 'z': List.append(z)

        if a1[a2:a2+1] == ' ': List.append(SPACE)

        if a1[a2:a2+1] == '0': List.append(ZERO)

        if a1[a2:a2+1] == '1': List.append(ONE)

        if a1[a2:a2+1] == '2': List.append(TWO)

        if a1[a2:a2+1] == '3': List.append(THREE)

        if a1[a2:a2+1] == '4': List.append(FOUR)

        if a1[a2:a2+1] == '5': List.append(FIVE)

        if a1[a2:a2+1] == '6': List.append(SIX)

        if a1[a2:a2+1] == '7': List.append(SEVEN)

        if a1[a2:a2+1] == '8': List.append(EIGHT)

        if a1[a2:a2+1] == '9': List.append(NINE)

        #Example of adding more symbols part 2

        #if a1[a2:a2+1] == 'x': List.append(y)

        #They all follow the same format, just replace x with ,(What the user tpyes) and the y with COMMA(The variable representing <)

        if a1[a2:a2+1] == ',': List.append(COMMA)

        #End Part 2

        #######################################

    print "".join(List)

def decrypt():

    a1 = raw_input("What do you want to encrypt?: ")

    lena1 = len(a1)    

    a2 = -1

    List = []    

    for x in xrange(lena1):

        a2 = a2 + 1

        if a1[a2:a2+1] == a: List.append('a') 

        if a1[a2:a2+1] == b: List.append('b')

        if a1[a2:a2+1] == c: List.append('c')

        if a1[a2:a2+1] == d: List.append('d')

        if a1[a2:a2+1] == e: List.append('e')

        if a1[a2:a2+1] == f: List.append('f')

        if a1[a2:a2+1] == g: List.append('g')

        if a1[a2:a2+1] == h: List.append('h')

        if a1[a2:a2+1] == i: List.append('i')

        if a1[a2:a2+1] == j: List.append('j')

        if a1[a2:a2+1] == k: List.append('k')

        if a1[a2:a2+1] == l: List.append('l')

        if a1[a2:a2+1] == m: List.append('m')

        if a1[a2:a2+1] == n: List.append('n')

        if a1[a2:a2+1] == o: List.append('o')

        if a1[a2:a2+1] == p: List.append('p')

        if a1[a2:a2+1] == q: List.append('q')

        if a1[a2:a2+1] == r: List.append('r')

        if a1[a2:a2+1] == s: List.append('s')

        if a1[a2:a2+1] == t: List.append('t')

        if a1[a2:a2+1] == u: List.append('u')

        if a1[a2:a2+1] == v: List.append('v')

        if a1[a2:a2+1] == w: List.append('w')

        if a1[a2:a2+1] == x: List.append('x')

        if a1[a2:a2+1] == y: List.append('y')

        if a1[a2:a2+1] == z: List.append('z')

        if a1[a2:a2+1] == ' ': List.append(' ')

        if a1[a2:a2+1] == '0': List.append('0')

        if a1[a2:a2+1] == '1': List.append('1')

        if a1[a2:a2+1] == '2': List.append('2')

        if a1[a2:a2+1] == '3': List.append('3')

        if a1[a2:a2+1] == '4': List.append('4')

        if a1[a2:a2+1] == '5': List.append('5')

        if a1[a2:a2+1] == '6': List.append('6')

        if a1[a2:a2+1] == '7': List.append('7')

        if a1[a2:a2+1] == '8': List.append('8')

        if a1[a2:a2+1] == '9': List.append('9')

        #Example of adding more symbols part 1

        #if a1[a2:a2+1] == 'x': List.append(y)

        #They all follow the same format, just replace x with ,(What the user tpyes) and the y with ,(What x actually is)

        if a1[a2:a2+1] == ',': List.append(',')

        #End Part 1

        #######################################

    print "".join(List)

menu()

Wow nice A customizable encryptor/decryptor. You should make a module out of this so people can encrypt thing's in their programs however they want. Like

Code:
from encrypt import *

x = raw_input('Input something')

encrypt.x

(could be x.encrypt not really sure)
That way they can make their own encryptions and then be able to use it effectively in their programs.

nevets04

uber1337