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I made this for my "Make your own encryption" script. It just generates an encryption key, for those who are two lazy to make one.

Code:
import random

rawr = ['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','1','2','3','4','5','6','7','8','9']

a = random.choice(rawr)

rawr.remove(a)

b = random.choice(rawr)

rawr.remove(b)

c = random.choice(rawr)

rawr.remove(c)

d = random.choice(rawr)

rawr.remove(d)

e = random.choice(rawr)

rawr.remove(e)

f = random.choice(rawr)

rawr.remove(f)

g = random.choice(rawr)

rawr.remove(g)

h = random.choice(rawr)

rawr.remove(h)

i = random.choice(rawr)

rawr.remove(i)

j = random.choice(rawr)

rawr.remove(j)

k = random.choice(rawr)

rawr.remove(k)

l = random.choice(rawr)

rawr.remove(l)

m = random.choice(rawr)

rawr.remove(m)

n = random.choice(rawr)

rawr.remove(n)

o = random.choice(rawr)

rawr.remove(o)

p = random.choice(rawr)

rawr.remove(p)

q = random.choice(rawr)

rawr.remove(q)

r = random.choice(rawr)

rawr.remove(r)

s = random.choice(rawr)

rawr.remove(s)

t = random.choice(rawr)

rawr.remove(t)

u = random.choice(rawr)

rawr.remove(u)

v = random.choice(rawr)

rawr.remove(v)

w = random.choice(rawr)

rawr.remove(w)

x = random.choice(rawr)

rawr.remove(x)

y = random.choice(rawr)

rawr.remove(y)

z =random.choice(rawr)

rawr.remove(z)

one = random.choice(rawr)

rawr.remove(one)

two =random.choice(rawr)

rawr.remove(two)

three =random.choice(rawr)

rawr.remove(three)

four =random.choice(rawr)

rawr.remove(four)

five =random.choice(rawr)

rawr.remove(five)

six =random.choice(rawr)

rawr.remove(six)

seven =random.choice(rawr)

rawr.remove(seven)

eight =random.choice(rawr)

rawr.remove(eight)

nine =random.choice(rawr)

rawr.remove(nine)

print "a = %s" % a 

print "b = %s" % b

print "c = %s" % c

print "d = %s" % d

print "e = %s" % e

print "f = %s" % f

print "g = %s" % g

print "h = %s" % h

print "i = %s" % i

print "j = %s" % j

print "k = %s" % k 

print "l = %s" % l 

print "m = %s" % m 

print "n = %s" % n 

print "o = %s" % o 

print "p = %s" % p 

print "q = %s" % q 

print "r = %s" % r 

print "s = %s" % s 

print "t = %s" % t 

print "u = %s" % u 

print "v = %s" % v 

print "w = %s" % w 

print "x = %s" % x 

print "y = %s" % y 

print "z = %s" % z 

print "1 = %s" % one

print "2 = %s" % two

print "3 = %s" % three

print "4 = %s" % four 

print "5 = %s" % five

print "6 = %s" % six

print "7 = %s" % seven

print "8 = %s" % eight

print "9 = %s" % nine

ANYONE DOWN FOR A GAME OF GOLF?

(12-06-2009, 07:31 PM)FarOut Wrote: [ -> ]ANYONE DOWN FOR A GAME OF GOLF?

on it

Code:
#!/usr/bin/env python

import random

CharList = [ [ chr( Char ) for Char in range( 65, 90+1 ) + range( 97, 122+1 ) + range(48, 57+1) ], [ chr( Char ) for Char in range( 65, 90+1 ) + range( 97, 122+1 ) + range(48, 57+1) ] ]

EncryptedCharList = []

for Rot in range( len( CharList[ 1 ] ) ):

    EncryptedCharList.append( random.choice( CharList[ 1 ] ) )

    CharList[ 1 ].remove( EncryptedCharList[ -1 ] )

for Chars in range( len( CharList[ 0 ] ) ): print "%s = %s" % ( CharList[ 0 ][ Chars ], EncryptedCharList[ Chars ] )

nevets04

wat

Fallen