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A little program I made to do some simple encoding.... but it keeps saying I have syntax error where the 'p' is in my 'rep' variable... and I know good and well there is no syntax error!

Code:
from __future__ import division

import string

import random

while 1 > 0:

    def process(op1, op2):

        ran = str(random.randrange(0, 1000, 1)

        rep = string.replace(op1, op2, ran)

        xx = rep

        aa = [xx+xx**2, xx+xx**3, xx+xx**4, xx-xx**2, xx-xx**3, xx-xx**4, xx**2+xx**3, xx**2+xx**4, xx**2-xx**3, xx**2-xx**4, xx**3+xx**4, xx**3-xx**4]

        start_1 = random.choice(aa)

        ex = str(start_1/4)

        rr = string.replace(op1, op2, ex)

        return rr

    p = raw_input('>>> ')

    pp = string.join(p)

    n_0 = process(pp, '0')

    n_1 = process(n_0, '1')

    n_2 = process(n_1, '2')

    n_3 = process(n_2, '3')

    n_4 = process(n_3, '4')

    n_5 = process(n_4, '5')

    n_6 = process(n_5, '6')

    n_7 = process(n_6, '7')

    n_8 = process(n_7, '8')

    n_9 = process(n_8, '9')

    a = process(n_9, 'a')    

    A = process(a, 'A')

    b = process(A, 'b')

    B = process(b, 'B')

    c = process(B, 'c')

    C = process(c, 'C')

    d = process(C, 'd')

    D = process(d, 'D')

    e = process(D, 'e')

    E = process(e, 'E')

    f = process(E, 'f')

    F = process(f, 'F')

    g = process(F, 'g')

    G = process(g, 'G')

    h = process(G, 'h')

    H = process(h, 'H')

    i = process(H, 'i')

    I = process(i, 'I')

    j = process(I, 'j')

    J = process(j, 'J')

    k = process(J, 'k')

    K = process(k, 'K')

    l = process(K, 'l')

    L = process(l, 'L')

    m = process(L, 'm')

    M = process(m, 'M')

    n = process(M, 'n')

    N = process(a, 'N')

    o = process(N, 'o')

    O = process(n, 'O')

    p = process(O, 'p')

    P = process(p, 'P')

    q = process(P, 'q')

    Q = process(q, 'Q')

    r = process(Q, 'r')

    R = process(r, 'R')

    s = process(R, 's')

    S = process(s, 'S')

    t = process(S, 't')

    T = process(t, 'T')

    u = process(T, 'u')

    U = process(u, 'U')

    v = process(U, 'v')

    V = process(v, 'V')

    w = process(V, 'w')

    W = process(w, 'W')

    x = process(W, 'x')

    X = process(x, 'X')

    y = process(X, 'y')

    Y = process(y, 'Y')

    z = process(Y, 'z')    

    Z = process(z, 'Z')        

    r_ = string.replace(Z, ' ', '$')

    r_0 = string.replace(r_, '-', '>')

    r_01 = string.replace(r_0, '.', '#')

    r_1 = string.replace(r_01, '1', '-Z')

    r_2 = string.replace(r_1, '2', '-Y')

    r_3 = string.replace(r_2, '3', '-X')

    r_4 = string.replace(r_3, '4', '+A')

    r_5 = string.replace(r_4, '5', '+B')

    r_6 = string.replace(r_5, '6', '+C')

    r_7 = string.replace(r_6, '7', '^z')

    r_8 = string.replace(r_7, '8', '^y')

    r_9 = string.replace(r_7, '9', '^x')

    r_0 = string.replace(r_7, '0', '_')

    print(r_0)

Common mistake, you overlooked a parentheses, you need to close them all.

Code:
ran = str(random.randrange(0, 1000, 1)

should be:

Code:
ran = str(random.randrange(0, 1000, 1))

If you don't close them all python looks at the next line to find it which happened to contain "rep", which is why you didn't know what to fix.

Edit:
Your code still has errors I can't really see what you are trying to do so I can't fix it for you but I can tell you what your doing wrong.

Code:
ran = str(random.randrange(0, 1000, 1)

        rep = string.replace(op1, op2, ran)

        xx = rep

        aa = [xx+xx**2, xx+xx**3, xx+xx**4, xx-xx**2, xx-xx**3, xx-xx**4, xx**2+xx**3, xx**2+xx**4, xx**2-xx**3, xx**2-xx**4, xx**3+xx**4, xx**3-xx**4]

Ok so basically the "**" can't be used with strings because if you think about it a string can't be raised to a power. Logically, 'hi' to the third power means 'hi' * 'hi' * 'hi', which makes no sense, if your looking just to multiply the words, just use "*", the result will be 'hihihi'.

Edit:
Also, you can't use "-" for strings, the only way to concatenate strings is with "+" and "*".

(02-10-2010, 08:22 AM)uber1337 Wrote: [ -> ]Common mistake, you overlooked a parentheses, you need to close them all.

Code:
ran = str(random.randrange(0, 1000, 1)
should be:

Code:
ran = str(random.randrange(0, 1000, 1))
If you don't close them all python looks at the next line to find it which happened to contain "rep", which is why you didn't know what to fix.

Edit:
Your code still has errors I can't really see what you are trying to do so I can't fix it for you but I can tell you what your doing wrong.

Code:
ran = str(random.randrange(0, 1000, 1) rep = string.replace(op1, op2, ran) xx = rep aa = [xx+xx**2, xx+xx**3, xx+xx**4, xx-xx**2, xx-xx**3, xx-xx**4, xx**2+xx**3, xx**2+xx**4, xx**2-xx**3, xx**2-xx**4, xx**3+xx**4, xx**3-xx**4]

Ok so basically the "**" can't be used with strings because if you think about it a string can't be raised to a power. Logically, 'hi' to the third power means 'hi' * 'hi' * 'hi', which makes no sense, if your looking just to multiply the words, just use "*", the result will be 'hihihi'.

Edit:
Also, you can't use "-" for strings, the only way to concatenate strings is with "+" and "*".

Thanks dude! I figured it out already; here is the code that actually works:

Code:
from __future__ import division

import string

import random

import os

while 1 > 0:

    def process(op1, op2):

        ran = random.randrange(0, 1000, 1)

        xx = ran

        aa = [xx+xx**2, xx+xx**3, xx+xx**4, xx-xx**2, xx-xx**3, xx-xx**4, xx**2+xx**3, xx**2+xx**4, xx**2-xx**3, xx**2-xx**4, xx**3+xx**4, xx**3-xx**4]

        start_1 = random.choice(aa)

        ee = start_1/4

        ex = str(ee)

        rr = string.replace(op1, op2, ex)

        return rr

    p = raw_input('>>> ')

    pp = string.join(p)

    os.system('clear')

    n_0 = process(pp, '0')

    n_1 = process(n_0, '1')

    n_2 = process(n_1, '2')

    n_3 = process(n_2, '3')

    n_4 = process(n_3, '4')

    n_5 = process(n_4, '5')

    n_6 = process(n_5, '6')

    n_7 = process(n_6, '7')

    n_8 = process(n_7, '8')

    n_9 = process(n_8, '9')

    a = process(n_9, 'a')    

    A = process(a, 'A')

    b = process(A, 'b')

    B = process(b, 'B')

    c = process(B, 'c')

    C = process(c, 'C')

    d = process(C, 'd')

    D = process(d, 'D')

    e = process(D, 'e')

    E = process(e, 'E')

    f = process(E, 'f')

    F = process(f, 'F')

    g = process(F, 'g')

    G = process(g, 'G')

    h = process(G, 'h')

    H = process(h, 'H')

    i = process(H, 'i')

    I = process(i, 'I')

    j = process(I, 'j')

    J = process(j, 'J')

    k = process(J, 'k')

    K = process(k, 'K')

    l = process(K, 'l')

    L = process(l, 'L')

    m = process(L, 'm')

    M = process(m, 'M')

    n = process(M, 'n')

    N = process(n, 'N')

    o = process(N, 'o')

    O = process(o, 'O')

    p = process(O, 'p')

    P = process(p, 'P')

    q = process(P, 'q')

    Q = process(q, 'Q')

    r = process(Q, 'r')

    R = process(r, 'R')

    s = process(R, 's')

    S = process(s, 'S')

    t = process(S, 't')

    T = process(t, 'T')

    u = process(T, 'u')

    U = process(u, 'U')

    v = process(U, 'v')

    V = process(v, 'V')

    w = process(V, 'w')

    W = process(w, 'W')

    x = process(W, 'x')

    X = process(x, 'X')

    y = process(X, 'y')

    Y = process(y, 'Y')

    z = process(Y, 'z')    

    Z = process(z, 'Z')

    a_ = process(Z, '.')

    a_1 = process(a_, '!')

    a_2 = process(a_1, '?')

    a_3 = process(a_2, ';')

    a_4 = process(a_3, ':')

    a_5 = process(a_4, "'")

    a_6 = process(a_5, '"')

    a_7 = process(a_6, '[')

    a_8 = process(a_7, "]")

    a_9 = process(a_8, '/')

    a_10 = process(a_9, '+')

    a_11 = process(a_10, '-')

    a_12 = process(a_11, ')')

    a_13 = process(a_12, '(')

    a_14 = process(a_13, '\\') 

    r_ = string.replace(a_14, ' ', '$')

    r_0 = string.replace(r_, '-', '>')

    r_01 = string.replace(r_0, '.', '#')

    r_1 = string.replace(r_01, '1', '-Z')

    r_2 = string.replace(r_1, '2', '-Y')

    r_3 = string.replace(r_2, '3', '-X')

    r_4 = string.replace(r_3, '4', '+A')

    r_5 = string.replace(r_4, '5', '+B')

    r_6 = string.replace(r_5, '6', '+C')

    r_7 = string.replace(r_6, '7', '^z')

    r_8 = string.replace(r_7, '8', '^y')

    r_9 = string.replace(r_8, '9', '^x')

    r_0 = string.replace(r_9, '0', '_')

    print('\n'+r_0+'\n')

BTW, +1. You've always been helpful in the area of Python. :p

EDIT: BTW, this is only half of the project I'm doing. I have to make the decryption program now :/ If you want more details, please don't be afraid to ask!! :p

(02-10-2010, 02:52 PM)Аноним Интерфейс Wrote: [ -> ]Thanks dude! I figured it out already; here is the code that actually works:

Code:
from __future__ import division import string import random import os while 1 > 0: def process(op1, op2): ran = random.randrange(0, 1000, 1) xx = ran aa = [xx+xx**2, xx+xx**3, xx+xx**4, xx-xx**2, xx-xx**3, xx-xx**4, xx**2+xx**3, xx**2+xx**4, xx**2-xx**3, xx**2-xx**4, xx**3+xx**4, xx**3-xx**4] start_1 = random.choice(aa) ee = start_1/4 ex = str(ee) rr = string.replace(op1, op2, ex) return rr p = raw_input('>>> ') pp = string.join(p) os.system('clear') n_0 = process(pp, '0') n_1 = process(n_0, '1') n_2 = process(n_1, '2') n_3 = process(n_2, '3') n_4 = process(n_3, '4') n_5 = process(n_4, '5') n_6 = process(n_5, '6') n_7 = process(n_6, '7') n_8 = process(n_7, '8') n_9 = process(n_8, '9') a = process(n_9, 'a') A = process(a, 'A') b = process(A, 'b') B = process(b, 'B') c = process(B, 'c') C = process(c, 'C') d = process(C, 'd') D = process(d, 'D') e = process(D, 'e') E = process(e, 'E') f = process(E, 'f') F = process(f, 'F') g = process(F, 'g') G = process(g, 'G') h = process(G, 'h') H = process(h, 'H') i = process(H, 'i') I = process(i, 'I') j = process(I, 'j') J = process(j, 'J') k = process(J, 'k') K = process(k, 'K') l = process(K, 'l') L = process(l, 'L') m = process(L, 'm') M = process(m, 'M') n = process(M, 'n') N = process(n, 'N') o = process(N, 'o') O = process(o, 'O') p = process(O, 'p') P = process(p, 'P') q = process(P, 'q') Q = process(q, 'Q') r = process(Q, 'r') R = process(r, 'R') s = process(R, 's') S = process(s, 'S') t = process(S, 't') T = process(t, 'T') u = process(T, 'u') U = process(u, 'U') v = process(U, 'v') V = process(v, 'V') w = process(V, 'w') W = process(w, 'W') x = process(W, 'x') X = process(x, 'X') y = process(X, 'y') Y = process(y, 'Y') z = process(Y, 'z') Z = process(z, 'Z') a_ = process(Z, '.') a_1 = process(a_, '!') a_2 = process(a_1, '?') a_3 = process(a_2, ';') a_4 = process(a_3, ':') a_5 = process(a_4, "'") a_6 = process(a_5, '"') a_7 = process(a_6, '[') a_8 = process(a_7, "]") a_9 = process(a_8, '/') a_10 = process(a_9, '+') a_11 = process(a_10, '-') a_12 = process(a_11, ')') a_13 = process(a_12, '(') a_14 = process(a_13, '\\') r_ = string.replace(a_14, ' ', '$') r_0 = string.replace(r_, '-', '>') r_01 = string.replace(r_0, '.', '#') r_1 = string.replace(r_01, '1', '-Z') r_2 = string.replace(r_1, '2', '-Y') r_3 = string.replace(r_2, '3', '-X') r_4 = string.replace(r_3, '4', '+A') r_5 = string.replace(r_4, '5', '+B') r_6 = string.replace(r_5, '6', '+C') r_7 = string.replace(r_6, '7', '^z') r_8 = string.replace(r_7, '8', '^y') r_9 = string.replace(r_8, '9', '^x') r_0 = string.replace(r_9, '0', '_') print('\n'+r_0+'\n')
BTW, +1. You've always been helpful in the area of Python. :p

EDIT: BTW, this is only half of the project I'm doing. I have to make the decryption program now :/ If you want more details, please don't be afraid to ask!! :p

Ahh now I see what your going for, quite a complicated encryption, I never quite had the stomach for those, good luck with the decryptor, and thanks Smile

Btw: If your really into encryption take a look at this

Yep, I'm familiar with those modules; in fact, I've made a program with just those modules:

Code:
#!/usr/bin/python

# -*- coding: utf-8 -*-

import hashlib

import datetime

import base64

import os

import time

#simple massege to demonstrate syntax

os.system('clear')

print('PyHashing, by: Interface')

print('---------------------------------------------------')

time.sleep(2)

print('    Syntax = [TYPE] [STRING] [HEX: Y/N]')

print('')

print('        TYPE       type of encryption needed. Supported: md5 , sha224 , sha256 , sha384 , sha512 , base16 , base32 , base64')

print('')

print('        HEX        whether or not hexidecimal encryption is need or not; otherwise set to default')

print('')

print('        STRING     the specified string to encrypt')

#difining variables

strgz = raw_input('  Type: ')

strgt = raw_input('String: ')

strgh = raw_input('  Hex?: ')

m = 'md5'

s0 = 'sha224'

s1 = 'sha256'

s2 = 'sha384'

s3 = 'sha512'

b0 = 'base16'

b1 = 'base32'

b2 = 'base64'

no = 'n'

yes = 'y'

#user input

(strgz)

(strgt)

(strgh)

#processing of data

if ((strgz) == (s0) and (strgh) == (no)):

    os.system('clear')

    print(datetime.date.today())

    from time import gmtime, strftime

    print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime()))

    print('---------------------------------------------------')

    print(hashlib.sha224(strgt).digest())

    time.sleep(5)

    raw_input('. . .Press Enter')

    os.system('clear')

if ((strgz) == (s1) and (strgh) == (no)):

    os.system('clear')

    print(datetime.date.today())

    from time import gmtime, strftime

    print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime()))

    print('---------------------------------------------------')

    print(hashlib.sha256(strgt).digest())

    time.sleep(5)

    raw_input('. . .Press Enter')

    os.system('clear')

if ((strgz) == (s2) and (strgh) == (no)):

    os.system('clear')

    print(datetime.date.today())

    from time import gmtime, strftime

    print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime()))

    print('---------------------------------------------------')

    print(hashlib.sha384(strgt).digest())

    time.sleep(5)

    raw_input('. . .Press Enter')

    os.system('clear')

if ((strgz) == (s3) and (strgh) == (no)):

    os.system('clear')

    print(datetime.date.today())

    from time import gmtime, strftime

    print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime()))

    print('---------------------------------------------------')

    print(hashlib.sha512(strgt).digest())

    time.sleep(5)

    raw_input('. . .Press Enter')

    os.system('clear')

if ((strgz) == (m) and (strgh) == (no)):

    os.system('clear')

    print(datetime.date.today())

    from time import gmtime, strftime

    print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime()))

    print('---------------------------------------------------')

    print(hashlib.md5(strgt).digest())

    time.sleep(5)

    raw_input('. . .Press Enter')

    os.system('clear')

if ((strgz) == (s0) and (strgh) == (yes)):

    os.system('clear')

    print(datetime.date.today())

    from time import gmtime, strftime

    print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime()))

    print('---------------------------------------------------')

    print(hashlib.sha224(strgt).hexdigest())

    time.sleep(5)

    raw_input('. . .Press Enter')

    os.system('clear')

if ((strgz) == (s1) and (strgh) == (yes)):

    os.system('clear')

    print(datetime.date.today())

    from time import gmtime, strftime

    print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime()))

    print('---------------------------------------------------')

    print(hashlib.sha256(strgt).hexdigest())

    time.sleep(5)

    raw_input('. . .Press Enter')

    os.system('clear')

if ((strgz) == (s2) and (strgh) == (yes)):

    os.system('clear')

    print(datetime.date.today())

    from time import gmtime, strftime

    print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime()))

    print('---------------------------------------------------')

    print(hashlib.sha384(strgt).hexdigest())

    time.sleep(5)

    raw_input('. . .Press Enter')

    os.system('clear')

if ((strgz) == (s3) and (strgh) == (yes)):

    os.system('clear')

    print(datetime.date.today())

    from time import gmtime, strftime

    print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime()))

    print('---------------------------------------------------')

    print(hashlib.sha512(strgt).hexdigest())

    time.sleep(5)

    raw_input('. . .Press Enter')

    os.system('clear')

if ((strgz) == (m) and (strgh) == (yes)):

    os.system('clear')

    print(datetime.date.today())

    from time import gmtime, strftime

    print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime()))

    print('---------------------------------------------------')

    print(hashlib.md5(strgt).hexdigest())

    time.sleep(5)

    raw_input('. . .Press Enter')

    os.system('clear')

if ((strgz) == (b0) and (strgh) == (no)):

    os.system('clear')

    print(datetime.date.today())

    from time import gmtime, strftime

    print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime()))

    print('---------------------------------------------------')

    print(base64.b16encode(strgt))

    time.sleep(5)

    raw_input('. . .Press Enter')

    os.system('clear')

if ((strgz) == (b1) and (strgh) == (no)):

    os.system('clear')

    print(datetime.date.today())

    from time import gmtime, strftime

    print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime()))

    print('---------------------------------------------------')

    print(base64.b32encode(strgt))

    time.sleep(5)

    raw_input('. . .Press Enter')

    os.system('clear')

if ((strgz) == (b2) and (strgh) == (no)):

    os.system('clear')

    print(datetime.date.today())

    from time import gmtime, strftime

    print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime()))

    print('---------------------------------------------------')

    print(base64.b64encode(strgt))

    time.sleep(5)

    raw_input('. . .Press Enter')

    os.system('clear')

if ((strgz) is not (m) and (s0) and (s1) and (s2) and (s3) and (b0) and (b1) and (b2) and (strgh) == ('')):

    os.system('clear')

    print('SYNTAX ERROR!')

(02-10-2010, 03:19 PM)Аноним Интерфейс Wrote: [ -> ]Yep, I'm familiar with those modules; in fact, I've made a program with just those modules:

Code:
#!/usr/bin/python # -*- coding: utf-8 -*- import hashlib import datetime import base64 import os import time #simple massege to demonstrate syntax os.system('clear') print('PyHashing, by: Interface') print('---------------------------------------------------') time.sleep(2) print(' Syntax = [TYPE] [STRING] [HEX: Y/N]') print('') print(' TYPE type of encryption needed. Supported: md5 , sha224 , sha256 , sha384 , sha512 , base16 , base32 , base64') print('') print(' HEX whether or not hexidecimal encryption is need or not; otherwise set to default') print('') print(' STRING the specified string to encrypt') #difining variables strgz = raw_input(' Type: ') strgt = raw_input('String: ') strgh = raw_input(' Hex?: ') m = 'md5' s0 = 'sha224' s1 = 'sha256' s2 = 'sha384' s3 = 'sha512' b0 = 'base16' b1 = 'base32' b2 = 'base64' no = 'n' yes = 'y' #user input (strgz) (strgt) (strgh) #processing of data if ((strgz) == (s0) and (strgh) == (no)): os.system('clear') print(datetime.date.today()) from time import gmtime, strftime print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime())) print('---------------------------------------------------') print(hashlib.sha224(strgt).digest()) time.sleep(5) raw_input('. . .Press Enter') os.system('clear') if ((strgz) == (s1) and (strgh) == (no)): os.system('clear') print(datetime.date.today()) from time import gmtime, strftime print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime())) print('---------------------------------------------------') print(hashlib.sha256(strgt).digest()) time.sleep(5) raw_input('. . .Press Enter') os.system('clear') if ((strgz) == (s2) and (strgh) == (no)): os.system('clear') print(datetime.date.today()) from time import gmtime, strftime print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime())) print('---------------------------------------------------') print(hashlib.sha384(strgt).digest()) time.sleep(5) raw_input('. . .Press Enter') os.system('clear') if ((strgz) == (s3) and (strgh) == (no)): os.system('clear') print(datetime.date.today()) from time import gmtime, strftime print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime())) print('---------------------------------------------------') print(hashlib.sha512(strgt).digest()) time.sleep(5) raw_input('. . .Press Enter') os.system('clear') if ((strgz) == (m) and (strgh) == (no)): os.system('clear') print(datetime.date.today()) from time import gmtime, strftime print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime())) print('---------------------------------------------------') print(hashlib.md5(strgt).digest()) time.sleep(5) raw_input('. . .Press Enter') os.system('clear') if ((strgz) == (s0) and (strgh) == (yes)): os.system('clear') print(datetime.date.today()) from time import gmtime, strftime print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime())) print('---------------------------------------------------') print(hashlib.sha224(strgt).hexdigest()) time.sleep(5) raw_input('. . .Press Enter') os.system('clear') if ((strgz) == (s1) and (strgh) == (yes)): os.system('clear') print(datetime.date.today()) from time import gmtime, strftime print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime())) print('---------------------------------------------------') print(hashlib.sha256(strgt).hexdigest()) time.sleep(5) raw_input('. . .Press Enter') os.system('clear') if ((strgz) == (s2) and (strgh) == (yes)): os.system('clear') print(datetime.date.today()) from time import gmtime, strftime print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime())) print('---------------------------------------------------') print(hashlib.sha384(strgt).hexdigest()) time.sleep(5) raw_input('. . .Press Enter') os.system('clear') if ((strgz) == (s3) and (strgh) == (yes)): os.system('clear') print(datetime.date.today()) from time import gmtime, strftime print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime())) print('---------------------------------------------------') print(hashlib.sha512(strgt).hexdigest()) time.sleep(5) raw_input('. . .Press Enter') os.system('clear') if ((strgz) == (m) and (strgh) == (yes)): os.system('clear') print(datetime.date.today()) from time import gmtime, strftime print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime())) print('---------------------------------------------------') print(hashlib.md5(strgt).hexdigest()) time.sleep(5) raw_input('. . .Press Enter') os.system('clear') if ((strgz) == (b0) and (strgh) == (no)): os.system('clear') print(datetime.date.today()) from time import gmtime, strftime print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime())) print('---------------------------------------------------') print(base64.b16encode(strgt)) time.sleep(5) raw_input('. . .Press Enter') os.system('clear') if ((strgz) == (b1) and (strgh) == (no)): os.system('clear') print(datetime.date.today()) from time import gmtime, strftime print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime())) print('---------------------------------------------------') print(base64.b32encode(strgt)) time.sleep(5) raw_input('. . .Press Enter') os.system('clear') if ((strgz) == (b2) and (strgh) == (no)): os.system('clear') print(datetime.date.today()) from time import gmtime, strftime print(strftime("%a, %d %b %Y %H:%M:%S +0000", gmtime())) print('---------------------------------------------------') print(base64.b64encode(strgt)) time.sleep(5) raw_input('. . .Press Enter') os.system('clear') if ((strgz) is not (m) and (s0) and (s1) and (s2) and (s3) and (b0) and (b1) and (b2) and (strgh) == ('')): os.system('clear') print('SYNTAX ERROR!')

oohh nice

. what is this for:

Code:
#user input

(strgz)

(strgt)

(strgh)

Is that just to be neat? and a lot of unneeded parentheses, I guess it's comes down to coding preferences and readability, but imo I like to keep codes as short as possible, unless I'm sharing with beginners

(02-10-2010, 08:19 PM)uber1337 Wrote: [ -> ]oohh nice . what is this for:

Code:
#user input (strgz) (strgt) (strgh)
Is that just to be neat? and a lot of unneeded parentheses, I guess it's comes down to coding preferences and readability, but imo I like to keep codes as short as possible, unless I'm sharing with beginners

Actually this was my first program! So some of the programming is very redundant. Oui

(02-11-2010, 05:29 AM)Аноним Интерфейс Wrote: [ -> ]Actually this was my first program! So some of the programming is very redundant.

ahh ok. Python is my first language so I have never really done more than I need to. You will get the hang of it after a while.

btw : I just took another quick look at your program, I don't think you can make a decryptor because of:

Code:
start_1 = random.choice(aa)

For example, entering the letter "h" will spit out a different string each time, and if the encryption is different each time, it will be impossible to decrypt.

(02-11-2010, 08:30 AM)uber1337 Wrote: [ -> ]ahh ok. Python is my first language so I have never really done more than I need to. You will get the hang of it after a while.

btw : I just took another quick look at your program, I don't think you can make a decryptor because of:

Code:
start_1 = random.choice(aa)
For example, entering the letter "h" will spit out a different string each time, and if the encryption is different each time, it will be impossible to decrypt.

LOL, I know, that why I'm writing the numbers to a file; and this will be the key file. In the decryption code I will use the keyfile with the numbers in it to reverse the algorithm.

(02-11-2010, 07:28 PM)Аноним Интерфейс Wrote: [ -> ]LOL, I know, that why I'm writing the numbers to a file; and this will be the key file. In the decryption code I will use the keyfile with the numbers in it to reverse the algorithm.

You mean you are writing the random.choice(aa) to a file and that will be the argument for the decryptor? Sorry I'm not to knowledgeable when it comes to decryption/encryption.

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