hash_calculator

# -*- coding: cp1252 -*-

from Crypto.Hash import *
import hashlib
import zlib

def md2(x):
    h = MD2.new()
    h.update(x)
    print "MD2: "+str(h.hexdigest())
def md4(x):
    h = MD4.new()
    h.update(x)
    print "MD4: "+str(h.hexdigest())
def md5(x):
    m=MD5.new()
    m.update(x)
    print "MD5: " +str(m.hexdigest())
def sha1(x):
    m=SHA.new()
    m.update(x)
    print "SHA1 : " +str(m.hexdigest())    
def sha224(x):
    m=SHA224.new()
    m.update(x)
    print "SHA224 : " +str(m.hexdigest())
def sha256(x):
    m=SHA256.new()
    m.update(x)
    print "SHA256 : " +str(m.hexdigest())   
def sha384(x):
    m=SHA384.new()
    m.update(x)
    print "SHA384 : " +str(m.hexdigest())   
def sha512(x):
    m=SHA512.new()
    m.update(x)
    print "SHA512 : " +str(m.hexdigest())
def ripemd160(x):
    m=RIPEMD.new()
    m.update(x)
    print "RIPEMD160: " +str(m.hexdigest())
def crc32b(x):
    h = zlib.crc32(x)
    x='%08X' % (h & 0xffffffff,)
    print "CRC32b: "+x.lower()
def adler32(x):
    h = zlib.adler32(x)
    x='%08X' % (h & 0xffffffff,)
    print "ADLER32: "+x.lower()

def des(x):
    from passlib.hash import des_crypt
    hash = des_crypt.encrypt(x)
    print "DES Crypt: "+hash
def bsdicrypt(x):
    from passlib.hash import bsdi_crypt
    hash = bsdi_crypt.encrypt(x)
    print "BSDi Crypt: "+hash
def bigcrypt(x):
    from passlib.hash import bigcrypt
    hash = bigcrypt.encrypt(x)
    print "BIGCrypt: "+hash
def crypt16(x):
    from passlib.hash import crypt16
    hash = crypt16.encrypt(x)
    print "Crypt16: "+hash
def md5crypt(x):
    from passlib.hash import md5_crypt as mc
    hash = mc.encrypt(x)
    print "MD5 Crypt: "+hash
def sha1crypt(x):
    from passlib.hash import sha1_crypt as mc
    hash = mc.encrypt(x)
    print "SHA-1 Crypt: "+hash
def sha256crypt(x):
    from passlib.hash import sha256_crypt as mc
    hash = mc.encrypt(x)
    print "SHA-256 Crypt: "+hash
def sha512crypt(x):
    from passlib.hash import sha512_crypt as mc
    hash = mc.encrypt(x)
    print "SHA-512 Crypt: "+hash
def sunmd5(x):
    from passlib.hash import sun_md5_crypt as mc
    hash = mc.encrypt(x)
    print "Sun MD5 Crypt: "+hash
def apachemd5crypt(x):
    from passlib.hash import apr_md5_crypt as mc
    hash = mc.encrypt(x)
    print "Apache's MD5 Crypt: "+hash
def phpass(x):
    from passlib.hash import phpass as mc
    hash = mc.encrypt(x)
    print "PHPass Portable Hash: "+hash
def ctapbkdf2sha1(x):
    from passlib.hash import cta_pbkdf2_sha1 as mc
    hash = mc.encrypt(x)
    print "Cryptacular's PBKDF2 Hash: "+hash   
def dlitzpbkdf2sha1(x):
    from passlib.hash import dlitz_pbkdf2_sha1 as mc
    hash = mc.encrypt(x)
    print "Dwayne Litzenberger’s PBKDF2 Hash: "+hash
def apbkdf2sha1(x):
    from passlib.hash import cta_pbkdf2_sha1 as mc
    hash = mc.encrypt(x)
    print "Atlassian’s PBKDF2 Hash: "+hash   
def scram(x):
    from passlib.hash import scram as mc
    hash = mc.encrypt(x)
    print "SCRAM Hash: "+hash 
def bsdnthash(x):
    from passlib.hash import bsd_nthash as mc
    hash = mc.encrypt(x)
    print "FreeBSD  nthash: "+hash 
def mysql323(x):
    from passlib.hash import mysql323
    hash=mysql323.encrypt(x)
    print "MySQL 3.2.3: "+hash
def mysql41(x):
    from passlib.hash import mysql41
    hash=mysql41.encrypt(x)
    print "MySQL 4.1: "+hash
def mssql2000(x):
    from passlib.hash import  mssql2000 as m20
    h = m20.encrypt(x)
    print "MSSQL 2000: "+h
def mssql2005(x):
    from passlib.hash import  mssql2005 as m25
    h = m25.encrypt(x)
    print "MSSQL 2005: "+h
def oracle11(x):
    from passlib.hash import  oracle11 as m25
    h = m25.encrypt(x)
    print "Oracle 11g password Hash: "+h
def lmhash(x):
    from passlib.hash import  lmhash as m25
    h = m25.encrypt(x)
    print "LanManager Hash: "+h
def nthash(x):
    from passlib.hash import  nthash as m25
    h = m25.encrypt(x)
    print "Windows NT-Hash: "+h
def cisco(x):
    from passlib.hash import  cisco_type7 as m25
    h = m25.encrypt(x)
    print "Cisco Type 7 Hash: "+h
def djangopsha1(x):
    from passlib.hash import  django_pbkdf2_sha1  as m25
    h = m25.encrypt(x)
    print "Django PBKDF2-HMAC-SHA1: "+h
def djangopsha256(x):
    from passlib.hash import  django_pbkdf2_sha256  as m25
    h = m25.encrypt(x)
    print "Django PBKDF2-HMAC-SHA256: "+h
def grubpsha512(x):
    from passlib.hash import  grub_pbkdf2_sha512  as m25
    h = m25.encrypt(x)
    print "Grub's PBKDF2 Hash: "+h
def fshp(x):
    from passlib.hash import  fshp  as m25
    h = m25.encrypt(x)
    print "Fairly Secure Hashed Password: "+h
    
def main():
    while(True):
            print """
=======================================
Xenotix Hash Calculator | Ajin Abraham
=======================================
                       """
            x=raw_input("Enter the String:")
            if x=="":
                x=" "
            md2(x)
            md4(x)
            md5(x)
            sha1(x)
            sha224(x)
            sha256(x)
            sha384(x)
            sha512(x)
            ripemd160(x)
            crc32b(x)
            adler32(x)
            des(x)
            bsdicrypt(x)
            bigcrypt(x)
            crypt16(x)
            md5crypt(x)
            sha1crypt(x)
            sha256crypt(x)
            sha512crypt(x)
            sunmd5(x)
            apachemd5crypt(x)
            phpass(x)
            ctapbkdf2sha1(x)
            dlitzpbkdf2sha1(x)
            scram(x)
            bsdnthash(x)
            mysql323(x)
            mysql41(x)
            mssql2000(x)
            mssql2005(x)
            oracle11(x)
            lmhash(x)
            nthash(x)
            cisco(x)
            djangopsha256(x)
            djangopsha1(x)
            grubpsha512(x)
            fshp(x)
            apbkdf2sha1(x)
main()