In IDLE and Python version 3.3.2, I try and call the python module like so:
hash2 = crypt(word, salt)
I import it at the top of my program like so:
from crypt import *
The result I get is the following:
Traceback (most recent call last):
File "C:\none\of\your\business\adams.py", line 10, in <module>
from crypt import *
File "C:\Python33\lib\crypt.py", line 3, in <module>
import _crypt
ImportError: No module named '_crypt'
However, when I execute the same file adams.py
in Ubuntu, with Python 2.7.3, it executes perfectly - no errors.
I tried the following to resolve the issue for my Windows & Python 3.3.2 (though I'm sure the OS isn't the issue, the Python version or my use of syntax is the issue):
Python33
directory from Lib
to lib
crypt.py
in lib
to _crypt.py
. However, it turns out the entire crypt.py
module depends on an external module called _crypt.py
too._crypt.py
It's not Python, right? It's me...(?) I'm using syntaxes to import and use external modules that are acceptable in 2.7.3, but not in 3.3.2. Or have I found a bug in 3.3.2?
Right-click (or press and hold) a file or folder and select Properties. Select the Advanced button and select the Encrypt contents to secure data check box. Select OK to close the Advanced Attributes window, select Apply, and then select OK.
The crypt module defines the list of hashing methods (not all methods are available on all platforms): crypt. METHOD_SHA512. A Modular Crypt Format method with 16 character salt and 86 character hash based on the SHA-512 hash function. This is the strongest method.
A better approach would be to use the python passlib module which generates compatible crypt hashes of linux passwords (I assume that's what you most probably want). I've verified this by using Kickstart files by injecting the generated hashed password value in rootpw and user attributes. The functions you need are:
from passlib.hash import md5_crypt as md5
from passlib.hash import sha256_crypt as sha256
from passlib.hash import sha512_crypt as sha512
md5_passwd = md5.encrypt(passwd, rounds=5000, implicit_rounds=True)
sha256_passwd = sha256.encrypt(passwd, rounds=5000, implicit_rounds=True)
sha512_passwd = sha512.encrypt(passwd, rounds=5000, implicit_rounds=True)
The first parameter is self-explanatory.
The second & third parameter have to do with specification compliance and are required to generate linux compatible password hashes***
(see: Passlib: SHA256 spec, format & algorithm)
***NOTE: Tested with SHA512 but I see no reason why it shouldn't work with SHA256 or MD5.
I assume that is because crypt
is a Unix Specific Service.
Right at the top of the docs for crypt
:
34.5. crypt — Function to check Unix passwords
Platforms: Unix
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