Wordlist generator, creates dictionaries of words
Project description
Wordlist
Build Status Coverage Status Requirements Status
Generates all possible permutations of a given charset.
Developed by Alex Pellegrini.
Code and performance optimisation by Daniele Bonadiman.
Installing:
$ pip install wordlist
Usage:
There are two ways to use wordlist (command line, python)
Command-line
Generate all the possible words with a given charset:
$ wordlist [charset]
Generate all the possible words with length within a given interval (e.g. from 2 to 5):
$ wordlist [charset] -m 2 -M 5
Generate following a given pattern:
$ wordlist [charset] @@q@@er@t@y
Save a list to file:
$ wordlist [charset] -o list.txt
or:
$ wordlist [charset] > list.txt
Python
Generate all the possible words with length within a given interval (e.g. from 2 to 5):
import wordlist
generator = wordlist.Generator('charset')
for each in generator.generate(2, 5):
print(each)
Generate following a given pattern:
import wordlist
generator = wordlist.Generator('charset')
for each in generator.generate_with_pattern('@@q@@er@t@y'):
print(each)
[charset]
There are to ways to pass the charset to the script:
A simple list of characters
$ wordlist abcxyz987
A list of ranges following the simple regex (\w-\w)
$ wordlist a-z0-9A-Z
Pattern
The pattern should be like:
@@q@@er@t@y
The script will replace every @ symbol with every letter in the charset so as to get every possible permutation. Every other symbol will be a fixed character present in every string. In this example, every generated string will contain a q at the 3rd position an e at the 6th and so on.
Contributing
$ git clone https://github.com/rexos/wordlist.git
$ cd wordlist
$ pip install -r requirements.txt
$ nosetests
And open a pull request!
Build Status Coverage Status Requirements Status
Generates all possible permutations of a given charset.
Developed by Alex Pellegrini.
Code and performance optimisation by Daniele Bonadiman.
Installing:
$ pip install wordlist
Usage:
There are two ways to use wordlist (command line, python)
Command-line
Generate all the possible words with a given charset:
$ wordlist [charset]
Generate all the possible words with length within a given interval (e.g. from 2 to 5):
$ wordlist [charset] -m 2 -M 5
Generate following a given pattern:
$ wordlist [charset] @@q@@er@t@y
Save a list to file:
$ wordlist [charset] -o list.txt
or:
$ wordlist [charset] > list.txt
Python
Generate all the possible words with length within a given interval (e.g. from 2 to 5):
import wordlist
generator = wordlist.Generator('charset')
for each in generator.generate(2, 5):
print(each)
Generate following a given pattern:
import wordlist
generator = wordlist.Generator('charset')
for each in generator.generate_with_pattern('@@q@@er@t@y'):
print(each)
[charset]
There are to ways to pass the charset to the script:
A simple list of characters
$ wordlist abcxyz987
A list of ranges following the simple regex (\w-\w)
$ wordlist a-z0-9A-Z
Pattern
The pattern should be like:
@@q@@er@t@y
The script will replace every @ symbol with every letter in the charset so as to get every possible permutation. Every other symbol will be a fixed character present in every string. In this example, every generated string will contain a q at the 3rd position an e at the 6th and so on.
Contributing
$ git clone https://github.com/rexos/wordlist.git
$ cd wordlist
$ pip install -r requirements.txt
$ nosetests
And open a pull request!
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