JnuSimba

#!/usr/bin/env perl

use strict;
use warnings;

sub file_contains ($$);

my $version;
for my $file (map glob, qw{ *.lua lib/*.lua lib/*/*.lua lib/*/*/*.lua lib/*/*/*/*.lua lib/*/*/*/*/*.lua }) {
    # Check the sanity of each .lua file

JnuSimba

<?php
include './htmLawed.php';
$m1=array("'","\""," ","");
$m2=array("","","\"","'","<","","","","","","","","");
$mag=array("'","\""," ","</div>","/*","*/","\\","\\\"","\\\'",";",":","<",">","=","<div","\r\n","","&#","/","*","expression(","w:expression(alert(9));","style=w:expression(alert(9));","");
for($i=0;$i<10000;$i++)
{
$fname = "tc\\hush".$i.".html";
$fp = fopen($fname, "a");
$mtotran = "";

JnuSimba

#/usr/bin/env python3.4  
#Analyse the /etc/auth.log files to get  
#   1) how many failed login trials  
#   2) how many succeeded login trials  
#   3) how many IP's where the login trials comes from and what they are  
#   4) how many invalid usernames are tested and what they are  
#  
#   usage:  
#       analyse <filename>  
#   note: - for standard input stream  

JnuSimba

<?php
/**
 * PHP 富文本XSS过滤类
 *
 * @package XssHtml
 * @version 1.0.0 
 * @link http://phith0n.github.io/XssHtml
 * @since 20140621
 * @copyright (c) Phithon All Rights Reserved
 *

JnuSimba

/* 
[] Shellcode Generator null byte free. [] 
[] Author: certaindeath            [] 
[] Site: certaindeath.netii.net (at the moment under construction)   [] 
[] This program generates a shellcode which uses the stack to store the command (and its arguments).   [] 
[] Afterwords it executes the command with the system call "execve". [] 
[] The code is a bit knotty, so if you want to understand how it works, I've added an example of assembly at the end.   [] 
*/  
#include <stdio.h>  
#include <stdlib.h>  

JnuSimba

#!/usr/bin/perl -w

use Getopt::Long;
use Tie::File;

my $version=2014102301;
print "\t\t\tWeb log forensics\n";
print "\t\t\tby Xti9er\n";

$|=1;

JnuSimba

#Author:D4Vinci

def ip2long(ip):
      ip = ip.split("/")[0].split(":")[0]
      p = ip.split(".")
      return str( ( ( ( ( int(p[0]) * 256 + int(p[1]) ) * 256 ) + int(p[2]) ) * 256 ) + int(p[3]))
              #p[0] + "." + str( ( ( ( int( p[1] ) * 256 + int( p[2] ) ) * 256 ) + int( p[3] ) ) * 256 ),
              #p[0] + "." + p[1] +  str( ( int( p[2] ) *256 ) + int( p[3] ) )

def ip2hex(ip):

JnuSimba

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

from termcolor import colored
import time
import MySQLdb
import pymongo
import socket
import ftplib
import optparse
from termcolor import colored

JnuSimba

<# 
                                           Spect
   #              #      # # #     #       # # #
    #            #        #       # #     #
     #     #    #        #       #   #   #
      #	 #  #  #        #       #     # #   
     	#     #       # # #    #       # 
	 
 beta version
 Author : A-mIn3

JnuSimba

#Program Name :- Windows Auditor Based on CIS Benchmark 
#Program Name :- Windows Auditor Based on CIS Benchmark 
#Benchmark File used :- CIS_Microsoft_Windows_Server_2012_Benchmark_v1.0.0
#Author : Kaustubh Padwad
#copyright : copyright (c) 2015 Kaustubh Padwad
#Licnse :- Gnu-GPL-3
Set-ExecutionPolicy -ExecutionPolicy restricted -force
echo "1 Checks for Computer Configuration"
echo "1.1 Security Settings"
echo "1.1.1 Account Policies" > audit.txt