WHMCS pentesting tool

hi guys wassup today i found a good tool for pentesting WHMCS servers it has many types of payloads and exploits so have fun and happy hacking its made by team of projectx blog
Features:

*GUI

*In .EXE Format

* 10 payloads = 10 directories

* Gets the db_username, db_password, db_license, db_host, db_name, cc_enryption_hash, and templates_compiledir

* Allows the user to use their own directory by putting it after the target link

* Added a song entitled Cowboys From Hell by Pantera (because we love Metal Rock! m/)

Download Link:

http://www.4shared.com/file/6ebvAUgy/ProjectX_WHMCS_Pentesting_Tool.html

oR

http://www.mediafire.com/?3f00r95dodjijdh

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My book on hacking A guide, A representation of todays condition of cyber lif3 of hackers

hi guys wassup i was a skid before but i left that path and went in the search of truth and knowledge. SQL injection is fun but then i realized that thats not true hacking and now i am changed....... Looking at the current condition of skids and new beginners i wrote a small book to start with. it does not contain any article,tutorial,or 0day exploits it contains real life and experiences that are experienced by young hackers it contains inspirational things that will help people a lot. hope you like it. my main motive was to direct young progressing hackers to a path that will lead to a good hacking carrier omg too much philosophy :P but its important too download

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How to become d0x pr00f

hi friends after exams i am free now will write some posts. yesterday i saw 1 one of my friends exposing s3rverexe. and s3rverexe also tried to expose him but failed. so today i will give you some tips on not letting your identities exposed. so first never share any information on forums, dating sites. matrimonial websites, or not even Facebook as now Google indexes its posts and comments. and be aware of adding unknown friend in your real account and never put a connection between your real and fake account. mostly if you are in INDIA you don't need to worry much as there are not any public records. but for countries like USA there are sites which have many information about you by credit-card etc.
Only hiding everything is not fun always. sometimes even misdirection also makes fun.
real life example. i tired to get information about coded32 i googled his name i got his threads and in one thread i saw that he posted his university results then i thought that there was someone of similar profile on facebook. he had chosen a person similar to his behavior,living place(old ), and university. that was a type of misdirection
so you can also try it on others and secure your identity online. this becomes important after passing of CISPA.
stay saFE.

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Introduction to SCADA hacking

hi guys wassup today i will tell you about SCADA hacking some other reosurces 

so first what is SCADA ? its abbreviated as Supervisory Control and Data Acquisition so basically there are lots of hardwares in it ans used in power grids, Dams and many other industires. they use primitive softwares that are easy to exploit. remember Stuxnet that exploited Iran`s windows computer to exploit iran`s nuclear facility which was of Siemens. same way there are lots of companies who make SCADA and for ease of use and to control them from remote places they have internet connection
so basically there are PLC (programmable logic contoller) which are exploited mostly. the I/O cycles are controlled by RISC (Reduced instruction set computing) processor

PLCs use RISC processors to run continuous, cyclical programs and they take time in their I/O cycle to talk to the SCADA unit and receive instructions from the SCADA to modify its instruction sets or operating parameters. SCADA typically operates by evaluating the input data and determine if it is within an allowable set of parameters

1st how to find vulnerable SCADA devices
you must know what an HTTP header does and also that we can know that what software or authentication a server is running. with the use of that we will find vulnerable SCADA devices. A website called Shodanhq does and makes our work easy
from that a specific code(something like dorks) we can get lots of SCADA

2nd exploits
SCADA exploits are hard to get  coz no one shares that sometimes you need to make your own but you can get some from exploit Db or there is are modules by metasploit to exploit some of them are here or here 

RESOURCES
1. shodanhq.com
2. scadahacker.com
3. SCADA dorks list 
4.SCADA security research and tools 

warning SCADA hacking is a very very  dangerous it can get people killed and lot of property damage... and end up in your life in jail for longer time and
this article is for education purposes only

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ROOTCON 6 Philippines premier hacking conference

One of my friends from cebu city (Philippines) is a blogger at theprojectxblog.net and blog.rootcon.org
its a awesome conference for hackers and security professionals registration is not that expensive every body can visit these conference...
the main language of communication will be english
for more visit here =>>https://rootcon.org

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Social engineering- The art of human hacking

you might be confused that why this thing is here right ? social engineering is also a type of hacking with humans. so i thought lets do something new!!


the official portal of social engineering defines it like this.....

Social Engineering (SE) is both incredibly complex and amazingly simple.
What really is social engineering? We define  it as the act of manipulating a person to accomplish goals that may or may not be in the “target’s” best interest. This may include obtaining information, gaining access, or getting the target to take certain action.

Due to the mystery surrounding this dark art many people are afraid of it, or they feel they will never be able to accomplish a successful social engineering test. However, every time you try to get someone to do something that is in your interest, you are engaging in social engineering. From children trying to get a toy from their parents to adults trying to land a job or score the big promotion, all of it is a form of social engineering.

so why i am posting this is because you can try something new and interesting thing and i am also personally interested in this method of hacking. So how you can start Social engineering
it totally depends on your mind power and observation  power . you need to think how humans behave in what type of situation for eg in a bomb blast every body wants safety people think that they are insecure ? so a good social engineer will try to feel people that they are secure like winning trust on people and they think that he cares about US or me, remember social engineering is not like cheating people or frauding them in traps etc.its just for educational knowledge
think of a salesmen or a TV advertisements they are perfect examples of social engineering on people to sell their products,
Wikipedia defines it like this

" it is the act of manipulating people into performing actions or divulging confidential information. While similar to a confidence trick or simple fraud, the term typically applies to trickery or deception for the purpose of information gathering, fraud, or computer system access; in most cases the attacker never comes face-to-face with the victim." Although it has been given a bad name by the plethora of "free pizza", "free coffee", and "how to pick up chicks" sites, aspects social engineering actually touches on many parts of daily life. Many consider social engineering to be the greatest risk to security "

So sometimes it become more easy with Facebook ..HOW??
consider a scenario where a girl is chatting with a boy (a classic example where girl is thought to be SEr)
so from starting if the girl didnt knew the boy in real life then the boy is surely going to do some flirt (for common people) and the girl gets most common and basic details by using some special word etc(you know that)
so what are we talking here
basically what i think SE is like telling some one that hey i am here for you..
mostly strangers need more time than known ones to get SEd,
mostly sometimes its like feeling of commonness for eg a person from india has went to london or america or some where else and some person from india meets him and asks are you indian he says yeah i am indian and nice to meet you and so on...
another example
like someone who meets a guitarist or a singer and says i am also a guitarist or something else so they feel more power-full as they have same type of hobbies
other thing i learned from (Ashish mistry he is a grest SE and IT security specialist )that SEers that they learn your local language to become more closer to you.
if you want to do more research on it then  visit this sites will post more after some time.
and like fingerprinting you should have good background information about victim. and yeah kevin mitnik was considerd one of the best social engineer of his time
1st hope number 6
2nd social-engineer
3rd its about how humans behave and react  2knowmyself

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convert python programs to standalone windows exe file

hi guys wassup i found a interesting thing that i would like to share as a python programmer
the program is py2exe as the name suggests it converts python files to an exe standalone file here is the method

Create your setup script (setup.py)

py2exe extends Distutils with a new "command". If you've installed third party Python modules then there's a good chance you've seen at least one distutils command:

C:\Tutorial>python setup.py install

"install" is a Distutils command that installs something (typically a Python module or package). The details Distutils needs to do that installation are contained in setup.py (and sometimes other associated files).

"py2exe" is a new Distutils command that is added when you import py2exe. To use py2exe you need to create a setup.py file to tell Distutils and py2exe what you want to do. Here's a setup.py whose simplicity is appropriate for our sample program...

     from distutils.core import setup
     import py2exe
    
     setup(console=['hello.py'])

save it as setup.py and hello.py is your python filename 

Notice that this is ordinary Python. Let's go through it line by line...

1. When working with py2exe the only part of Distutils we'll typically need to reference directly is the setup function, so that's all we'll import.
2. Once Distutils is loaded, we need to load py2exe so that it can add its command.
3. Whitespace is good!
4. Call setup and tell it that we want a single console application and the main entry point is "hello.py".

Run your setup script

The next step is to run your setup script. Make sure to give the py2exe command and expect to see lots and lots of output:

C:\Python27> python setup.py py2exe
running py2exe
creating C:\Python27\build
creating C:\Python27\build\bdist.win32
creating C:\Python27\build\bdist.win32\winexe
creating C:\Python27\build\bdist.win32\winexe\collect-2.7
creating C:\Python27\build\bdist.win32\winexe\bundle-2.7
creating C:\Python27\build\bdist.win32\winexe\temp
creating C:\Python27\dist
*** searching for required modules ***
*** parsing results ***
creating python loader for extension 'unicodedata' (C:\Python27\DLLs\unic
creating python loader for extension 'select' (C:\Python27\DLLs\select.py
creating python loader for extension '_socket' (C:\Python27\DLLs\_socket.
creating python loader for extension '_hashlib' (C:\Python27\DLLs\_hashli
creating python loader for extension '_ssl' (C:\Python27\DLLs\_ssl.pyd ->
creating python loader for extension 'bz2' (C:\Python27\DLLs\bz2.pyd -> b
*** finding dlls needed ***
*** create binaries ***
*** byte compile python files ***
byte-compiling C:\Python27\build\bdist.win32\winexe\temp\_hashlib.py to _
byte-compiling C:\Python27\build\bdist.win32\winexe\temp\_socket.py to _s
byte-compiling C:\Python27\build\bdist.win32\winexe\temp\_ssl.py to _ssl.
byte-compiling C:\Python27\build\bdist.win32\winexe\temp\bz2.py to bz2.py
byte-compiling C:\Python27\build\bdist.win32\winexe\temp\select.py to sel
byte-compiling C:\Python27\build\bdist.win32\winexe\temp\unicodedata.py t
byte-compiling C:\Python27\lib\StringIO.py to StringIO.pyc
byte-compiling C:\Python27\lib\UserDict.py to UserDict.pyc
byte-compiling C:\Python27\lib\__future__.py to __future__.pyc
byte-compiling C:\Python27\lib\_abcoll.py to _abcoll.pyc
byte-compiling C:\Python27\lib\_strptime.py to _strptime.pyc
byte-compiling C:\Python27\lib\_threading_local.py to _threading_local.py
byte-compiling C:\Python27\lib\_weakrefset.py to _weakrefset.pyc
byte-compiling C:\Python27\lib\abc.py to abc.pyc
byte-compiling C:\Python27\lib\atexit.py to atexit.pyc
byte-compiling C:\Python27\lib\base64.py to base64.pyc
byte-compiling C:\Python27\lib\bdb.py to bdb.pyc
byte-compiling C:\Python27\lib\bisect.py to bisect.pyc
byte-compiling C:\Python27\lib\calendar.py to calendar.pyc
byte-compiling C:\Python27\lib\cmd.py to cmd.pyc
byte-compiling C:\Python27\lib\codecs.py to codecs.pyc
byte-compiling C:\Python27\lib\collections.py to collections.pyc
byte-compiling C:\Python27\lib\copy.py to copy.pyc
byte-compiling C:\Python27\lib\copy_reg.py to copy_reg.pyc
byte-compiling C:\Python27\lib\difflib.py to difflib.pyc
byte-compiling C:\Python27\lib\dis.py to dis.pyc
byte-compiling C:\Python27\lib\doctest.py to doctest.pyc
byte-compiling C:\Python27\lib\dummy_thread.py to dummy_thread.pyc
byte-compiling C:\Python27\lib\email\__init__.py to email\__init__.pyc
creating C:\Python27\build\bdist.win32\winexe\collect-2.7\email
byte-compiling C:\Python27\lib\email\_parseaddr.py to email\_parseaddr.py
byte-compiling C:\Python27\lib\email\base64mime.py to email\base64mime.py
byte-compiling C:\Python27\lib\email\charset.py to email\charset.pyc
byte-compiling C:\Python27\lib\email\encoders.py to email\encoders.pyc
byte-compiling C:\Python27\lib\email\errors.py to email\errors.pyc
byte-compiling C:\Python27\lib\email\feedparser.py to email\feedparser.py
byte-compiling C:\Python27\lib\email\generator.py to email\generator.pyc
byte-compiling C:\Python27\lib\email\header.py to email\header.pyc
byte-compiling C:\Python27\lib\email\iterators.py to email\iterators.pyc
byte-compiling C:\Python27\lib\email\message.py to email\message.pyc
byte-compiling C:\Python27\lib\email\mime\__init__.py to email\mime\__ini
creating C:\Python27\build\bdist.win32\winexe\collect-2.7\email\mime
byte-compiling C:\Python27\lib\email\parser.py to email\parser.pyc
byte-compiling C:\Python27\lib\email\quoprimime.py to email\quoprimime.py
byte-compiling C:\Python27\lib\email\utils.py to email\utils.pyc
byte-compiling C:\Python27\lib\encodings\__init__.py to encodings\__init_
creating C:\Python27\build\bdist.win32\winexe\collect-2.7\encodings
byte-compiling C:\Python27\lib\encodings\aliases.py to encodings\aliases.
byte-compiling C:\Python27\lib\encodings\ascii.py to encodings\ascii.pyc
byte-compiling C:\Python27\lib\encodings\base64_codec.py to encodings\bas
byte-compiling C:\Python27\lib\encodings\big5.py to encodings\big5.pyc
byte-compiling C:\Python27\lib\encodings\big5hkscs.py to encodings\big5hk
byte-compiling C:\Python27\lib\encodings\bz2_codec.py to encodings\bz2_co
byte-compiling C:\Python27\lib\encodings\charmap.py to encodings\charmap.
byte-compiling C:\Python27\lib\encodings\cp037.py to encodings\cp037.pyc
byte-compiling C:\Python27\lib\encodings\cp1006.py to encodings\cp1006.py
byte-compiling C:\Python27\lib\encodings\cp1026.py to encodings\cp1026.py
byte-compiling C:\Python27\lib\encodings\cp1140.py to encodings\cp1140.py
byte-compiling C:\Python27\lib\encodings\cp1250.py to encodings\cp1250.py
byte-compiling C:\Python27\lib\encodings\cp1251.py to encodings\cp1251.py
byte-compiling C:\Python27\lib\encodings\cp1252.py to encodings\cp1252.py
byte-compiling C:\Python27\lib\encodings\cp1253.py to encodings\cp1253.py
byte-compiling C:\Python27\lib\encodings\cp1254.py to encodings\cp1254.py
byte-compiling C:\Python27\lib\encodings\cp1255.py to encodings\cp1255.py
byte-compiling C:\Python27\lib\encodings\cp1256.py to encodings\cp1256.py
byte-compiling C:\Python27\lib\encodings\cp1257.py to encodings\cp1257.py
byte-compiling C:\Python27\lib\encodings\cp1258.py to encodings\cp1258.py
byte-compiling C:\Python27\lib\encodings\cp424.py to encodings\cp424.pyc
byte-compiling C:\Python27\lib\encodings\cp437.py to encodings\cp437.pyc
byte-compiling C:\Python27\lib\encodings\cp500.py to encodings\cp500.pyc
byte-compiling C:\Python27\lib\encodings\cp720.py to encodings\cp720.pyc
byte-compiling C:\Python27\lib\encodings\cp737.py to encodings\cp737.pyc
byte-compiling C:\Python27\lib\encodings\cp775.py to encodings\cp775.pyc
byte-compiling C:\Python27\lib\encodings\cp850.py to encodings\cp850.pyc
byte-compiling C:\Python27\lib\encodings\cp852.py to encodings\cp852.pyc
byte-compiling C:\Python27\lib\encodings\cp855.py to encodings\cp855.pyc
byte-compiling C:\Python27\lib\encodings\cp856.py to encodings\cp856.pyc
byte-compiling C:\Python27\lib\encodings\cp857.py to encodings\cp857.pyc
byte-compiling C:\Python27\lib\encodings\cp858.py to encodings\cp858.pyc
byte-compiling C:\Python27\lib\encodings\cp860.py to encodings\cp860.pyc
byte-compiling C:\Python27\lib\encodings\cp861.py to encodings\cp861.pyc
byte-compiling C:\Python27\lib\encodings\cp862.py to encodings\cp862.pyc
byte-compiling C:\Python27\lib\encodings\cp863.py to encodings\cp863.pyc
byte-compiling C:\Python27\lib\encodings\cp864.py to encodings\cp864.pyc
byte-compiling C:\Python27\lib\encodings\cp865.py to encodings\cp865.pyc
byte-compiling C:\Python27\lib\encodings\cp866.py to encodings\cp866.pyc
byte-compiling C:\Python27\lib\encodings\cp869.py to encodings\cp869.pyc
byte-compiling C:\Python27\lib\encodings\cp874.py to encodings\cp874.pyc
byte-compiling C:\Python27\lib\encodings\cp875.py to encodings\cp875.pyc
byte-compiling C:\Python27\lib\encodings\cp932.py to encodings\cp932.pyc
byte-compiling C:\Python27\lib\encodings\cp949.py to encodings\cp949.pyc
byte-compiling C:\Python27\lib\encodings\cp950.py to encodings\cp950.pyc
byte-compiling C:\Python27\lib\encodings\euc_jis_2004.py to encodings\euc
byte-compiling C:\Python27\lib\encodings\euc_jisx0213.py to encodings\euc
byte-compiling C:\Python27\lib\encodings\euc_jp.py to encodings\euc_jp.py
byte-compiling C:\Python27\lib\encodings\euc_kr.py to encodings\euc_kr.py
byte-compiling C:\Python27\lib\encodings\gb18030.py to encodings\gb18030.
byte-compiling C:\Python27\lib\encodings\gb2312.py to encodings\gb2312.py
byte-compiling C:\Python27\lib\encodings\gbk.py to encodings\gbk.pyc
byte-compiling C:\Python27\lib\encodings\hex_codec.py to encodings\hex_co
byte-compiling C:\Python27\lib\encodings\hp_roman8.py to encodings\hp_rom
byte-compiling C:\Python27\lib\encodings\hz.py to encodings\hz.pyc
byte-compiling C:\Python27\lib\encodings\idna.py to encodings\idna.pyc
byte-compiling C:\Python27\lib\encodings\iso2022_jp.py to encodings\iso20
byte-compiling C:\Python27\lib\encodings\iso2022_jp_1.py to encodings\iso
byte-compiling C:\Python27\lib\encodings\iso2022_jp_2.py to encodings\iso
byte-compiling C:\Python27\lib\encodings\iso2022_jp_2004.py to encodings\
byte-compiling C:\Python27\lib\encodings\iso2022_jp_3.py to encodings\iso
byte-compiling C:\Python27\lib\encodings\iso2022_jp_ext.py to encodings\i
byte-compiling C:\Python27\lib\encodings\iso2022_kr.py to encodings\iso20
byte-compiling C:\Python27\lib\encodings\iso8859_1.py to encodings\iso885
byte-compiling C:\Python27\lib\encodings\iso8859_10.py to encodings\iso88
byte-compiling C:\Python27\lib\encodings\iso8859_11.py to encodings\iso88
byte-compiling C:\Python27\lib\encodings\iso8859_13.py to encodings\iso88
byte-compiling C:\Python27\lib\encodings\iso8859_14.py to encodings\iso88
byte-compiling C:\Python27\lib\encodings\iso8859_15.py to encodings\iso88
byte-compiling C:\Python27\lib\encodings\iso8859_16.py to encodings\iso88
byte-compiling C:\Python27\lib\encodings\iso8859_2.py to encodings\iso885
byte-compiling C:\Python27\lib\encodings\iso8859_3.py to encodings\iso885
byte-compiling C:\Python27\lib\encodings\iso8859_4.py to encodings\iso885
byte-compiling C:\Python27\lib\encodings\iso8859_5.py to encodings\iso885
byte-compiling C:\Python27\lib\encodings\iso8859_6.py to encodings\iso885
byte-compiling C:\Python27\lib\encodings\iso8859_7.py to encodings\iso885
byte-compiling C:\Python27\lib\encodings\iso8859_8.py to encodings\iso885
byte-compiling C:\Python27\lib\encodings\iso8859_9.py to encodings\iso885
byte-compiling C:\Python27\lib\encodings\johab.py to encodings\johab.pyc
byte-compiling C:\Python27\lib\encodings\koi8_r.py to encodings\koi8_r.py
byte-compiling C:\Python27\lib\encodings\koi8_u.py to encodings\koi8_u.py
byte-compiling C:\Python27\lib\encodings\latin_1.py to encodings\latin_1.
byte-compiling C:\Python27\lib\encodings\mac_arabic.py to encodings\mac_a
byte-compiling C:\Python27\lib\encodings\mac_centeuro.py to encodings\mac
byte-compiling C:\Python27\lib\encodings\mac_croatian.py to encodings\mac
byte-compiling C:\Python27\lib\encodings\mac_cyrillic.py to encodings\mac
byte-compiling C:\Python27\lib\encodings\mac_farsi.py to encodings\mac_fa
byte-compiling C:\Python27\lib\encodings\mac_greek.py to encodings\mac_gr
byte-compiling C:\Python27\lib\encodings\mac_iceland.py to encodings\mac_
byte-compiling C:\Python27\lib\encodings\mac_latin2.py to encodings\mac_l
byte-compiling C:\Python27\lib\encodings\mac_roman.py to encodings\mac_ro
byte-compiling C:\Python27\lib\encodings\mac_romanian.py to encodings\mac
byte-compiling C:\Python27\lib\encodings\mac_turkish.py to encodings\mac_
byte-compiling C:\Python27\lib\encodings\mbcs.py to encodings\mbcs.pyc
byte-compiling C:\Python27\lib\encodings\palmos.py to encodings\palmos.py
byte-compiling C:\Python27\lib\encodings\ptcp154.py to encodings\ptcp154.
byte-compiling C:\Python27\lib\encodings\punycode.py to encodings\punycod
byte-compiling C:\Python27\lib\encodings\quopri_codec.py to encodings\quo
byte-compiling C:\Python27\lib\encodings\raw_unicode_escape.py to encodin
byte-compiling C:\Python27\lib\encodings\rot_13.py to encodings\rot_13.py
byte-compiling C:\Python27\lib\encodings\shift_jis.py to encodings\shift_
byte-compiling C:\Python27\lib\encodings\shift_jis_2004.py to encodings\s
byte-compiling C:\Python27\lib\encodings\shift_jisx0213.py to encodings\s
byte-compiling C:\Python27\lib\encodings\string_escape.py to encodings\st
byte-compiling C:\Python27\lib\encodings\tis_620.py to encodings\tis_620.
byte-compiling C:\Python27\lib\encodings\undefined.py to encodings\undefi
byte-compiling C:\Python27\lib\encodings\unicode_escape.py to encodings\u
byte-compiling C:\Python27\lib\encodings\unicode_internal.py to encodings
byte-compiling C:\Python27\lib\encodings\utf_16.py to encodings\utf_16.py
byte-compiling C:\Python27\lib\encodings\utf_16_be.py to encodings\utf_16
byte-compiling C:\Python27\lib\encodings\utf_16_le.py to encodings\utf_16
byte-compiling C:\Python27\lib\encodings\utf_32.py to encodings\utf_32.py
byte-compiling C:\Python27\lib\encodings\utf_32_be.py to encodings\utf_32
byte-compiling C:\Python27\lib\encodings\utf_32_le.py to encodings\utf_32
byte-compiling C:\Python27\lib\encodings\utf_7.py to encodings\utf_7.pyc
byte-compiling C:\Python27\lib\encodings\utf_8.py to encodings\utf_8.pyc
byte-compiling C:\Python27\lib\encodings\utf_8_sig.py to encodings\utf_8_
byte-compiling C:\Python27\lib\encodings\uu_codec.py to encodings\uu_code
byte-compiling C:\Python27\lib\encodings\zlib_codec.py to encodings\zlib_
byte-compiling C:\Python27\lib\fnmatch.py to fnmatch.pyc
byte-compiling C:\Python27\lib\ftplib.py to ftplib.pyc
byte-compiling C:\Python27\lib\functools.py to functools.pyc
byte-compiling C:\Python27\lib\genericpath.py to genericpath.pyc
byte-compiling C:\Python27\lib\getopt.py to getopt.pyc
byte-compiling C:\Python27\lib\getpass.py to getpass.pyc
byte-compiling C:\Python27\lib\gettext.py to gettext.pyc
byte-compiling C:\Python27\lib\hashlib.py to hashlib.pyc
byte-compiling C:\Python27\lib\heapq.py to heapq.pyc
byte-compiling C:\Python27\lib\httplib.py to httplib.pyc
byte-compiling C:\Python27\lib\inspect.py to inspect.pyc
byte-compiling C:\Python27\lib\keyword.py to keyword.pyc
byte-compiling C:\Python27\lib\linecache.py to linecache.pyc
byte-compiling C:\Python27\lib\locale.py to locale.pyc
byte-compiling C:\Python27\lib\logging\__init__.py to logging\__init__.py
creating C:\Python27\build\bdist.win32\winexe\collect-2.7\logging
byte-compiling C:\Python27\lib\mimetools.py to mimetools.pyc
byte-compiling C:\Python27\lib\mimetypes.py to mimetypes.pyc
byte-compiling C:\Python27\lib\ntpath.py to ntpath.pyc
byte-compiling C:\Python27\lib\nturl2path.py to nturl2path.pyc
byte-compiling C:\Python27\lib\opcode.py to opcode.pyc
byte-compiling C:\Python27\lib\optparse.py to optparse.pyc
byte-compiling C:\Python27\lib\os.py to os.pyc
byte-compiling C:\Python27\lib\os2emxpath.py to os2emxpath.pyc
byte-compiling C:\Python27\lib\pdb.py to pdb.pyc
byte-compiling C:\Python27\lib\pickle.py to pickle.pyc
byte-compiling C:\Python27\lib\posixpath.py to posixpath.pyc
byte-compiling C:\Python27\lib\pprint.py to pprint.pyc
byte-compiling C:\Python27\lib\quopri.py to quopri.pyc
byte-compiling C:\Python27\lib\random.py to random.pyc
byte-compiling C:\Python27\lib\re.py to re.pyc
byte-compiling C:\Python27\lib\repr.py to repr.pyc
byte-compiling C:\Python27\lib\rfc822.py to rfc822.pyc
byte-compiling C:\Python27\lib\shlex.py to shlex.pyc
byte-compiling C:\Python27\lib\socket.py to socket.pyc
byte-compiling C:\Python27\lib\sre.py to sre.pyc
byte-compiling C:\Python27\lib\sre_compile.py to sre_compile.pyc
byte-compiling C:\Python27\lib\sre_constants.py to sre_constants.pyc
byte-compiling C:\Python27\lib\sre_parse.py to sre_parse.pyc
byte-compiling C:\Python27\lib\ssl.py to ssl.pyc
byte-compiling C:\Python27\lib\stat.py to stat.pyc
byte-compiling C:\Python27\lib\string.py to string.pyc
byte-compiling C:\Python27\lib\stringprep.py to stringprep.pyc
byte-compiling C:\Python27\lib\struct.py to struct.pyc
byte-compiling C:\Python27\lib\subprocess.py to subprocess.pyc
byte-compiling C:\Python27\lib\tempfile.py to tempfile.pyc
byte-compiling C:\Python27\lib\textwrap.py to textwrap.pyc
byte-compiling C:\Python27\lib\threading.py to threading.pyc
byte-compiling C:\Python27\lib\token.py to token.pyc
byte-compiling C:\Python27\lib\tokenize.py to tokenize.pyc
byte-compiling C:\Python27\lib\traceback.py to traceback.pyc
byte-compiling C:\Python27\lib\types.py to types.pyc
byte-compiling C:\Python27\lib\unittest\__init__.py to unittest\__init__.
creating C:\Python27\build\bdist.win32\winexe\collect-2.7\unittest
byte-compiling C:\Python27\lib\unittest\case.py to unittest\case.pyc
byte-compiling C:\Python27\lib\unittest\loader.py to unittest\loader.pyc
byte-compiling C:\Python27\lib\unittest\main.py to unittest\main.pyc
byte-compiling C:\Python27\lib\unittest\result.py to unittest\result.pyc
byte-compiling C:\Python27\lib\unittest\runner.py to unittest\runner.pyc
byte-compiling C:\Python27\lib\unittest\signals.py to unittest\signals.py
byte-compiling C:\Python27\lib\unittest\suite.py to unittest\suite.pyc
byte-compiling C:\Python27\lib\unittest\util.py to unittest\util.pyc
byte-compiling C:\Python27\lib\urllib.py to urllib.pyc
byte-compiling C:\Python27\lib\urlparse.py to urlparse.pyc
byte-compiling C:\Python27\lib\uu.py to uu.pyc
byte-compiling C:\Python27\lib\warnings.py to warnings.pyc
byte-compiling C:\Python27\lib\weakref.py to weakref.pyc
*** copy extensions ***
copying C:\Python27\DLLs\_hashlib.pyd -> C:\Python27\dist
copying C:\Python27\DLLs\_socket.pyd -> C:\Python27\dist
copying C:\Python27\DLLs\_ssl.pyd -> C:\Python27\dist
copying C:\Python27\DLLs\bz2.pyd -> C:\Python27\dist
copying C:\Python27\DLLs\select.pyd -> C:\Python27\dist
copying C:\Python27\DLLs\unicodedata.pyd -> C:\Python27\dist
*** copy dlls ***
copying C:\Python27\w9xpopen.exe -> C:\Python27\dist
copying C:\WINDOWS\system32\python27.dll -> C:\Python27\dist
setting sys.winver for 'C:\Python27\dist\python27.dll' to 'py2exe'
copying C:\Python27\lib\site-packages\py2exe\run.exe -> C:\Python27\dist\
The following modules appear to be missing
['_scproxy']

*** binary dependencies ***
Your executable(s) also depend on these dlls which are not included,
you may or may not need to distribute them.

Make sure you have the license if you distribute any of them, and
make sure you don't distribute files belonging to the operating system.

   WS2_32.dll - C:\WINDOWS\system32\WS2_32.dll
   SHELL32.dll - C:\WINDOWS\system32\SHELL32.dll
   USER32.dll - C:\WINDOWS\system32\USER32.dll
   ADVAPI32.dll - C:\WINDOWS\system32\ADVAPI32.dll
   KERNEL32.dll - C:\WINDOWS\system32\KERNEL32.dll
C:\Tutorial>

Two directories will be created when you run your setup script, build and dist. The build directory is used as working space while your application is being packaged. It is safe to delete the build directory after your setup script has finished running. The files in the dist directory are the ones needed to run your application.

Test your executable

Now that the package has been created it is ready to test: (the exe file will be in dist folder)

C:\Tutorial>cd dist

C:\Tutorial\dist>hello.exe
Hello World

Excellent, it works!!!

Providing the Microsoft Visual C runtime DLL

The Python interpreter was compiled using Microsoft Visual C, so your new program needs the Microsoft Visual C runtime DLL to run. If you have installed appropriate versions of Python or Visual Studio, then you will already have this DLL on your computer. If some of your users might not already have this DLL, then they will not be able to run your program. The methods you may use to solve this depend on the version of Python you are using:

 Python 2.4 or 2.5

If you are using Python 2.4 or 2.5, then the DLL you need is called MSVCR71.dll. This DLL will probably already have been included in your dist directory, in which case you need do nothing more.

However, the copyright on this file is owned by Microsoft, and you need to check whether you have the legal right to redistribute it. If you have a copy of Visual Studio, check the file redist.txt provided within the installation to see whether you have redistribution rights for this DLL. Generally you have the right to redistribute it if you own a license for Microsoft Visual C++, but not if you use the Express Editions.

If you do not have the rights to redistribute MSVCR71.dll, then your users must install it for themselves, using the Microsoft Visual C++ 2005 Redistributable Package (vcredist_x86.exe).

Either you can instruct your users to download and run this themselves, or you could create an installer for your application (see Step 6 below), that includes vcredist_x86.exe (which is itself redistributable by anyone), and then run that as part of your application installation.

 Python 2.6, 2.7, 3.0, 3.1

For Python 2.6, the DLL you need is called MSVCR90.dll. Py2exe is not able to automatically include this DLL in your dist directory, so you must provide it yourself.

To complicate things, there is more than one version of this DLL in existance, each with the same filename. You need the same version that the Python interpreter was compiled with, which is version 9.0.21022.8. Through the remainder of these instructions, hover your mouse over the dll file (or the vcredist_x86.exe installer executable) to confirm which version you've got. You'll need the vcredist_x86.exe that contains the Microsoft Visual C++ 2008 Redistributable Package published 29-11-2007, so not the VS2008 SP1 one (tested with Python 2.7.1).

As for older versions of Python, you need to check redist.txt within your Visual Studio installation to see whether you have the legal right to redistribute this DLL. If you do have these rights, then you have the option to bundle the C runtime DLL with you application. If you don't have the rights, then you must have your users run the redistributable C runtime installer on their machines.

 Bundling the C runtime DLL

If you do have the rights to redistribute MSVCR90.dll, there should be a copy of it in your Visual Studio install, under VC\redist\x86\Microsoft.VC90.CRT. Since Visual Studio 2008, you can't just copy this DLL file - you also need the manifest file that you'll find there. The redist.txt file states that you must distribute all three dlls and the unmodified manifest file and it is a violation of the license agreement to distribute only one of the dlls without the others (though py2exe only needs MSVCR90.dll.) The pertinent passage from the redist.txt file is as follows:

• "For your convenience, we have provided the following folders for use when redistributing VC++ runtime files. Subject to the license terms for the software, you may redistribute the folder (unmodified) in the application local folder as a sub-folder with no change to the folder name. You may also redistribute all the files (*.dll and *.manifest) within a folder, listed below the folder for your convenience, as an entire set."

You must make py2exe copy the three dlls and the manifest file into your project's dist directory, in a subdirectory called 'Microsoft.VC90.CRT'. To achieve this, add a data_files option to your project's setup.py:

  from glob import glob
  data_files = [("Microsoft.VC90.CRT", glob(r'C:\Program Files\Microsoft Visual Studio 9.0\VC\redist\x86\Microsoft.VC90.CRT\*.*'))]
  setup(
    data_files=data_files,
    etc
  )

With this in place, running py2exe should put the files into your dist directory:

  dist
  |
  +-Microsoft.VC90.CRT
  | |
  | +-Microsoft.VC90.CRT.manifest
  | +-msvcm90.dll
  | +-msvcp90.dll
  | +-msvcr90.dll
  |
  |-etc

Now, simply copying the whole dist directory to your users machines should now allow your application to run, even on machines that don't have their own copy of the C++ runtime.

Note that this method of including the C runtime is used by several Visual C++ applications - if you search your Program Files folder for msvcr90.dll, you may find several applications that have this DLL and the associated manifest bundled alongside their executable like this.

Also note that despite all the above, py2exe will complain that it cannot find MSVCP90.dll. You must edit your setup.py to add the path to the dlls to the sys.path, e.g.

    sys.path.append("C:\\Program Files\\Microsoft Visual Studio 9.0\\VC\\redist\\x86\\Microsoft.VC90.CRT")

win32ui special case

win32ui needs MFC DLLs to run .exe, see Py2exeAndWin32ui for extra informations

Running the redistributable C runtime installer

If you don't have rights to redistribute MSVCR90.dll, then your users may install it on their machine by running the Microsoft Visual C++ 2008 Redistributable Package (vcredist_x86.exe). It is important not to use the SP1 version of this installer, which contains the wrong version of MSVCR90.dll.

Either you can instruct  users to download and run this themselves, or you could create an installer for your application , that includes vcredist_x86.exe (which is itself redistributable by anyone), and then run that as part of your application installation.

The installer puts a copy of the DLLs in the directory C:\WINDOWS\WinSxS (XP), inside subdirectories with mangled names. The manifest file is in the 'Manifests' subdirectory, again this will have a mangled filename. You can still discern the text 'Microsoft.VC90.CRT' and '9.0.21022.8' within the mangled file and directory names, to find the files. It is possible to take a copy of these files and remove the filename mangling, to embed them in your application as described in 5.2.1.

6. Build an installer if applicable

py2exe is not an installer builder - it merely assembles the files needed to run your Python program. There are plenty of good installer builders out there including some that are open source (e.g., NSIS) and some that are free (e.g., Inno Setup).

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python program to get facebook users data

hi guys  after 3 days of python learning i wrote my first prgram which downloads a users info (public one) using graph API its very useful API

It can be accessed like this 

Users: https://graph.facebook.com/btaylor (Bret Taylor)

Pages: https://graph.facebook.com/cocacola (Coca-Cola page)

Events: https://graph.facebook.com/251906384206 (Facebook Developer Garage Austin)

Groups: https://graph.facebook.com/195466193802264 (Facebook Developers group)

Applications: https://graph.facebook.com/2439131959 (the Graffiti app)

Status messages: https://graph.facebook.com/367501354973 (A status message from Bret)

Photos: https://graph.facebook.com/98423808305 (A photo from the Coca-Cola page)

Photo albums: https://graph.facebook.com/99394368305 (Coca-Cola's wall photos)

Profile pictures: https://graph.facebook.com/Rjcrystal.ica/picture (your profile picture)

Videos: https://graph.facebook.com/817129783203 (A Facebook tech talk on Graph API)

Notes: https://graph.facebook.com/122788341354 (Note announcing Facebook for iPhone 3.0)

Checkins: https://graph.facebook.com/414866888308 (Check-in at a pizzeria)

so just we need to put a ID after 

code

# -*- coding: utf-8 -*-
# Python
print                                             "##########################################"
print                                             "#  coded by Rjcrystal                                                 #"
print                                             "#  technomaina.blogspot.com                                     #"
print                                             "#  licensed under creative commons 2.5                      #"
print                                             "#  feedback:rjcrystal@gmail.com,                               #"
print                                             "# put group,page,profile ID                                        #"
print                                             "##########################################"

from urllib import urlopen
s = raw_input('put ID,name,etc-->')
print urlopen("http://graph.facebook.com/" + s).read()

so the problem with this is i am getting the result in 1 line only
and it adds extra' \' with every '/' but this is a great sucess for me :)
this will ask for a input just put your ID or anything to this and you will get all of its public INFO
have fun
:D

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Netsniff-NG High Performance Sniffer 0.5.6

netsniff-ng is a free, performant Linux networking toolkit. The gain of performance is reached by zero-copy mechanisms, so that on packet reception and transmission the kernel does not need to copy packets from kernel space to user space and vice versa. For this purpose, the netsniff-ng toolkit is libpcap independent, but neverthelesssupports the pcap file format for capturing, replaying and performing offline-analysis of pcap dumps. Furthermore, we are focussing on building a robust and clean analyzer and utilities that complete netsniff-ng asa support for network development, debugging or network reconnaissance. The netsniff-ng toolkit consists of the following utilities: *. netsniff-ng , a zero-copy analyzer, pcap capturer and replayer *. trafgen , a high-performance zero-copynetwork traffic generator *. bpfc , a Berkeley Packet Filter compiler supporting Linux extensions *. ifpps , a top-like kernel networking and system statistics tool *. flowtop , a top-like netfilter connection tracking tool *. curvetun , a lightweight multiuser IPtunnel based on elliptic curve cryptography *. ashunt , an Autonomous System (AS) trace route and ISP testing utility (Note: libpcap starting from 1.0.0 now also supports zero-copy, but for capturing only! netsniff-ng's pcap files can also be opened with tools like Wireshark , and vice versa!) download Git repository: git clone git://github.com/gnumaniacs/netsniff-ng.git Git web: http://src.netsniff-ng.org/

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SQLMap Gui - Automatic SQL injection and database takeover tool

This is a awesome sqlmap python gui made by xcedz.To make it work get andinstall python 2.7 and download the last version of sqlMap-dev
svn checkout https://svn.sqlmap.org/sqlmap/trunk/sqlmapsqlMap-dev
after doing that download the gui scriptfrom :
http://code.google.com/p/gui-for-sqlmap/downloads/list
sqlmap is an open source penetration testing tool that automates the process of detecting and exploiting SQL injection flaws and taking over of database servers. It comes with a powerful detection engine, many niche features for the ultimate penetration tester and a broad range of switches lasting from database fingerprinting, over data fetching from the database, toaccessing the underlying file system andexecuting commands on the operating system via out-of-band connections.
And here is Another Windows GUI forsqlmap written in C#
you have to enter the database parameters, select the table and column that you want to enumerate and press Exploit. SQL Map GUI will do the rest!
Honestly I recommend you python version because works better!
(Via the projectx blog official dev=>http://security-sh3ll.blogspot.com/)
p.s >this was not made by me

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