Bush Hid the Facts/This App Can Break
This is one of the most popular notepad tricks because of its mysterious nature. In order to get an idea as to what this trick does, just follow the steps given below:
- Open Notepad.
- Type “BUSH HID THE FACTS” or “this app can break” (without quotes).
- Save that file with any name and close it.
- Open It Again to see the magic.
Freeup or clean RAM using Notepad
Open Notepad
Type:
FreeMem=Space(64000000)
save it as “CleanRAM.vbs” on desktop
Note: Type the name of file along with inverted commas
Run the file and your RAM may be free.
Of course you can edit the code in the file for a greater “cleaning-progress”.
For example:
Of course you can edit the code in the file for a greater “cleaning-progress”.
For example:
FreeMem=Space(1280000000)
FreeMem=Space(2560000000)
FreeMem=Space(5120000000)
FreeMem=Space(10240000000)
Notepad Trick to Open notepad continuously
This simple computer prank consists of a code below that will drive your friend crazy as it opens notepad continuously.
When you type the below code and rename it as *.bat it take the above showed icon shape.
To Open Notepad continuously in your friend’s computer:
When you type the below code and rename it as *.bat it take the above showed icon shape.
To Open Notepad continuously in your friend’s computer:
Type the code in notepad as :
@ECHO off
:top
START %SystemRoot%\system32\notepad.exe
GOTO top
@ECHO off
:top
START %SystemRoot%\system32\notepad.exe
GOTO top
Save it as “notepad.BAT” and send it.
Note: If you want to try it, then go ahead and when you built this file double click to open it. But beware it slows your system and you will be left with no other option than to restart, as this script opens 100’s of notepad window. So, If you want to try this than save all your work and then run this file.
Hidden drives
Want to hide drives with sensitive material on them from prying eyes? You can prevent any or all disk drives from being displayed in My Computer and Explorer.
It takes some Registry tweaks, which can be tricky. Check instructions at www.WE-Compute.com/registry.html if you are new to Registry editing.
In the Registry navigate to HKEY__USER\Software\Microsoft\Windows\CurrentVersion\Policies\Explorer. Right-click on Explorer and choose New and DWORD value. In the pane on the right, rename the new value NoDrives and double-click on it to open the Edit DWORD Value box. Click the Decimal option to select it, instead of the Hexidecimal option.
Now for the complicated part. To hide a drive or drives, a number that corresponds to the drive(s) must be entered. Enter the value listed below for the drive. If multiple drives are to be hidden, add the numbers for those drives together. For example, hiding drives D and E requires a value of 24, because you are adding the value for D (8) to the value for E (16), which equals 24.
Convert Any Document or Web Page to PDF
Somebody just told you that you need to have Adobe Acrobat (Writer) to create a PDF file? Guess what, you can get away from that pricey piece of software if you just need to convert some documents to pdf, without a need of fancy editing the pdf document.Here's how. Thanks to the BullZip, who provides a Free Pdf printer. With this free tool, you can simply "print out" your document or webpage to a pdf file, just about the same way as you print it out to a printer.
You can visit BullZip.com for more information about the software.
Here the direct link to BullZip downloads page: Downloads
- To get started, first follow the link above and download Free Pdf Printer from BullZip, then install it to your computer.
- Once you're done, you might need to close the program (or the web browser) which you're currently viewing the document. This helps refreshing the list of available printers on your computer.
- Once you get back to the document you want to convert, perform the same steps are you print out the document, i.e. File > Print ...
- When you see the Print window pop-up, select "Bullzip PDF Printer" under "Printers", then click "OK".
- BullZip PDF Printer will then start to analyze your document and display a new pop-up window, where you can direct it to the location you want to save the pdf file.
- Follow the pop-up windows and.. hola! The PDF document is created!
1. To speed up your windows or to increase RAM virtually,
Right click on My Computer
>> Properties
>> Advanced
>> Performance - Settings
>> Advanced
>> Virtual Memory - Change
Keep the initial size same as recommended and maximum size double of it then restart your system.
It will improve speed of windows and you can play some games which require higher RAM.
2.To Minimise all the application and running windows press the "Windows + M " key together.
3. >> Make More privacy in Your System
3. >> Make More privacy in Your System
1> Make a Folder in C drive rename it as "abc" without quotes.
2>. Now open Command Prompt from Start Menu.
3>. Type "attrib +s +h C:\abc" without quotes and press enter.
4>. This command will Make your folder invisble and it can not be seen even in hidden files and folders
5>. To make it visible again type "attrib -s -h C:\abc"
4. How to Bypass BIOS Passwords
BIOS passwords can add an extra layer of security for desktop and laptop computers. They are used to either prevent a user from changing the BIOS settings or to prevent the PC from booting without a password. Unfortunately, BIOS passwords can also be a liability if a user forgets their password, or changes the password to intentionally lock out the corporate IT department. Sending the unit back to the manufacturer to have the BIOS reset can be expensive and is usually not covered in the warranty. Never fear, all is not lost. There are a few known backdoors and other tricks of the trade that can be used to bypass or reset the BIOS
DISCLAIMER
This article is intended for IT Professionals and systems administrators with experience servicing computer hardware. It is not intended for home users, hackers, or computer thieves attempting to crack the password on a stolen PC. Please do not attempt any of these procedures if you are unfamiliar with computer hardware, and please use this information responsibly. LabMice.net is not responsible for the use or misuse of this material, including loss of data, damage to hardware, or personal injury.
Before attempting to bypass the BIOS password on a computer, please take a minute to contact the hardware manufacturer support staff directly and ask for their recommended methods of bypassing the BIOS security. In the event the manufacturer cannot (or will not) help you, there are a number of methods that can be used to bypass or reset the BIOS password yourself. They include:
Using a manufacturers backdoor password to access the BIOS
Use password cracking software
Reset the CMOS using the jumpers or solder beads.
Removing the CMOS battery for at least 10 minutes
Overloading the keyboard buffer
Using a professional service
Please remember that most BIOS passwords do not protect the hard drive, so if you need to recover the data, simply remove the hard drive and install it in an identical system, or configure it as a slave drive in an existing system. The exception to this are laptops, especially IBM Thinkpads, which silently lock the hard drive if the supervisor password is enabled. If the supervisor password is reset without resetting the and hard drive as well, you will be unable to access the data on the drive.
--------------------------------------------------------------------------------
Backdoor passwords
Many BIOS manufacturers have provided backdoor passwords that can be used to access the BIOS setup in the event you have lost your password. These passwords are case sensitive, so you may wish to try a variety of combinations. Keep in mind that the key associated to "_" in the US keyboard corresponds to "?" in some European keyboards. Laptops typically have better BIOS security than desktop systems, and we are not aware of any backdoor passwords that will work with name brand laptops.
WARNING: Some BIOS configurations will lock you out of the system completely if you type in an incorrect password more than 3 times. Read your manufacturers documentation for the BIOS setting before you begin typing in passwords
Award BIOS backdoor passwords:
ALFAROME ALLy aLLy aLLY ALLY aPAf _award AWARD_SW AWARD?SW AWARD SW AWARD PW AWKWARD awkward BIOSTAR CONCAT CONDO Condo d8on djonet HLT J64 J256 J262 j332 j322 KDD Lkwpeter LKWPETER PINT pint SER SKY_FOX SYXZ syxz shift + syxz TTPTHA ZAAADA ZBAAACA ZJAAADC 01322222
589589 589721 595595 598598
AMI BIOS backdoor passwords:
AMI AAAMMMIII BIOS PASSWORD HEWITT RAND AMI?SW AMI_SW LKWPETER A.M.I. CONDO
PHOENIX BIOS backdoor passwords:
phoenix, PHOENIX, CMOS, BIOS
MISC. COMMON PASSWORDS
ALFAROME BIOSTAR biostar biosstar CMOS cmos LKWPETER lkwpeter setup SETUP Syxz Wodj
OTHER BIOS PASSWORDS BY MANUFACTURER
Manufacturer Password
VOBIS & IBM merlin
Dell Dell
Biostar Biostar
Compaq Compaq
Enox xo11nE
Epox central
Freetech Posterie
IWill iwill
Jetway spooml
Packard Bell bell9
QDI QDI
Siemens SKY_FOX
TMC BIGO
Toshiba Toshiba
TOSHIBA BIOS
Most Toshiba laptops and some desktop systems will bypass the BIOS password if the left shift key is held down during boot
IBM APTIVA BIOS
Press both mouse buttons repeatedly during the boot
--------------------------------------------------------------------------------
Password cracking software
The following software can be used to either crack or reset the BIOS on many chipsets. If your PC is locked with a BIOS administrator password that will not allow access to the floppy drive, these utilities may not work. Also, since these utilities do not come from the manufacturer, use them cautiously and at your own risk.
Cmos password recovery tools 3.1
!BIOS (get the how-to article)
RemPass
KILLCMOS
--------------------------------------------------------------------------------
Using the Motherboard "Clear CMOS" Jumper or Dipswitch settings
Many motherboards feature a set of jumpers or dipswitches that will clear the CMOS and wipe all of the custom settings including BIOS passwords. The locations of these jumpers / dipswitches will vary depending on the motherboard manufacturer and ideally you should always refer to the motherboard or computer manufacturers documentation. If the documentation is unavailable, the jumpers/dipswitches can sometimes be found along the edge of the motherboard, next to the CMOS battery, or near the processor. Some manufacturers may label the jumper / dipswitch CLEAR - CLEAR CMOS - CLR - CLRPWD - PASSWD - PASSWORD - PWD. On laptop computers, the dipswitches are usually found under the keyboard or within a compartment at the bottom of the laptop.
Please remember to unplug your PC and use a grounding strip before reaching into your PC and touching the motherboard. Once you locate and rest the jumper switches, turn the computer on and check if the password has been cleared. If it has, turn the computer off and return the jumpers or dipswitches to its original position.
--------------------------------------------------------------------------------
Removing the CMOS Battery
The CMOS settings on most systems are buffered by a small battery that is attached to the motherboard. (It looks like a small watch battery). If you unplug the PC and remove the battery for 10-15 minutes, the CMOS may reset itself and the password should be blank. (Along with any other machine specific settings, so be sure you are familiar with manually reconfiguring the BIOS settings before you do this.) Some manufacturers backup the power to the CMOS chipset by using a capacitor, so if your first attempt fails, leave the battery out (with the system unplugged) for at least 24 hours. Some batteries are actually soldered onto the motherboard making this task more difficult. Unsoldering the battery incorrectly may damage your motherboard and other components, so please don't attempt this if you are inexperienced. Another option may be to remove the CMOS chip from the motherboard for a period of time.
Note: Removing the battery to reset the CMOS will not work for all PC's, and almost all of the newer laptops store their BIOS passwords in a manner which does not require continuous power, so removing the CMOS battery may not work at all. IBM Thinkpad laptops lock the hard drive as well as the BIOS when the supervisor password is set. If you reset the BIOS password, but cannot reset the hard drive password, you may not be able to access the drive and it will remain locked, even if you place it in a new laptop. IBM Thinkpads have special jumper switches on the motherboard, and these should be used to reset the system.
--------------------------------------------------------------------------------
Overloading the KeyBoard Buffer
On some older computer systems, you can force the CMOS to enter its setup screen on boot by overloading the keyboard buffer. This can be done by booting with the keyboard or mouse unattached to the systems, or on some systems by hitting the ESC key over 100 times in rapid succession.
--------------------------------------------------------------------------------
Jumping the Solder Beads on the CMOS
It is also possible to reset the CMOS by connecting or "jumping" specific solder beads on the chipset. There are too many chipsets to do a breakdown of which points to jump on individual chipsets, and the location of these solder beads can vary by manufacturer, so please check your computer and motherboard documentation for details. This technique is not recommended for the inexperienced and should be only be used as a "last ditch" effort.
--------------------------------------------------------------------------------
Using a professional service
If the manufacturer of the laptop or desktop PC can't or won't reset the BIOS password, you still have the option of using a professional service. Password Crackers, Inc., offers a variety of services for desktop and laptop computers for between $100 and $400. For most of these services, you'll need to provide some type of legitimate proof of ownership. This may be difficult if you've acquired the computer second hand or from an online auction.
5. How Linux boots ????
As it turns out, there isn't much to the boot process:
1. A boot loader finds the kernel image on the disk, loads it into memory, and starts it.
2. The kernel initializes the devices and its drivers.
3. The kernel mounts the root filesystem.
4. The kernel starts a program called init.
5. init sets the rest of the processes in motion.
6. The last processes that init starts as part of the boot sequence allow you to log in.
Identifying each stage of the boot process is invaluable in fixing boot problems and understanding the system as a whole. To start, zero in on the boot loader, which is the initial screen or prompt you get after the computer does its power-on self-test, asking which operating system to run. After you make a choice, the boot loader runs the Linux kernel, handing control of the system to the kernel.
There is a detailed discussion of the kernel elsewhere in this book from which this article is excerpted. This article covers the kernel initialization stage, the stage when the kernel prints a bunch of messages about the hardware present on the system. The kernel starts init just after it displays a message proclaiming that the kernel has mounted the root filesystem:
VFS: Mounted root (ext2 filesystem) readonly.
Soon after, you will see a message about init starting, followed by system service startup messages, and finally you get a login prompt of some sort.
NOTE On Red Hat Linux, the init note is especially obvious, because it "welcomes" you to "Red Hat Linux." All messages thereafter show success or failure in brackets at the right-hand side of the screen.
Most of this chapter deals with init, because it is the part of the boot sequence where you have the most control.
init
There is nothing special about init. It is a program just like any other on the Linux system, and you'll find it in /sbin along with other system binaries. The main purpose of init is to start and stop other programs in a particular sequence. All you have to know is how this sequence works.
There are a few different variations, but most Linux distributions use the System V style discussed here. Some distributions use a simpler version that resembles the BSD init, but you are unlikely to encounter this.
Runlevels
At any given time on a Linux system, a certain base set of processes is running. This state of the machine is called its runlevel, and it is denoted with a number from 0 through 6. The system spends most of its time in a single runlevel. However, when you shut the machine down, init switches to a different runlevel in order to terminate the system services in an orderly fashion and to tell the kernel to stop. Yet another runlevel is for single-user mode, discussed later.
The easiest way to get a handle on runlevels is to examine the init configuration file, /etc/inittab. Look for a line like the following:
id:5:initdefault:
This line means that the default runlevel on the system is 5. All lines in the inittab file take this form, with four fields separated by colons occurring in the following order:
# A unique identifier (a short string, such as id in the preceding example)
# The applicable runlevel number(s)
# The action that init should take (in the preceding example, the action is to set the default runlevel to 5)
# A command to execute (optional)
There is no command to execute in the preceding initdefault example because a command doesn't make sense in the context of setting the default runlevel. Look a little further down in inittab, until you see a line like this:
l5:5:wait:/etc/rc.d/rc 5
This line triggers most of the system configuration and services through the rc*.d and init.d directories. You can see that init is set to execute a command called /etc/rc.d/rc 5 when in runlevel 5. The wait action tells when and how init runs the command: run rc 5 once when entering runlevel 5, and then wait for this command to finish before doing anything else.
There are several different actions in addition to initdefault and wait, especially pertaining to power management, and the inittab(5) manual page tells you all about them. The ones that you're most likely to encounter are explained in the following sections.
respawn
The respawn action causes init to run the command that follows, and if the command finishes executing, to run it again. You're likely to see something similar to this line in your inittab file:
1:2345:respawn:/sbin/mingetty tty1
The getty programs provide login prompts. The preceding line is for the first virtual console (/dev/tty1), the one you see when you press ALT-F1 or CONTROL-ALT-F1. The respawn action brings the login prompt back after you log out.
ctrlaltdel
The ctrlaltdel action controls what the system does when you press CONTROL-ALT-DELETE on a virtual console. On most systems, this is some sort of reboot command using the shutdown command.
sysinit
The sysinit action is the very first thing that init should run when it starts up, before entering any runlevels.
How processes in runlevels start
You are now ready to learn how init starts the system services, just before it lets you log in. Recall this inittab line from earlier:
l5:5:wait:/etc/rc.d/rc 5
This small line triggers many other programs. rc stands for run commands, and you will hear people refer to the commands as scripts, programs, or services. So, where are these commands, anyway?
For runlevel 5, in this example, the commands are probably either in /etc/rc.d/rc5.d or /etc/rc5.d. Runlevel 1 uses rc1.d, runlevel 2 uses rc2.d, and so on. You might find the following items in the rc5.d directory:
S10sysklogd S20ppp S99gpm
S12kerneld S25netstd_nfs S99httpd
S15netstd_init S30netstd_misc S99rmnologin
S18netbase S45pcmcia S99sshd
S20acct S89atd
S20logoutd S89cron
The rc 5 command starts programs in this runlevel directory by running the following commands:
S10sysklogd start
S12kerneld start
S15netstd_init start
S18netbase start
...
S99sshd start
Notice the start argument in each command. The S in a command name means that the command should run in start mode, and the number (00 through 99) determines where in the sequence rc starts the command.
The rc*.d commands are usually shell scripts that start programs in /sbin or /usr/sbin. Normally, you can figure out what one of the commands actually does by looking at the script with less or another pager program.
You can start one of these services by hand. For example, if you want to start the httpd Web server program manually, run S99httpd start. Similarly, if you ever need to kill one of the services when the machine is on, you can run the command in the rc*.d directory with the stop argument (S99httpd stop, for instance).
Some rc*.d directories contain commands that start with K (for "kill," or stop mode). In this case, rc runs the command with the stop argument instead of start. You are most likely to encounter K commands in runlevels that shut the system down.
Adding and removing services
If you want to add, delete, or modify services in the rc*.d directories, you need to take a closer look at the files inside. A long listing reveals a structure like this:
lrwxrwxrwx . . . S10sysklogd -> ../init.d/sysklogd
lrwxrwxrwx . . . S12kerneld -> ../init.d/kerneld
lrwxrwxrwx . . . S15netstd_init -> ../init.d/netstd_init
lrwxrwxrwx . . . S18netbase -> ../init.d/netbase
...
The commands in an rc*.d directory are actually symbolic links to files in an init.d directory, usually in /etc or /etc/rc.d. Linux distributions contain these links so that they can use the same startup scripts for all runlevels. This convention is by no means a requirement, but it often makes organization a little easier.
To prevent one of the commands in the init.d directory from running in a particular runlevel, you might think of removing the symbolic link in the appropriate rc*.d directory. This does work, but if you make a mistake and ever need to put the link back in place, you might have trouble remembering the exact name of the link. Therefore, you shouldn't remove links in the rc*.d directories, but rather, add an underscore (_) to the beginning of the link name like this:
mv S99httpd _S99httpd
At boot time, rc ignores _S99httpd because it doesn't start with S or K. Furthermore, the original name is still obvious, and you have quick access to the command if you're in a pinch and need to start it by hand.
To add a service, you must create a script like the others in the init.d directory and then make a symbolic link in the correct rc*.d directory. The easiest way to write a script is to examine the scripts already in init.d, make a copy of one that you understand, and modify the copy.
When adding a service, make sure that you choose an appropriate place in the boot sequence to start the service. If the service starts too soon, it may not work, due to a dependency on some other service. For non-essential services, most systems administrators prefer numbers in the 90s, after most of the services that came with the system.
Linux distributions usually come with a command to enable and disable services in the rc*.d directories. For example, in Debian, the command is update-rc.d, and in Red Hat Linux, the command is chkconfig. Graphical user interfaces are also available. Using these programs helps keep the startup directories consistent and helps with upgrades.
HINT: One of the most common Linux installation problems is an improperly configured XFree86 server that flicks on and off, making the system unusable on console. To stop this behavior, boot into single-user mode and alter your runlevel or runlevel services. Look for something containing xdm, gdm, or kdm in your rc*.d directories, or your /etc/inittab.
Controlling init
Occasionally, you need to give init a little kick to tell it to switch runlevels, to re-read the inittab file, or just to shut down the system. Because init is always the first process on a system, its process ID is always 1.
You can control init with telinit. For example, if you want to switch to runlevel 3, use this command:
telinit 3
When switching runlevels, init tries to kill off any processes that aren't in the inittab file for the new runlevel. Therefore, you should be careful about changing runlevels.
When you need to add or remove respawning jobs or make any other change to the inittab file, you must tell init about the change and cause it to re-read the file. Some people use kill -HUP 1 to tell init to do this. This traditional method works on most versions of Unix, as long as you type it correctly. However, you can also run this telinit command:
telinit q
You can also use telinit s to switch to single-user mode.
Shutting down
init also controls how the system shuts down and reboots. The proper way to shut down a Linux machine is to use the shutdown command.
There are two basic ways to use shutdown. If you halt the system, it shuts the machine down and keeps it down. To make the machine halt immediately, use this command:
shutdown -h now
On most modern machines with reasonably recent versions of Linux, a halt cuts the power to the machine. You can also reboot the machine. For a reboot, use -r instead of -h.
The shutdown process takes several seconds. You should never reset or power off a machine during this stage.
In the preceding example, now is the time to shut down. This argument is mandatory, but there are many ways of specifying it. If you want the machine to go down sometime in the future, one way is to use +n, where n is the number of minutes shutdown should wait before doing its work. For other options, look at the shutdown(8) manual page.
To make the system reboot in 10 minutes, run this command:
shutdown -r +10
On Linux, shutdown notifies anyone logged on that the machine is going down, but it does little real work. If you specify a time other than now, shutdown creates a file called /etc/nologin. When this file is present, the system prohibits logins by anyone except the superuser.
When system shutdown time finally arrives, shutdown tells init to switch to runlevel 0 for a halt and runlevel 6 for a reboot. When init enters runlevel 0 or 6, all of the following takes place, which you can verify by looking at the scripts inside rc0.d and rc6.d:
1. init kills every process that it can (as it would when switching to any other runlevel).
# The initial rc0.d/rc6.d commands run, locking system files into place and making other preparations for shutdown.
# The next rc0.d/rc6.d commands unmount all filesystems other than the root.
# Further rc0.d/rc6.d commands remount the root filesystem read-only.
# Still more rc0.d/rc6.d commands write all buffered data out to the filesystem with the sync program.
# The final rc0.d/rc6.d commands tell the kernel to reboot or stop with the reboot, halt, or poweroff program.
The reboot and halt programs behave differently for each runlevel, potentially causing confusion. By default, these programs call shutdown with the -r or -h options, but if the system is already at the halt or reboot runlevel, the programs tell the kernel to shut itself off immediately. If you really want to shut your machine down in a hurry (disregarding any possible damage from a disorderly shutdown), use the -f option.
Unauthorised Access UK 0636-708063 10pm-7am 12oo/24oo
HOW TO DIAL OUT ON A UNIX SYSTEM.
This document makes the assumption that you are currently logged on to the
system and are sitting in a shell environment.
1. First of all we need to locate the L-devices file.
It should be found in the /usr/lib/uucp directory,
but in case it isn't typing:
find / -name L-devices -print
will show you where it is.
If you can't find it then don't worry as we can get
around it, only it will take a bit of trial and error.
2. If you found the L-devices file then we need to list
it by typing:
cat L-devices
If it runs off the screen then type:
cat L-devices | more
This will page the output - space displays the next
page and return will show the next line while q quits.
This file shows us to which serial line (port) the
modems (ACU's) are connected, it also shows when they
can be called and the baud rate.
We are interested in the serial line and the baud rate.
Choose a line with your desired speed and make a note of
the serial line. The speed is shown as 2400,1200,300 etc.
and the serial line as ttynn where nn is a number.
3. If you couldn't find/list the L-devices file then type:
who am i
This will show which serial line you are on, and as you
are on a modem then it's a fair bet that the others are
not too far away. e.g. If you are on line tty07 then
there's a good chance of a modem being on tty06,tty08 or
thereabouts.
4. Now we need to make a direct connection to the modem by
typing:
cu -sbaud -l/dev/ttynn dir
where baud and ttynn are your desired speed and serial
line respectively.
If you couldn't find/list the L-devices file then this is
where the trial and error I told you about comes in.
When you get it right it should come up with 'Connected'.
5. Now we are talking directly to the modem. As a precaution
at this point I suggest saving the modem's current config
by typing:
AT&W
Don't worry if you can't see what you are typing as it is
probably in quiet mode with echo off.
Now restore the factory default settings by typing:
AT&F
Now you can set up the modem as you require it, just as
you would with your own and use it as normal.
When you have finished type:
ATZ
to restore the modem back to it's initial state, then
type:
~.
It should come up 'Disconnected' and you should now be
back in your shell.
-------------------------------
It is probably best to try and log on to a RACE system on an 0800 number
as then it won't cost you a penny to call your favourite BBS's.
If you have any problems or need any UNIX information then send mail to
me on HackerNet and I'll see what I can do for you.
Wishing you all many, many, happy hours of hacking - THE ANALYST.
Downloaded From P-80 International Information Systems 304-744-2253
7. HOw to find serial keys in gooogle..?????
ok, this is a little trick that i usually use to find cd keys with google.
if your looking for a serial number for nero (for example) goto google.com and type nero 94FBR and it'll bring it up
this works great in google
HOW DOES THIS WORK?
Quite simple really. 94FBR is part of a Office 2000 Pro cd key that is widely distributed as it bypasses the activation requirements of Office 2K Pro. By searching for the product name and 94fbr, you guarantee two things.
1)The pages that are returned are pages dealing specifically with the product you're wantinga serial for.
2)Because 94FBR is part of a serial number, and only part of a serial number, you guarantee that any page being returned is a serial number list page.
I hope this trick help you finding your ccd keys easily
Enjoy :)
