Once you have created regular user accounts, the default Administrator account vanishes from the Welcome screen, which you see when the computer starts up. Press Ctrl-Alt-Delete twice at the Welcome screen to retrieve the standard logon dialog. You can log on as Administrator from here. To switch among accounts, just click the Log Off button on the Start menu. You'll then see the Log Off Windows dialog box. Click the Switch User button, and you'll be taken to the Welcome screen where you can select and log on to other accounts.
1.) run your telnet program: on windows , go to START -> RUN -> "TELNET". on linux , you should open a shell , and write telnet. 2.) then connect (on windows "connect" , on linux "open") some anonymous server , if don't have any then search for one , if you are too lame then email me now! i'll give you in the minute! note: you should connect the server mail program (port "25")! 3.) now , write the following :
mail from:[**YOUR FRIEND'S ISP WEBMASTER**] rcpt to:[**YOUR FRIEND'S EMAIL ADRESS**] data Hi there [YOUR FRIEND'S NAME] , this is [NAME OF YOUR FRIEND'S ISP] support team , lately , our server had some problems with the connection and the user-password files were destroyed , a backup was then released , and it was ok. but yesterday we found out that it is not an updated version of the file , so , it will start charging you for a larger amount of money for each our you use! - - - - - - - - - - - - - - To correct the problem , we have made
... Read more »
How to hack Windows XP Admin Passwords the easy way
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. -----------------------------------------------------------------------------... Read more »
The Recovery Console The Windows XP Recovery Console is a tool that allows recovery from a number of failures. Previously, all you could do was boot another copy of Windows XP and hack your way around, replacing files, even registry components, in the blind hope that you would somehow fix the problem. With Windows XP, you have two tools to use: the Recovery Console and the Safe Mode feature. The Recovery Console is a powerful, simple (no, that's not an oxymoron!) feature that is supplied with Windows XP, but it is not installed by default. The Windows XP Safe Mode works in the same manner as the Safe Mode found in other versions of Windows. You can modify a number of system settings using Safe Mode (such as video modes). Installing the Recovery Console after the system has failed is quite like locking the barn door after the horse has been stolen—it really won't work that well.
Installing the Recovery Console The Recovery Console must be installed before disa
... Read more »
At first, many people would answer saying that DOS has no future. It has seen
it's heyday and now it's up to high-resolution GUI's (Graphic User-Interfaces
- e.g. Windows 95) to lead the operating system pack. But let's not be too quick
to dismiss it. There are many reasons why DOS is an essential part of many of
today's finest systems.
Talk to mainstream computer industry "specialists" and they'd have
you believe that there is no longer any place for it. Why? Because they don't
understand the special speed and performance requirements unique to systems
other than "supercomputers with neuro-networking". I'm talking about
the many hundreds of thousands of users that depend on older systems to support
their businesses. Low-tech industries rely heavily on computers with old versions
of DOS installed on them. The average "business person" here doesn't
need anything better than a 486SX with 8MB of RAM t
... Read more »
In May 1982, Microsoft released MS-DOS v1.1 to IBM, for the IBM PC. It supported
320KB double-sided floppy disk drives. Microsoft also released MS-DOS v1.25,
similar to v1.1 but for IBM-compatible computers.
In March 1983, MS-DOS v2.0 for PCs is announced. It was written from scratch,
supporting 10 MB hard drives, a tree-structured file system, and 360 KB floppy
disks. October saw IBM introducing PC-DOS v2.1 with the IBM PCjr.
In March 1984, Microsoft released MS-DOS v2.1 for the IBM PCjr. Microsoft released
MS-DOS v2.11 a short time later. It included enhancements to better allow conversion
into different languages and date formats. In August, Microsoft released MS-DOS
v3.0 for PCs. It added support for 1.2MB floppy disks, and bigger (than 10 MB)
hard disks. In November, Microsoft released MS-DOS v3.1, adding support for
Microsoft networks.
In January 1986, Microsoft released MS-DOS v3.2. It
... Read more »
About a decade ago, standard memory configurations were 256KB, 512KB or 640KB
on computers. This memory was often looked at in segments of 65536 bytes or
64KB. The user is allocated 10 segments, or 640KB and the system is allocated
the remaining 6, or 384KB. The original designers of the 8088, decided that
no one would ever possibly need more than 1MB of memory (yeah, right!). So they
built the machine so that it couldn't access above 1 MB. To access the whole
MEG, 20 bits are needed. This allows a total of 220 combinations of bits, that
is 1048576 (= 1024*1024 or 1 MB) different numbers, each of which represents
an address of a single byte of data. The problem was that the registers only
had 16 bits, and if they used two registers, that would be 32 bits, which was
way too much (they thought). So they came up with a rather brilliant (not!)
way to do their addressing - they would use two registers. They de
... Read more »
When a computer is turned on an Operating System must be loaded into the computer's
memory before the user can begin using it. IBM compatible machines use an operating
system called MS-DOS. MS stands for "MicroSoft" (a trade name), while
DOS stands for "Disk Operating System", which tells us that it's original
purpose was to provide an interface between a computer and its disk drives.
Technically, DOS is a high-level interface between an application program and
the computer.
DOS has been extended further, allowing programs to handle the likes of simple
memory management, disk operations, assorted system tasks (e.g. date/time),
user input commands and managing input/output (i/o) devices (i.e. it provides
operating instructions for the computer to manage both hardware and software).
Versions 3.1 and up also provide basic networking functions.
Beyond this, DOS provides the user with the important
... Read more »
What is Overclocking?
Overclocking is a cool way of making your CPU, video card (monitor card), 3D accelerator
and some other kinds of hardware run faster and give better performance for free!
(Intel's worst nightmare! MWHAHAHAHAHA!!!)
During this tutorial I will teach you how to overclock your CPU, but you can use
this information to overclock other kinds of hardware on your PC.
Now, your CPU speed is based on two factors - your BUS(2) speed and your clock
speed (mine is 1 second per second... just kidding. I don't mean a standard clock,
like one you can tell time out of. Read on and you'll understand).
Example: The BUS speed on older computers (let's take a Pentium I 166MHZ(3) as
an example) is about 66MHZ. 166, the CPU speed, divided by 66, the BUS speed,
gives you about 2.5, meaning your clock speed is about 2.5.
Simple, huh? BUS speed X clock speed = CPU speed.
Before we start getting into the installation you should have already looked
inside your computer for what type of memory your computer support. If you have
2 or more white slots open means you need 72 pin SIMMS memory. SIMMS must be
put
in pairs. DIMM on the other hand can go in by itself, so it doesnt need a pair.
Clear a space on a desk or table and unplug your computer and carry the case
where it is well lighted. Remove the screws holding the out shell of your case,
and remove ou
... Read more »
