If you have an old Windows-compatible PC lying around, it's a fun exercise to set it up as a web server.  It's also not too difficult if you have a guide such as this one to hand, and it doesn't matter if the PC is pretty old. Even something with 64 MB of RAM and an 8 GB hard disk is plenty.
If you're undertaking such an exercise, a server-oriented version of Linux is a good choice.  Why server-oriented?  Because the added GUI desktop is totally unnecessary.  Why not Windows?  Because, unless you have a spare copy of Windows Server around, you’ll be limited in the number of simultaneous connections your server can support (Windows XP Home and Professional are deliberately crippled in this respect). And Windows doesn’t run very well on old hardware anyway.
The only thing you need to check is that your computer has a built-in Ethernet connector. If its networking capability comes via a USB or PCMCIA plug-in adaptor, chances are that it won't work without you getting involved in some substantial fiddling.
I'm going to use Ubuntu Server 7.10 for this project.  It’s ideally suited to the task, and it (and all the other components we’ll be installing) is available totally free of charge.  So if you fancy giving it a go, here’s what you need to do.
Our Goal
Once you have followed this document, you’ll have a working Web server onto which users can safely and securely upload files via ftp. You’ll also have Webmin installed, for remote admin functionality, plus Webalizer for generating web usage stats. Plus, you’ll be able to host PHP/MySQL sites too.
Note that commands you need to type are in a bold courier typeface like this.
By the way, if this is the first time you’ve done anything like this (which it probably is, hence needing this document) you are strongly advised to keep your new web server within the confines of your own LAN and use it purely for your own education and experimentation. Assuming your new server is connected to the internet via a broadband router, it won’t be accessible by the world in general unless you change your firewall settings in order to allow incoming connections on port 80. And frankly, that’s the way it should stay! If you want to host real live web sites, leave it to the professionals.
First Install the OS
Get hold of a Ubuntu Server 7.10 CD, which you can download from http://releases.ubuntu.com/7.10/ubuntu-7.10-server-i386.iso. Yes, I know that this isn't the very latest version, but it's perfectly acceptable for this project and it works well. If you really want to get the latest version of Ubuntu Server instead then feel free, but the instructions below might not work exactly as you expect.
To get started, boot the PC from the CD-ROM.
When asked, name your machine. I called mine webtest, but the precise name that you choose doesn't really matter.
Your PC is probably connected to the internet via a broadband or cable router that handles DHCP, in which case the Ubuntu installer should be able to make contact with the internet automatically and obtain from the router an IP address for your server.  If it can't, you’ll be asked to enter an IP address, netmask and gateway address. If this works, then that's just fine.
A word of advice: If Ubuntu can't detect a working network connection at all, that's probably because it doesn't have the necessary drivers available for your computer's ethernet socket. In which case, to be brutally frank, you should probably give up at this point. You won't have messed up your PC with a half-installed copy of Linux yet, and trying to troubleshoot Ubuntu networking is not something for amateurs. Trust me.
Anyway, assuming that Ubuntu detected a network connection, you'll now be asked how to format the hard disk. Choose "guided – use entire disk".
When asked, choose a name and password for your day-to-day user account.
From the software selection menu, select only LAMP server. That's Linux, Apache, MySQL and PHP.
Next you’ll be asked for a mysql root password. Be aware that you’ll only be asked once (no confirmation required) and that the password you enter isn’t shown on screen. So make sure you know what you’re typing!
That's the basic Linux installation over.  Remove the CD when prompted and the machine will restart. If you don’t see a login: prompt after a minute or so, press Return and one should appear. Remember that this is a server installation so there's no pretty graphical interface here (and thus no need to connect a mouse to this PC).
At the login: prompt, log in with the username and password you created earlier.
If the server acquired its own IP address using DHCP, you’ll need to know what address it was allocated.  Type ifconfig and have a look at what’s listed for inet addr. You’ll need to know this address in order to connect to the machine, unless you register a domain name that points to it or you add an entry to your company’s internal DNS servers. If there's more than one entry under ifconfig, make an intelligent guess as to which is the right one.  You may find, for example, that a non-existent wifi connection with an IP address of 127.0.0.1 is also shown.
From now on we'll assume that your server is on 192.168.1.10.  Whenever you see this address mentioned below, substitute the correct address for your server.
So far, we’ve only got one account set up. We also need to set a password for the root (ie, administrator) account for when we need to do things that require root access. So type sudo passwd root, specify your current password when asked, then choose a password for the root username.
Linux doesn’t normally allow you to log in as root directly so if/when you need to use your root privileges, log in with your normal user account and then type su, then enter the root password when prompted. In case you're wondering, it stands for super-user.  If you ever forget who you’re logged in as, the whoami command will tell you. Or look at the command prompt, which will end with $ for a normal user and # for a root user.
Some Useful Commands
Here are some useful commands to get you started, now that you’ve got a usable Linux system:
shutdown –h now turns off the computer.
exit logs you out. You’ll need to do this twice if you used su. Remember that the web server is still running when you log out, so web/telnet connections to it will still work just fine. There’s no need to remain logged in all the time.
ls shows a directory listing (that's LS).
ls –la shows a better one (that's LS -LA).
cd / switches to the root directory.
cd dirname switches to the specified directory name, eg cd /etc.
clear clears the screen, like cls does in Windows.
cat is the linux version of the Windows "type" command if you want to display the contents of a text file.
rm deletes a file
cp is the linux equivalent of the DOS/Windows copy command.
find / -name xyz.ext will search the entire system for a file named xyz.ext
pwd (print working directory) tells you which directory you’re currently in
Within an ls –la directory listing, lines that start with a "d" are directories, otherwise they’re files. The other characters at the start of the line (such as rwxr--rw-) tell you who has permission to read, write, and execute the file.  A google search for chmod will tell you how to understand and change these.
Get Updated
Now we need to scan the internet for any important updates. The list of locations in which Ubuntu Server searches for updates is stored in a text file at /etc/apt/sources.list but the first entry in this file points to the Ubuntu Server CD-ROM. We need to remove this entry, otherwise we’ll keep getting prompted to insert the CD whenever we perform an update.
This file is read-only, so you’ll need to be logged in as root (via su) to proceed beyond this point. In fact, everything that follows is best done as root (this is an exception rather than a rule - if you're not doing server maintenance, never log in as root).
Type cd /etc/apt
Type vi sources.list
You’ll now find yourself facing vi, undoubtedly the worst editor ever invented. But without a GUI on your server you have little choice. Plus, it’s very handy to know the basics of vi because it's part of every Linux and unix system.
To move the cursor up, down, left and right, use the k, j, h and l keys (I told you it was bad). To delete the character under the cursor, press x. That should be enough to allow you to delete any line that makes reference to "deb cdrom" and which isn’t already commented out (ie, which doesn’t have a # at the start).
If you mess up, type :q! and press return to abandon vi. If you manage to make it work, type :w to save the file and then :q to quit vi.
You won’t have to use vi very often. Later on we’ll install Webmin, which lets you maintain your server from another machine via a web browser. There’s a proper file manager and editor built into Webmin, thankfully.
It’s now time to update the system so that you’re running the latest versions of everything.
Type apt-get update to update the catalog of possible updates.
Then type apt-get upgrade to download and install any that need installing.
Note that apt-get may not work if your internet connection goes via a proxy server. Even if you entered the name of a proxy server when you first set up the machine and configured it with an IP address, apt-get doesn’t take any notice. To fix this, type:
export http_proxy="http://yourproxy.com:80"
specifying the address (and port) of your company’s proxy server. Then try the apt-get again.
Test Your Web Server
You should now have a basic working web server, although we’re not finished yet. But you can test that everything is working by typing the server’s IP address into a web browser on another machine on your LAN. You should see a web page with a link to apache2-default, and clicking on the link will bring up a brief message.  Depending on your web browser, you may need to add http:// at the start of the address, eg http://192.168.1.10.
Next we’ll install a telnet server so that we can connect to the machine remotely over the LAN in command-prompt mode without the need to actually be seated at the server itself.
Install the Telnet Server
Type apt-get install telnetd
This will download and install the telnet server. Now we need to kick-start it, by typing:
/etc/init.d/openbsd-inetd restart
You can now log out by typing exit (you need to type it twice because you used the su command, and the first time just takes you back into non-root mode).
Everything we do from now on can be done remotely via telnet, so if you want to install the server in a hard-to-reach cupboard that’s no problem. You won’t need physical access to the server again unless something goes wrong or if you need to turn it back on after a shutdown command.
To access your server type telnet 192.168.1.10 (or whatever the IP address of your server is) from any machine on your LAN and you’ll get a login prompt. You can do this from Windows or Linux or even a Mac.
Install the ftp server and set up a Web User account
Next, we need to install an ftp server so that people can upload html pages to your new web server. An ideal tool for this particular job is proftpd (that’s Unix-speak for the Pro FTP Daemon).
If you haven’t done so already, telnet to your server and type su to get root access. Or you can work on the server directly if it’s easier, of course.
We need to take a little care to set up the ftp server in a reasonably secure manner, even though this is only for test or educational purposes. We need to ensure that a user who logs into the ftp server in order to upload web pages can’t browse the entire server but is locked into one directory. Also, we need to ensure that a user who has an ftp username and password with which to upload web pages can’t use those credentials to access the system via telnet, as that would grant them far too much power.
Type apt-get install proftpd to install the ftp server. You’ll be asked whether to choose an inetd installation or standalone. Choose inetd.
The basic ftp server is now up and running, and you should be able to log into it with your non-root account. But we still need to set up an account that will allow someone to upload their web pages without having access to any other parts of the system.
First, switch to the /etc directory by typing cd /etc. We need to edit the file called shells and add a new line that says /bin/false to the file. Then, when we set up a new user account for our web user, we’ll configure their account so that /bin/false is their command shell. Because there’s no such shell, they won’t be able to log in with telnet.
Type vi shells to edit the file. Use the cursor keys (h,j,k,l) to move the cursor to the start of a new line, then press i to enter insert mode. Press Return to insert a new line, and add /bin/false as a new line in the file. Press Esc to leave insert mode, save the file with :w then exit vi with :q and you’re done.
Each user has a home directory which contains their various files. It’s like My Documents in Windows and normally it resides in the /home directory. For web users, rather than setting their home directory to be somewhere within /home we’ll put it under /var/www, which is the root of the web server.
Let’s make an account for a user called webuser1 with a password of flintstone.  These are the steps that you need to do for each web user account you want to create:
cd /var/www
mkdir webuser1
useradd webuser1 –p xxxx –d /var/www/webuser1 –s /bin/false
chown webuser1 webuser1
passwd webuser1 and, when asked, choose flintstone as the password.
Note that xxxx above is your root password, not the one that you want to assign for the webuser1 account.
Also note the chown command which changes the ownership of the webuser1 directory from root (which created it) to webuser1. If you don’t do this, webuser1 won’t be able to upload files.
Just to make sure that everything is working, verify that you can’t telnet to the server using the webuser1 account.
Now create a simple index.html file and use ftp to upload it, using the webuser1/flintstone account.  Then surf to http://192.168.1.10/webuser1 from any machine on your LAN and you should see the uploaded page.
Before we leave proftpd, there are a couple of changes that we need to make to its configuration file in order to improve security and make things neater.
Type cd /etc/proftpd and then vi proftpd.conf to edit the config file. Move the cursor up and down with j and k until you reach the DefaultRoot line, and remove the # symbol from the start of the line by pressing the x key. This will lock all ftp users into their home directory (eg /var/www/webuser1) and won’t let them view files that are further up the tree. Without this step, our webuser account holders could use their ftp software to browse the entire server's directory structure.
While you're in proftpd.conf, add a new line near the top of the file which says:
IdentLookups        off
This will fix the problem which you’ll no doubt have noticed, of a few seconds’ delay when logging into the ftp server or uploading files.
You may also wish to change the ServerName entry from Debian to the name of your server, to make the welcome message more relevant. With vi, remember that typing i puts you into insert mode, for typing text, and Esc then puts you back into command mode from where you can type :w to save the file and :q to quit vi.
Webmin
Now that ftp is working, let’s install Webmin so that we can remotely administer the server from anywhere on our LAN via a web browser. It’s more fun and friendly than using telnet, and a great way to explore the machine.
First, make sure you’re logged in as root (via your normal user account and su) then type the following, all on one line:
apt-get install openssl libnet-ssleay-perl libauthen-pam-perl libio-pty-perl libmd5-perl
Then type:
wget http://prdownloads.sourceforge.net/webadmin/webmin_1.380_all.deb
Note that wget probably won't work if your internet connection goes through a proxy server.  In which case, type export http_proxy="http://yourproxy.com:80" first, and then issue the wget command.
Finally type dpkg -i webmin_1.380_all.deb and Webmin should be installed and ready to use.
From another machine on your LAN, surf to https://192.168.1.10:10000 and log in as root, using your server’s root password. Note the https bit – it won’t work with plain http. Also note the :10000, which is essential.
Ignore the warning about a missing SSL security certificate – you can trust this server unconditionally because it’s yours. You will, though, need Java installed on the PC from which you intend to use Webmin, otherwise it won’t work.
Possibly the most useful part of Webmin is the file manager, which also lets you edit files. You’ll find it in the “others” category at the bottom of the left-hand menu.
Webalizer
Now we’ll install Webalizer, which is a great tool that produces graphical stats to show your web site usage. Even if you’re only using your server for test/educational purposes, it’s useful to be able to see the sort of stats that are available with such programs.
To install webalizer type apt-get install webalizer
You need to tweak the Webalizer config file before the program will work. Type cd /etc/webalizer then vi webalizer.conf and delete the .1 from the end of the LogFile entry.
Webalizer produces its reports by analyzing the Apache web server log file on a regular basis. To make it do this, you need to set up what’s called a cron job in order to run /usr/bin/webalizer regularly. Every 15 minutes should do nicely, and the easiest way to do this is via Webmin.
Go into Webmin via https://192.168.1.10:10000 from another PC and, under the System category, click on "Scheduled Cron Jobs". Then click "Create A New Scheduled Cron Job".
Choose to execute the job as root. The command to execute is /usr/bin/webalizer. Click on "Times And Dates Selected Below". Under the minutes, tick "Selected" and choose 0, 15, 30 and 45. For hours, days, months and weekdays, select "All".
Now click the Create button and close your web browser. After 15 minutes or so, surf to http://192.168.1.10/webalizer and you should see the reports and stats.  Wait another 15 minutes and you should see an updated version.
PHP and MySQL
Now we need to make PHP and MySQL work, to ensure that we can host not just static html sites but also dynamic database-driven ones. PHP should already be working just fine, so we need to test that. Create a file called test.php which contains:
<?
echo “this is a test file”;
?>
Upload it using the webuser1 account. Surf to http://192.168.1.10/webuser1/test.php and check that you see a web page containing just the message “this is a test file”. If it works, PHP is working on your web server.
To allow users to create database-driven sites we’ll install phpMyAdmin, which is a graphical web-based tool for managing MySQL databases. It’s best if we don’t allow web users to create their own databases, but we do want them to be able to manage the databases that we set up for them. PhpMyAdmin will work for both of these tasks. IE, for us to create databases and for our web users to maintain the tables within their allocated database.
As root, type apt-get install phpmyadmin
When asked which web server you’re using, choose apache2.
To use phpMyAdmin, surf to http://192.168.1.10/phpmyadmin and log in with a username of root and the MySQL root password that you set up right at the start of this document.
On the front page of phpMyAdmin, scroll down to the Privileges link and click it. Then click "Add A New User". Enter their username (webuser1 in this case), and assign them a password. This will be used for them to log into phpmyadmin, and they’ll also use it in their PHP code in order to connect to their database (using a host name of localhost). It’s up to you whether you make it the same as their ftp password (flintstone). In this example, let’s set the password as barney.
Click "Create database with same name and grant all privileges" and all the hard work will be done for you. A database called webuser1 will be created, with permission for the webuser1 account to do everything except creating new databases.
Log out of phpmyadmin (just close your browser), and then log in again. This time, use a username of webuser1 and a password of barney. You should see only the webuser1 database and no others, and you should find that you can create tables on the database but you can’t create new databases.
You may also find that you can see a database called information_schema as well as your webuser1 database. However, this is harmless and can be ignored – it’s not a security risk.
And that's it.  You now have a fully working web server that you can use for test, development and training purposes.
If you want to tell people about this, please link to this page rather than copying the text elsewhere, as this document is frequently updated.

Version 1.0
Author: Falko Timme <ft [at] falkotimme [dot] com>
Last edited 02/24/2009

This guide explains how you can set up an iSCSI target and an iSCSI initiator (client), both running Debian Lenny. The iSCSI protocol is a storage area network (SAN) protocol which allows iSCSI initiators to use storage devices on the (remote) iSCSI target using normal ethernet cabling. To the iSCSI initiator, the remote storage looks like a normal, locally-attached hard drive.

I do not issue any guarantee that this will work for you!


1 Preliminary Note

I'm using two Debian Lenny servers here:
server1.example.com (Initiator): IP address 192.168.0.100
server2.example.com (Target): IP address 192.168.0.101


2 Setting Up The Target (server2)

server2:

First we set up the target (server2):

aptitude install iscsitarget iscsitarget-modules-`uname -r`

Open /etc/default/iscsitarget...

vi /etc/default/iscsitarget

... and set ISCSITARGET_ENABLE to true:ISCSITARGET_ENABLE=true


We can use unused logical volumes, image files, hard drives (e.g. /dev/sdb), hard drive partitions (e.g. /dev/sdb1) or RAID devices (e.g. /dev/md0) for the storage. In this example I will create a logical volume of 20GB named storage_lun1 in the volume group vg0:

lvcreate -L20G -n storage_lun1 vg0

(If you want to use an image file, you can create it as follows:

mkdir /storage
dd if=/dev/zero of=/storage/lun1.img bs=1024k count=20000

This creates the image file /storage/lun1.img with a size of 20GB.

)

Next we edit /etc/ietd.conf...

vi /etc/ietd.conf

... and comment out everything in that file. At the end we add the following stanza:[...]
Target iqn.2001-04.com.example:storage.lun1
IncomingUser someuser secret
OutgoingUser
Lun 0 Path=/dev/vg0/storage_lun1,Type=fileio
Alias LUN1
#MaxConnections 6


The target name must be a globally unique name, the iSCSI standard defines the "iSCSI Qualified Name" as follows: iqn.yyyy-mm.<reversed domain name>[:identifier]; yyyy-mm is the date at which the domain is valid; the identifier is freely selectable. The IncomingUser line contains a username and a password so that only the initiators (clients) that provide this username and password can log in and use the storage device; if you don't need authentication, don't specify a username and password in the IncomingUser line. In the Lun line, we must specify the full path to the storage device (e.g. /dev/vg0/storage_lun1, /storage/lun1.img, /dev/sdb, etc.).

Now we tell the target that we want to allow connections to the device iqn.2001-04.com.example:storage.lun1 from the IP address 192.168.0.100 (server1.example.com)...

vi /etc/initiators.allow[...]
iqn.2001-04.com.example:storage.lun1 192.168.0.100


... and start the target:

/etc/init.d/iscsitarget start


3 Setting Up The Initiator (server1)

server1:

On server1, we install the initiator:

aptitude install open-iscsi

Next we open /etc/iscsi/iscsid.conf...

vi /etc/iscsi/iscsid.conf

... and set node.startup to automatic:[...]
node.startup = automatic
[...]


Then we restart the initiator:

/etc/init.d/open-iscsi restart

Now we connect to the target (server2) and check what storage devices it has to offer:

iscsiadm -m discovery -t st -p 192.168.0.101

server1:~# iscsiadm -m discovery -t st -p 192.168.0.101
192.168.0.101:3260,1 iqn.2001-04.com.example:storage.lun1
server1:~#

iscsiadm -m node

server1:~# iscsiadm -m node
192.168.0.101:3260,1 iqn.2001-04.com.example:storage.lun1
server1:~#

The settings for the storage device iqn.2001-04.com.example:storage.lun1 on 192.168.0.101:3260,1 are stored in the file /etc/iscsi/nodes/iqn.2001-04.com.example:storage.lun1/192.168.0.101,3260,1/default. We need to set the username and password for the target in that file; instead of editing that file manually, we can use the iscsiadm command to do this for us:

iscsiadm -m node --targetname "iqn.2001-04.com.example:storage.lun1" --portal "192.168.0.101:3260" --op=update --name node.session.auth.authmethod --value=CHAP
iscsiadm -m node --targetname "iqn.2001-04.com.example:storage.lun1" --portal "192.168.0.101:3260" --op=update --name node.session.auth.username --value=someuser
iscsiadm -m node --targetname "iqn.2001-04.com.example:storage.lun1" --portal "192.168.0.101:3260" --op=update --name node.session.auth.password --value=secret

Now we can log in, either by running...

iscsiadm -m node --targetname "iqn.2001-04.com.example:storage.lun1" --portal "192.168.0.101:3260" --login

server1:~# iscsiadm -m node --targetname "iqn.2001-04.com.example:storage.lun1" --portal "192.168.0.101:3260" --login
Logging in to [iface: default, target: iqn.2001-04.com.example:storage.lun1, portal: 192.168.0.101,3260]
Login to [iface: default, target: iqn.2001-04.com.example:storage.lun1, portal: 192.168.0.101,3260]: successful
server1:~#

... or by restarting the initiator:

/etc/init.d/open-iscsi restart

(If you want to log out, you can run

iscsiadm -m node --targetname "iqn.2001-04.com.example:storage.lun1" --portal "192.168.0.101:3260" --logout

)

In the output of

fdisk -l

you should now find a new hard drive (/dev/sdb in this example); that's our iSCSI storage device:

server1:~# fdisk -l

Disk /dev/sda: 32.2 GB, 32212254720 bytes
255 heads, 63 sectors/track, 3916 cylinders
Units = cylinders of 16065 * 512 = 8225280 bytes
Disk identifier: 0x00031334

Device Boot Start End Blocks Id System
/dev/sda1 * 1 3749 30113811 83 Linux
/dev/sda2 3750 3916 1341427+ 5 Extended
/dev/sda5 3750 3916 1341396 82 Linux swap / Solaris

Disk /dev/sdb: 21.4 GB, 21474836480 bytes
64 heads, 32 sectors/track, 20480 cylinders
Units = cylinders of 2048 * 512 = 1048576 bytes
Disk identifier: 0x00000000

Disk /dev/sdb doesn't contain a valid partition table
server1:~#

Configuration options take effect either:

• Immediately after setting the option and issuing the RECONFIGURE (or in some cases, RECONFIGURE WITH OVERRIDE) statement.
  -or-
  
• After performing the above actions and restarting the instance of SQL Server.
  

Options that require SQL Server to restart will initially show the changed value only in the value column. After restart, the new value will appear in both the value column and the value_in_use column.
Some options require a server restart before the new configuration value takes effect. If you set the new value and run sp_configure before restarting the server, the new value appears in the configuration options value column, but not in the value_in_use column. After restarting the server, the new value appears in the value_in_use column.
Self-configuring options are those that SQL Server adjusts according to the needs of the system. In most cases, this eliminates the need for setting the values manually. Examples include the min server memory and max server memory options and the user connections option.
The following table lists all available configuration options, the range of possible settings, and default values. Configuration options are marked with letter codes as follows:

• A= Advanced options, which should be changed only by an experienced database administrator or a certified SQL Server technician, and which require setting show advanced options to 1.
  
• RR = Options requiring a restart of the Database Engine.
  
• SC = Self-configuring options.

            Pernah kebayang gak saat kita mau buka website A tiba2 yang muncul malah website B, tapi anehnya Url nya adalah alamat website A ? wah…pikiran kita pasti langsung ke virus atau spyware, belum tentu, bisa aja ada seseorang yang iseng <baca:hacker> telah menyusup ke system kita dan merubah file host untuk di arahkan ke Url yang dia kehendaki
Terus Gimana caranya ? cekicrot….
1. Buka cmd kamu dengan cara masuk menu run→cmd trus enter
2. Kalau udah masuk ketikkan
cd\windows\system32\drivers\etc
Seperti gambar di bawah ini :

3.  Cek dulu isi file hosts nya dengan perintah type hosts maka akan muncul seperti gambar dibawah ini

4.Muncul kan isi dari file hosts, terus gimana cara ngrubahnya ? gini caranya…ping dulu alamat yang mau dijadikan pengubah url target. Disini saya ambil contoh : www.kompas.co.id

5.  Nah, dapetkan IP nya.  tinggal nentuin sasarannya, website sasaran saya adalah www.jasaraharja.co.id, kalian boleh website apa aja.
6. jadi perintahnya adalah :
echo 202.146.4.100 www.jasaraharja.co.id >> hosts
trus enter deh.

7. Coba cek lagi di hosts nya tadi dengan perintah type hosts dah muncul kan perubahan
yang kita lakukan tadi…

8.  Buat nge-cek hasilnya,buka browser kamu dan coba browse ke www.jasaraharja.co.id
Pasti berubah tampilannya ke kompas.com, kaya ini nih..

Gak sulit kan membuat halaman website redirect ke halaman lain, hanya bermodalkan cmd aja.
Selamat Mencoba ! 

Membuat FTP Server Dengan Win 7 – Tidak hanya OS berbasis Linux saja yang bisa digunakan untuk ftp server tapi OS Win 7 pun bisa dimanfaatkan sebagai ftp server. Ga perlu basa basi …. berikut langkah2nya membuat ftp server dengan Win 7.
1. Buka Start >> Control Panel >> Program

2. Pilih Turn windows on or off


3. Setelah windows terbuka pilih Internet Informations Services kemudian pilih FTP server, FTP Extensibility dan FTP Services. Jangan lupa di centang juga Web Management Tools untuk konfigurasi ftp server nanti.

4. Buka Instant Search pada tombol Start dan ketikkan IIS

5. Untuk membuat ftp site pada ftp server klik kanan pada Site kemudian pilih Add Site setelah selesai pilih Next

6. Kemudian setting ftp site name dan path ftp site pada partisi / drive

7. Pada jendela Binding and SSL Setting, muncul beberapa pilihan kemudian tekan Next

8. Di jendela Authentication and Authorization tentukan tipe otorisasi user yang akan mengakses ftp server

Mungkin anda berfikir membuat Virus sangat sulit sekali. Membutuhkan keahlian coding atau paling tidak menguasai salah satu bahasa pemrograman windows populer seperti VB atau C++. Namun tidak demikian jika anda memiliki Virus Generator. Dengan Virus Generator, pembuatan virus dapat dilakukan secepat membuat mie instan. Tinggal klik dan klik, maka sebuah virus dengan mudahnya tercipta.

Virus generator banyak tersebar di dengan beragam pilihan. Anda bisa mencarinya di forum-forum atau situs bawah tanah. Meskipun virus yang diciptakan dapat dibuah dengan mudah, namun anda tidak bisa meremehkan ketangguhanya. Beberapa virus terkenal di yang banyak menyebar di Indonesia atau di dunia banyak yang dibuat dengan virus generator ini.

Berikut beberapa virus generator yang cukup populer yang dapat anda coba untuk membuat virus dengan mudah:

1. In Shadow Batch Virus Generator


Kemampuan:
- Menginfeksi beragam ekstensi file populer
- Mengaktifkan virus ketika start up
- Mematikan berbagai proses dan service penting
- Mengganti ekstensi file dan menyebarkanya melalui file sharing
- Membuat account administrator baru, mengganti password administrator.
- Mematikan komputer otomatis, mendownload files otomatis, dll

Download In Shadow Batch Virus Generator

2. JPS Virus Maker


Kemampuan:
- Mematikan regedit, task manager, MS Config dan beragam aplikasi yang membahayakan kelangsungan hidup virus.
- Menonaktifkan anti virus, wordpad, notepad, command prompt, dll
- Menghiden drive, file, dan tombol-tombol penting seperti Shutdown, restart, logoff, dll
- Mematikan monitor, memainkan mouser, membuka CD drive, dll

Download JPS Virus Maker

3. TeraBIT Virus Maker


Kemampuan:
Memiliki beragam kemampuan seperti dua virus generator di atas.

Download TeraBIT Virus Maker

DO AT YOUR OWN RISK !!
Selamat Mencoba.

Mungkin anda berfikir membuat Virus sangat sulit sekali. Membutuhkan keahlian coding atau paling tidak menguasai salah satu bahasa pemrograman windows populer seperti VB atau C++. Namun tidak demikian jika anda memiliki Virus Generator. Dengan Virus Generator, pembuatan virus dapat dilakukan secepat membuat mie instan. Tinggal klik dan klik, maka sebuah virus dengan mudahnya tercipta.

Virus generator banyak tersebar di dengan beragam pilihan. Anda bisa mencarinya di forum-forum atau situs bawah tanah. Meskipun virus yang diciptakan dapat dibuah dengan mudah, namun anda tidak bisa meremehkan ketangguhanya. Beberapa virus terkenal di yang banyak menyebar di Indonesia atau di dunia banyak yang dibuat dengan virus generator ini.

Berikut beberapa virus generator yang cukup populer yang dapat anda coba untuk membuat virus dengan mudah:

1. In Shadow Batch Virus Generator


Kemampuan:
- Menginfeksi beragam ekstensi file populer
- Mengaktifkan virus ketika start up
- Mematikan berbagai proses dan service penting
- Mengganti ekstensi file dan menyebarkanya melalui file sharing
- Membuat account administrator baru, mengganti password administrator.
- Mematikan komputer otomatis, mendownload files otomatis, dll

Download In Shadow Batch Virus Generator

2. JPS Virus Maker


Kemampuan:
- Mematikan regedit, task manager, MS Config dan beragam aplikasi yang membahayakan kelangsungan hidup virus.
- Menonaktifkan anti virus, wordpad, notepad, command prompt, dll
- Menghiden drive, file, dan tombol-tombol penting seperti Shutdown, restart, logoff, dll
- Mematikan monitor, memainkan mouser, membuka CD drive, dll

Download JPS Virus Maker

3. TeraBIT Virus Maker


Kemampuan:
Memiliki beragam kemampuan seperti dua virus generator di atas.

Download TeraBIT Virus Maker

DO AT YOUR OWN RISK !!
Selamat Mencoba.

sekarang aku posting lagi nih....
kali ini q mau ngecam lewat K-Lite Codec Pack ..... mo thu cara ya.... huhu asik loooooo
cara ya buka dulu donk app ya klo udah ya tinggal tekal control sama huruV dan pa yg terjadi .... jenjenjeng.....

aaaaa ada moyet lagi ngaca di computer......
hehehehehehehehehe
udh dulu lah ....yaya
dadadada

hi tmn" q hadir lg kali ini aku beri sedikit setting pada blog mungkin temen udh tahu semua...
untuk itu sangsung aja ke tkp.... jengjengjeng....!
pertama masuk dlu donk k blognya trus ke tab design > page element
yg ada di pojok kiri atas tuuuu..yg ada tulisan favicon .

next  klik tombol edit terus pilih dehh mn yg mo kamu tampilkan kalo udh di save ya  jgn lupa...
setelah itu liat deh.. hasil ya gmn.. hehehe
udh dulu lh for this time... goodbye

uh udh lama banget q g posting
kali ini saya akan menjelaskan tentang mengubah tampilan ubuntu menjadi max oc yg hampir mirip dengan aslinya
langsung ja ke TKP....!!!
pertama loe harus angbil dulu projectnya di

sourcefoge.net/projects/macbuntu/

kalo udh dapet buka you'r terminal... truszzz ketikan dengan

sudochmod +x install.sh
truzzzz enter..
nah tinggal loe ikutinja petunjuk ya yg di terminal ya

klo udh bosen sm si max os loe bisa hapus nyagitu... dengan perintah
./uninstall.sh.

gtu ja lh post for this time..semoga bisa bermanfaat buat yg pembaca....
dadada!!!!

Setiap orang rata-rata memiliki file yang bersifat rahasia, yang benar-benar hanya ia seorang diri dan tidak menginginkan orang lain untuk mengetahui file tersebut. Apakah anda memiliki file rahasia? Seperti dat apenting, daftar password, pin, atau mungkin foto dan video mesra dengan pasangan, terlebih lagi selingkuhan. Untuk menyimpannya, anda pasti sangat bingun dan serba salah. Takut akan kebocoran apalagi sampai menyebar file tersebut, anda pasti akan panik. Ingin menjaga file tersebut agar tidak dapat diakses orang lain, tetapi tidak ingin repot menjalankan aplikasi yang belum tentu dapat dijalankan dengan mulus.

Ada cara mudah untuk menyembunyikan sekaligus menjaga file-file anda dari jangkauan orang lain yang mungkin sering menggunakan notebook milik anda. Tidak perlu mendownload dan menggunakan berbagai macam aplikasi dari internet. Langkah-langkahnya sebagai berikut :

• Buka notepad

• Copy script dibawah ini :

@ECHO OFF
Kunci Folder
if EXIST "Control Panel.{21EC2020-3AEA-1069-A2DD-08002B30309D}" goto UNLOCK
if NOT EXIST Locker goto MDLOCKER
:CONFIRM
echo Apakah Anda ingin mengunci folder....?(Y/N)
set/p "cho=>"
if %cho%==Y goto LOCK
if %cho%==y goto LOCK
if %cho%==n goto END
if %cho%==N goto END
echo Invalid choice.
goto CONFIRM
:LOCK
ren Locker "Control Panel.{21EC2020-3AEA-1069-A2DD-08002B30309D}"
attrib +h +s "Control panel.{21EC2020-3AEA-1069-A2DD-08002B30309D}"
echo Folder telah terkunci
goto End
:UNLOCK
echo Masukkan password Anda
set/p "pass=>"
if NOT %pass%== PIN1234 goto FAIL
attrib -h -s "Control Panel.{21EC2020-3AEA-1069-A2DD-08002B30309D}"
ren "Control Panel.{21EC2020-3AEA-1069-A2DD-08002B30309D}" Locker
echo Folder Unlocked successfully
goto End
:FAIL
echo Invalid password
goto end
:MDLOCKER
md Locker
echo Folder berhasil di buat
goto End
:End

• Setelah script tersebut di copy, lalu di save as di direktori C atau D

• Pilih opsi “all files”

• Gunakan nama yang tidak menimbulkan kecurigaan

• Gunakan nama yang menggunakan format *.bat

• File locker telah selesai

Untuk menjalankan script tersebut, klik file yang berformat *.bat yang telah anda simpan. Akan muncul folder “locker” di direktori yang sama. Sekarang, anda dapat memindahkan file-file yang ingin ada rahasiakan ke dalam folder “locker” tersebut. Setelah file-file rahasia telah dipindahkan, buka sekali lagi file yang berformat *.bat tersebut, lalu akan muncul sebuah jendela CMD yang bertuliskan “Apakah Anda ingin mengunci folder….?(Y/N). Klik huruf “Y”, klik file berformat *.bat yang anda buat sekali lagi, lalu masukkan password “PIN1234”, dan folder “locker” dapat anda akses.
Untuk mengubah password PIN1234 dengan password yang anda inginkan, anda dapat merubahnya pada file diatas. Cukup dengan menghapus, dan memasukkan angka/huruf yang anda inginkan.

Perhatian!!!
Sebelum melakukan trik ini pada data penting, alangkah lebih baik jika anda mencobanya terlebih dahulu di folder percobaan karena beberapa pengunjung yang mencoba menggunakan trik ini mengalami masalah, termasuk data yang lenyap (Padahal hanya tersembunyi, selama anda belum pernah melakukan delete file massal atau format ulang hard disk drive).

Dengan ini, anda tidak perlu bingung lagi bagaimana menyembunyikan file-file yang anda khawatirkan jika dilihat oleh orang lain. Rahasia andapun semua dapat terjamin. Dan tidak memerlukan waktu yang lama untuk menngunduh bermacam-macam aplikasi.

Mungkin beberapa di antara anda pernah mengalami kesulitan dalam download dan install driver LAN ataupun WiFi? Artikel berikut ini akan membahas tentang cara mudah download dan  install semua driver LAN dan WiFi. Mari kita simak bersama!
Sebelumnya perlu anda ketahui bahwa driver LAN dan WiFi yang akan kita pasang ini adalah driver universal, artinya bisa kita gunakan untuk semua merk Lancard ataupun WiFi. Dan Ukurannya pun cukup kecil yaitu sekitar 36Mb.
Driver ini nantinya akan di extract sewaktu anda menginstallnya ke dalam komputer ataupun laptop anda dan secara otomatis driver ini akan mencari sendiri LAN Card ataupun Wifi type dan merk apa yg terpasang di komputer ataupun laptop anda. Dan anda tidak perlu bersusah payah dalam mencari driver LAN dan Wifi, karena berikut ini kami akan memberikannya untuk anda.
Berikut langkah mudah download dan install driver LAN dan WiFi :

1. Download dulu driver LAN dan WiFi Universal di link berikut ini : http://www.softpedia.com/get/System/OS-Enhancements/3DP-Net.shtml.
2. Setelah masuk ke link di atas, klik tombol download kemudian pilih salah satu link download di sebelah kanan halaman tersebut. Dan driver akan secara otomatis terdownload. Oya, driver ini namanya 3DP Net. Download driver LAN dan Wifi ini hanya anda lakukan sekali saja, dan setelah itu anda dapat menggunakannya secara offline tanpa internet.
3. Untuk Install driver LAN ataupun WiFi, anda tinggal dobel klik pada file driver hasil download tadi, maka file akan terextract dengan sendirinya. Berikut screenshootnya :
4. Kemudian klik driver untuk menginstall driver LAN anda. Kalau anda ingin menginstall driver WiFi, anda dapat klik tanda + di sebelah kanan, maka akan muncul driver WiFi dan kemudian tinggal klik driver untuk Install driver WiFi.
5. Klik next untuk melanjutkan install driver, dan tunggu prosesnya sampai selesai.
6. Driver sudah terinstall dan sudah siap untuk digunakan.

Bagaimana? Mudah kan?
Dan sekarang pekerjaan anda akan jauh lebih cepat sehingga bisa menghemat waktu anda untuk kegiatan anda lainnya.
Selamat mencoba dan semoga berhasil.

Command Prompt ( cmd.exe ) merupakan tool bawaan Windows yang sangat berguna.
Tool ini dapat digunakan untuk mengecek error pada media penyimpanan, melakukan format pada media penyimpanan, melihat sekaligus mengedit isi registry, mengecek sekaligus mengganti ip, menjalankan dan mematikan services, melihat jalur yang dilewati paket data di internet, melihat port yang terbuka ketika terjadi hubungan antar komputer, melihat sekaligus mematikan program yang sementara berjalan, melakukan proses shutdownrestartlog off komputer serta bermacam-macam kegunaan yang lain yang dapat anda lihat dengan mengetik perintah help pada Command Prompt.
Selain itu, tool-tool seperti kaht, nmap, netcat, snort, metasploit framework, tcpdump, john the ripper, ettercap dan tool-tool command line-based lainnya, menggunakan perantara dari Command Prompt agar dapat berjalan ( namanya juga tool-tool command line-based).
Pernakah timbul di benak Anda untuk dapat mengganti banner default dari Command Prompt tersebut yang hanya berupa tulisan Microsoft Windows [Version 6.x.x] Copyright © 2006 Microsoft Corp.
Langkah-langkah membuat banner hingga menaruhnya di Command Prompt adalah sebagai berikut :
Pertama, bukalah notepad, kemudian ketiklah script di bawah ini :

@echo off
title Have A Nice Day ...
cls
color 0a
echo.
echo ÛÛÛÛÛÛ ÛÛ ÛÛÛÛÛÛ ÛÛÛÛ ÛÛ ÛÛÛÛÛ ÛÛ
echo ÛÛÛÛÛÛ ÛÛ ÛÛÛÛÛ ÛÛÛÛÛ ÛÛÛÛÛÛ ÛÛ ÛÛ ÛÛ ÛÛÛÛÛ ÛÛ ÛÛ
echo ÛÛ ÛÛÛÛÛÛ ÛÛ ÛÛ ÛÛ ÛÛÛÛÛÛ ÛÛÛÛÛ ÛÛ ÛÛ ÛÛ ÛÛ ÛÛ
echo ÛÛ ÛÛÛÛÛÛ ÛÛÛÛÛ ÛÛ ÛÛ ÛÛÛÛ ÛÛÛÛÛ ÛÛÛÛ ÛÛÛÛÛ ÛÛÛÛ ÛÛ ÛÛ
echo ÛÛ ÛÛ ÛÛ ÛÛ ÛÛ ÛÛ ÛÛ ÛÛ ÛÛ ÛÛÛÛ ÛÛ ÛÛÛÛ ÛÛ ÛÛ
echo ÛÛ ÛÛ ÛÛ ÛÛÛÛÛÛ ÛÛÛÛÛÛ ÛÛÛÛÛ ÛÛÛ ÛÛ ÛÛ ÛÛ ÛÛ ÛÛÛÛÛ ÛÛ ÛÛ ÛÛÛÛÛÛÛ
echo ÛÛ ÛÛ ÛÛ ÛÛÛÛÛÛ ÛÛÛÛÛÛ ÛÛÛÛ ÛÛÛÛÛÛ ÛÛ ÛÛ ÛÛ ÛÛÛÛÛ ÛÛ ÛÛ ÛÛÛ
echo ÛÛÛ
echo ÛÛÛ
echo ÛÛÛ
echo.
echo ÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛ ÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛ
echo Û Û
echo Û Hello %username%, Welcome To CMD ... Û
echo Û Û
echo ÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛ ÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛ
echo.

dan simpanlah di drive C dengan ekstensi .bat dengan nama terserah..,
untuk lebih jelas penjelasan script di atas nie:
@echo off memiliki arti script yang kita ketik tersebut tidak akan ditampilkan pada user
title Have A Nice Day … memiliki arti Command Prompt akan memiliki judul ( title ) Have A Nice Day
cls memiliki arti membersihkan atau menghapus semua tulisan pada layar Command Prompt kecuali tulisan lokasi direktori tempat kita sedang bekerja pada saat itu misalnya c:> ( inilah perintah yang digunakan untuk menghilangkan banner default dari Command Prompt )
color 0a memiliki arti tulisan dari Commadn Prompt akan berwarna hijau terang ( untuk warna yang lain, Anda dapat mengetik perintah color /? pada Command Prompt untuk melihat daftar warna yang ada.
echo. .Memiliki arti mengosongkan satu baris ( mirip membuat baris baru pada microsoft word atau notepad )

string echo ÛÛÛÛÛÛ ÛÛ ÛÛÛÛÛÛ ÛÛÛÛ ÛÛ ÛÛÛÛÛ ÛÛ smpe echo ÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛ ÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛ

memiliki arti menuliskan tulisan setelah perintah echo pada layar Command Prompt ( tulisan sesudah perintah echo tersebut yang nantinya akan menjadi banner kita. Untuk dapat membuatnya, Anda haru melatih menyusun simbol menjadi huruf, sebagai langkah awal, Anda dapat belajar menggambarnya pada buku berpetak seperti yang saya lakukan dulu XD Ingat, No Pain No Gain Gan…,
Kedua, bukalah Command Prompt kemudian tuliskan script di bawah ini :
reg add “HKLMSoftwareMicrosoftCommand Processor” /v AutoRun /t REG_SZ /d “Call C:Terserah.bat” /f
Jalankanlah Command Prompt seperti biasa. Jika Anda telah melakukan langkah-langkah di atas
maka cmd promt anda akan seperi ini gambar dibawah ini: