NVU is a web application editor is "what you see is what you get". Someone can make a web designer with no advanced syntax syntax-HTML tags. This application has the advantage of them: You can directly upload web pages Amda built into your web hosting on the Internet, using the facilities manager's ftp site NVU, NVU is a standalone tool, yangtidak tied with other applications, many colors, dilegkapi css editor, can directly open and edit an existing web page on the Internet and then upload them, for a programmer nvu equipped with a tool to insert php code and javascript.
Getting NVU http://www.Nvu.com/download.php
I. Instalasi NVU di linux
If you have nvu in the form of rpm, then the way to type the command installation

# rpm –i nvu-x.x-x.rpm
If you use linux distro redhat variant, denngan orders

# alien –i nvu-x.x-x.rpm
If you use linux distro debian or knoppix variant
# dpkg –i nvu-x.x-x.deb
Whereas if you get nvu in bz2 tarball, eg, nvu-1.0-pc-linux2.6.10-gnu.tar.bz2, then you need to decompress the file first with the command:
# bunzip nvu-1.0-pc-linux2.6.10-gnu.tar.bz2
or
# bzip2 nvu-1.0-pc-linux2.6.10-gnu.tar.bz2
end then

# tar xf nvu-1.0-pc-linux2.6.10-gnu.tar
After going through these roses, will be formed direktorinvu-1.0 which contains all the components nvu program.

$ Nvu
but if you had installed in the form of tar bz2, then to run Nvu by going to the directory where the extracted eg nvu xsrc/nvu1.1

$ xsrc/nvu1.1
$ sh nvu

1. first router snapshot

Router>ena


Router#conf t


Router(config)#hostname R1 -- in here i gift name to router is R1



R1 (config)#int fa0/0 --sync fastethernet



R1 (config-if)#ip address 192.168.1.17 255.255.255.240



--192.168.1.17 //thats is gateway




R1 (config-if)#no shutdown



R1 (config-if)#exit



R1 (config)#int ser2/0



R1 (config-if)#ip address 20.1.1.1 255.255.255.252



R1 (config-if)#clock rate 64000 --clock rate to using if in int ser any watch picture



R1 (config-if)#no shutdown



R1 (config-if)#exit




Configuration is completed on the first router, make almost the same thing also on the second router.
After its completion when we configure ip route to network with each other network can be connected.



R1(config)#ip route net-tujuan sub-tujuan next_hoop



R1(config)#ip route 192.168.2.24 255.255.255.248 20.1.1.2



R1#copy running-config startup-config --this is done so that if the router is switched off the previous configuration is not lost
Also in the router do next. Okey... ..
Rich I am not sure you are doing okay I am biased configuration guided



2. in 2nd Router

Router1>ena



Router#conf t



Router(config)#hostname R2



R2(config)#int fa0/0



R2 (config-if)#ip address 192.168.2.25 255.255.255.248



R2 (config-if)#no shutdown



R2 (config-if)#exit



R2 (config)#int ser2/0



R2 (config-if)#ip address 20.1.1.2 255.255.255.252



R2 (config-if)#no shutdown



R2 (config-if)#exit



R2 (config)#ip route 192.168.1.16 255.255.255.240 20.1.1.1



R1#copy running-config startup-config






what if there are 3 routers?? very different indeed if we want to route router0 (R1) to router2 (R3) here next_hoop (door) is ip address of the router, the URLs R1 as the postman will visit with an escort home, R2 as security (guards), R3 as host. Then R1 here of course can not directly go into the house and met his host, but spoke first to the security, saying "no mas master at home??" And the guard into the house and said to his master, "the lord is the postman .." " grab the package "the master said that the analogy ..
so if you want to route R1 (router0) to R3 (router2), next_hoop used next_hoop on R2 serial2 / 0


Finished configuring the router, now 2 men sharing each other network to do things hhe, good luck!!. /febtian

I. IP Address Classes
IP addresses consist of 32-bit binary numbers, which is written in 4 groups of 8 bytes (octets) separated by a dot as the example below:
11000000.00010000.00001010.00000001
Or can be written in the form of 4 groups of decimal numbers (0-255) is 192.16.10.1

W

X

Y

Z

IP address consists of 2 parts of the network id and host id, network ID to determine the network address, while the host ID to determine the host address or computer.
Classes of IP address:

Kelas	Network id	Host id	Range	Default subnetmask
A	W.	X.Y.Z	1 - 126	255.0.0.0
B	W.X.	Y.Z.	128 - 191	255.255.0.0
C	W.X.Y	Z	192 - 223	255.255.255.0
D			224 - 239
E			240 - 247

Class Network Host id id Range Default subnet mask

In order to know the class of equipment an IP address, then each must have an IP address in decimal numbers Subnetmask 255 or binary 11111111 indicates a default Subnetmask concerned that the octet of IP address is for a network id, while the decimal or binary 0 is the host id 00,000,000. Actually there are more classes D and E are rarely used but you need to remember, the class D is used for multicast addresses and class E was prepared utuk experiments.
In addition, there are also some additional rules as follows that you also need to know, namely:

• Number 127 in the first octet is used for loopback, ie to test their own computer in the network.
• If an octet consisting of the number 1 means that all broadcast address (sender of the message)
A. Subnetting

Here I'll show a quick way to determine the subnet, it will be useful if you follow the CCNA exam, for example will be used network ID 132.200.0.0 with a 255.255.192.0 Subnetmask same. This method is easier to understand if the described examples and enggunakan following ways:
• From the first octet and the value of a given subnet, IP address can be known is the class to Bdengan octet-3 covered with numbers 192
Use the formula (256 - number octet of the most backward) = 256 to 192 = 64
• well, the subnet that can be used is a multiple of 64, ie 64 and 128
• So the range of IP that has been in the subnet is
132.200.64.1 until 132,200,127,254
132.200.128.1 until 132,200,191,254
191 is the limit of this subnet by the subnet mask, and not exceed 192 (octet end), so we do not need to memorize the table subnetting.
Another example
Suppose we use a class C network ID 192.168.81.0 with Subnetmask 255,255,255,240 in the same way:
•
Calculate (from 256 to 240) = 16, a group of subnets that can be used is a multiple of the number 16, ie 16, 32, 48, 64, 80, 96, 112, 128, 144, 160, 176, 192, 208, and 224
thanks./febtian

Use cisco as the password. When you are finished, exit from line configuration mode.

R1(config)#line vty 0 4 // any 5 admin to access using telnet sesion

R1(config-line)#password cisco

R1(config-line)#login

R1(config-line)#exit

R1(config)#

Using password on configuration mode for safe yaour router, thats command is include line console 0 on terminal . 0 = just one line console can access to terminal.



R1(config)#line console 0


R1(config-line)#password cisco


R1(config-line)#login


R1(config-line)#exit


R1(config)#


./febtian