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# System prepended metadata

title: Apontamentos Packet Tracer TIIGR0917A

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# Apontamentos Packet Tracer TIIGR0917A

# Aviso

Todos os comandos que se seguem são puros exemplos e devem ser adaptados de acordo com os exercicios que estão a fazer

Se quiserem podem meter mais apontamentos desde que ajudem no desenvolvimento de exercicios

## Telnet & SSH
Telnet:

SW
username (“username”) secret (“password”)
enable secret (“password”)
line con 0
login local
line vty 0 15
login local
int vlan 1
ip address (“ip na mesma rede de quem vai aceder”) ("subnet)
no shutdown
do wr

SSH:

SW
hostname (“nome do equipamento”)
ip domain-name (“nome do dominio”)
username (“username”) secret (“password”)
enable secret (“password”)
line con 0
login local
line vty 0 15
login local
int vlan 1
ip address (“ip na mesma rede de quem vai aceder”) ("subnet)
no shutdown
crypto key generate rsa
1024
ip ssh authentications-retry (“numero de tentativas para logar”)
ip ssh time-out (“segundos para meter a password”)
ip ssh version 2
do wr

## Tunneling:
RT
interface tunnel (“numero da interface”)
ip address (“ip”)
tunnel source (“porta do router”)
tunnel destination (“ip next-hop”)
tunnel mode gre ip
do wr

## Voip
Neste tutorial usei:
1 Router 2811
1 Switch
2 Ip Phones

(Networking)
RT
enable
configure terminal
int (a que estiver ligada a rede com os telefones)
ip address (gateway da rede) (subnet)
no shutdown

(Configure DHCP)
ip dhcp pool (nome da pool)
network (ip de rede) (subnet)
default-router (gateway da rede)
option 150 ip (gateway da rede)
exit

(Telephony Service)
telephony-service
max-dn 25
max-ephones (numero de telefones)
ip source-address (gateway da rede) port 2000
exit

(Configure Vlan)
SW
enable
configure terminal
interface range fastEthernet (primeira interface) - (ultima interface)
switchport mode access
switchport voice vlan 1
exit

(Configure Phone Numbers)
telephony-service
auto assign 1 to 5
exit
ephone-dn 1
number (numero para se dar ao telefone 1)
exit
ephone-dn 2
number (numero para se dar ao telefone 2)

## Port Security
isto é um exemplo todos os comandos abaixo devem ser adaptados para as redes que estiverem a ser trabalhadas

[*switch*]int fa 0/1
[*switch*]switchport mode access
[*switch*]switchport port-security
[*switch*]switchport port-security mac-address sticky
[*switch*]switchport port-security mac-address [*mac-address*] (o que estiver conectado a interface que está em causa)
[*switch*]switchport port-security violation shutdown (pode ser shutdown, restrict, protect)

## BGP Network Protocol
RT
router bgp (“numero da lista”) - todas as listas têm que ter numeros diferentes
network (“ip network”) mask (“mask”)
neighbor (“ip vizinho”) remote-as (“numero da lista do router vizinho”)

## IPV6
IPV6 Auto Config
Router

[*config*]ipv6 unicast-routing
[*config*]interface gig 0/1
[*config-if*]ipv6 enable

[*config-if*]ipv6 address autoconfig
[*config-if*]ipv6 add 2000::/64 eui-64
[*config-if*]no shutdown

#show ipv6 brief gig 0/1
__
PC

desktop > ip configuration:
ipv6 auto config

IPV6 Static Config
Router

[*config*]interfa gig 0/1
[*config-if*]ipv6 enable
[*config-if*]ipv6 address 2000::1/64
[*config-if*]no shutdown
__
PC

desktop > ip configuration:
ipv6 static

IPV6 Static Routing
RT1.1[*config*]ipv6 unicast-routing
RT1.1[*config*]ipv6 route 2000:2::/64 2001::20

RT1.2[*config*]ipv6 unicast-routing
RT1.2[*config*]ipv6 route 2000:1::/64 2001::10

IPV6 Rip Routing
RT2.1[*config*]ipv6 unicast-routing
RT2.1[*config*]interface gig 0/1
RT2.1[*config-if*]ipv6 rip net1 enable
RT2.1[*config-if*]exit
RT2.1[*config*]interface se 0/3/0
RT2.1[*config-if*]ipv6 rip net1 enable

RT2.2[*config*]ipv6 unicast-routing
RT2.2[*config*]interface gig 0/1
RT2.2[*config-if*]ipv6 rip net1 enable
RT2.2[*config-if*]exit
RT2.2[*config*]interface se 0/3/0
RT2.2[*config-if*]ipv6 rip net1 enable

## Standard Access List
Server Router
access-list 1 deny host 192.168.20.1
int se 0/0/0 and 0/0/1
(se0/0/0 ou se0/0/1) ip access-group 1 in
access-list 1 permit any

## Extended Access List
ip access-list extended (nome)
?

## ASA5505
Vlans

interface vlan 1
no ip address
exit
no dhcpd address 192.168.1.5-192.168.1.35 inside

interface vlan 1
ip address (“ip gateway da rede interior”) (“subnet”)
no shutdown
nameif inside
security-level 100

interface vlan 2
ip address (“ip da rede entre a firewall e o router”) (“subnet”)
no shutdown
nameif outside
security-level 0

Ethernet

interface ethernet (“porta da rede interior”)
switchport access vlan 1 (optional) - porque a porta ja está na vlan 1 por default

interface ethernet (“porta da rede entre a firewall e o router”)
switchport access vlan 2

DHCP and DNS

dhcpd address 172.16.1.5-172.16.1.6 inside
dhcpd dns 8.8.8.8 interface inside

Default Route

route outside 0.0.0.0 0.0.0.0 (“ip da porta do router”)

Object Network and NAT

object network LAN
subnet 172.16.1.0 255.255.255.0
nat (inside, outside) dynamic interface

Access-List

access-list inside_outside extended permit tcp any any
access-list inside_outside extended permit icmp any any
access-list inside_outside extended permit udp any any
access-group inside_outside in interface outside

## NTP Server
NTP Server

Ativar o serviço

Router

[*config*]ntp server (ip server ntp)
[*config*]ntp update-calendar
[*config*]do show clock

## SYSLOG Server
SYSLOG Server

Ativar o serviço

Router

[*config*]service timestamps log datetime msec
[*config*]loggin host (ip do server syslog)
[*config*]logging on

EIGRP
Router

[*config*]router eigrp 1
[*config*]network (ip network wildcard)

## Radius Server
Radius Server

Ativar
hostname client - client ip (1 ip do client)
secret (secret do client)
escolher opção tacacs
username password (que vao ser usadas)

Router

[*config*]aaa new-model
[*config*]aaa authentication login default group radius local
[*config*]line con 0
[*config*]login authentication default
[*config*]aaa authentication login TELNET-LOGIN local
[*config*]line vty 0 15
[*config*]login authentication default

## Encapsulations
exe:

Router

int gi 0/0.20 - recomendavel meter o nº da vlan
encapsulation (nº da vlan)