cisco asa configuration guide

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CISCO PT Simulation Experiment (16) Router redistribution configuration

//redistribution of Direct connect routes to Ospfrouter (config-router) #redistribute static subnets//redistribution of static routes to Ospfrouter (Config-router) #redistribute ripsubnets//re-distributing RIP to ospfrouter# showrrouter#showiproute//3 Direct-attached routes within the routing table, with 1 static, RIP, and OSPF dynamic routes# Link Test PC0 (Command prompt cmd) ping 192.168.3.1//link ping 192.168.4.2//link ping 192.168.2.2 Link-through PC3 (Command prompt cmd) ping 192.168.1.2//

CISCO PT Simulation Experiment (15) loopback Telnet configuration for routers

router (config-router) #ip address192.168.254.1 255.255.255.255router (Config-router) #^zrouter#showrrouter#show Iproute/*=part1router1 Basic Configuration */router>enablerouter#conftrouter (config) #inter f0/0 //Enter No. 0 module NO. 0 port (Fast Ethernet interface) Router (config-if) #ip address192.168.2.1255.255.255.0 //Configuration F0/0 Interface Iprouter (config-if) #no shutdown //open port, default

CISCO PT Simulation Experiment (12) configuration of router static routes

communicate router (config-if) #no shutdown //Open port Router (config) #^zrouter#showr Router0 Static routing configuration router>enablerouter#conf Trouter (config) #ip Route 192.168.2.0 255.255.255.0 10.254.10.2 (Command interpretation: When the destination network address is 192.168.2.0, forward to port address 10.254.10.2 routes) Router (config) #^zrouter#show IP routeRouter1 Static routing configuration

CISCO PT Simulation Experiment (18) router DHCP server and relay configuration

protocol router (config-router) #network 192.168.2.0//Specifies the network that needs to be advertised (located in the routing interface) router ( Config-router) #network 10.254.10.0router (config-router) #exit/*=part3dhcp Relay Agent configuration */ Router (config) #service dhcp //enable DHCP feature router (config) #inter f0/0 //Enter No. 0 module NO. 0 port (Fast Ethernet interface) Router (config-if) #ip HELPER-ADDRESSNBSP;10.254.10.1NBSP;NBSP

CISCO PT Simulation Experiment (13) router RIP dynamic routing configuration

communicate router (config-if) #no shutdown //Open port Router (config) #^zrouter#showr router0 Dynamic routing configuration Router>enablerouter#conftrouter (config) # routerrip //enable RIP dynamic routing protocol Router (config-router) #version 2 //using version 2, RIPV2 protocol router (config-router) # NETWORKNBSP;192.168.1.0NBSP;NBSP;NBSP;NBSP;NBSP;//Specifies the network that needs to be advertised (at the router interface) Router (config-rou

CISCO PT Simulation Experiment (2) port configuration and management for switches

: interface fastethernet0/1s2960 (config-if) #speed 100s2960 (config-if) #duplex fulls2960 (config-if) # end//at the same time the PC0 network card to full duplex mode, 100M rate, otherwise the link is not through s2960#showinterface //Display Port All information s2960#show mac-address-tables2960#configts2960 (config) #line console0 //Entering console line mode S2960 (config-line) #password cisco //Set the login password for the console line S2960 (c

CISCO PT Simulation Experiment (19) NAT feature configuration for routers

(config ) #router NBSP;RIPNBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBsp;//Entering routing configuration mode - Enable RIP protocol router (config-router) #version 2 //using version 2, RIPV2 protocol router (config-router) #network 192.168.1.0 NBSP;//Specifies the network that needs to be advertised (located in the routing interface) Router (config-router) #network 222.200.105.0router (config-router) #exit/*=part3 static NAT

Spanning Tree protocol configuration for the Cisco PT Simulation Experiment (5) switch

is of type Rstpswitch (config) #endSwitch #showspanning-tree nbsp//determine root switch, port role, port status, etc. # Link Test PC0 (Command prompt cmd) ping 192.168.1.4//link switch0switch>enswitch#conf tswitch (config) #inter f0/23 Turn off Port switch (config-if) #shutdownPC0 (Command prompt cmd) on the main link ping 192.168.1.4//link//Backup link flag changed from yellow to green, indicating backup link is enabled Lab Environment: Windows 7, C

[CISCO] NAT configuration overview

[CISCO] NAT configuration full guide vronat NAT Function configuration introduction with the rapid development of the internet, the shortage of IP addresses has become a very prominent problem. A variety of solutions have emerged to solve this problem. The following describes an effective method in the current network

CISCO PT Simulation Experiment (4) VLAN partitioning and configuration of switches

(VLAN) #exitSwitch #showvtp status//viewing VTP configuration information switch#show vlanbrief// Display VLAN configuration information switch#conftswitch (config) #inter f0/1switch (config-if) #switchport accessvlan The 2//divides the port into Vlan2switch (config-if) #exitSwitch (config ) #inter f0/2switch (config-if) #switchport NBSP;ACCessvlan3//divide the port into Vlan3switch (config-if) # Exitswitc

Port security Configuration for the Cisco PT Simulation Experiment (7) switch

: On the emulator, you cannot use the show port-security command on a layer 3 switchPC Settings 192.168.1.2//pc0192.168.1.3//pc1192.168.1.4//pc2192.168.1.5//pc3//Subnet mask and gateway 255.255.255.0 192.168.1.1PC (Command prompt cmd) ipconfig//view MAC address of 4 PCs separatelySwitch0 configuration switch>enswitch#conf tswitch (config) #inter rang f0/1-22switch (config-if-range) #switchport mode access/ /config

Basic configuration and management of the Cisco PT Simulation Experiment (1) switch

//Set the host name s2960s2960 (config) #interface fastethernet0/ 1//Enter configuration mode S2960 (config-if) #exit //return to previous level mode S2960 (config) #ip address192.168.1.1255.255.255.0 //Set Switch IPS2960 (config) #ip default-gateway192.168.1.254//Set the default gateway S2960 ( Config) #ip domain-namecisco.com //Set the domain name S2960 (config) #ip name-server200.0.0.1 //Setting the domain name server S2960 (config) #no ip domai

CISCO PT Simulation Experiment (14) router configuration for OSPF dynamic routing

Interface Iprouter (config-if) #no shutdown //open port, default off Router (config) #exit/*=part2 OSPF Dynamic routing configuration */router (config) #router ospf1 NBSP;//enables the OSPF protocol, the subordinate OSPF process id=1//Specifies the advertisement network, and belongs to the OSPF area id=0router (config-router) #network 192.168.2.0 0.0.0.255area0router (config-router) #network 10.254.10.00.0.0.255area0router (Config-router) #^zrouter#s

CISCO PT Simulation Experiment (11) router single-arm routing configuration

Vlan2switch (Config-vlan) #vlan 3 //creating Vlan3switch (Config-vlan) # Exitswitch (config) #inter f0/2switch (config-if) #switchport accessvlan2 //set the port mode to Accessswitch (config-if) #exitSwitch (config) #inter f0/3switch ( CONFIG-IF) #sw acvlan3 //set the port mode to Accessswitch (config-if) #exitSwitch (config) #inter f0/1switch (config-if) #sw modetrunk// Set the port mode to Trunkswitch (config-if) #endSwitch #showvlan //View VLAN configur

CISCO PT Simulation Experiment (19) NAT feature configuration for routers

(config ) #router NBSP;RIPNBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBsp;//Entering routing configuration mode - Enable RIP protocol router (config-router) #version 2 //using version 2, RIPV2 protocol router (config-router) #network 192.168.1.0 NBSP;//Specifies the network that needs to be advertised (located in the routing interface) Router (config-router) #network 222.200.105.0router (config-router) #exit/*=part3 static NAT

Basic configuration of the Cisco PT Simulation Experiment (10) router

privileged mode, you must set a privileged mode password or configure telnet user rightsConfigure the Vty line login password and enable global password encryptionLog on to the router with the Telnet command to seeDisplay current configuration informationPC0 setting 192.168.1.2255.255.255.0192.168.1.1Router0 configuration router>enablerouter#conftrouter (config) #inter f0/0 //Unlike switches, the router's

CISCO PT Simulation Experiment (5) port aggregation configuration for switches

) #port-channelload-balancedst-ip//to achieve load balancing by Destination IP address switch ( Config) #exSwitch #showetherchannelsummary NBSP;NBSP;NBSP;NBSP;//Display Ethernet Channel Information Switch#conftswitch (config) #interface port-channel1 //port configuration mode switch (config) into the aggregation port #exSwitch #showinterfacesetherchannel //displaying aggregation port information PC0 (Command prompt cmd) ping 192.168.1.3//link ping 19

Cisco AnyConnect, under Ubuntu configuration

Cisco AnyConnect, under Ubuntu configuration Windows/mac/android/ios can be downloaded to the Cisco website AnyConnect software, all have visual software can be used.Linux can be connected to a Cisco VPN with VPNC. sudo apt-cache search VPNC You can see that a number of related packages have been returned. One of the

CISCO PT Simulation Experiment (5) port aggregation configuration for switches

) #port-channelload-balancedst-ip//to achieve load balancing by Destination IP address switch ( Config) #exSwitch #showetherchannelsummary NBSP;NBSP;NBSP;NBSP;//Display Ethernet Channel Information Switch#conftswitch (config) #interface port-channel1 //port configuration mode switch (config) into the aggregation port #exSwitch #showinterfacesetherchannel //displaying aggregation port information PC0 (Command prompt cmd) ping 192.168.1.3//link ping 19

PingingLab series CCNA full Configuration Guide-Layer 3 Switch 3.12

3.12 layer-3 Switching Purpose: 1. master the basic configurations of layer-3 switching for inter-VLAN communication. 2. Understand the implementation principle of layer-3 switching. Tutorial topology: 650) this. width = 650; "src =" http://www.bkjia.com/uploads/allimg/131227/062203O08-0.png "title =" 3.12.png "/> Tutorial steps: 1. Deploy the Trunk link between SW1 and SW2 Based on the topology shown in the figure. The configuration is as follows:

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