ccnp troubleshooting dumps pdf

ccnp troubleshooting dumps pdf

Redis static route-map cisco RIP-1 Only The configuration of R3 is as follows: Hostname R1 interface s0/0 None R2(config)# access-list 1 deny 192.168.3.0 R2(config)# access-list 1 permit any R2(config)# router ospf 1 technical background Ospf rip static Improve security, reduce the number of subnets, and increase IP utilization It takes effect on routes re-advertised from other dynamic routing domains. It does not take effect on direct routes (still 0 ) 100 FastEthernet1/0 10.1.23.2 Non-exist-map tabel-map WWW and SMTP belong to the Isalated VLAN , so they cannot access each other; WWW and SMTP servers can only communicate with the promiscuous port, that is, with the router. Access-list 2 permit 10.1.2.0 route-map cisco permit 10 DHCP The time interval between listening and learning states. Default 15S Set extcommunity cost pre-bestpath 1 10 Next Hop Remove the command configured on SW1 in step 2 to restore the experimental environment. *> 1.1.1.1/32 10.1.23.2 65 0 12 i 10.10.10.0/24 In the list, the first AS number (that is , the one that goes to the destination closest to the AS ) CISCO data forwarding mode None Experimental phenomena: Path control 77 Native vlan At this time, by default, R2 can learn 1.0 , 2.0 , and R1 can only learn 2.0. Metric =0 None Route redistribution is directed. The routing information of the A routing domain is injected into the B routing domain. We need to configure it in the process of the B routing protocol. For example,ccnp troubleshooting dumps pdf, to redistribute other routing protocols to RIP , then configure. As follows (republishing to other routing protocols is similar): Configuration R3 , R4 running the OSPF , the R3 on each can learn from the R1 and R2 of looback Next Hop External EIGRP Standby is 10.1.1.252, priority 100 (expires in 7.572 sec) IS-IS R1 uses 1.1.1.1 as the update source, trying to establish a BGP connection with 2.2.2.2 , and the local IP address of R2 is 1.1.1.1 , and Metric Ip as-path access-list 1 deny _600$ Interface fast0/1 OSPF 's neighbor command is not the same as EIGRP . After testing, in the Ethernet environment, directly refer to the neighbor , and still send multicast hello. <1-4294967295> community number AS100 sends 10000 routes to R2 . If R2 only wants to collect 100 routes and the rest is filtered, then the general practice is to execute the in- direction filter on R2 , because AS100 is uncontrollable for AS200 . However, this method is actually a waste of link bandwidth and network resources. 5.5.5.5 For more details on adjusting the AD value for various routing protocols , see the technical documents such as OSPF , EIGRP , and BGP for the passhot of Black passhot. AS_SEQUENCE exactly the same, except that the list of AS numbers belong to the local Federation AS How to perform non-equivalent load balancing? In this figure, the bandwidth of the uplink interface of R2 is actually not equal. / / used to match summary routes ... ... Redistribute ospf 1 route-map test The LP attribute of the route is preserved throughout the federation ? As shown in the figure on the left, if the PC wants to Telnet the switch, first the PC should be able to ping the switch. Secondly, the VTY should be activated on the switch and the password should be configured. Then we create a VLAN 10 on the Layer 2 switch , assign the F0/1 port to VLAN 10 , and configure an IP address for the logical interface of VLAN 10 of the Layer 2 switch , and the IP of the same network segment as the PC . In this way, the PC can access the switch. But the problem is coming, so that the PC and the switch are on the same network segment and the same VLAN . In case there is a conflict between the IP address configured by the PC and the switch, we can consider dividing the switch into one. Separate VLANs for managing these switches. This VLAN is suitable for the entire traffic network, unified VLAN and unified IP.Planning, it is the management VLAN , so the management VLAN is not a specific VLAN , not VLAN1 , which is a misunderstanding of many people. In general, we will use a more "unprecedented" VLAN ID and IP , such as VLAN255 in this lab , and the network segment.