ccnp route 300-101 practice labs

ccnp route 300-101 practice labs

Set ip next-hop 11.1.1.2 exit // IBGP neighbors, using loopback0 to build neighbors On R1 , only the summary route 32.0/21 is filtered, and all the detailed routes are released. If a standard ACL is used to match the route, how to write it? If the route is marked d , it means that the route is suppressed. If it is h , it means that the route has signs of flipping. As a result, on R4 , the BGP table is as follows: Neighbor 3.3.3.3 route-map WT1 in neighbor 5.5.5.5 route-map WT2 in Of course it includes information such as object MAC address , contents of the destination interface . In this case we need only one data stream (Flow) in the first packet do process Sw(config-if)#switchport private-vlan host-association 100 201 1 Neighbor 10.1.13.1 remote-as 100 MAC address Trunk port processing frame process Vlan 100 Then R2 introduced locally 1.1.1.0 of BGP routes, and inherits from OSPF learned 1.1.1.0 of Metric 2 , then R3 on A policy-list is like a route-map that only contains a match statement. We know that there are several ways to form a secure address entry, one of which is manually configured using the switchport port-security mac , but this method is time consuming and laborious, and it is necessary to copy the MAC on the PC , and the work cost is relatively high. . Another way to form a secure address is to have the switch use dynamically learned MACs . However,ccnp route 300-101 practice labs, these secure addresses will be lost once the interface is up/down , let alone rebooting the device. Therefore, you can use the sticky mac . After this method is activated, the switch will “stick” the dynamically learned MAC . The specific action is very simple. After dynamically learning the MAC (for example, a 00b0.1111.