Configure redistribution to achieve interoperability between hosts

Configure redistribution to achieve interoperability between hosts

Purpose: Configuration redistributed to achieve interoperability between hosts

Subjects: six router, four PC,

Experimental environment: GNS3, CRT

Principle :: ASBR route ospf redistribution of

Experimental Procedure:

1. Drag six router and 4 single PC to the topology area, a good place

Configure redistribution to achieve interoperability between hosts

2. configure the router attributes, each have 128M increase disk capacity, configuration service board, there are 16 I configure Layer 2 service board

Configure redistribution to achieve interoperability between hosts

Configure redistribution to achieve interoperability between hosts

3. Open the interface information, connection configuration of experimental data, remember to check again
Configure redistribution to achieve interoperability between hosts
4. Experimental analysis of the first wave of thinking:

Topology map, OSPF has two regions, namely AREA0 backbone region and non-backbone areas AREA 1, the non-backbone area directly connected to the backbone area, play the role of connecting the both sides are aggregated data is exchanged by R1; So R1 is ABR , Rl also need to 59.56.61.0 segment and an outer segment 192.168.1.0 own area AREA1 and AREA0 injected, the injection is so between different protocols, it is ASBR

AREA0 ring backbone area and RIP, that is connected between the AS two, R2 need to be injected into the link state rip AREA0 in AREA0DE1OSPF also need to rip injected into the link state, the R2 is the ASBR , R5 only need rip agreement declare their network can

R3 is arranged in AREA 1, the other branch is attached to a section of a straight-through outside the region, there is a non-directly connected network segment, R3 also played a role in the ASBR , R4 only needs to configure a default route, the things you can do to R3

R6 is a foreign operator's network by the device, the company's information with outside information 59.56.61.0 forwarding each other, R6 only connection with the company's R1 router, so just give R6 configure a default route to R1 things to do can,

Through analysis, to understand the function and role of each router, the next is the use of the command, which is also an objective of this experiment lies, multi-input commands, faster memory

5. Next Step, or to the interface with IP address of each, it should be noted here, the increased need to start forwarding Layer 2 interfaces can configure the interface

PC, simply, to ignore the PC, router configuration from a 1-6 start

First click on Run

R1:

Configure redistribution to achieve interoperability between hosts

Here F1 / 0 no success, say f1 / 0 on l2 links, this NO switchport
Configure redistribution to achieve interoperability between hosts

Show the Brief ip interface then do
Configure redistribution to achieve interoperability between hosts
R2:

Configure redistribution to achieve interoperability between hosts

R3:

Configure redistribution to achieve interoperability between hosts
R4;

Configure redistribution to achieve interoperability between hosts
R5:

Configure redistribution to achieve interoperability between hosts

R6:

Configure redistribution to achieve interoperability between hosts

Interface configuration is complete, the next start configuring routing

6.R1 is ABR: f0 / 0 interface, and F1 / 1 Interface in AREA0

f0 / 1 in the AREA1, F1 / 0 with the ISP directly connected, the straight-through injection period, the injection static routing,

Configure redistribution to achieve interoperability between hosts

Configure redistribution to achieve interoperability between hosts

Configure redistribution to achieve interoperability between hosts
R2: R2 is the ASBR: In addition to declaring each in which area, but also the summary information for each area to another area of ​​the interface injection

Configure redistribution to achieve interoperability between hosts

Configure redistribution to achieve interoperability between hosts

R3: F0 / 0 directly connected network segment, there is a static route, R3 and static routes need to be declared directly connected network segment is not within the area AREA 1; f0 / 1 in AREA 1, this status need to be declared
Configure redistribution to achieve interoperability between hosts
Configure redistribution to achieve interoperability between hosts
R4: comprising two directly connected network segment, and that is at the tip of the network, and only a link leading to it, so you can set a default network sent out,

Configure redistribution to achieve interoperability between hosts
R5: the rip, the only declared their own directly connected network segments can be

Configure redistribution to achieve interoperability between hosts
R6: Similar with R4, mainly configured article summarized network segment,

Configure redistribution to achieve interoperability between hosts
Configured, then began a wave of ping

Configure redistribution to achieve interoperability between hosts
Perfect, thank you

Guess you like

Origin blog.51cto.com/14558445/2445008