Border Gateway Protocol BGP Lab Guide - eyejack.orgeyejack.org/curriculum-vitae/training/Border...

Border Gateway ProtocolBGP

Lab Guide

Configuration Loading

To load a new configuration into startup-configFrom the enable mode, perform these 3 steps:

1. Write eraseAnswer ‘y’ and wait a few seconds

2. Copy <file-name> startup-configPress ‘enter’ to the question and wait a few seconds

3. ReloadAnswer ‘y’ and wait for reboot

Labs UsedLab Name Flash File2-a Global BGP Config2-b eBGP Neighbor Interface2-c eBGP Networks2-d eBGP Neighbor Loopback2-e iBGP Neighbors2-f Weight2-g Local Preference2-h AS Path2-i Multi Exit Discriminator

Labs UsedLab Name Flash File4-a Route Reflectors4-b Peer Groups4-c Route Maps4-d AS Path Filters4-e Prefix Lists4-f Communities4-g Aggregation4-h Redistribution

LAB 1: Setup / Familiarization• Purpose:

– Review physical connectivity• Tasks

– Review equipment used– Review lab guide– Establish basic router identity

• Hostname• Passwords: enable and vty – use “cisco”• Login

• Commands used– Show ip route– Show version– Show running-config

Lab 1 - Physical Setup 1

TRAINING PC

CO NSO LE AUX

ACTLINKACTLINK

ETHERNET 1 ETHERNET 0

TRAINING PC

CONSOLE AUX

ACTLINKACTLINK

CONSOLE AUX

ACTLINKACTLINK

CONSOLE AUX

ACTLINKACTLINK

CONSOLE AUX

ACTLINKACTLINK

CONSOLE AUX

ACTLINKACTLINK

CONSOLE AUX

ACTLINKACTLINK

CONSOLE AUX

ACTLINKACTLINK

Catalyst 2900 SERIES10Base T/100Base TX

1x 2x 3x 4x 5x 6x 7x 8x 9x 10x 11x 12x 13x 14x 15x 16x 17x 18x 19x 20x 21x 22x

MODEMODE

SYSTEM RPSSYSTEM RPS

100Base-FX23 24

Terminal

Server (c2611)

Cat 2924

Seattle

San Francisco

Los Angeles

San Diego

Phoenix

El Paso

New Orleans

Portland

Dallas

Catalyst 2900 SERIES10Base T/100Base TX XL

1x 2x 3x 4x 5x 6x 7x 8x 9x 10x 11x 12x 13x 14x 15x 16x 17x 18x 19x 20x 21x 22x

MODEMODE

100Base-FX

Ethernet e0/0

DomainCONSOLE AUX

ACTLINKACTLINK

Atlanta

CONSOLE AUX

ACTLINKACTLINK

New York Ethernet e0/1

Cat 2924Catalyst 2900 SERIES10Base T/100Base TX XL

1x 2x3x 4x

5x 6x7x 8x

9x 10x11x 12x

13x 14x15x 16x

17x 18x19x 20x

21x 22x

MODEMODE

100Base-FX

Reverse Telnet Guidetty cable Router Name PC

2033 0/1 San Francisco Training 1

2034 0/2 Los Angeles Training 2

2035 0/3 San Diego Training 3

2036 0/4 Phoenix Training 4

2037 0/5 El Paso Training 5

2038 0/6 Dallas Training 6

2039 0/7 New Orleans Training 7

2040 0/8 Seattle

2041 1/1 Portland Training 8

2042 1/2 Atlanta Training 9

2043 1/3 New York Training 10

Lab 1 - Physical Setup 2

RelayRouter

RouterRouter

Router

RouterRouterRouterRouterRouter

Router

Francisco

New YorkAtlantaNew

OrleansDallas

El Paso

Phoenix

Portland

Angeles

Seattle

LAB 2-a: Configuration - eBGP• Purpose

– Get external BGP (eBGP) up and running• Tasks

– Configure the BGP Autonomous System– Configure IP information on interfaces (ethernet and

loopback• Configuration Commands used

– Router BGP <ASN>• Commands used

– Show ip route - Ping– Show ip bgp– Show ip bgp summary - Show ip bgp neighbor

Lab 2-a: ASN setup

Router

RouterRouterRouter

Router

Francisco

New York

Atlanta

Orleans

DallasEl PasoPhoenix

PortlandLos

Angeles

ASN 10

ASN 6ASN 5

Lab 2-a: IP setup

Router

RouterRouterRouter

Router

Francisco

New York

Atlanta

Orleans

DallasEl PasoPhoenix

PortlandLos

Angeles

201.0.100.0

209.0.100.0

208.1.100.0

207.0.100.0

206.1.100.0205.0.100.0

204.1.100.0

203.0.100.0

202.1.100.0

210.1.100.0

e 0/1 e 0/0

Lab 2-a: Worksheet 1• Router (city) _______________ Lab #____• E0/0 ____.0.100.____ /30

– Connected to ___________ Lab#____ Interface E__/__

• E0/1 ____.1.100.____ /30– Connected to ___________ Lab#____ Interface E__/__

• Loopback 1 ____.1.102.1 /24• Loopback 2 ____.2.102.1 /25• Loopback 3 ____.3.102.1 /26

Lab 2-a: Worksheet 2• Commands used:

– __________________ purpose ___________________– __________________ purpose ___________________– __________________ purpose ___________________– __________________ purpose ___________________

• Output from:– Show ip route: ____________________– Show ip bgp: ____________________– Show ip bgp summary: _______________

• Are you seeing bgp neighbors?• Are you seeing bgp routes from neighbors?

LAB 2-b: Configuration - eBGP• Purpose

– Understand the configuration steps for eBGP neighbors– Understand communication between eBGP speakers

• Tasks– Configure BGP neighbors (interface peering)

• Configuration Commands used– Neighbor A.B.C.D remote-as <ASN>

• Commands used– Show ip route - Debug ip bgp events– Show ip bgp - Debug ip bgp updates– Show ip bgp summary– Show ip bgp neighbor

Lab 2-b: Worksheet 1

• Router (city) ___________ Lab #___ ASN ___• E0/0 peer:

– City name __________ Lab #___ ASN ___– (local to you) IP addr _____.0.100._____– (remote) IP addr _____.0.100._____

• E0/1 peer– City name __________ Lab #___ ASN ___– (local to you) IP addr _____.1.100._____– (remote) IP addr _____.1.100._____

Lab 2-b: Worksheet 2• Commands used:

– __________________ purpose ___________________– __________________ purpose ___________________

• Are you seeing bgp neighbors?– IP address ____.0.100.____ ASN ____– IP address ____.1.100.____ ASN ____

• Are you seeing bgp routes from neighbors?

LAB 2-c: Configuration - eBGP• Purpose

– Announce networks externally across AS boundaries• Tasks

– Configure BGP network statements• Configuration Commands used

– Router bgp <ASN>• Network ______ mask ______

• Commands used– Show ip route– Show ip bgp– Show ip bgp summary– Show ip bgp neighbor

Lab 2-c: Worksheet 1• Router (city)_______________ Lab #___ ASN ___

• Loopback 1 _____.1.102.1 /24– Network _____.1.102._____ mask 255.255.255._____

Lab 2-c: Worksheet 2• Commands used:

– __________________ purpose ___________________– __________________ purpose ___________________

• Are you seeing bgp routes from neighbors?– _______________________ mask /____– _______________________ mask /____– _______________________ mask /____

LAB 2-d: Configuration - eBGP• Purpose

– Get eBGP up and running using Loopback peering• Tasks

– Delete eBGP neighbor [interface peering] configuration– Create interface Loopback 10

• ____.1.1.1 /32– Create neighbor configuration using remote interface

Loopback IP address• Configuration Commands used for Neighbor

– remote-as• Commands used

– Show ip bgp - Show ip bgp summary– Show ip bgp neighbor

Lab 2-d: Worksheet 1• Router (city) ___________ Lab #___ ASN ___• E0/0 peer: (peer to remote Loopback address)

– City name __________ Lab #___ ASN ___– (local to you Loopback 10) IP addr

_____._____._____._____– (remote Loopback 10) IP addr _____._____._____._____

• E0/1 peer: (peer to remote Loopback address)– City name __________ Lab #___ ASN ___– (local to you Loopback 10) IP addr

_____._____._____._____– (remote Loopback 10) IP addr _____._____._____._____

Lab 2-d: Worksheet 2• Commands used:

– __________________ purpose ___________________– __________________ purpose ___________________– __________________ purpose ___________________– __________________ purpose ___________________

• Are you seeing bgp neighbors?• Are you seeing bgp routes from neighbors?

LAB 2-e: Configuration - iBGP• Purpose

– Understand the configuration steps for iBGP neighbors– Understand communication between iBGP speakers

• Tasks– Delete BGP process– Create BGP process using ASN 88– Peer with Seattle router: 182.16.100.100– Create and announce Loopback 1 network

• Configuration Commands used– Neighbor, synchronization

• Commands used– Show ip bgp - Show ip bgp summary– Show ip bgp neighbor

Lab 2-e: IP Setup

Router

RouterRouter

Router

Francisco

New YorkAtlantaNew

OrleansDallas

El Paso

Phoenix

Portland

Angeles

Seattle

Catalyst

182.16.100.0 / 24

Lab 2-e: Worksheet 1

• Router (city) __________ Lab #___ ASN _88_• E0/0 peer: (start with peer to Seattle)

– City name: Seattle ASN _88_– (local to you) IP addr 182.16.100._____– (remote) IP addr 182.16.100.100

Lab 2-e: Worksheet 2• Commands used:

– __________________ purpose ___________________

• Are you seeing BGP table entries from neighbors?– _______________________ mask /____

• Next Hop _________________________

• Are you seeing IP routes?– _______________________ mask /____

• Next Hop _________________________

LAB 2-f: Attribute - Weight• Purpose

– Determine the effect of altering the WEIGHT Attribute• Tasks

– Load new config for “Lab-2-F”– Configure BGP AS and Neighbors– Announce Loopback 2 and 3– Change the ‘weight’ attribute on a neighbor

• Configuration Commands used– Neighbor A.B.C.D weight 50

• Commands used– Show ip bgp - Show ip route

Lab 2-f: AS Setup

Router

RouterRouterRouter

Router

Francisco New York

Atlanta

Orleans

DallasEl Paso

Phoenix

Portland

Angeles

ASN 10

Lab 2-f: PVC SetupPDX (902) – LAX (209)PDX (903) – SND (309)PDX (908) – ATL (809)SFO (102) – LAX (201)SFO (105) – ELP (501)LAX (201) – SFO (102)LAX (203) – SND (302)LAX (209) – PDX (902)SND (302) – LAX (203)SND (309) – PDX (903)PHX (405) – ELP (504)PHX (406) – DAL (604)PHX (407) – NOL (704)

ELP (501) – SFO (105)ELP (504) – PHX (405)ELP (506) – DAL (605)DAL (604) – PHX (406)DAL (605) – ELP (506)DAL (609) – NYC (906)NOL (704) – PHX (407)NOL (708) – ATL (807)NOL (709) – NYC (907)ATL (807) – NOL (708)ATL (809) – PDX (908)NYC (906) – DAL (609)NYC (907) – NOL (709)

Lab 2-f: IP SetupPDX (902) – LAX (209)PDX (903) – SND (309)PDX (907) – ATL (709)SFO (102) – LAX (201)SFO (105) – ELP (501)LAX (203) – SND (302)PHX (405) – ELP (504)PHX (406) – DAL (604)PHX (407) – NOL (704)ELP (506) – DAL (605)DAL (609) – NYC (906)NOL (708) – ATL (807)NOL (709) – NYC (907)

92.29.1.0 /3093.39.1.0 /3097.79.1.0 /3012.21.1.0 /3015.51.1.0 /3023.32.1.0 /3045.54.2.0 /3046.64.2.0 /3047.74.2.0 /3056.65.2.0 /3069.96.2.0 /3078.87.2.0 /3079.97.2.0 /30

Lab 2-f: Worksheet• Commands used:

– __________________ purpose ___________________– __________________ purpose ___________________

• Are you seeing multi paths to the same destination?– AS Path 1 _____________ AS Path 2 _____________

• Next Hop _________________________

LAB 2-g: Attribute - Local Pref

• Purpose– Determine the effect of altering the LOCAL-PREF

Attribute• Tasks

– Remove the ‘weight’ command from the last lab– Create a route-map containing a Local Pref set– Apply the route-map to the neighbor

• Configuration Commands used– Route-map loc-pref permit 10

Set local-preference– Router BGP <ASN>

• Neighbor A.B.C.D route-map loc-pref in

Lab 2-g: AS Setup

Router

RouterRouterRouter

Router

Francisco New York

Atlanta

Orleans

DallasEl Paso

Phoenix

Portland

Angeles

ASN 10

Lab 2-g: Worksheet• Commands used:

– __________________ purpose ___________________– __________________ purpose ___________________

• Are you seeing mult paths to the same destination?– AS Path 1 _____________ AS Path 2 _____________

• Next Hop _________________________

LAB 2-h: Attribute - AS Path• Purpose

– Determine the effect of altering the AS-PATH Attribute• Tasks

– Remove the route-map applied in last lab– Create a route-map with the AS Prepend– Apply the route-map to the neighbor

• Configuration Commands used– Route-map as-prepend

Set as-path prepend <ASN> <ASN>– Router BGP <ASN>

• Neighbor A.B.C.D route-map as-prepend out

Lab 2-h: AS Setup

Router

RouterRouterRouter

Router

Francisco New York

Atlanta

Orleans

DallasEl Paso

Phoenix

Portland

Angeles

ASN 10

Lab 2-h: Worksheet• Commands used:

– __________________ purpose ___________________– __________________ purpose ___________________

• Are you seeing multi paths to the same destination?– AS Path 1 _____________ AS Path 2 _____________

• Next Hop _________________________

Lab 4-a: Route Reflector• Purpose

– Determine the role Route Reflectors play in iBGP mesh• Tasks

– Advertise *LOOPBACK 2 and 3* networks into BGP– Create additional loopback subnets and advertise in BGP– Create neighbor statements with Seattle and Portland

loopbacks *ONLY*• Configuration Commands used

– Neighbor: synchronization• Commands used

– Show ip bgp– Show ip route

Lab 4-a: Route Reflectors

Router

RouterRouter

Router

Francisco

New YorkAtlantaNew

OrleansDallas

El Paso

Phoenix

Portland

Angeles

Seattle

Catalyst

182.16.100.0 / 24

Lab 4-a: Worksheet 1• BGP AS: 88• Seattle loopback address: 9.1.102.1• BGP Network advertisements:

– Loopback 2 network ______.2.102.______ mask 255.255.255._____

– Loopback 3 network ______.3.102.______ mask 255.255.255._____

– Loopback ___ net ______.______.______.______ mask ____.____.____.____

Lab 4-a: Worksheet 2• Commands used:

– __________________ purpose ___________________– __________________ purpose ___________________

• Next Hop _________________________• Learned via _________________________

Lab 4-b: Peer Groups

• Purpose– Use Peer Groups to simplify neighbors

• Tasks– Create two peer-groups for: Internal and External– Create neighbor adjacencies using the peer-groups

• Configuration Commands used– Neighbor <peer group name> peer-group– Neighbor A.B.C.D peer-group <peer group name>

Lab 4-b: PVC and IP SetupPDX (902) - LAX (209)LAX (209) - PDX (902)

SFO (105) - ELP (501)ELP (501) - SFO (105)

DAL (604) - PHX (406)PHX (406) - DAL (604)

NOL (709) - NYC (907)NYC (907) - NOL (709)

11.216.100.111.216.100.2

11.216.101.111.216.101.2

189.216.102.1189.216.102.2

52.216.104.152.216.104.2

Lab 4-b: ASN Setup

Router

RouterRouter

Router

PORTLAND

ATLANTA

ORLEANS

DALLAS

PHOENIX

ANGELES

FRANCISCO

ASN 10

ASN 30

ASN 40

ASN 20

Lab 4-b: IP Setup

Router

RouterRouter

Router

PORTLAND

ATLANTA

ORLEANS

DALLAS

PHOENIX

ANGELES

FRANCISCO

189.216.100.0

52.39.200.0

11.62.10.0

S 0/0 (902 - 209)

11.216.100.0

S 0/0 (105 - 501)

11.216.101.0

11.216.102.0

S 0/0 (907 - 709)

52.216.104.0

S 0/0 (406 - 604)

189.216.103.0

Lab 4-b - Worksheet 1• External peer-group name: _____________

– Peer-group ___________– Peer-group ___________– Peer-group ___________– Peer-group ___________– Peer-group ___________

• Peersneighbor ____.____.____.____ neighbor ____.____.____.____neighbor ____.____.____.____ neighbor ____.____.____.____

Lab 4-b - Worksheet 2• Internal peer-group name: _____________

– Peer-group ___________– Peer-group ___________– Peer-group ___________– Peer-group ___________– Peer-group ___________

• Peersneighbor ____.____.____.____ neighbor ____.____.____.____neighbor ____.____.____.____ neighbor ____.____.____.____

Lab 4-c: Route-maps• Purpose

– Understand the route-map function• Tasks

– Create a route-map– Assign a route-map to a neighbor or peer-group

• Configuration Commands used– Route-map <name> permit | deny <#>

match <list name | ##>set <action>

– Router BGP <ASN>neighbor A.B.C.D route-map <route-map-name> in|outneighbor <peer-grp> route-map <rte-map-name> in|out

Lab 4-c: ASN Setup

Router

RouterRouter

Router

PORTLAND

ATLANTA

ORLEANS

DALLAS

PHOENIX

ANGELES

FRANCISCO

ASN 10

ASN 30

ASN 40

ASN 20

Lab 4-c: IP Setup

Router

RouterRouter

Router

PORTLAND

ATLANTA

ORLEANS

DALLAS

PHOENIX

ANGELES

FRANCISCO

189.216.100.0

52.39.200.0

11.62.10.0

S 0/0 (902 - 209)

11.216.100.0

S 0/0 (105 - 501)

11.216.101.0

11.216.102.0

S 0/0 (907 - 709)

52.216.104.0

S 0/0 (406 - 604)

189.216.103.0

Lab 4-c: Worksheet

• Global– Route-Map __________

Match _________________________Set _________________________

• Router BGP <ASN>– Neighbor A.B.C.D Route-Map __________ in|out

Lab 4-d: Prefix Lists• Purpose

– Use prefix lists to block routes• Tasks

– Create a prefix list– Assign list to neighbor or route-map or peer-group

• Commands– ip prefix-list <name> seq <#> permit|deny– ip prefix-list <name> seq 90 permit 0.0.0.0/0 le 32– Router BGP <ASN>

neighbor A.B.C.D prefix-list <name> in|outneighbor <peer-group> prefix-list <name> in|out

Lab 4-d: ASN Setup

Router

RouterRouter

Router

PORTLAND

ATLANTA

ORLEANS

DALLAS

PHOENIX

ANGELES

FRANCISCO

ASN 10

ASN 30

ASN 40

ASN 20

Lab 4-d: IP Setup

Router

RouterRouter

Router

PORTLAND

ATLANTA

ORLEANS

DALLAS

PHOENIX

ANGELES

FRANCISCO

189.216.100.0

52.39.200.0

11.62.10.0

S 0/0 (902 - 209)

11.216.100.0

S 0/0 (105 - 501)

11.216.101.0

11.216.102.0

S 0/0 (907 - 709)

52.216.104.0

S 0/0 (406 - 604)

189.216.103.0

Lab 4-d: Worksheet

ip prefix-list _____seq <#> permit|deny <network> / <mask> <ge|le|gt|lt> <prefix length>

seq ___ ______ ___.___.___.___ / ___ ___ ___seq ___ ______ ___.___.___.___ / ___ ___ ___seq ___ ______ ___.___.___.___ / ___ ___ ___seq ___ ______ ___.___.___.___ / ___ ___ ___seq ___ ______ ___.___.___.___ / ___ ___ ___seq ___ ______ ___.___.___.___ / ___ ___ ___seq 90 permit 0.0.0.0 /0 le 32

Lab 4-e: AS Path Filters• Purpose

– Use AS path filters to block routes• Tasks

– Remove the prefix-list applied in last lab– Create an AS path access list– Assign list to neighbor or route-map or peer-group

• Configuration Commands used– ip as-path access-list <1-199> deny|permit <regex>– ip as-path access-list <1-199> permit .*– Router BGP <ASN>

neighbor A.B.C.D filter-list <1-199> in|outneighbor <peer-group> filter-list <1-199> in|out

Lab 4-e: ASN Setup

Router

RouterRouter

Router

PORTLAND

ATLANTA

ORLEANS

DALLAS

PHOENIX

ANGELES

FRANCISCO

ASN 10

ASN 30

ASN 40

ASN 20

Lab 4-e: IP Setup

Router

RouterRouter

Router

PORTLAND

ATLANTA

ORLEANS

DALLAS

PHOENIX

ANGELES

FRANCISCO

189.216.100.0

52.39.200.0

11.62.10.0

S 0/0 (902 - 209)

11.216.100.0

S 0/0 (105 - 501)

11.216.101.0

11.216.102.0

S 0/0 (907 - 709)

52.216.104.0

S 0/0 (406 - 604)

189.216.103.0

Lab 4-e: Worksheet

ip as-path access-list ______deny|permit _____

<regex> ________________deny|permit _____

<regex> ________________

Lab 4-f: Communities• Purpose

– Tag routes with community identifier• Tasks

– Create a route-map with a set community sequence– Assign route-map to neighbor or route-map or peer-group

• Configuration Commands used– Route-map <route-map-name>– Set community <ASN>:<##>– Router BGP <ASN>

Neighbor A.B.C.D route-map <route-map-name> in|out• Commands used

– Show ip bgp community <ASN>:<##>

Lab 4-f: ASN Setup

Router

RouterRouter

Router

PORTLAND

ATLANTA

ORLEANS

DALLAS

PHOENIX

ANGELES

FRANCISCO

ASN 10

ASN 30

ASN 40

ASN 20

Lab 4-f: IP Setup

Router

RouterRouter

Router

PORTLAND

ATLANTA

ORLEANS

DALLAS

PHOENIX

ANGELES

FRANCISCO

189.216.100.0

52.39.200.0

11.62.10.0

S 0/0 (902 - 209)

11.216.100.0

S 0/0 (105 - 501)

11.216.101.0

11.216.102.0

S 0/0 (907 - 709)

52.216.104.0

S 0/0 (406 - 604)

189.216.103.0

Lab 4-f: Worksheet

• Route-map ____

Match _________________________Set community ___________________

Lab 4-g: Aggregation

• Purpose– Understand the effects of redistribution on BGP

• Tasks– Clear all network statements out of the bgp process– Redistribute the IGP in BGP

• Commands– Router BGP <ASN>

Aggregate-address A.B.C.D mask ____________• Advertise-map, AS-Set, Attribute-map,• Route-map, Summary-only, Suppress-map

Lab 4-g: Worksheet 1• Router (city)___________ Lab #___ ASN ___• Loopback 1 _____.1.102.1 /24

– Network _____.1.102._____ mask 255.255.255._____

• Aggregate-address ____.0.0.0 mask 255.0.0.0

Lab 4-g: Worksheet 2• Commands used:

– __________________ purpose ___________________– __________________ purpose ___________________

• Are you seeing bgp routes from neighbors?– _______________________ mask /____– _______________________ mask /____– _______________________ mask /____

Lab 4-h: Redistribution

• Purpose– Understand the effects of redistribution on BGP

• Tasks– Clear all network statements out of the bgp process– Redistribute the IGP in BGP

• Commands– Router BGP <ASN>

• Redistribute <IGP>

Lab 4-h: Redistribution

26112611

Portland

Dallas

El Paso

PhoenixSan Diego

Los AngelesSan

Francisco

Orleans

Seattle

11.1.201.200 /30

182.16.100.0 /24 35.96.100.0 /2418

10.58.219.0 /24

11.1.202.200 /30

11.1.203.20011.1.200.200 /30

Lab 4-h: ASN Setup

Router

RouterRouter

Router

PORTLAND

ATLANTA

ORLEANS

DALLAS

PHOENIX

ANGELES

FRANCISCO

ASN 10

ASN 30

ASN 40

ASN 20

Lab 4-h: IP Setup

Router

RouterRouter

Router

PORTLAND

ATLANTA

ORLEANS

DALLAS

PHOENIX

ANGELES

FRANCISCO

189.216.100.0

52.39.200.0

11.62.10.0

S 0/0 (902 - 209)

11.216.100.0

S 0/0 (105 - 501)

11.216.101.0

11.216.102.0

S 0/0 (907 - 709)

52.216.104.0

S 0/0 (406 - 604)

189.216.103.0

Border Gateway Protocol BGP Lab Guide - eyejack.orgeyejack.org/curriculum-vitae/training/Border...

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