Redouane MEDDANE - Master IP routing Protocols: Version 1 OSPF EIGRP ISIS and BGP all in-one

R Redouan e M MEDDANE Contents Chapter 1: OSPF Routing Protocol Part I : OSPF theory 1-Introduction 2-Area Types 3-Router Roles 4-OSPF Metric 5-OSPF Neighbors 6-Packet Types: 7-OSPF States 8-DR and BDR 9-Route Summarization 10-OSPF Passive Interfaces 11-OSPF Default Routes: 12-Link State Advertisements (LSAs) 13-Standard,Stub and Not-So-Stubby Areas 14-OSPF Virtual Links 15-OSPF Route Types 16-OSPF Network Types Part II : OSPF Lab manual Lab 1: OSPFv3 Virtual-Link Lab 2: External path selection in NSSA Lab 3: Stub and totally stuby area Lab 4: Manipulating of the Forwarding Address and the path selection Lab 5 : ABRs election and Forward Address in NSSA with OSPFv3 Lab 6 : loop prevention mechanism of inter-area ospf Lab 7: Forward Address and path selection in OSPFv2 Lab 8: OSPFv3 and the Forwarding Address Lab 9: OSPF path selection for external route Lab 10: OSPFv2 and OSPFv3 comparison Lab 11: OSPF over Frame-Relay and redistribution between two OSPF Processes-ID Lab 12: Redistribution between two OSPF Processes-ID Lab 13: OSPFv3 external path selection and Forward Address Lab 14: Forwarding Address selection Lab 15: Forwarding Address selection among two LSAs Type 7 for the same destination Lab 16: NSSA with OSPFv3 Lab 17: Virtual-Link OSPF Lab 18: Effects of ABR Loop Prevention with OSPFv3 Lab 19: Forwarding Address Lab 20: OSPFv3 and external route selection Lab 21: The Forwarding Address and path selection Lab 22: Routing Problem with OSPF Forwarding Address with all possible solutions Lab 23: How an ABR sets the Forward Address in the LSA Type 7 Lab 24: Routing Problem with OSPFv3 when advertising external routes in NSSA Lab 25: OSPFv3 LSAs : Types 2001 and 2002, Types 0008 and 2009 (Router and Network, Link and Intra-Area-Prefix) Lab 26: P-bit in LSA Type 7 loop prevention Lab 27: LSA Type-7 and LSA Type-5 which will win? Lab 28: LSA Type-7 With P-bit Clear and LSA Type-5 which win? Lab 29: Effect of the prefix-suppression Feature over the LSAs Type-1 and Type-2 Lab 30: V-bit and B-bit in LSA Type 1 Lab 31: Effect of the ABR Loop Prevention over the LSA Type 4 Lab 32: External Default route in NSSA area Lab 33: External Routes over LSA Type-7 and LSA Type-5 Lab 34: Next-Hop Field in OSPFv2 and OSPFv3 Lab 35: Adjacencies in OSPFv3 Lab 36: Suppressing the Forward Address in the LSA Type 7 Lab 37: LSA Type-7 and the P-Bit Lab 38: Analysing the LSAs Type of OSPFv3 Lab 39: Understanding of Not-So-Stubby Area (NSSA) Lab 40: LSA Type 4 asb-summary LSA Part1 Lab 41: LSA Type 4 asb-summary LSA Part 2 Lab 42: Fields of the LSAs Type on OSPFv3 Lab 43: Suboptimal Routing with LSA Type 4 Lab 44: LSA Type 7 and LSA Type 5 Lab 45: OSPFv3 over Frame-Relay Lab 46: OSPFv3 and RIPng Redistribution Path control and security Lab 47: Forward Address and Next-hop Field: Lab 48: Inter-area router LSA and suboptimal routing in OSPFv3 Lab 49: Inter-area prefix LSA and suboptimal routing in OSPFv3 Lab 50: asbr-summary LSA Type 4 Lab 51: Analysing OSPF Router LSA (LSA Type 1) Lab 52: Inter-area Router and Prefix loop prevention and the suboptimal routing Lab 53: Type-5 LSA and a Type-7 LSA for the same network from an ASBR NSSA Lab 54: Optimization of OSPF Lab 55: NSSA external prefix and secondary address Lab 56: Third-Party Next-Hop Lab 57: Router and Summary LSAs inter-area and intra-area routes Lab 58: Virtual-link Router and Summary LSAs Lab 59: OSPFv3 Forward Address and Path Slection Lab 60: Two LSAs Type 7 to the same destination from two ASBRs Lab 61: Two different external routes with the same Network number and different Mask Lab 62: OSPF over NBMA Lab 63: Clear the P-bit in LSA Type 7 Lab 64: Router LSA and prefix-suppression Lab 65: External Prefix propagation on OSPFv3 Lab 66: Prefix Suppression P-bit E-bit and B-bit

Lab 68: OSPFv3 using Address Families and the new LSAs Type 8 and Type 9 for IPv4 Lab 69: OSPFv3 for IPv4 using Address Family Lab 70: Multiple NSSA ABRs and suboptimal routing Lab 71: OSPFv3 Address Families stub and Totally Stubby area Lab 72: OSPFv3 Graceful Shutdown Part III : Appendixes -Reference RFC3101 -Notes Chapter 2: EIGRP Routing Protocol Part I : EIGRP Theory 1-Introduction to EIGRP 2-EIGRP Packets 3-EIGRP Neighbor Adjacency 4-EIGRP Hello & Hold Timers and maximum hop count 5-EIGRP Updates 6-Metric and EIGRP K Values Formula 7-Reviewing some EIGRP Terminologies 8-EIGRP tables 9-EIGRP : Basic Configuration 10-Unequal Cost Load Balancing 11-Stuck-in-Active and EIGRP Queries 12-EIGRP Stub 13-EIGRP named mode Part II : EIGRP Lab manual Lab 01: Redistribution between two EIGRP AS Offset-List and EIGRP Stub Lab 02: Redistribution between two AS EIGRP Variance and Offset-List Lab 03: EIGRP over Frame-Relay Lab 04: Troubleshooting EIGRP Lab 05: EIGRP redistribution between two AS and the next-hop field Lab 06: Next-Hop Field with EIGRP over IPv4 Lab 07: Next-Hop Field with EIGRP over IPv6 Lab 08: EIGRP Stub Feature Lab 09: Filter EIGRP external routes Lab 10: EIGRP Filtering using prefix-list and route-map Lab 11: EIGRP Route Filtering:Route-Map Prefix-List ACL with Distribute-list Lab 12: EIGRP Route Leaking Maximum hopcount and Route tag Lab 13: Next-hop field between two AS eigrp IPv6 Lab 14: Successor and Feasible Successor Lab 15: show ip eigrp topology all-links subcommand Lab 16: EIGRP Default Route Summarization Authentication PBR Lab 17: EIGRP with two AS Frame-relay and Floating Static Route Lab 18: Optimization EIGRP over Frame-relay Network Lab 19: EIGRP Summary and Leak Map Lab 20: Feasible Successor issues Lab 21: Two EIGRP AS number and two equal paths to the same destination Lab 22: EIGRP named over IPv6 Lab 23: EIGRP Named Mode Authentication Chapter 3: BGP Routing Protocol Part II: BGP theory 1-Introduction 2-A Quick Overview 3-BGP Databases 4-BGP Message Types 5-IBGP and EBGP 6-BGPs Synchronization Rule 7-Resetting BGP Sessions 8-BGP Configuration of attributes Part II: BGP Lab manual Lab 1: BGP infuencing the path using MED and Prepend Lab 2: Lab BGP path control Lab 3: BGP Lab Case Study Lab 4: BGP bestpath as-path ignore and Aggregate-address Lab 5: BGP Community Attribute Prepend and Default route Lab 6: BGP BACKDOOR and as-path prepending Lab 7: BGP Prepend Weight Default route Lab 8: BGP route reflector community Lab 9: BGP peer group communauty LOCAL PREF Lab 10: Redistribution between OSPF and BGP Lab 11: Redistribution between EIGRP and BGP Lab 12: Caveats when redistributing between BGP and OSPF Lab 13: BGP OSPF EIGRP HSRP and IPsec VPN Lab 14: BGP OSPF NAT PATLab 14: BGP OSPF NAT PAT Lab 15: BGP LOCAL_PREF attribute Lab Lab 16: MP-BGP IPv6 Local-Preference Weight and Community Attributes Lab 17: Attributes manipulation and route redistribution Lab 18: BGP confederation summarization weight and unsuppress-map Lab 19: BGP Conditional advertisement Lab 20: Route Aggregation Attribute-map and Advertise-map Chapter 4: Redistribution Redistribution Lab manual Lab 1: Redistribution Connected Routes Lab 2: Two routing protocols with the same AD Lab 3: OSPF EIGRP RIP Suboptimal Path Lab 4: RIP EIGRP OSPF Suboptimal Path Lab 5: Redistributing a Subset of Routes Using a Route Map Lab 6: redistribution bgp ospf eigrp Lab 7: EIGRP RIP OSPF FRAME-RELAY REDISTRIBUTION VIRTUAL-LINK Lab 8: Mutual Redistribution at Multiple Routers and Suboptimal Routing Lab 9: OSPFv3 and RIPng Redistribution Path control and security Lab 10: IPv6 IGP Redistribution (RIPng OSPFv3) Lab 11: Redistribution between MP-BGP RIPng and OSPFv3 Lab 12: redistribution between eigrp and IS-IS Lab 13: Redistribution between IS-IS and OSPF and suboptimal routing Lab 14: Redistribution between OSPF and IS-IS Lab 15: Advanced Routing Lab Chapter 5: IS-IS Routing Protocol Part I: IS-IS theory IS-IS definitions Part II: IS-IS Lab manual Lab 1: IS IS level 1 Lab 2: IS IS level 2 Lab 3: ISIS route leaking Lab 4: Multiple area IS-IS network Lab 5: ISIS adjacencies level Lab 6: IS-IS over IPv6 Lab 7: IS-IS over Frame-Relay Lab 8: Areas in IS-IS Chapter 6: MPLS VPN Lab 1: MPLS VPN using OSPFv3 address family between PE-CE link Lab 2: MPLS VPN using EIGRP between PE-CE link Lab 3: MPLS VPN using IS-IS between PE-CE link Introduction: This book is written for network administrators and people involved in the IT Field to Master and Understanding OSPF, ISIS, EIGRP, BGP and Redistribution in order to prepare efficiently Cisco Certifications CCNP R&S and CCIE R&S . .
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