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Table of Contents
- About the Documentation
- Internet Protocol
- Configuring IP
- IP Overview
- IP Platform Considerations
- IP References
- Supported IP Features
- IP Addressing Overview
- Adding and Deleting IP Addresses
- Indirect Next-Hop Overview
- Before You Configure IP
- IP Profiles
- Address Resolution Protocol
- Transmission of GARP Packets Overview
- Configuring the Transmission of GARP Packets
- Broadcast Addressing Overview
- Configuring Broadcast-Related IP Tasks
- IP Fragmentation Overview
- Configuring IP Fragmentation-Related Attributes
- IP Routing Overview
- IP Routing Information Tables Overview
- Setting the Administrative Distance for a Route
- IP Routing Operations Overview
- Identifying a Router Within an Autonomous System
- Establishing an IP Static Route
- Understanding ICMP Unreachable Messages for Static Routes Sent on Null Interfaces
- Enabling or Disabling the Transmission of ICMP Unreachable Messages for Static Routes on Null Interfaces
- Configuring IP Static Routes with Indirect Next Hops
- Next-Hop Verification for Static Routes Overview
- IP Default Route Overview
- Configuring IP Source Address Validation
- Configuring TCP for IP
- Managing IP Interfaces
- Setting Up an Unnumbered Interface
- Adding a Host Route to a Peer on a PPP Interface
- Shutting Down an IP Interface
- Removing an IP Configuration
- Clearing IP Interface Counters
- Disabling the Forwarding of IP Packets on an SRP Ethernet Interface
- Forcing an IP Interface to Appear Up
- Adding a Description to an IP Interface or Sub-Interface
- Enabling SNMP Link Status Traps on an IP Interface
- Configuring the Speed of an IP Interface
- Clearing and Reinstalling IP Routes
- Enabling the Forwarding of IP Source-Routed Packets
- Specifying an IP Debounce Time
- ECMP Load Sharing for IP
- Setting a TTL Value for the IP Header
- Distributing Routing Table Updates to Line Modules
- IP Tunnel Routing Table Overview
- Shared IP Interfaces
- Shared IP Interfaces Overview
- Creating a Shared IP Interface
- Statically Associating the Shared IP Interface with the Layer 2 Interface
- Dynamically Associating the Shared IP Interface with the Layer 2 Interface
- Example: Configuring Shared IP Interfaces
- Moving IP Shared Interfaces
- IP Shared Interface Statistics Overview
- Subscriber Interfaces Overview
- Internet Control Message Protocol
- Determining Reachability of IP Destinations in the Network
- Response Time Reporter
- Configuring RTR
- Configuring the Probe Type for RTR
- Configuring the Probe Characteristics for RTR
- Setting the Reaction Conditions for the RTR Probe
- Scheduling the RTR Probe
- Capturing Statistics and Collecting Error Information for the RTR Probe
- Collecting History for the RTR Probe
- Setting the Receiving Interface for the RTR Entry
- Shutting Down the RTR Probe
- Monitoring IP
- Establishing a Baseline for IP Statistics
- System Event Logs Used to Troubleshoot and Monitor IP
- Commands Used to Monitor IP
- Monitoring RTR
- Monitoring Access Lists for IP
- Monitoring the AS Path Access Lists for IP
- Monitoring ARP Details
- Monitoring General Information for IP
- Monitoring Detailed or Summary Information for IP Interfaces
- Monitoring the Routes Permitted by IP Community Lists
- Monitoring IP Forwarding Table Details for a Line Module
- Monitoring the Route Hold-Down Time for IP Forwarding Tables
- Monitoring the Current State of IP Interfaces
- Monitoring IP Shared Interfaces
- Monitoring IP Protocols
- Monitoring IP Route Redistribution Policy
- Monitoring the Current State of IP Routing Tables
- Monitoring IP Routing Table Details for a Line Module
- Monitoring BSD Socket Statistics
- Monitoring the Status of IP Static Routes in the Routing Table
- Monitoring the Status of TCP Protection
- Monitoring TCP PMTU Information
- Monitoring TCP PAWS Status
- Monitoring the TCP Resequencing Buffer Management Functions
- Monitoring TCP Statistics for IP
- Monitoring IP Traffic Statistics
- Monitoring IP UDP Statistics
- Monitoring an IP Profile
- Monitoring Profile Names
- Monitoring Route Map Details
- Configuring IPv6
- IPv6 Overview
- IPv6 Addressing Overview
- IPv6 Tunnel Routing Tables Overview
- Indirect Next-Hop Overview
- IPv6 Platform Considerations
- IPv6 References
- Before You Configure IPv6
- Configuring an IPv6 License
- IPv6 Profiles
- Enabling IPv6 Source Address Validation
- Establishing an IPv6 Static Route
- Understanding ICMPv6 Unreachable Messages for Static Routes Sent on Null Interfaces
- Enabling or Disabling the Transmission of ICMPv6 Unreachable Messages for Static Routes on Null Interfaces
- Configuring IPv6 Static Routes with Tags for Redistribution of Routes
- Redistributing a Specific IPv6 Static Route Based on the Tag Value
- Specifying an IPv6 Hop-Count Limit
- Managing IPv6 Interfaces
- Shared IPv6 Interfaces
- Adding a Description to an IPv6 Interface or Subinterface
- Configuring TCP for IPv6
- ECMP Load Sharing for IPv6
- Removing an IPv6 Configuration
- Clearing IPv6 Routes
- Creating Static IPv6 Neighbors
- Clearing Static or Dynamic IPv6 Neighbors
- Monitoring IPv6
- Establishing a Baseline for IPv6 Statistics
- System Event Logs Used to Troubleshoot and Monitor IPv6
- Commands Used to Monitor IPv6
- Monitoring General Information for IPv6
- Monitoring Detailed or Summary Information for IPv6 Addresses
- Monitoring IPv6 Forwarding Table Details for a Line Module
- Monitoring Detailed or Summary Information for IPv6 Interfaces
- Monitoring Static or Dynamic Entries of the IPv6 Neighbor Discovery Cache
- Monitoring an IPv6 Profile
- Monitoring Active IPv6 Protocols
- Monitoring the IPv6 Route Redistribution Policy
- Monitoring the Current State of IPv6 Routing Tables
- Monitoring Received IPv6 Router Advertisements
- Monitoring the Status of IPv6 Static Routes in the Routing Table
- Monitoring IPv6 Traffic Statistics
- Monitoring IPv6 UDP Statistics
- Monitoring the IPv6 License Key on the Router
- Monitoring TCP Statistics for IPv6
- Monitoring the Configuration Details for IPv6 Local Address Pools
- Configuring Neighbor Discovery
- Internet Protocol Routing
- Configuring RIP
- Configuring OSPF
- Overview
- Platform Considerations
- References
- Features
- OSPF Configuration Tasks
- Starting OSPF
- Aggregating OSPF Networks
- Configuring OSPF Interfaces
- Configuring OSPF Areas
- Optimizing the Cost to Reach a Range of OSPF Routers Within an Area
- Configuring Authentication
- Configuring the BFD Protocol for OSPF
- Configuring Additional Parameters
- Configuring OSPF for NBMA Networks
- Traffic Engineering
- Using OSPF Routes for Multicast RPF Checks
- OSPF and BGP/MPLS VPNs
- Remote Neighbors
- Configuring OSPF Graceful Restart
- Disabling and Reenabling Incremental SPF
- Configuring OSPF Traps
- Neighbor Uptime Tracking
- Monitoring OSPF
- Configuring IS-IS
- Overview
- Platform Considerations
- References
- Features
- Before You Run IS-IS
- Configuration Tasks
- Enabling IS-IS for IP Routing
- Enabling and Configuring IS-IS for IPv6 Routing
- Configuring IS-IS Interface-Specific Parameters
- Configuring Authentication
- Configuring Link-State Metrics
- Configuring a Reference Bandwidth to Set a Default Metric
- Setting the CSNP Interval
- Configuring Hello Packet Parameters
- Padding IS-IS Hello Packets
- Configuring LSP Parameters
- Setting the Designated Router Priority
- Configuring Passive Interfaces
- Configuring Adjacency
- Configuring Route Tags for IS-IS Interfaces
- Configuring Point-to-Point-over-LAN Circuits
- Summary Example
- Configuring Global IS-IS Parameters
- Setting Authentication Passwords
- Configuring Authentication of CSNPs and PSNPs
- Configuring Redistribution
- Redistributing Routes Between Levels
- Advertising IPv4 and IPv6 Prefixes of Passive Interfaces
- Controlling Granularity of Routing Information
- Configuring a Global Default Metric
- Configuring Metric Type
- Setting the Administrative Distance
- Configuring Default Routes
- Disregarding the Attach Bit in Level 1 LSPs
- Setting Router Type
- Summarizing Routes
- Avoiding Transient Black Holes
- Ignoring LSP Errors
- Logging Adjacency State Changes
- Configuring LSP Parameters
- Specifying the SPF Interval
- Defining the SPF Route Calculation Level
- Setting CLNS Parameters
- Setting the Maximum Parallel Routes
- Configuring a Virtual Multiaccess Network
- Configuring Table Maps
- Configuring Graceful Restart
- Summary Example
- Configuring IS-IS for MPLS
- Using IS-IS Routes for Multicast RPF Checks
- Configuring the BFD Protocol for IS-IS
- Disabling the IS-IS Protocol
- Monitoring IS-IS
- Index
