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Spis treści

JUNOS Cookbook eBook -- spis treści

• JUNOS Cookbook
• Foreword
• Preface
  • Organization
  • Whats in This Book
  • Conventions
  • Comments and Questions
  • Safari Enabled
  • Acknowledgments
• 1. Router Configuration and File Management
  • Introduction
  • 1.1. Configuring the Router for the First Time
  • 1.2. Configuring the Router from the CLI
  • 1.3. Getting Exclusive Access to Configure the Router
  • 1.4. Displaying the Commands to Recreate a Configuration
  • 1.5. Including Comments in the Configuration
  • 1.6. Checking the Syntax of the Configuration
  • 1.7. Activating the Router Configuration
  • 1.8. Debugging a Failed Commit
  • 1.9. Exiting Configuration Mode
  • 1.10. Keeping a Record of Configuration Changes
  • 1.11. Determining What Changes You Have Made to the Configuration
  • 1.12. Configuring the Router by Copying a File from a Server
  • 1.13. Configuring the Router by Copying Text from a Terminal Window
  • 1.14. Backing Up the Routers Configuration
  • 1.15. Scheduling the Activation of a Configuration
  • 1.16. Provisionally Activating a Configuration
  • 1.17. Loading a Previous Router Configuration
  • 1.18. Creating an Emergency Rescue Configuration
  • 1.19. Backing Up Filesystems on M-Series and T-Series Routers
  • 1.20. Backing Up Filesystems on J-Series Routers
  • 1.21. Restoring a Backed-Up Filesystem
  • 1.22. Installing a Different Software Release on M-Series and T-Series Routers
  • 1.23. Installing a Different Software Release on J-Series Routers
  • 1.24. Creating an Emergency Boot Disk
  • 1.25. Gathering Software Version Information
  • 1.26. Gathering Hardware Inventory Information
  • 1.27. Finding Out How Long the Router Has Been Up
  • 1.28. Gathering Information Before Contacting Support
  • 1.29. Managing Routers with Similar Configurations
  • 1.30. Managing Redundant Routing Engines
  • 1.31. Using the Second Routing Engine to Upgrade to a New Software Version
• 2. Basic Router Security and Access Control
  • Introduction
  • 2.1. Allowing Access to the Router
  • 2.2. Controlling Root Authentication
  • 2.3. Logging In to the Routers Console
  • 2.4. Setting the Login Authentication Methods
  • 2.5. Setting Up Login Accounts on the Router
  • 2.6. Changing the Format of Plain-Text Passwords
  • 2.7. Changing the Plain-Text Password Encryption Method
  • 2.8. Creating a Login Account for Remote Authentication
  • 2.9. Creating a Group Login Account
  • 2.10. Customizing Account Privileges
  • 2.11. Creating a Privilege Class that Hides Encrypted Passwords
  • 2.12. Setting Up RADIUS User Authentication
  • 2.13. Setting Up TACACS+ User Authentication
  • 2.14. Restricting Inbound SSH and Telnet Access
  • 2.15. Setting the Source Address for Telnet Connections
  • 2.16. Creating a Login Banner
  • 2.17. Finding Out Who Is Logged In to the Router
  • 2.18. Logging Out of the Router
  • 2.19. Forcibly Logging a User Out
• 3. IPSec
  • Introduction
  • 3.1. Configuring IPSec
  • 3.2. Configuring IPSec Dynamic SAs
  • 3.3. Creating IPSec Dynamic SAs on J-Series Routers or Routers with AS PICs
  • 3.4. Using Digital Certificates to Create Dynamic IPSec SAs
• 4. SNMP
  • Introduction
  • 4.1. Configuring SNMP
  • 4.2. Setting Router Information for the MIB-II System Group
  • 4.3. Setting Up SNMP Traps
  • 4.4. Controlling SNMP Access to the Router
  • 4.5. Using a Firewall Filter to Protect SNMP Access
  • 4.6. Controlling Access to Router MIBs
  • 4.7. Extracting Software Inventory Information with SNMP
  • 4.8. Extracting Hardware Inventory Information with SNMP
  • 4.9. Collecting Router Operational Information with SNMP
  • 4.10. Logging SNMP Access to the Router
  • 4.11. Logging Enterprise-Specific Traps
  • 4.12. Using RMON Traps to Monitor the Routers Temperature
  • 4.13. Configuring SNMPv3
  • 4.14. Tracking Router Configuration Changes
  • 4.15. Setting Up SNMPv3 Traps
• 5. Logging
  • Introduction
  • 5.1. Turning On Logging
  • 5.2. Limiting the Messages Collected
  • 5.3. Including the Facility and Severity in Messages
  • 5.4. Changing the Size of a Logging File
  • 5.5. Clearing the Routers Logfiles
  • 5.6. Sending Log Messages to Your Screen
  • 5.7. Sending Logging Messages to a Log Server
  • 5.8. Saving Logging Messages to the Other Routing Engine
  • 5.9. Turning Off Logging
  • 5.10. Turning On Basic Tracing
  • 5.11. Monitoring Interface Traffic
• 6. NTP
  • Introduction
  • 6.1. Setting the Date and Time on the Router Manually
  • 6.2. Setting the Time Zone
  • 6.3. Synchronizing Time When the Router Boots
  • 6.4. Synchronizing Time Periodically
  • 6.5. Authenticating NTP
  • 6.6. Checking NTP Status
• 7. Router Interfaces
  • Introduction
  • 7.1. Viewing Interface Status
  • 7.2. Viewing Traffic Statistics on an Interface
  • 7.3. Setting an IP Address for the Router
  • 7.4. Setting the Routers Source Address
  • 7.5. Configuring an IPv4 Address on an Interface
  • 7.6. Configuring an IPv6 Address on an Interface
  • 7.7. Configuring an ISO Address on an Interface
  • 7.8. Creating an MPLS Protocol Family on a Logical Interface
  • 7.9. Configuring an Interface Description
  • 7.10. Choosing Primary and Preferred Interface Addresses
  • 7.11. Using the Management Interface
  • 7.12. Finding Out What IP Addresses Are Used on the Router
  • 7.13. Configuring Ethernet Interfaces
  • 7.14. Using VRRP on Ethernet Interfaces
  • 7.15. Connecting to an Ethernet Switch
  • 7.16. Configuring T1 Interfaces
  • 7.17. Performing a Loopback Test on a T1 Interface
  • 7.18. Setting Up a BERT Test on a T1 Interface
  • 7.19. Configuring Frame Relay on a T1 Interface
  • 7.20. Configuring a SONET Interface
  • 7.21. Using APS to Protect Against SONET Circuit Failures
  • 7.22. Configuring an ATM Interface
  • 7.23. Dealing with Nonconfigurable Interfaces
  • 7.24. Configuring Interfaces Before the PICs Are Installed
• 8. IP Routing
  • Introduction
  • 8.1. Viewing the Routes in the Routing Table
  • 8.2. Viewing Routes to a Particular Prefix
  • 8.3. Viewing Routes Learned from a Specific Protocol
  • 8.4. Displaying the Routes in the Forwarding Table
  • 8.5. Creating Static Routes
  • 8.6. Blackholing Routes
  • 8.7. Filtering Traffic Using Unicast Reverse-Path Forwarding
  • 8.8. Aggregating Routes
  • 8.9. Load-Balancing Traffic Flows
  • 8.10. Adding Martian Addresses
  • 8.11. Changing Route Preferences to Migrate to Another IGP
  • 8.12. Configuring Routing Protocols to Restart Without Losing Adjacencies
• 9. Routing Policy and Firewall Filters
  • Introduction
  • 9.1. Creating a Simple Routing Policy
  • 9.2. Changing a Routes Routing Information
  • 9.3. Filtering Routes by IP Address
  • 9.4. Filtering Long Prefixes
  • 9.5. Filtering Unallocated Prefix Blocks
  • 9.6. Creating a Chain of Routing Policies
  • 9.7. Making Sure a Routing Policy Is Functioning Properly
  • 9.8. Creating a Simple Firewall Filter that Matches Packet Contents
  • 9.9. Creating a Firewall Filter that Negates a Match
  • 9.10. Reordering Firewall Terms
  • 9.11. Filtering Traffic Transiting the Router
  • 9.12. Using a Firewall Filter to Count Traffic on an Interface
  • 9.13. Logging the Traffic on an Interface
  • 9.14. Limiting Traffic on an Interface
  • 9.15. Protecting the Local Routing Engine
  • 9.16. Rate-Limiting Traffic Flow to the Routing Engine
  • 9.17. Using Counters to Determine Whether a Router Is Under Attack
• 10. RIP
  • Introduction
  • 10.1. Configuring RIP
  • 10.2. Having RIP Advertise Its Routes
  • 10.3. Configuring RIP for IPv6
  • 10.4. Enabling RIP Authentication
  • 10.5. Routing RIP Traffic over Faster Interfaces
  • 10.6. Sending Version 1 Update Messages
  • 10.7. Tracing RIP Protocol Traffic
• 11. IS-IS
  • Introduction
  • 11.1. Configuring IS-IS
  • 11.2. Viewing the IS-IS Link-State Database
  • 11.3. Viewing Routes Learned by IS-IS
  • 11.4. Configuring IS-IS for IPv6
  • 11.5. Configuring a Level 1Only Router
  • 11.6. Controlling DIS Election
  • 11.7. Enabling IS-IS Authentication
  • 11.8. Redistributing Static Routes into IS-IS
  • 11.9. Leaking IS-IS Level 2 Routes into Level 1
  • 11.10. Adjusting IS-IS Link Costs
  • 11.11. Improving IS-IS Convergence Times
  • 11.12. Moving IS-IS Traffic off a Router
  • 11.13. Disabling IS-IS on an Interface
  • 11.14. Tracing IS-IS Protocol Traffic
• 12. OSPF
  • Introduction
  • 12.1. Configuring OSPF
  • 12.2. Viewing Routes Learned by OSPF
  • 12.3. Viewing the OSPF Link-State Database
  • 12.4. Configuring OSPF for IPv6
  • 12.5. Configuring a Multiarea OSPF Network
  • 12.6. Setting Up Stub Areas
  • 12.7. Creating a Not-So-Stubby Area
  • 12.8. Summarizing Routes in OSPF
  • 12.9. Enabling OSPF Authentication
  • 12.10. Redistributing Static Routes into OSPF
  • 12.11. Adjusting OSPF Link Costs
  • 12.12. Improving OSPF Convergence Times
  • 12.13. Moving OSPF Traffic off a Router
  • 12.14. Disabling OSPF on an Interface
  • 12.15. Tracing OSPF Protocol Traffic
• 13. BGP
  • Introduction
  • 13.1. Configuring a BGP Session Between Routers in Two ASs
  • 13.2. Configuring BGP on Routers Within an AS
  • 13.3. Diagnosing TCP Session Problems
  • 13.4. Adjusting the Next-Hop Attribute
  • 13.5. Adjusting Local Preference Values
  • 13.6. Removing Private AS Numbers from the AS Path
  • 13.7. Prepending AS Numbers to the AS Path
  • 13.8. Filtering BGP Routes Based on AS Paths
  • 13.9. Restricting the Number of Routes Advertised to a BGP Peer
  • 13.10. Authenticating BGP Peers
  • 13.11. Setting Up Route Reflectors
  • 13.12. Mitigating Route Instabilities with Route Flap Damping
  • 13.13. Adding a BGP Community to Routes
  • 13.14. Load-Balancing BGP Traffic
  • 13.15. Tracing BGP Protocol Traffic
• 14. MPLS
  • Introduction
  • 14.1. Configuring LSPs Using LDP as the Signaling Protocol
  • 14.2. Viewing Information and LDP-Signaled LSPs in the Routing Tables
  • 14.3. Verifying that an LDP-Signaled LSP Is Carrying Traffic
  • 14.4. Enabling LDP Authentication
  • 14.5. Tracing LDP Operations
  • 14.6. Setting Up RSVP-Signaled LSPs
  • 14.7. Viewing Information About RSVP-Signaled LSPs in the Routing Tables
  • 14.8. Verifying Packet Labels
  • 14.9. Verifying that the RSVP-Signaled LSP Is Carrying Traffic
  • 14.10. Configuring RSVP Authentication
  • 14.11. Protecting an LSPs Path
  • 14.12. Using Fast Reroute to Reduce Packet Loss Following a Link Failure
  • 14.13. Automatically Allocating Bandwidth
  • 14.14. Prioritizing LSPs
  • 14.15. Allowing IGP Traffic to Use an LSP
  • 14.16. Installing LSPs into the Unicast Routing Table
  • 14.17. Tracing RSVP Operations
• 15. VPNs
  • Introduction
  • 15.1. Setting Up a Simple Layer 3 VPN
  • 15.2. Viewing the VPN Routing Tables
  • 15.3. Adding a VPN for a Second Customer
• 16. IP Multicast
  • Introduction
  • 16.1. Configuring PIM-SM
  • 16.2. Manually Establishing a PIM-SM RP
  • 16.3. Using Auto-RP to Dynamically Map RPs
  • 16.4. Setting Up a PIM-SM Bootstrap Router
  • 16.5. Filtering PIM-SM Bootstrap Messages
  • 16.6. Configuring Multiple RPs in a PIM-SM Domain with Anycast RP
  • 16.7. Configuring Multiple RPs in a PIM-SM Domain Anycast PIM
  • 16.8. Limiting the Group Ranges an RP Services
  • 16.9. Viewing Multicast Routes
  • 16.10. Checking the Groups for Which a PIM-SM Router Maintains Join State
  • 16.11. Manually Configuring IGMP
  • 16.12. Using SSM
  • 16.13. Connecting PIM-SM Domains Using MSDP and MBGP
  • 16.14. Configuring PIM-DM
  • 16.15. Tracing PIM Packets
• Index
• About the Author
• Colophon
• Copyright