Cisco IOS XR fundamentals
Cisco IOS XR Fundamentals is a systematic, authoritative guide to configuring routers with Cisco IOS® XR, the next-generation flagship Cisco® Internet operating system. In this book, a team of Cisco experts brings together quick, authoritative, and example-rich reference information for all the comm...
Autor Corporativo: | |
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Otros Autores: | , |
Formato: | Libro electrónico |
Idioma: | Inglés |
Publicado: |
[Place of publication not identified]
Cisco Press
2009
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Edición: | 1st edition |
Colección: | Networking Technology
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Materias: | |
Ver en Biblioteca Universitat Ramon Llull: | https://discovery.url.edu/permalink/34CSUC_URL/1im36ta/alma991009628132206719 |
Tabla de Contenidos:
- Cover
- Contents
- Foreword
- Introduction
- Chapter 1 Introducing Cisco IOS XR
- Evolution of Networking
- Requirements for Carrier-Grade NOS
- Convergence
- Scalability
- Availability
- Hardware Redundancy
- Failure Recovery and Microkernel-Based NOS
- Process Restartability
- Failure Detection
- Software Upgrades and Patching
- Security
- Service Flexibility
- Operating System Concepts
- Basic Functions of an Operating System
- Process Scheduling
- Interrupt Handling
- Memory Management
- Synchronization
- Interprocess Communication
- Dynamic Link Library
- Portable Operating System Interface
- High-Level Overview of Cisco IOS XR
- Cisco IOS XR Platforms
- Cisco CRS-1 Carrier Routing System
- Cisco XR 12000 Series
- Cisco ASR 9000 Series
- Chapter 2 Cisco IOS XR Infrastructure
- Cisco IOS XR Kernel
- Threads
- Scheduling Algorithms
- Synchronization Services
- Cisco IOS XR System Manager
- Process Attributes
- System Manager and Process Lifecycle
- CLI for Sysmgr and Processes
- Interprocess Communication
- Characteristics of IPC Mechanisms
- Synchronous Versus Asynchronous
- Intra-node Versus Inter-node
- Connection-Oriented Versus Rendezvous
- Point-to-Point Versus Point-to-Multipoint
- Light Weight Messaging
- Group Service Protocol
- Atomic Descriptor Ring
- Qnet
- Distributed Services
- GSP
- Bulk Content Downloader
- Process Placement
- Cisco IOS XR System Database
- High Availability Architecture
- Forwarding Path
- Chapter 3 Installing Cisco IOS XR
- Introduction to Cisco IOS XR Packages
- Image Naming Conventions
- Cisco IOS XR Bootable Files, PIEs, and SMUs
- Composite Bootable Files
- Composite Upgrade PIE
- Optional PIEs
- Software Maintenance Upgrade
- Install System Overview
- Preparing to Install Cisco IOS XR
- TURBOBOOT
- Setting the TURBOBOOT ROMMON Variable.
- Booting the .vm File from ROMMON
- Verifying the Software Installation
- Installing Packages
- TURBOBOOT Considerations for the c12000 Platform
- Booting the Standby RP
- Upgrading to a Major Cisco IOS XR Version Using mini.pie
- Install Rollback
- Removing Inactive Packages
- Performing an Install Audit
- Disk Backup and Recovery
- Creating a Backup Disk with Golden Disk
- Disk Mirroring
- Creating a Disk Partition
- Turning On Disk Mirroring
- Install Health Checks
- Verifying MD5 Signature of a PIE or an SMU
- Anticipating Disk Space Usage
- Testing a PIE or SMU Installation
- Verifying the config-register
- Clearing Configuration Inconsistency
- Chapter 4 Configuration Management
- Understanding Distributed Configuration Management
- Control Plane Configuration Management
- Data Plane Configuration Management
- Understanding Configuration Planes
- Admin Plane
- Shared Plane
- Local Plane
- Components of Configuration Management
- Configuration Manager
- Configuration File System
- Role of SysDB in Configuration Management
- Replicated Data Service File System
- Understanding the Two-Stage Commit Model
- Building the Target Configuration
- Commit Operation
- Commit Confirmed Option
- Commit Failures
- Configuration Failures During Startup
- Configuration Features in Cisco IOS XR
- Deleting Physical Interface
- Configuration Navigation
- Default Running Configuration Behavior
- Troubleshooting Configuration Inconsistencies
- Configuration Session Lock
- Avoiding a Commit Operation and Clearing the Target Configurations
- Option 1: Unlock the Configuration Session
- Option 2: Use the clear Command
- Option 3: Use the abort Command
- Option 4: Use the end or exit Commands
- Configuration Management During Hardware and Software Change Events.
- Configuration Management During Online Insertion and Removal Events
- Case 1: Insert or Remove a Node
- Case 2: Replace the Node with a Different Node
- Case 3: Replace the Node with a Higher Density Node
- Case 4: Replace the Node with a Lower Density Node
- Configuration Management During Package Activation and Deactivation
- Interface Preconfiguration
- Configuration Template
- Configuration Management During Router Startup
- Configuration Rollback
- Chapter 5 Cisco IOS XR Monitoring and Operations
- Using SNMP
- Configuring SNMP
- Cisco IOS XR Syslog
- SNMP in the Context of a VRF
- Logging Destination
- Local Archiving of Logging Messages
- Embedded Event Manager
- EEM Event Detectors and Events Processing
- Timer Services Event Detector
- Syslog Event Detector
- None Event Detector
- Watchdog System Monitor Event Detector
- Distributed Event Detectors
- Registering and Using Onboard EEM Policies
- User-Defined EEM Policy
- EEM Reliability Metrics
- Monitoring Processes
- WDSYSMON
- Monitoring Memory
- Using the show system verify Command
- Operations and Monitoring Best Practices
- Chapter 6 Cisco IOS XR Security
- Secure Operating System
- Securing Access to the Router
- Admin Plane
- SDR Plane
- User Groups and Task Groups
- User Group and Task Group Inheritance
- External AAA
- Configuring a TACACS+ Server
- Authentication Using RADIUS
- Configuring Secure Shell
- Management Plane Protection
- Securing the Forwarding Plane
- Access Control Lists
- Unicast RPF
- Local Packet Transport Service
- Mechanics Behind LPTS: A High-Level Overview
- Configuring LPTS
- Chapter 7 Routing IGP
- Routing Information Protocol
- Understanding RIP Fundamentals
- RIP Versions
- Configuring RIP in Cisco IOS XR
- Configuring Route Policy Language
- Configuring Passive Interface.
- Restarting, Shutting Down, and Blocking RIP
- Verifying and Troubleshooting RIP
- Enhanced Interior Gateway Routing Protocol
- Understanding EIGRP Fundamentals
- Neighbor Discovery/Recovery
- Reliable Transport Protocol
- Diffusing Update Algorithm
- Protocol-Dependent Modules
- Configuring EIGRP in Cisco IOS XR
- Configuring Routing Policy
- Configuring Router ID
- Configuring and Verifying NSF
- Verifying EIGRP Process Status
- Verifying and Troubleshooting EIGRP
- Open Shortest Path First
- Understanding OSPF Fundamentals
- Configuring OSPF in Cisco IOS XR
- Configuring and Verifying OSPFv2
- Hierarchical CLI and Inheritance
- Configuring OSPFv2 Authentication
- Verifying NSF Configuration and Standby RP Status
- Configuring and Verifying Nonstop Routing
- Configuring and Verifying Multiarea Adjacencies
- Configuring and Verifying Bidirectional Forwarding Detection
- Configuring OSPF Timers
- Configuring and Verifying OSPFv3
- Intermediate System to Intermediate System
- Understanding IS-IS Fundamentals
- Configuring IS-IS in Cisco IOS XR
- Verifying the Single Topology Model
- Configuring and Verifying the Multitopology Model
- Configuring and Verifying Interface States
- Configuring IS-IS NSF and IS-IS Timers
- Configuring and Verifying BFD in IS-IS
- Configuring and Verifying IP Fast Reroute
- Configuring and Verifying Authentication in IOS XR IS-IS
- Chapter 8 Implementing BGP in Cisco IOS XR
- Cisco IOS XR BGP Architectural Overview
- Cisco IOS XR BGP Hierarchical Configuration
- Address Family Configuration Mode
- Configuration Groups
- Implementing BGP Policies
- Routing Policy Language
- Prefix Set
- AS-path Set
- Community Set
- Routing Policies
- Hierarchical Policies and Parameterization
- BGP Policy Accounting
- BGP Remotely Triggered Black Hole
- BGP Graceful Restart.
- BGP Distributed Speaker
- Cisco IOS XR BGP Convergence
- Chapter 9 Cisco IOS XR MPLS Architecture
- Understanding Cisco IOS XR MPLS Architecture Fundamentals
- TTL Processing
- Cisco IOS XR MPLS Load Balancing
- Label Distribution Protocol
- LDP Basic Configuration
- LDP Parameters
- LDP Label Control
- LDP-IGP Sync and LDP Session Protection
- MPLS Traffic Engineering
- Cisco IOS XR Peer-to-Peer L3VPN
- Virtual Routing Forwarding Tables
- MP-iBGP Between PE Routers
- Routing Between CE and PE
- Static Routing for CE-PE
- eBGP as CE-PE Protocol
- OSPF as CE-PE Protocol
- RIP as CE-PE Protocol
- L2VPN
- Virtual Private Wire Service
- VPWS Configuration in IOS XR
- Pseudo Wire Redundancy
- Virtual Private VLAN Service
- Chapter 10 Cisco IOS XR Multicast
- Understanding Multicast Routing Fundamentals
- Internet Group Management Protocol
- IGMPv2
- IGMPv3
- Protocol Independent Multicast
- Understanding Cisco IOS XR Multicast
- Understanding Cisco IOS XR PIM Sparse Mode
- Understanding PIM Source Specific Multicast on IOS XR
- Configuring Cisco IOS XR Multicast
- Enabling Multicast Routing
- Configuring IGMP
- Configuring PIM
- Configuring Static RP
- Auto-RP
- BSR
- PIM SSM Configuration
- Monitoring and Troubleshooting Cisco IOS XR Multicast
- Debugging Multicast on the CRS Router's Ingress Path
- Debugging Multicast in Router's Fabric and Egress Path
- Debugging an RPF Failure Using a Line Card MFIB Command
- Chapter 11 Secure Domain Router
- Owner and Non-Owner SDR
- Understanding SDR Privileges
- Creating a Secure Domain Router
- DRP
- Configuring a Secure Domain Router
- Creating a Named Secure Domain Router
- Assigning Resources to a Named SDR
- Logging In to a Newly Named SDR
- Process Placement
- Chapter 12 Understanding CRS-1 Multishelf
- Multishelf Overview
- Line Card Chassis.
- Fabric Card Chassis.