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CCNP ROUTE Portable Command Guide [Mīkstie vāki]

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  • Formāts: Paperback / softback, 264 pages, height x width x depth: 229x154x14 mm, weight: 382 g
  • Izdošanas datums: 11-Mar-2010
  • Izdevniecība: Cisco Press
  • ISBN-10: 1587202492
  • ISBN-13: 9781587202490
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CCNP ROUTE Portable Command GuidePalielināt
  • Formāts: Paperback / softback, 264 pages, height x width x depth: 229x154x14 mm, weight: 382 g
  • Izdošanas datums: 11-Mar-2010
  • Izdevniecība: Cisco Press
  • ISBN-10: 1587202492
  • ISBN-13: 9781587202490
Citas grāmatas par šo tēmu:
Permanent link: https://www.kriso.lv/db/9781587202490.html
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CCNP ROUTE Portable Command Guide

All the ROUTE 642-902 Commands in One Compact, Portable Resource

 

Scott Empson

Hans Roth

 

Preparing for the CCNP® exam? Working as a network professional? Here are all the CCNP-level commands for the Implementing Cisco IP Routing (ROUTE) exam you need in one handy resource. The CCNP ROUTE Portable Command Guide is filled with valuable, easy-to-access information and is portable enough for use whether youre in the server room or the equipment closet.

 

This book helps you memorize commands and concepts as you work to pass the CCNP ROUTE exam (642-902). The guide summarizes all CCNP certification-level Cisco IOS® Software commands, keywords, command arguments, and associated prompts, providing you with tips and examples of how to apply the commands to real-world scenarios. Configuration examples throughout the book provide you with a better understanding of how these commands are used in simple network designs.

 

Use CCNP ROUTE Portable Command Guide as a quick, offline resource for research and solutions.

--Logical how-to topic groupings inside the front and back covers provide one-stop research

--Compact size makes it easy to carry with you, wherever you go

--Helps you review important commands before taking the CCNP ROUTE certification exam

--Create Your Own Journal appendix with blank, lined pages enables you to personalize the book for your own needs

 

This book is part of the Cisco Press® Certification Self-Study Product Family, which offers readers a self-paced study routine for Cisco certification exams. Titles in the Cisco Press Certification Self-Study Product Family are part of a recommended learning program from Cisco Systems® that includes simulation and hands-on training from authorized Cisco Learning Partners and self-study products from Cisco Press.

 
Introduction xv
Chapter 1 Network Design Requirements 1
Cisco Hierarchical Model of Network Design
1
Cisco Enterprise Composite Network Model
2
Cisco Service-Oriented Network Architecture
3
Routing Protocol Comparison
4
Where to Implement Routing Protocols
4
The Prepare, Plan, Design, Implement, Operate, and Optimize (PPDIOO) Network Lifecycle
5
Chapter 2 Implementing an EIGRP-based Solution 7
Configuring EIGRP
8
EIGRP Auto-Summarization
10
Passive EIGRP Interfaces
10
"Pseudo" Passive EIGRP Interfaces
11
Injecting a Default Route into EIGRP: Redistribution of a Static Route
11
Injecting a Default Route into EIGRP: IP Default Network
12
Injecting a Default Route into EIGRP: Summarize to 0.0.0.0/0
13
Accepting Exterior Routing Information: default-information
14
Load Balancing: Maximum Paths
14
Load Balancing: Variance
15
Bandwidth Use
15
Authentication
16
Stub Networks
17
EIGRP Unicast Neighbors
19
EIGRP over Frame Relay: Dynamic Mappings
19
EIGRP over Frame Relay: Static Mappings
20
EIGRP over Frame Relay: EIGRP over Multipoint Subinterfaces
22
EIGRP over Frame Relay: EIGRP over Point-to-Point Subinterfaces
24
EIGRP over MPLS: Layer 2 VPN
26
EIGRP over MPLS: Layer 3 VPN
27
Verifying EIGRP
29
Troubleshooting EIGRP
30
Configuration Example: EIGRP
30
Chapter 3 Implementing a Scalable Multiarea Network OSPF-based Solution 35
Configuring OSPF
36
Using Wildcard Masks with OSPF Areas
37
Configuring Multiarea OSPF
38
Loopback Interfaces
38
Router ID
38
DR/BDR Elections
39
Passive Interfaces
39
Modifying Cost Metrics
40
OSPF LSDB Overload Protection
40
OSPF auto-cost reference-bandwidth
41
Authentication: Simple
41
Authentication: Using MD5 Encryption
42
Timers
43
Propagating a Default Route
44
OSPF Special Area Types
44
Stub Areas
44
Totally Stubby Areas
45
Not-So-Stubby Areas (NSSA) Stub Area
46
NSSA Totally Stubby Areas
46
Route Summarization
47
Inter-Area Route Summarization
47
External Route Summarization
47
Configuration Example: Virtual Links
48
OSPF and NBMA Networks
49
Full-Mesh Frame Relay: NBMA on Physical Interfaces
49
Full-Mesh Frame Relay: Broadcast on Physical Interfaces
50
Full-Mesh Frame Relay: Point-to-Multipoint Networks
52
Full-Mesh Frame Relay: Point-to-Point Networks with Subinterfaces
53
OSPF over NBMA Topology Summary
54
Verifying OSPF Configuration
55
Troubleshooting OSPF
55
Configuration Example: Single-Area OSPF
56
Configuration Example: Multiarea OSPF
59
Configuration Example: OSPF and NBMA Networks
65
Configuration Example: OSPF and Broadcast Networks
70
Configuration Example: OSPF and Point-to-Multipoint Networks
74
Configuration Example: OSPF and Point-to-Point Networks Using Subinterfaces
79
Chapter 4 Implementing an IPv4-based Redistribution Solution 85
Route Filtering Using the distribute-list Command
86
Verifying Route Filters
86
Configuration Example: Outbound Route Filters
87
Configuration Example: Inbound Route Filters
89
Using a Distribute List that References a Prefix List
91
Using a Distribute List that References a Route Map
92
Route Filtering Using Prefix Lists
93
Policy Routing Using Route Maps
96
Configuration Example: Route Maps
97
Passive Interfaces
100
Route Redistribution
101
Assigning Metrics
102
Redistributing Subnets
102
Assigning E1 or E2 Routes in OSPF
103
Defining Seed Metrics
104
Redistributing Static Routes
105
Redistributing OSPF Internal and External Routes
105
Using Route Maps with Route Redistribution and Route Tags to Prevent Routing Loops
105
Verifying Route Redistribution
109
Administrative Distances
109
Static Routes: permanent Keyword
110
Floating Static Routes
111
Static Routes and Recursive Lookups
111
Chapter 5 Implementing Path Control 113
Offset Lists
113
Cisco MS IP Service Level Agreements
114
Step 1: Define One (or More) Probes
115
Step 2: Define One (or More) Tracking Objects
116
Step 3: Define the Action on the Tracking Object(s)
116
Step 4: Verify IP SLA Operations
116
Policy Routing Using Route Maps
117
Configuration Example: Route Maps
120
Chapter 6 Enterprise to ISP Connectivity 125
Configuring BGP
126
BGP and Loopback Addresses
127
eBGP Multihop
128
Verifying BGP Connections
129
Troubleshooting BGP Connections
129
Autonomous System Synchronization
131
Default Routes
132
Load Balancing
132
Authentication
133
Attributes
133
Route Selection Decision Process
133
Origin
134
Next-Hop
135
Autonomous System Path: Remove Private Autonomous System
136
Autonomous System Path: Prepend
137
Weight: The Weight Attribute
139
Weight: Access Lists
141
Weight: Route Maps
142
Local Preference: bgp default local-preference Command
143
Local Preference: Route Maps
145
Multi-Exit Discriminator (MED)
146
Atomic Aggregate
149
Regular Expressions
150
Regular Expressions: Example One
151
Regular Expressions: Example Two
152
BGP Route Filtering Using Access Lists
152
BGP Route Filtering Using Prefix Lists
154
Configuration Example: BGP
156
Chapter 7 Implementing IPv6 163
Assigning IPy6 Addresses to Interfaces
164
IPv6 on NBMA Networks
165
Cisco Express Forwarding (CEF) and Distributed CEF (dCEF) Switching for IPv6
166
IPv6 and RIPng
167
Configuration Example: IPv6 RIP
168
IPv6 and OSPFv3
170
Enabling OSPF for IPv6 on an Interface
171
OSPFv3 and Stub/NSSA Areas
171
Enabling an OSPF for IPv6 Area Range
172
Enabling an IPv4 Router ID for OSPFv3
172
Forcing an SPF Calculation
173
Configuration Example: OSPFv3
173
IPv6 and EIGRP
177
Enabling EIGRP for IPv6 on an Interface
177
Configuring the Percentage of Link Bandwidth (Ned by EIGRP
178
Configuring Summary Addresses
178
Configuring EIGRP Route Authentication
178
Configuring EIGRP Timers
179
Configuring EIGRP Stub Routing
179
Logging EIGRP Neighbor Adjacency Changes
180
Adjusting the EIGRP for IPv6 Metric Weights
180
Route Redistribution
180
IPv6 Transition Techniques
181
Configuring Manual IPv6 Tunnels
181
Configuring Generic Routing Encapsulation IPv6 Tunnels
184
Configuring Automatic 6to4 Tunnels
185
Configuring IPv4-Compatible IPv6 Tunnels
186
Configuring ISATAP Tunnels
186
Verifying 1Pv6 Tunnel Configuration and Operation
187
Implementing NAT-PT for IPv6
187
Configuring Basic IPv6 to IPv4 Connectivity for NAT-PT for IPv6
188
Configuring IPv4-Mapped NAT-PT Connectivity
189
Configuring Mappings for IPv6 Hosts Accessing IPv4 Hosts
189
Configuring IPv6 Access Control Lists
190
Configuring Mappings for IPv4 Hosts Accessing IPv6 Hosts
191
Configuring Port Address Translation for IPv6 to IPv4 Address Mappings
192
Verifying NAT-PT Configuration and Operation
192
Static Routes in IPv6
193
Floating Static Routes in IPv6
194
Verifying and Troubleshooting IPv6
194
IPv6 Ping
197
Chapter 8 Routing for Branch Offices and Mobile Workers 199
Verifying Existing Services
199
Network Address Translation
200
Dynamic Host Control Protocol
200
Access Control Lists and Firewalls
200
Policy-Based Routing and Web Cache Communication Protocol
201
Hot Standby Router Protocol
201
Configuration Example: DSL Using PPPoE
201
Step 1: Configure PPPoE (External Modem)
203
Virtual Private Dial-Up Network (VPDN) Programming
203
Step 2: Configure the Dialer Interface
204
For Password Authentication Protocol (PAP)
204
For Challenge Handshake Authentication Protocol (CHAP)
205
Step 3: Define Interesting Traffic and Specify Default Routing
205
Step 4a: Configure NAT Using an ACL
205
Step 4b: Configure NAT Using a Route Map
206
Step 5: Configure DHCP Service
207
Step 6: Apply NAT Programming
208
Step 7: Verify a PPPoE Connection
208
Configuring PPPoA
209
Step 1: Configure PPPoA on the WAN Interface (Using Subinterfaces)
209
Step 2: Configure the Dialer Interface
210
For Password Authentication Protocol (PAP)
210
For Challenge Handshake Authentication Protocol (CHAP)
210
Step 3: Verify a PPPoA Connection
211
Configuring a Teleworker to a Branch Office VPN Using CLI
211
Step 1: Configure the ISAKMP Policy (IKE Phase 1)
213
Step 2: Configure Policies for the Client Group(s)
213
Step 3: Configure the IPsec Transform Sets (IKE Phase 2, Tunnel Termination)
214
Step 4: Configure Router AAA and Add VPN Client Users
214
Step 5: Create VPN Client Policy for Security Association Negotiation
215
Step 6: Configure the Crypto Map (IKE Phase 2)
215
Step 7: Apply the Crypto Map to the Interface
216
Step 8: Verify the VPN Service
216
Configuring IPsec Site-to-Site VPNs Using CLI
217
Step 1: Configure the ISAKMP Policy (IKE Phase 1)
217
Step 2: Configure the IPsec Transform Sets (IKE Phase 2, Tunnel Termination)
218
Step 3: Configure the Crypto ACL (Interesting Traffic, Secure Data Transfer)
218
Step 4: Configure the Crypto Map (IKE Phase 2)
218
Step 5: Apply the Crypto Map to the Interface (IKE Phase 2)
219
Step 6: Configure the Firewall Interface ACL
219
Step 7: Verify the VPN Service
220
Configuring GRE Tunnels over IPsec
221
Step 1: Create the GRE Tunnel
221
Step 2: Specify the IPsec VPN Authentication Method
222
Step 3: Specify the IPsec VPN IKE Proposals
222
Step 4: Specify the IPsec VPN Transform Sets
223
Step 5a: Specify Static Routing for the GRE over IPsec Tunnel
224
Step 5b: Specify Routing with OSPF for the GRE over IPsec Tunnel
224
Step 6: Enable the Crypto Programming at the Interfaces
225
Appendix Create Your Own Journal Here 226
Scott Empson is the associate chair of the Bachelor of Applied Information Systems Technology degree program at the Northern Alberta Institute of Technology in Edmonton, Alberta, Canada, where he teaches Cisco routing, switching, and network design courses in a variety of different programscertificate, diploma, and applied degreeat the postsecondary level. Scott also is the program coordinator of the Cisco Networking Academy Program at NAIT, a Regional Academy covering central and northern Alberta. He has earned three undergraduate degrees: a bachelor of arts, with a major in English; a bachelor of education, again with a major in English/language arts; and a bachelor of applied information systems technology, with a major in network management. Scott currently is completing his master of education from the University of Portland. He holds several industry certifications, including CCNP, CCAI, Network+, and C|EH. Prior to instructing at NAIT, he was a junior/senior high school English/language arts/computer science teacher at different schools throughout Northern Alberta. Scott lives in Edmonton, Alberta, with his wife, Trina, and two children, Zachariah and Shaelyn.

 

Hans Roth is an instructor in the Electrical Engineering Technology department at Red River College in Winnipeg, Manitoba, Canada. Hans has been with the college for 13 years and teaches in both the engineering technology and IT areas. He has been with the Cisco Networking Academy since 2000, teaching CCNP curricula. Previous to teaching, Hans spent 15 years in R&D/product development designing microcontroller-based control systems for consumer products as well as for the automotive and agricultural industries.