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商品描述
Description:
Exhaustion of address space and global routing table growth necessitate important revisions to the current version of the Internet Protocol, IPv4. IP version 6 offers greater address space and additional features to support the evolving requirements of Internet applications. Deployed alongside current IPv4 networks, IPv6 will restore the full-fledge network necessary for Internet growth.Migrating to IPv6 gives a comprehensive overview of IPv6 and related protocols, the layers below IPv6 to the application and end-user layers. Author Marc Blanchet offers a direct and clear route to understanding the topic, taking a top-down approach and ordering topics by relevance. Tried and tested practical techniques and advice on implementation, applications and deployment provide how-to information on everything you need to know to put the technology to work.
Migrating to IPv6:
- Provides a complete, up-to-date, in-depth, and accessible practical guide to IPv6.
- Demonstrates the theory with practical and generic examples and major implementation configurations, such as Windows, FreeBSD, Linux, Solaris, Cisco, Juniper and Hexago.
- Provides a comprehensive reference to key data structures and packet formats.
- Summarizes topics in table and graphical form to give fast access to information, including over 200 figures.
- Offers an accompanying website with extra coverage of specific topics, information on additional protocols and specifications, and updates on new features.
This text will give network engineers, managers and operators, software engineers and IT professionals and analysts a thorough understanding of IPv6.
Table of Contents:
Foreword.
Preface.
1 IPv6 Rationale and Features.
1.1 Internet Growth.
1.2 Real Issues and Trouble with IPv4.
1.3 Architectural Considerations.
1.4 Paradigm Shift.
1.5 IETF Work Towards IPv6.
1.6 IPv6 Main Features.
1.7 IPv6 Milestones.
1.8 IPv6 Return on Investment.
1.9 What Happened to IPv5?
1.10 Summary.
1.11 References.
2 I Can’t Wait to Get my Hands Dirty!
2.1 Setup Description.
2.2 Steps.
2.3 Summary.
2.4 References.
2.5 Further Reading.
3 IPv6 Datagram.
3.1 Description of the IP Datagram.
3.2 IPv4 Header.
3.3 IPv6 Header.
3.4 Header Fields.
3.5 Extension Headers.
3.6 Datagram Size.
3.7 Upper-layer Protocols.
3.8 Summary.
3.9 References.
4 Addressing.
4.1 Address Space.
4.2 Format of an Address.
4.3 Unicast Addresses.
4.4 Multicast Addressing.
4.5 Anycast.
4.6 Addressing Architecture.
4.7 Summary.
4.8 References.
4.9 Further Reading.
5 Configuring Node Addresses.
5.1 Static Address Configuration.
5.2 Address Auto-Configuration.
5.3 Lifetime of Advertised Prefixes.
5.4 Node Booting Process.
5.5 DHCPv6.
5.6 Node Addresses.
5.7 Configuring Interfaces and Router Advertisements on Hosts and Routers.
5.8 Summary.
5.9 Appendix.
5.10 References.
6 Link-layer Integration.
6.1 Solicited-Node Multicast Address.
6.2 Neighbor Solicitation and Advertisement.
6.3 Duplicate Address Detection.
6.4 Neighbor Cache.
6.5 EUI-64 and Neighbor Discovery.
6.6 IPv6 over Ethernet.
6.7 Point-to-Point Links.
6.8 Multi-link Subnets.
6.9 Router Advertisements of the Link MTU.
6.10 Managing Neighbors on Hosts and Routers.
6.11 Summary.
6.12 References.
6.13 Further Reading.
7 Internet Control Message Protocol.
7.1 ICMP.
7.2 Neighbor Discovery.
7.3 Hop Limit Set to 255.
7.4 Managing ICMP on Hosts and Routers.
7.5 Summary.
7.6 References.
8 Naming with DNS and Selecting an Address.
8.1 Hostname To IPv6 Address with the AAAA Record.
8.2 IPv6 Address To Hostname.
8.3 Transport.
8.4 DNS Server Discovery.
8.5 Node Information Query.
8.6 IP Address Selection.
8.7 Configuring DNS and Address Selection on Hosts and Routers.
8.8 Summary.
8.9 References.
8.10 Further Reading.
9 Routing.
9.1 Required Router Addresses.
9.2 Source Routing with the Routing Header.
9.3 Route Redirect.
9.4 Static Routes.
9.5 RIP.
9.6 OSPF.
9.7 IS-IS.
9.8 BGP.
9.9 Tunneling IPv6.
9.10 Renumbering Routers.
9.11 Internet Routing.
9.12 Multihoming.
9.13 Summary.
9.14 References.
10 Configuring Routing.
10.1 Considerations on Using Autoconfiguration for Router Interfaces.
10.2 FreeBSD.
10.3 Linux.
10.4 Solaris.
10.5 Windows.
10.6 Cisco.
10.7 Hexago.
10.8 Juniper.
10.9 Zebra.
10.10 Summary.
10.11 Further Reading.
11 Mobility.
11.1 Overview.
11.2 MobileIP.
11.3 Applications are not Aware of Mobility.
11.4 Mobile Node is at Home.
11.5 Mobile Node is away from Home.
11.6 Mobile Node is Moving Again.
11.7 Mobile Node Comes Back Home.
11.8 Securing the Binding Update.
11.9 Correspondent Node is Not MobileIP Aware.
11.10 Advanced Features.
11.11 MobileIP Messaging.
11.12 Deployment Considerations.
11.13 Configuring Mobility.
11.14 Summary.
11.15 References.
12 Wireless IP.
12.1 Characteristics of Wireless Links.
12.2 Header Compression over Limited Bandwidth Link Layers.
12.3 TCP Behavior over Wireless.
12.4 3GPP.
12.5 3GPP2.
12.6 Summary.
12.7 References.
12.8 Further Reading.
13 Security.
13.1 IP Security (IPsec).
13.2 Secure Shell (SSH).
13.3 Filtering and Firewalls.
13.4 Temporary Addresses.
13.5 More Secure Protocols.
13.6 Securing IPv6 on the Link.
13.7 Is IPv6 More Secure?
13.8 Configuring Security on Hosts and Routers.
13.9 Summary.
13.10 References.
14 Quality of Service.
14.1 IPv5: Streaming Protocol.
14.2 Diffserv.
14.3 Integrated Services.
14.4 Network Address Translation.
14.5 Hardware processing.
14.6 Configuring QoS on Hosts and Routers.
14.7 Summary.
14.8 References.
15 Multicast and Anycast.
15.1 Multicast Basics.
15.2 Multicast Listener Discovery.
15.3 Multicast Routing.
15.4 Multicast Address Allocation.
15.5 Unicast-based Multicast Addressing.
15.6 Allocation of Multicast Addresses.
15.7 Multicast Reserved Addresses.
15.8 Anycast.
15.9 Configuring Anycast and Multicast on Hosts and Routers.
15.10 Summary.
15.11 References.
16 Deploying IPv6 in IPv4 Dominant Networks.
16.1 Combined IPv4 and IPv6 Network.
16.2 Tunneling IPv6 in IPv4.
16.3 Tunneling IPv6 in GRE-IPv4.
16.4 Comparing IPv6 in IPv4 Solutions.
16.5 Configuring IPv6 in IPv4 Dominant Networks.
16.6 Summary.
16.7 References.
17 Deploying IPv6 Dominant Networks with IPv4 Support.
17.1 Tunneling IPv4 in IPv6.
17.2 IP Packet and Transport Translation.
17.3 Configuring IPv4 in IPv6 Dominant Networks.
17.4 Summary.
17.5 References.
18 Migrating with Application Level Gateways.
18.1 Application Level Gateway.
18.2 Application Specific Proxy.
18.3 Considerations of Application Level Gateways.
18.4 Summary.
19 Transport Protocols.
19.1 Checksum.
19.2 Transmission Control Protocol (TCP).
19.3 User Datagram Protocol (UDP).
19.4 Internet Control Message Protocol (ICMP).
19.5 Summary.
19.6 References.
20 Network Management.
20.1 SNMP Transport.
20.2 Management Information Base (MIB).
20.3 Other Management Tools.
20.4 Authentication, Authorization and Accounting using RADIUS.
20.5 Configuring SNMP on Hosts and Routers.
20.6 Summary.
20.7 References.
21 Porting Applications.
21.1 Introduction.
21.2 Considerations.
21.3 Structures.
21.4 Functions.
21.5 Change Table.
21.6 Best Practice.
21.7 Basic Example.
21.8 Summary.
21.9 References.
21.10 Further Reading.
22 Configuration and Usage of IPv6-enabled Open Source Software.
22.1 Apache Web Server.
22.2 Sendmail.
22.3 Postfix.
22.4 SSH.
22.5 XFree86.
22.6 MRTG.
22.7 Dovecot.
22.8 Summary.
22.9 References.
23 Best Current Practices and Case Studies.
23.1 IPv6 Internet Address Space.
23.2 IPv6 Address Policy.
23.3 IPv6 Address Planning.
23.4 Incremental Deployment.
23.5 DNS Considerations.
23.6 Routing Considerations.
23.7 Security Considerations.
23.8 Mail Considerations.
23.9 Deploying IPv6 and Connecting to the IPv6 Internet.
23.10 Summary.
23.11 References.
23.12 Further Reading.
24 Conclusion.
25 Quick Reference.
Index.
商品描述(中文翻譯)
**描述：**
地址空間的耗盡和全球路由表的增長需要對當前版本的網際網路協定 IPv4 進行重要的修訂。IP 版本 6 提供了更大的地址空間和額外的功能，以支持網際網路應用的演變需求。IPv6 將與當前的 IPv4 網路並行部署，恢復網際網路增長所需的完整網路。
**《遷移到 IPv6》** 提供了 IPv6 及相關協定的全面概述，涵蓋了 IPv6 之下的層級到應用層和終端用戶層。作者 Marc Blanchet 提供了一條直接且清晰的理解路徑，採用自上而下的方法，根據相關性排列主題。經過實踐驗證的技術和有關實施、應用和部署的建議，提供了有關如何將技術付諸實行的所有必要資訊。
**《遷移到 IPv6》：**
- 提供一個完整、最新、深入且易於理解的 IPv6 實用指南。
- 通過實際和通用的範例以及主要的實施配置（如 Windows、FreeBSD、Linux、Solaris、Cisco、Juniper 和 Hexago）來展示理論。
- 提供關鍵數據結構和封包格式的全面參考。
- 以表格和圖形形式總結主題，以便快速訪問資訊，包括超過 200 個圖形。
- 提供一個附屬網站，涵蓋特定主題的額外內容、其他協定和規範的資訊，以及新功能的更新。
這本書將使網路工程師、經理和操作員、軟體工程師以及 IT 專業人員和分析師對 IPv6 有透徹的理解。
**目錄：**
**前言。**
**序言。**
**1 IPv6 的理由與特性。**
1.1 網際網路增長。
1.2 IPv4 的實際問題與困難。
1.3 架構考量。
1.4 範式轉變。
1.5 IETF 對 IPv6 的工作。
1.6 IPv6 的主要特性。
1.7 IPv6 的里程碑。
1.8 IPv6 的投資回報。
1.9 IPv5 發生了什麼？
1.10 總結。
1.11 參考文獻。
**2 我迫不及待想要動手了！**
2.1 設定描述。
2.2 步驟。
2.3 總結。
2.4 參考文獻。
2.5 進一步閱讀。
**3 IPv6 數據報。**
3.1 IP 數據報的描述。
3.2 IPv4 標頭。
3.3 IPv6 標頭。
3.4 標頭欄位。
3.5 擴展標頭。
3.6 數據報大小。
3.7 上層協定。
3.8 總結。
3.9 參考文獻。
**4 地址分配。**
4.1 地址空間。
4.2 地址格式。
4.3 單播地址。
4.4 多播地址。
4.5 任播。
4.6 地址架構。
4.7 總結。
4.8 參考文獻。
4.9 進一步閱讀。
**5 配置節點地址。**
5.1 靜態地址配置。
5.2 地址自動配置。
5.3 廣告前綴的生命週期。
5.4 節點啟動過程。
5.5 DHCPv6。
5.6 節點地址。
5.7 配置主機和路由器上的介面及路由器廣告。
5.8 總結。
5.9 附錄。
5.10 參考文獻。
**6 連結層整合。**
6.1 請求節點多播地址。
6.2 鄰居請求和廣告。
6.3 重複地址檢測。
6.4 鄰居快取。
6.5 EUI-64 和鄰居發現。
6.6 IPv6 在以太網上。
6.7 點對點連結。
6.8 多連結子網。
6.9 路由器廣告的鏈路 MTU。
6.10 管理主機和路由器上的鄰居。
6.11 總結。
6.12 參考文獻。
6.13 進一步閱讀。
**7 網際網路控制訊息協定。**
7.1 ICMP。
7.2 鄰居發現。
7.3 跳數限制設為 255。
7.4 管理主機和路由器上的 ICMP。
7.5 總結。
7.6 參考文獻。
**8 使用 DNS 命名和選擇地址。**
8.1 主機名稱到 IPv6 地址的 AAAA 記錄。
8.2 IPv6 地址到主機名稱。
8.3 傳輸。
8.4 DNS 伺服器發現。
8.5 節點資訊查詢。
8.6 IP 地址選擇。
8.7 在主機和路由器上配置 DNS 和地址選擇。
8.8 總結。
8.9 參考文獻。
8.10 進一步閱讀。
**9 路由。**
9.1 所需的路由器地址。
9.2 使用路由標頭的源路由。
9.3 路由重定向。
9.4 靜態路由。
9.5 RIP。
9.6 OSPF。
9.7 IS-IS。
9.8 BGP。
9.9 隧道 IPv6。
9.10 重新編號路由器。
9.11 網際網路路由。
9.12 多重連接。
9.13 總結。
9.14 參考文獻。
**10 配置路由。**
10.1 使用自動配置的路由器介面考量。
10.2 FreeBSD。
10.3 Linux。
10.4 Solaris。
10.5 Windows。
10.6 Cisco。
10.7 Hexago。
10.8 Juniper。
10.9 Zebra。
10.10 總結。
10.11 進一步閱讀。
**11 移動性。**
11.1 概述。
11.2 MobileIP。
11.3 應用程式不知曉移動性。
11.4 移動節點在家中。
11.5 移動節點不在家中。
11.6 移動節點再次移動。
11.7 移動節點回到家中。
11.8 確保綁定更新的安全性。
11.9 對應節點不知曉 MobileIP。
11.10 進階功能。
11.11 MobileIP 訊息。
11.12 部署考量。
11.13 配置移動性。
11.14 總結。
11.15 參考文獻。
**12 無線 IP。**
12.1 無線連結的特性。
12.2 在有限帶寬連結層上的標頭壓縮。
12.3 無線上的 TCP 行為。
12.4 3GPP。
12.5 3GPP2。
12.6 總結。
12.7 參考文獻。
12.8 進一步閱讀。
**13 安全性。**
13.1 IP 安全性 (IPsec)。
13.2 安全外殼 (SSH)。
13.3 過濾和防火牆。
13.4 臨時地址。
