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Draw QR Code in C# Additional Resources

Additional Resources
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These resources contain additional information and tools related to this chapter .
Generate Bar Code In C#
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Decoding Bar Code In Visual C#
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Related Information
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General information concerning virtual private networks on Microsoft platforms can be found at http://technet.microsoft.com/en-us/network/bb545442.aspx . General information concerning DirectAccess can be found at http://www.microsoft.com /directaccess/ . General information concerning BranchCache can be found at http://technet.microsoft.com/en-us/network/dd425028.aspx . General information concerning Remote Desktop Services in Windows Server 2008 R2 and Windows 7 can be found at http://technet.microsoft.com/en-us/library /cc770412.aspx . The white paper, Networking Enhancements for Enterprises, at http://www.microsoft.com/downloads/details.aspx FamilyID=38fd1d96-3c6e-43cab083-3334ddd1ef86&DisplayLang=en. The Routing and Remote Access Blog can be found at http://blogs.technet.com /rrasblog/ . The Remote Desktop Services Team Blog can be found at http://blogs.msdn.com/ts/ . The white paper, Step-by-Step Guide: Deploying SSTP Remote Access can be found at http://download.microsoft.com/download/b/1/0/b106fc39-936c-4857-a6ea3fb9d1f37063/Deploying%20SSTP%20Remote%20Access%20Step%20by%20Step%20 Guide.doc .
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Deploying Ipv6
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Understanding IPv6 1371 IPv6 Enhancements in Windows 7 1388 Configuring and Troubleshooting IPv6 in Windows 7 Planning for IPv6 Migration 1406 Summary 1414 Additional Resources 1414 1392
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ike the Windows Vista operating system before it, the Windows 7 operating system has a new Next Generation Transmission Control Protocol/Internet Protocol (TCP/IP) stack with enhanced support for Internet Protocol version 6 (IPv6) . This chapter provides you with an understanding of why IPv6 is necessary and how it works . The chapter describes the IPv6 capabilities in Windows 7, Windows Vista, and Windows Server 2008 and outlines how to migrate the IPv4 network infrastructure of your enterprise to IPv6 using IPv6 transition technologies, such as Intra-Site Automatic Tunnel Addressing Protocol (ISATAP) . Finally, the chapter describes how to configure and manage IPv6 settings in Windows 7 and how to troubleshoot IPv6 networking problems .
Understanding IPv6
The need for migrating enterprise networks from IPv4 to IPv6 is driven by a number of different technological, business, and social factors . The most important of these are:
The exponential growth of the Internet is rapidly exhausting the existing IPv4 public address space . A temporary solution to this problem has been found in Network Address Translation (NAT), a technology that maps multiple private (intranet) addresses to a (usually) single, public (Internet) address . Unfortunately, using NAT-enabled routers can introduce additional problems, such as breaking end-to-end connectivity and security for some network applications . In addition, the rapid proliferation of mobile IP devices is accelerating the depletion of the IPv4 public address space .
The growing use of real-time communications (RTC) on the Internet, such as Voice over IP (VoIP) telephony, instant messaging (IM), and audio/video conferencing, exposes the limited support for Quality of Service (QoS) currently provided in IPv4 . These new RTC technologies need improved QoS on IP networks to ensure reliable end-to-end communications . The design of IPv4 limits possible improvements . The growing threats faced by hosts on IPv4 networks connected to the Internet can be mitigated considerably by deploying Internet Protocol security (IPsec), both on private intranets and on tunneled connections across the public Internet . However, IPsec was designed as an afterthought to IPv4 and is complex and difficult to implement in many scenarios .
IPv6, developed by the Internet Engineering Task Force (IETF) to solve these problems, includes the following improvements and additions:
IPv6 increases the theoretical address space of the Internet from 4 .3 109 addresses (based on 32-bit IPv4 addresses) to 3 .4 1038 possible addresses (based on 128-bit IPv6 addresses), which most experts agree should be more than sufficient for the foreseeable future . The IPv6 address space is designed to be hierarchical rather than flat in structure, which means that routing tables for IPv6 routers can be smaller and more efficient than for IPv4 routers . IPv6 has enhanced support for QoS that includes a Traffic Class field in the header to specify how traffic should be handled and a new Flow Label field in the header that enables routers to identify packets that belong to a traffic flow and handle them appropriately . IPv6 now requires IPsec support for standards-based, end-to-end security across the Internet . The new QoS enhancements work even when IPv6 traffic is encrypted using IPsec .
Understanding how IPv6 works is essential if you plan to benefit from IPv6 by deploying it in your enterprise . The following sections provide an overview of key IPv6 concepts, features, and terminology .
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