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TCP/IP and Name Resolution
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when initiating communication, such as with a Web browser You can disable this behavior using the following command:
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netsh interface ipv6 set global randomizeidentifiers=disabled
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Disabling IPv6 Unlike Windows XP, IPv6 in Vista cannot be uninstalled, although it can be disabled To disable IPv6 on a specific connection, clear the check box next to the Internet Protocol version 6 (TCP/IPv6) component on the properties pane of the network connection This disables IPv6 on your LAN interfaces and connections, but does not disable IPv6 on tunnel interfaces or the IPv6 loopback interface To selectively disable IPv6 components and configure behaviors for IPv6 in Vista, create and configure the following registry value (DWORD type):
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HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\tcpip6\Parameters\ DisabledComponents
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DisabledComponents is set to 0 by default Restart the computer for the changes to the DisabledComponents registry value to take effect This registry value is a bit mask that controls the following series of flags, starting with the low-order bit (Bit 0): Bit 0 Set to 1 to disable all IPv6 tunnel interfaces, including ISATAP, 6to4, and Teredo tunnels Default value is 0 Bit 1 Set to 1 to disable all 6to4-based interfaces Default value is 0 Bit 2 Set to 1 to disable all ISATAP-based interfaces Default value is 0 Bit 3 Set to 1 to disable all Teredo-based interfaces Default value is 0 Bit 4 Set to 1 to disable IPv6 over all non-tunnel interfaces, including LAN interfaces and PPP-based interfaces Default value is 0 Bit 5 Set to 1 to modify the default prefix policy table to prefer IPv4 over IPv6 when attempting connections Default value is 0
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To determine the value of DisabledComponents for a specific set of bits, convert the registry bits to hexadecimal For example, if you want to disable 6to4 interfaces, disable Teredo interfaces, and prefer IPv4 over IPv6, you would construct the following binary number: 101010 When converted to hexadecimal, the value of DisabledComponents is 0x2A
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THE NEXT GENERATION TCP/IP STACK IN VISTA
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Microsoft refers to the core TCP/IP processing services as The Next Generation TCP/IP Stack This is an homage to the code name for IPv6, which was once referred to as IP Next Generation, or IPng Not only is IPv6 included as a bona fide service in the new
Microsoft Windows Vista Administration
stack, but both the IPv4 and IPv6 network services have been completely rewritten While IPv4 was last revised for Windows 2000, IPv6 was introduced with Windows XP, with an introductory feature set Vista s refined network stack includes enterprise-class services and is optimized for today s environment, where high bandwidth is required and low latency and low packet loss are desired on today s wired and wireless networks Figure 4-11 shows how the Next Generation TCP/IP is structured Packets are sent and received by the new stack using Network Driver Interface Specification (NDIS) v60 The mechanisms and application programming interfaces (APIs) used to access the Next Generation TCP/IP Stack include: Windows Socket Kernel (WSK) WSK is a new kernel-mode network programming interface (NPI) Windows Sockets The Windows Sockets API operates through the ancillary function driver (AFD) to perform socket functions with TCP/IP Transport Driver Interface (TDI) For NetBIOS over TCP/IP (NetBT) and other legacy TDI clients
Application Operations using Windows Sockets User Kernel
Windows Socket Kernel (WSK) Socket functions executed by the Ancillary Function Driver (ADF) core for Windows Sockets applications NetBIOS application processing using NetBT and Transport Driver Interface (TDI) helper protocols
Next Generation TCP/IP Stack
Packet inspection by Windows Filter Platform (WFP) Transport Layer Network Layer Framing Layer Ethernet TCP UDP RAW
IPv4
IPv6 IPv4 Tunnel IPv6 Tunnel
Packets sent and received using Network Driver Interface Specification (NDIS) v 60
Figure 4-11 The Next Generation TCP/IP Stack Architecture
4:
TCP/IP and Name Resolution
Windows Filter Platform (WFP) provides API access to packets throughout the architecture, allowing inspection or data modification of packet contents at the network and transport layers The layer model for the Next Generation TCP/IP Stack includes the following layers: Transport layer Implements TCP and UDP, and raw (headerless) IP packets Network layer Implements IPv4 and IPv6 in a dual IP layer architecture Framing layer Components that frame IP packets Packets are framed for IPv4 and IPv6 and are packaged for transport through various physical and logical technologies Physical transport technologies include Ethernet IEEE 8023, Wireless IEEE 80211, and FireWire IEEE 1394 Logical interfaces include the loopback interface, IPv4-based, and IPv6-based tunnels
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