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address is on a remote link, the next-hop address is the address of a router connected to the local link .
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Next-hop interface This is the physical or logical network interface on the host that should be used to forward the packet to the next-hop address .
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The host then forwards the packet to the next-hop address using the next-hop interface . The host also updates its destination cache with this information so that subsequent packets sent to the same destination address can be forwarded using the destination cache entry instead of using its local routing table .
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Ipv6 Route Determination process
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In step 2 of the preceding procedure, the host determines the next-hop address and nexthop interface by using its local routing table . The details of this process are as follows:
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For each routing table entry, the first N bits in the route s network prefix are compared with the same bits in the destination address in the packet header, where N is the number of bits in the route s prefix length . If these bits match, the route is determined to be a match for the destination . The list of all matching routes is compiled . If only one matching route is found, this route is chosen and the route determination process is ended . If multiple matching routes are found, the matching route having the largest prefix length is chosen and the route determination process is ended . If multiple matching routes having the largest prefix length are found, the matching route having the lowest metric is chosen and the route determination process is ended . If multiple matching routes having the largest prefix length and lowest metric are found, one of these routes is selected and the route determination process is ended .
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The effective result of this IPv6 route determination process is as follows:
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If a route can be found that matches the entire destination address in the packet header, then the next-hop address and interface specified in this route are used to forward the packet . If a route of the type described in step 1 is not found, the most efficient (that is, lowestmetric) route that has the longest prefix length matching the destination address is used to forward the packet . If a route of the type described in step 2 is not found, the packet is forwarded using the default route (with network prefix ::/0) .
Ipv6 Routing Table Structure
IPv6 routing tables can contain four different types of routing table entries (that is, routes):
Directly attached network routes These typically have 64-bit prefixes and identify adjacent links (network segments connected to the local segment via one router) .
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Remote network routes These have varying prefixes and identify remote links (network segments connected to the local segment via several routers) . Host routes These have 128-bit prefixes and identify a specific IPv6 node . Default route This uses the network prefix ::/0 and is used to forward packets when a network or host route cannot be determined .
On a computer running Windows 7, Windows Vista, or Windows Server 2008, you can use the netsh interface ipv6 show route command to display the IPv6 routing table entries . The following is a sample routing table from a domain-joined computer running Windows 7 that has a single LAN network adapter, no IPv6 routers on the attached subnet, and no other configured network connections .
Publish ------No No No No No No No No No Type -------Manual Manual Manual Manual Manual Manual Manual Manual Manual Met --256 256 256 256 256 256 256 256 256 Prefix -----------------------::1/128 fe80::/64 fe80::/64 fe80::100:7f:fffe/128 fe80::5efe:172.16.11.131/128 fe80::5da9:fa1d:2575:c766/128 ff00::/8 ff00::/8 ff00::/8 Idx --1 15 12 15 14 12 1 15 12 Gateway/Interface Name -----------------------Loopback Pseudo-Interface 1 Teredo Tunneling PseudoInterface Local Area Connection Teredo Tunneling PseudoInterface isatap.{9D607D7D-0703-4E6782ED-9A8206377C5C} Local Area Connection Loopback Pseudo-Interface 1 Teredo Tunneling PseudoInterface Local Area Connection
Each route in this table is specified using the following fields:
Publish If set to Yes, the route is advertised in a routing Advertisement message; otherwise No . Type If set to Autoconf, the route was configured automatically using the IPv6 routing protocol; if Manual, the route has been configured by the operating system or an application . Met Indicates the metric for the route . For multiple routes having the same prefix, the lower the metric, the better the match . Prefix Specifies the address prefix for the route . Idx Specifies the index of the network interface over which packets matching the route s address prefix are reachable . To display a list of interfaces and their indices, use the netsh interface ipv6 show interface command . gateway/Interface Name For directly attached network routes, specifies the name of the interface; for remote network routes, specifies the next-hop address of the route .
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