The remaining
packets go through the fast-switched path if a cache entry exists.
The ?¬?nal entry in each line, within brackets ([ ]), provides the identi?¬?cation number of the
packet. You can use this information to correlate with other packet traces from protocol
analyzers.
Another useful command when verifying the operation of NAT is the show ip nat statistics
command. This command is shown in Example 7-2.
Example 7-1 Displaying Information About Packets Translated by the Router
RouterX# ddeebbuugg iipp nnaatt
NAT: s=192.168.1.95->172.31.233.209, d=172.31.2.132 [6825]
NAT: s=172.31.2.132, d=172.31.233.209->192.168.1.95 [21852]
NAT: s=192.168.1.95->172.31.233.209, d=172.31.1.161 [6826]
NAT*: s=172.31.1.161, d=172.31.233.209->192.168.1.95 [23311]
NAT*: s=192.168.1.95->172.31.233.209, d=172.31.1.161 [6827]
NAT*: s=192.168.1.95->172.31.233.209, d=172.31.1.161 [6828]
NAT*: s=172.31.1.161, d=172.31.233.209->192.168.1.95 [23312]
NAT*: s=172.31.1.161, d=172.31.233.209->192.168.1.95 [23313]
Example 7-2 show ip nat statistics
RouterX# sshhooww iipp nnaatt ssttaattiissttiiccss
Total active translations: 1 (1 static, 0 dynamic; 0 extended)
Outside interfaces:
Ethernet0, Serial2
Inside interfaces:
Ethernet1
Hits: 0 Misses: 0
Expired translations: 0
Dynamic mappings:
-- Inside Source
access-list 7 pool test refcount 0
pool test: netmask 255.
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