Debugging Scalable NetWare Protocols
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show ipx eigrp neighbors
Router_A is running IPX EIGRP process 10, and is connected to IPX net-
work B via its Ethernet1 interface and IPX network D via its Token Ring 0
interface. This command is most beneficial for verifying initial EIGRP con-
figurations, and an example follows:
Router_A#show ipx eigrp neighbors
IPX EIGRP Neighbors for process 10
H Address
1 B.0000.0c1b.367c
0 D.0000.30da.5842
show ipx eigrp topology
Router_C is connected to Router_A via a Token Ring connection, IPX net-
work D. Networks B and A are available via Router_A--Router_B has a
connection to IPX network A. Note the higher metric for network A.
Router_C#show ipx eigrp topology
IPX EIGRP Topology Table for process 10
Codes: P - Passive, A - Active, U - Update, Q - Query, R -
Reply, r - Reply status
P A, 1 successors, FD is 323328
via D.0000.30e8.6d0f (323328/307200), TokenRing0
P B, 1 successors, FD is 297728
via D.0000.30e8.6d0f (297728/281600), TokenRing0
P D, 1 successors, FD is 176128
via Connected, TokenRing0
show ipx route
The show ipx route command provides information on static, IPX RIP,
NLSP, and IPX EIGRP routes in the network. Note that the following example
contains a single connected route, in addition to an IPX EIGRP route. Also,
note that only one parallel path is permitted, according to this example.
Reviewing this output is recommended, following the use of the ipx
maximum-paths
command. The default behavior of a Cisco router is to con-
sider only one IPX route. The ipx maximum-paths command changes this
default.
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