Summary of PNNI Configuration Commands

This section details in a concise format all the configuration commands used. All the steps described in the "Generic Configuration Model" section are listed in the summary tables.

Generic PNNI Node Bringup

Table 10-4 recaps all the commands used to bring up a PNNI node. Also refer to Figure 10-3 for the corresponding flow chart.

Table 10-4. Summary of PNNI Node Bringup Commands

Task	BPX-8600 and SES	MGX-8850 and MGX-8950
1	(1) uptrk cnfrsrc cnfvsiif	None
2	(1) addshelf addctrlr	(2) addcontroller
3	(3) cnfpnni-node
(1) In the BPX-8600 switch CLI (2) In the PXM-45 CLI (3) In the PNNI controller CLI (PXM-45, PXM-1E or SES)

Generic Link Configuration

Last but not least, the link configuration commands are summarized in Table 10-5. The tasks or steps can be matched with the ones shown in Figure 10-4.

Table 10-5. Summary of PNNI Link and Configuration

Task	BPX-8600 and SES	MGX-8850 and MGX-8950
1	(1) upln addport upport cnfrsrc cnfvsiif	(2) cnfcdsct upln addport addpart
2	(1) cnfport	(2) upilmi
3	(3) cnfpnportsig
4	(4) pvc sig 0/5 qsaal pvc ILMI 0/16 ilmi
5	(4) interface atm x/x.x {multipoint | point-to-point} ip address
6 (SPVC)	(5) addcon	(2) (6) addcon
7 (SPVC)	(4) pvc [name] VPI/VCI
8 (SVC)	None
9 (SVC)	(4) atm {esi-address | nsap-address} svc [name] nsap {20-byte AESA}
(1) In the BPX (2) In the AXSM card CLI (3) In the PNNI controller CLI (4) In the router CLI (5) In the SES CLI (6) In the RPM-PR CLI

To configure a PNNI link facing a PNNI neighbor, Steps 1 through 3 in Table 10-5 are performed. Step 3 specifies PNNI1.0 signaling.

For a link facing a router, Step 3 specifies UNI signaling, followed by Steps 4 and 5. To run SPVCs, Steps 6 and 7 are performed, and to run SVCs, Step 9 is required.