Cisco Cisco ONS 15454 SONET Multiservice Provisioning Platform (MSPP) Notas de publicación

This section documents caveats resolved in Release 7.0. 

Rarely, autoprovisioned audits (those with the unique ID of 0) can become stranded after a bulk roll of 
VC LO circuits prior to deletion of those circuits. If an attempt was made previously to delete all such 
circuits, you can use subtractive logic to discover which circuits have become stranded. That is, matrices 
indicating usage in the node view, Maintenance > Cross-connect > Resource Usage window will indicate 
stranded circuits.

Once you have identified that there are stuck STSs, go to the card view for each affected trunk card and 
view the Maintenance > Loopback > SONET STS tabs. From here you can view all used STSs, including 
any stuck STSs. Determine which STSs in your network have no circuit associated with them, then create 
and subsequently delete a LO circuit on each affected STS. This will clean up the stuck STSs. This issue 
is resolved in Release 7.0.

The error message ('null') is invalid when, in a failed merge operation on two portless circuits, one circuit 
loses its connection after the merge. You can see this if you merge two portless intranode path protection 
circuits, where one circuit has one source and two drops, and the other circuit has two sources and one 
drop. Though the two drops of the first circuit might be aligned with the two drops of the second circuit, 
all of them are inside one physical link (not a valid path protection topology). To recover from this 
situation, open a new CTC session. This will return the circuits to their status prior to the failed merge. 
This issue is resolved in Release 7.0.

In a fiber cut scenario on the LINE-RX, with OSC and channels provisioned, transient LOS-P or LOS-O 
alarms might be raised. This issue is resolved in Release 7.0.

The DS-1 line state of the portless ports (13, 14 and greater) does not match the corresponding DS-3 line 
state when a DS3XM-12 conversion circuit is provisioned with the IS drop port state.

To see this, create a 1-way DS3XM-12 conversion circuit with the drop port state set to IS. Delete the 
conversion circuit, leaving the IS port state. Note that the DS-1 line state will now be OOS by design. If 
there is no circuit, DS-1 portless port lines will be placed in OOS state.

Create the DS3XM-12 conversion circuit again as before. The DS-1 portless port lines do not transition 
to IS.