CISCO-FSPF-MIB Table View

This table allows the users to configure and monitor the
Fabric Shortest Path First (FSPF) parameters on all the VSANs
configured on the local switch.
          
Entries in this tables are automatically created when VSANs 
are either created or activated (if an entry for that VSAN is
not already existing). 
          
An entry is deleted automatically from this table if either:
- the corresponding VSAN is deleted.  
              or
- the corresponding VSAN is suspended and the values of
  all writable objects in that entry have default values.
          
An entry can be created through the use of fspfRowStatus 
only as a re-creation of that entry after it was deleted
because the corresponding VSAN was suspended, and while
the VSAN continues to exist.
          
So an entry in this table exists when one or both of these
conditions holds:
- one or more configuration parameters have non-default
  values for a VSAN which is suspended, and/or
- the VSAN is active.
          
This has a number of consequences:
- an entry exists for a suspended VSAN whenever that VSAN 
  has non-default parameters.
- an entry cannot be created (via fspfRowStatus) for a
  VSAN with default parameters; instead, the agent
  creates/deletes an entry for a VSAN with default
  parameters according to whether the VSAN is active or
  suspended.
- an entry can not be created via fspfIfRowStatus unless
  non-default parameter values are (simultaneously) 
  configured for a VSAN which is suspended;
- deleting an entry via RowStatus when either the VSAN is 
  suspended and configured with non-default values or the 
  VSAN is active, is equivalent to resetting its parameters 
  to their default values.
  If the VSAN is suspended and was configured with default-
  values, then the entry would be deleted.

This table allows the users to configure and monitor the
Fabric Shortest Path First (FSPF) parameters on all 
interfaces on all the VSANs configured on the local switch.
          
An entry is automatically created in this table if there
is an entry in the fspfTable for a VSAN when an E_port 
comes up on that VSAN.
          
An entry is automatically deleted from this table if
either :
 a) the interface transitions to being a down interface which
    is configured with default values and which is either
    down or a non-E_port, 
                      or
 b) the fspfTable entry for the corresponding VSAN is
    deleted.
          
 Entries in this table can be created via fspfIfRowStatus
 only as the means to specify non-default parameter values
 for an interface at a time when that interface is either down
 or is a non-E_port.
          
So an entry in this table exists when one or both of these
conditions holds:
- one or more configuration parameters have non-default
  values for an interface which is either down or
  a non-E_port and corresponding VSAN has an entry
  in the fspfTable, and/or
- the interface is an E_port and it is up.
          
This has a number of consequences:
- an entry exists for a non-E_port or an E_port which is down
  whenever that interface has non-default parameters and the
  corresponding VSAN has an entry in the fspfTable;
- an entry cannot be created (via fspfIfRowStatus) for an
  interface with default parameters; instead, the agent
  creates/deletes an entry for an interface with default
  parameters according to whether the E_port is up or
  down.
- an entry can not be created via fspfIfRowStatus unless
  non-default parameter values are (simultaneously) 
  configured for an interface which is a non-E_port or a 
  down interface, and the corresponding VSAN has an entry in 
  the fspfTable.
- deleting an entry via RowStatus when either the interface 
  is down and configured with non-default values or the 
  interface is up, is equivalent to resetting its parameters
  to their default values.
  If the interface is down and was configured with default-
  values, then the entry would be deleted.

This table is the database of all (the latest incarnation 
of) the Link State Records (LSR) which are currently 
contained in the topology database.
The topology database contains the LSRs which have been 
either issued or received by the local switch on any/all 
VSANs, and which have not reached fspfMaxAge.

This table contains the list of Inter-Switch Links and their
information which is part of the LSR received or issued.