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IBM SC30-3865-04 User Manual

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module routing-filter

circuit-specifier argument

(define only) Defines routing filters, which are used to restrict the sending
of Area routes by level 2 (Executor Type Area) routers.

all circuits

Specifies all circuits on the router.

circuit name

Specifies the named circuit.

known circuits

Specifies all circuits on the router.

The following items are the direction options you select from after you enter
the define module routing-filter command and the circuit-specifier:

incoming

Affects the filter on routing information received on this circuit.

outgoing

Affects the filter on routing information sent on this circuit.

The following items are the arguments you select from after you enter the
define module routing-filter command and the circuit-specifier:

area [area-list]

Specifies that the filter allows routing information to pass for the set
of areas in the area-list. The area-list is a comma-separated list of
areas or ranges of areas. A range is specified by two area numbers
separated by a dash. The area-list can also be none, specifying that
information will be passed on no areas. The following are area-list
examples:

1,4,9,60

Areas 1, 4, 9, and 60

1-7,9-13,23

Areas 1, 2, 3, 4, 5, 6, 7, 9, 10, 11, 12, 13, and 23

state on

Specifies that the filter is active.

state off

Specifies that the filter is disabled, but continues to be stored in the
permanent database. The only way to remove the filter is by using
the purge command.

Example:

define module routing-filter circuit eth/0 state on

node

argument

Allows defining or setting configuring information on nodes into the volatile
(set) or permanent (define) database. The only node for which any
information is kept is the executor node, because node names are not
stored. The node specifies the router’s (executor’s) node address. See the
define executor command description.

Example:

define node state on

Example:

set node state on

DNA IV Configuration and Monitoring Commands

Chapter 8. Configuring and Monitoring DNA IV

273