Refer to the exhibit. Which three statements accurately describe the result of applying the
exhibited route map? (Choose three.)
A.
The map prohibits the redistribution of all type 2 external OSPF routes.
B.
All routes that do no match clauses 10 and 20 of the route map are redistributed with their
tags set to 8.
C.
The map prohibits the redistribution of all external OSPF routes with tag 6 set.
D.
The map permits the redistribution of all type 1 external OSPF routes.
E.
The map redistributes into EIGRP all routes that match the pfx prefix list and the five
metric values?0000, 1000, 255, 1, and 1500.
F.
The map prohibits the redistribution of all type 2 external OSPF routes with tag 6 set.
Explanation:
The route-map command is used to configure policy routing, which is often a complicated
task. A route map is defined using the syntax shown in the figure.
Syntax:
RouterA(Config)#route-map map-tag [permit | deny ] <Sequence Number>
RouterA(Config-map-router)#
The map-tag is the name, or ID, of the route map. This map-tag can be set to something
easily recognizable name. The route-map command changes the mode on the router to the
route-map configuration mode, from there conditions can be configured for the route map.
In this example, the first route-map entry (10) will deny all type 2 routes with a tag of 6 (both
must be true).
The second route map (20) will set the metrics for all routes matching the pfx prefix list.
Choice A is incorrect because the metrics shown do not need to match. These metrics will
be assigned to the routes that match.
The last route-map (30) will set all other routes that did not already match 10 or 20 with a tag
of 8.