07-28-2025, 01:39 PM
I think this question's answers may be wrong, although not 100%.
I think the wording of the question isn't ideal as it's asking how traffic is treated however the implication is that the focus is on the ACL "NON-CISCO"
[*]"Packets are forwarded using normal route lookup."
Correct
A deny In a route-map for PBR causes the matched traffic to bypass policy routing and be routed using the normal routing table (RIB/FIB) NOT DROPPED.
[*]"Packets are not evaluated by sequence 10."
Correct
Once a route-map sequence matches (even a deny), no further sequences are evaluated. The logic stops at the first match.
The current correct answers:
"Packets are forwarded to the default gateway."
There's literally no mention or evidence of a default gateway, and if we are referring to the traffic classified in ACL "NON-CISCO" this is definitely not the case as it already matches on seq 5.
"Packets are evaluated by sequence 10."
Again, are we referring the the ACL classified traffic? If we are then again definitely not, as it's already matched on seq 5.
Thanks
I think the wording of the question isn't ideal as it's asking how traffic is treated however the implication is that the focus is on the ACL "NON-CISCO"
[*]"Packets are forwarded using normal route lookup."
Correct
A deny In a route-map for PBR causes the matched traffic to bypass policy routing and be routed using the normal routing table (RIB/FIB) NOT DROPPED.
[*]"Packets are not evaluated by sequence 10."
Correct
Once a route-map sequence matches (even a deny), no further sequences are evaluated. The logic stops at the first match.
The current correct answers:
"Packets are forwarded to the default gateway."
There's literally no mention or evidence of a default gateway, and if we are referring to the traffic classified in ACL "NON-CISCO" this is definitely not the case as it already matches on seq 5.
"Packets are evaluated by sequence 10."
Again, are we referring the the ACL classified traffic? If we are then again definitely not, as it's already matched on seq 5.
Thanks