Question are:
1. Can I run fast switching and still have ACLs work when filtering traffic? My logic is telling me that if the first packet is blocked by the ACL, a subsequent routing decision would not occur (based on order of operation) on that packet. This should keep a fast switching path from being established since no exit interface is defined for the first packet, right? If that's the case, you gain the benefit of running an ACL in a fast switching environment. I know this would not be the case for some of the other switching mechanisms (Silicon Switching or Cisco Express Forwarding)
2. If I can run ACLs with Fast Switching, how does the router know to keep the correct entries if the fast switching cache is populated with SRC MAC address (of host) and DST MAC address of next hop?
Thanks.
1. Can I run fast switching and still have ACLs work when filtering traffic? My logic is telling me that if the first packet is blocked by the ACL, a subsequent routing decision would not occur (based on order of operation) on that packet. This should keep a fast switching path from being established since no exit interface is defined for the first packet, right? If that's the case, you gain the benefit of running an ACL in a fast switching environment. I know this would not be the case for some of the other switching mechanisms (Silicon Switching or Cisco Express Forwarding)
2. If I can run ACLs with Fast Switching, how does the router know to keep the correct entries if the fast switching cache is populated with SRC MAC address (of host) and DST MAC address of next hop?
Thanks.