New and Changed
This section provides release-specific information for each new and changed feature.
Release 7.0(3)I7(3)
Configuring IPv6 DHCP Guard Policies
- Configuring the Maximum Number for the Allowed Advertised Server Preference of an IPv6 DHCP Guard Policy
- Deleting the Configuration of the Maximum Number for the Allowed Advertised Server Preference of an IPv6 DHCP Guard Policy
- Configuring the Minimum Number for the Allowed Advertised Server Preference of an IPv6 DHCP Guard Policy
- Deleting the Configuration of the Minimum Number for the Allowed Advertised Server Preference of an IPv6 DHCP Guard Policy
- Configuring Trusted Port (No Policing) for an IPv6 DHCP Guard Policy
- Deleting the Trusted Port (No Policing) Configuration for an IPv6 DHCP Guard Policy
- Removing an IPv6 DHCP Guard Policy from an Ethernet Interface
- Attaching an IPv6 DHCP Guard Policy to an Switchport Interface
- Removing an IPv6 DHCP Guard Policy from an Switchport Interface
- Removing an IPv6 DHCP Guard Policy from a VLAN Configuration
Configuring IPv6 RA Guard Policies
- Configuring Trusted Port (No Policing) for an IPv6 RA Guard Policy
- Deleting the Trusted Port (No Policing) Configuration for an IPv6 RA Guard Policy
- Configuring the Maximum Hop Limit for an IPv6 RA Guard Policy
- Deleting the Maximum Hop Limit Configuration for an IPv6 RA Guard Policy
- Configuring the Minimum Hop Limit for an IPv6 RA Guard Policy
- Deleting the Minimum Hop Limit Configuration for an IPv6 RA Guard Policy
- Enabling the Verification of the Advertised Managed Address Configuration Flag for an IPv6 RA Guard Policy
- Deleting the Deleting Enabling Advertised Managed Address Configuration Flag for an IPv6 RA Guard Policy
- Enabling the Verification of the Advertised Other Configuration Flag for an IPv6 RA Guard Policy
- Deleting the Configuration for Enabling the Advertised Other Configuration Flag for an IPv6 RA Guard Policy
- Deleting the Configured Role of the Monitor Attached to the Port for an IPv6 RA Guard Policy
- Discarding RAs with a Router Preference Greater than High
- Deleting the Configuration for Discarding RAs with a Router Preference Greater than High
- Removing an IPv6 RA Guard Policy from an Ethernet Interface
- Attaching an IPv6 RA Guard Policy to an Switchport Interface
- Removing an IPv6 RA Guard Policy from an Switchport Interface
- Removing an IPv6 RA Guard Policy from an VLAN Configuration
Configuring IPv6 Snooping Policies
- Configuring the Role of the Switch Attached to the Port for an IPv6 Snooping Policy
- Deleting the Configured Role of the Switch Attached to the Port for an IPv6 Snooping Policy
- Configuring the Maximum Addresses per Port for an IPv6 Snooping Policy
- Configuring a List of Protected Prefixes to Glean DHCP Packets for an IPv6 Snooping Policy
- Deleting a Configured List of Protected Prefixes to Glean DHCP Packets for an IPv6 Snooping Policy
- Configuring the Security Level to Glean Addresses for an IPv6 Snooping Policy
- Deleting a Configured Security Level for an IPv6 Snooping Policy
- Configuring to Override Tracking Behavior for an IPv6 Snooping Policy
- Deleting a Configured Override for the Tracking Behavior of an IPv6 Snooping Policy
- Configuring Trusted Port (No Policing) for an IPv6 Snooping Policy
- Deleting the Trusted Port (No Policing) Configuration for an IPv6 Snooping Policy
- Deleting the Trusted Port (No Policing) Configuration for an IPv6 Snooping Policy
- Removing an IPv6 Snooping Policy from an Ethernet Interface
- Attaching an IPv6 Snooping Policy to an Switchport Interface
- Removing an IPv6 Snooping Policy from an Switchport Interface
- Removing an IPv6 Snooping Policy from an VLAN Configuration
Configuring an IPv6 Snooping Binding Table
- Configuring an IPv6 Snooping Binding Table with the Maximum Times Set to Infinite
- Configuring an IPv6 Snooping Binding Table with the Maximum Times set to Specific Time Values (in Seconds)
- Deleting the Configuration of an IPv6 Snooping Binding Table with the Maximum Times Set to Specific Time Values (in Seconds)
- Deleting the Configuration of an IPv6 Snooping Binding Table with the Maximum Times set to Infinite
- Configuring an IPv6 Snooping Binding Table with a VLAN Interface
- Deleting the Configuration of an IPv6 Snooping Binding Table That Contains a VLAN Interface
- Configuring the Maximum Number of Entries for an IPv6 Snooping Binding Table
- Deleting the Configuration of the Maximum Number of Entries for an IPv6 Snooping Binding Table
- Configuring the Syslog Logging of Binding Table Events
- Disabling the Syslog Logging of Binding Table Events
- Configuring the Interval Time Between Two Probings
- Disabling the Interval Time Between Two Probings
- Configuring The NTP Clock Protocol
- Deleting The NTP Clock Protocol
- Configuring The PTP Clock Protocol
- Deleting The PTP Clock Protocol
- Configuring Clock Protocol As None
- Deleting Clock Protocol Configured As None
- Configuring a Name for the IPv4 Host
- Deleting a Name for the IPv4 Host
- Configuring a Name for the IPv6 Host
- Deleting a Name for the IPv6 Host
- Configuring the MAC Address to be Used for the LACP Protocol Exchanges (Role: Primary)
- Configuring the MAC Address to be Used for the LACP Protocol Exchanges (Role: Secondary)
- Resetting to Use the Default VDC MAC Address
- Enabling POAP
- Disabling POAP
- Configuring Power Supply Redundancy Mode As Combined (Forced)
- Deleting Power Supply Redundancy Mode As Combined (Forced)
- Configuring Power Supply Redundancy Mode As Combined
- Deleting Power Supply Redundancy Mode As Combined
- Configuring Power Supply Redundancy Mode As Input Source Redundant
- Deleting Power Supply Redundancy Mode Configured As Input Source Redundant
- Configuring Power Supply Redundancy Mode As PS Redundant
- Deleting Power Supply Redundancy Mode As PS Redundant
- Disabling MAC Learning on all VLANs on an Interface
- Enabling MAC Learning on all VLANs on an Interface
Configuring an IPv4 Unicast Address Family
- Configuring the Label Allocation to All Routes
- Deleting the Configuration of the Label Allocation Set to All Routes
- Configuring the Label Allocation to a Route Map
- Deleting the Configuration of the Label Allocation Set to a Route Map
Configuring an IPv4 Labeled Unicast Address Family
- Configuring Receive Capability for Additional Paths
- Disabling Receive Capability for Additional Paths
- Deleting a Third-Party Nexthop
- Configuring to Advertise Only Active Routes to the Peer
- Deleting the Configuration for Advertising Only Active Routes to the Peer
- Advertise Only Active Routes to the Peer (Values inherited from a Peer Template)
- Configuring a Route-Map to Selectively Unsuppress Suppressed Routes
- Deleting the Configuration for a Route-Map to Selectively Unsuppress Suppressed Routes Configuration
- Configuring a Route-Map to Selectively Unsuppress Suppressed Routes (Values inherited from a Peer Template)
- Configuring a Conditioned Route-Map to Advertise Only When Prefix in Condition Exists
- Deleting a Conditioned Route-Map to Advertise Only When Prefix in Condition Exists
- Configuring a Conditioned Route-Map to Advertise Only When Prefix in Condition Does Not Exist
- Deleting a Conditioned Route-Map to Advertise Only When Prefix in Condition Does Not Exist
- Configuring a Route Map to Specify Criteria for Originating the Default
- Deleting a Configured Route Map to Specify Criteria for Originating the Default
- Configuring a Route Map to Specify Criteria for Originating the Default (Values inherited From a Peer Template)
- Configuring a Site-of-Origin Extended Community Under VRF Default and IPv4 Labeled Unicast
- Deleting a Site-of-Origin Extended Community Under VRF Default and IPv4 Labeled Unicast
- Configuring a Site-of-Origin Extended Community (Values inherited from a Peer Template)
- Deleting a Site-of-Origin Extended Community (Values inherited from a Peer Template)
- Configuring Receive Capability for Additional Paths (Values inherited from a Peer Template)
Configuring an IPv4 MVPN Address Family
- Configuring all Routes Regardless Of Target-VPN Communities
- Deleting the Configuration Of All Routes
- Applying a Route Map To Filter Routes
- Deleting a Route Map To Filter Routes
- Disabling the checking of Peer AS-Number While Advertising
- Disabling the checking of Peer AS-Number While Advertising (inherited from a Peer Template Under IPv4 MVPN)
- Enabling the checking of Peer AS-Number While Advertising
- Auto-Generating RTs for an EBGP Neighbor
- Auto-Generating RTs for an EBGP Neighbor (inherited from a Peer Template Under IPv4 MVPN)
- Disabling Auto-Generating RTs for an EBGP Neighbor
- Setting Inbound Soft Reconfiguration To Always
- Configuring Inbound Soft Reconfiguration (inherited from a Peer Template Under IPv4 MVPN)
- Disabling Inbound Soft Reconfiguration
Configuring an IPv6 Unicast Address Family
- Applying a Prefix List to Outgoing Routes
- Configuring the Label Allocation to All Routes
- Deleting the Configuration of the Label Allocation Set to All Routes
- Configuring the Label Allocation to a Route Map
- Deleting the Configuration of the Label Allocation Set to a Route Map
- Configuring Additional Paths to Install the Backup Path
- Deleting the Configuration of Additional Paths Set to Install the Backup Path
Configuring an IPv6 Labeled Unicast Address Family
- Configuring to Advertise Only Active Routes to the Peer
- Deleting the Configuration for Advertising Only Active Routes to the Peer
- Advertise Only Active Routes to the Peer (Values inherited from a Peer Template)
- Configuring Receive Capability for Additional Paths
- Disabling Receive Capability for Additional Paths
- Deleting Receive Capability for Additional Paths
- Configuring Receive Capability for Additional Paths (Values inherited from a Peer Template)
- Configuring a Third-Party Nexthop (If Possible)
- Deleting a Third-Party Nexthop
- Configuring a Third-Party Nexthop (Values inherited from a Peer Template)
- Configuring a Route-Map to Selectively Unsuppress Suppressed Routes
- Deleting a Configuration that Selectively Unsuppress Suppressed Routes
- Configuring a Route-Map to Selectively Unsuppress Suppressed Routes (Values inherited from a Peer Template)
- Configuring a Conditioned Route-Map to Advertise Only When Prefix in Condition Exists
- Deleting a Conditioned Route-Map to Advertise Only When Prefix in Condition Exists
- Configuring a Conditioned Route-Map to Advertise Only When Prefix in Condition Does Not Exist
- Deleting a Conditioned Route-Map to Advertise Only When Prefix in Condition Does Not Exist
- Configuring a Route Map to Specify Criteria for Originating the Default
- Deleting a Configured Route Map to Specify Criteria for Originating the Default
- Configuring a Route Map to Specify Criteria for Originating the Default (Values inherited From a Peer Template)
Configuring an IPv6 MVPN Address Family
- Configuring all Routes Regardless Of Target-VPN Communities
- Deleting The Configuration Of All Routes
- Applying a Route Map To Filter Routes
- Deleting a Route Map To Filter Routes
- Disabling the checking of Peer AS-Number While Advertising
- Disabling the checking of Peer AS-Number While Advertising (inherited from a Peer Template Under IPv6 MVPN)
- Enabling the checking of Peer AS-Number While Advertising
- Auto-Generating RTs for an EBGP Neighbor
- Auto-Generating RTs for an EBGP Neighbor (inherited from a Peer Template Under IPv6 MVPN)
- Disabling Auto-Generating RTs for an EBGP Neighbor
- Setting Inbound Soft Reconfiguration To Always
- Configuring Inbound Soft Reconfiguration (inherited from a Peer Template Under IPv6 MVPN)
- Disabling Inbound Soft Reconfiguration
Configuring an L2 EVPN Address Family
- Configuring an AS-Override While Sending an Update
- Configuring an AS-Override While Sending an Update (inherited from a Peer Template)
- Deleting an AS-Override While Sending an Update
- Overriding an Route-Target’s ASN Field for eBGP EVPN Sessions
- Overriding a Route-Target’s ASN Field for eBGP EVPN Sessions (Values inherited from a Peer Template)
- Configuring a Default Site-of-Origin Extended Community (Values inherited from a Peer Template)
Configuring a Link-State Address Family
- Configuring Target VPN Extended Communities to All Routes
- Deleting the Configuration of Target VPN Extended Communities Set to All Routes
- Configuring Target VPN Extended Communities to a Specific Route Map
- Deleting Target VPN Extended Communities Configured to a Specific Route Map
Configuring a VPNv4 Unicast Address Family
- Configuring the Peering Address as Nexthop (Values inherited from a Peer Template)
- Deleting the Configuration for the Peering Address Set as Nexthop
- Configuring Multipath for EBGP and IBGP Paths
- Deleting the Configuration of Multipath for EBGP and IBGP Paths
Configuring a VPNv6 Unicast Address Family
- Configuring Multipath for EBGP and IBGP Paths
- Deleting the Configuration of Multipath for EBGP and IBGP Paths
- Configuring the Peering Address as Nexthop
- Configuring the Peering Address as Nexthop (Values inherited from a Peer Template)
- Deleting the Configuration for the Peering Address Set as Nexthop
- Configuring the System Default Switchport
- Deleting the System Default Switchport
- Configuring the System Default Switchport Admin State (Down)
- Configuring the System Default Switchport Admin State (Up)
- Configuring a Breakout Profile
- Deleting a Breakout Profile
- Deleting a NAT Pool with Prefix Length
- Deleting a NAT Pool with Network Mask
- Deleting a NAT Pool with Prefix Length
Configuring Event-History Buffers for IGMP
- Configuring CLI Event-History Buffers For IGMP
- Deleting CLI Event-History Buffers For IGMP
- Configuring HA Event-History Buffers For IGMP
- Deleting HA Event-History Buffers For IGMP
- Configuring Internal Event-History Buffers For IGMP
- Deleting Internal Event-History Buffers For IGMP
- Configuring Mtrace Event-History Buffers For IGMP
- Deleting Mtrace Event-History Buffers For IGMP
- Configuring MVR Event-History Buffers For IGMP
- Deleting MVR Event-History Buffers For IGMP
- Configuring Policy Event-History Buffers For IGMP
- Deleting Policy Event-History Buffers For IGMP
- Configuring VRF Event-History Buffers For IGMP
- Deleting VRF Event-History Buffers For IGMP
- Configuring Interface-Debug Event-History Buffers For IGMP
- Configuring Group-Debug Event-History Buffers For IGMP
- Deleting Interface-Debug Event-History Buffers For IGMP
- Deleting Group-Debug Event-History Buffers For IGMP
- Configuring Interface Event-History Buffers For IGMP
- Configuring Group Event-History Buffers For IGMP
- Deleting Interface Event-History Buffers For IGMP
- Deleting Group Event-History Buffers For IGMP
- Configuring Internal Event-History Buffers For IGMP-Snoop
- Deleting Internal Event-History Buffers For IGMP-Snoop
- Configuring MFDM Event-History Buffers For IGMP-Snoop
- Deleting MFDM Event-History Buffers For IGMP-Snoop
- Configuring MFDM-SUM Event-History Buffers For IGMP-Snoop
- Deleting MFDM-SUM Event-History Buffers For IGMP-Snoop
- Configuring RIB Event-History Buffers For IGMP-Snoop
- Deleting RIB Event-History Buffers For IGMP-Snoop
- Configuring VLAN Event-History Buffers For IGMP-Snoop
- Deleting VLAN Event-History Buffers For IGMP-Snoop
- Configuring VLAN-Events Event-History Buffers For IGMP-Snoop
- Deleting VLAN-Events Event-History Buffers For IGMP-Snoop
- Configuring VPC Event-History Buffers For IGMP-Snoop
- Deleting VPC Event-History Buffers For IGMP-Snoop
Configuring Global IGMP Snooping
- Configuring Global IGMPv1 Or IGMPv2 Report Suppression
- Deleting Configured Global IGMPv1 Or IGMPv2 Report Suppression
- Disabling NVE as a Static Router Port
- Enabling NVE as a Static Router Port
- Configuring Snooping For VXLAN VLANs
- Deleting Snooping For VXLAN VLANs
- Configuring the IGMP Table Syslog Threshold
- Deleting the IGMP Table Syslog Threshold
- Configuring Group Membership Timeout in Minutes
- Configuring the IGMP Snooping Timeout to Never Expire Ports From a Group Membership
- Deleting Group Membership Timeout in Minutes
- Deleting the IGMP Snooping Timeout Never Configuration
- Configuring Global Link-Local Groups Suppression
- Deleting Global Link-Local Groups Suppression
- Configuring a Vpc-Peer-Link as Static Mrouter For All VLANs
- Deleting a Vpc-Peer-Link as Static Mrouter For All VLANs
- Configuring the Max-Response-Time For the Switch'S Proxy General-Queries
- Deleting the Max-Response-Time For the Switch'S Proxy General-Queries
- Enabling Loopback Packet to Check And Drop It
- Disabling Loopback Packet to Check And Drop It
- Configuring to Exclude a VPC Peer-Link For Routed Multicast Traffic
- Deleting the Configuration For Excluding a VPC Peer-Link For Routed Multicast Traffic
- Configuring the Intitial Holddown Period After Switchover Or Restart
- Entering MFDM Congestion-Control Mode
- Deleting the Configured Intitial Holddown Period After Switchover Or Restart
- Exiting MFDM Congestion-Control Mode
- Configuring Global IGMPv3 Report Suppression
- Deleting the Configuration For Global IGMPv3 Report Suppression
Configuring IGMP Snooping under a VLAN Configuration
- Configuring the Filter Policy For Groups Mentioned in a Route-Map
- Deleting the Filter Policy For Groups Mentioned in a Route-Map
- Configuring the Group Membership Timeout in Minutes (Under a VLAN)
- Deleting the Group Membership Timeout in Minutes (Under a VLAN)
- Configuring the IGMP Snooping Timeout to Never Expire Ports From a Group Membership (Under a VLAN)
- Deleting the IGMP Snooping Timeout Never Configuration (Under a VLAN)
- Configuring VLAN Link-Local Groups Suppression (Under a VLAN)
- Deleting VLAN Link-Local Groups Suppression (Under a VLAN)
- Configuring a Static Group Membership (Under a VLAN)
- Deleting a Static Group Membership (Under a VLAN)
- Configuring the Number of Omf Route Entries in M2RIB Buffer (Under a VLAN)
- Deleting the Number of Omf Route Entries in M2RIB Buffer (Under a VLAN)
- Configuring the Number of Groups That Could Be Joined Per Interface (Under a VLAN)
- Configuring the Maximum Number of OMF Entries in M2RIB Buffer (Under a VLAN)
- Configuring the Maximum Number of Route Entries in M2RIB Buffer (Under a VLAN)
- Deleting the Maximum Number of OMF Entries in M2RIB Buffer (Under a VLAN)
- Configuring the Max-Response-Time For the Switch'S Proxy General-Queries (Under a VLAN)
- Deleting the Max-Response-Time For the Switch'S Proxy General-Queries (Under a VLAN)
- Configuring Explicit Host Tracking For VLAN (Under a VLAN)
- Deleting Explicit Host Tracking For VLAN (Under a VLAN)
- Configuring Fast Leave For the VLAN (Under a VLAN)
- Deleting Fast Leave For the VLAN (Under a VLAN)
- Configuring the Interval Between Group-Specific Query Transmissions (Under a VLAN)
- Deleting the Interval Between Group-Specific Query Transmissions (Under a VLAN)
- Enabling Snooping Querier (Under a VLAN)
- Disabling Snooping Querier (Under a VLAN)
- Configuring IGMPv1 Or IGMPv2 Report Suppression For the VLAN (Under a VLAN)
- Deleting IGMPv1 Or IGMPv2 Report Suppression For the VLAN (Under a VLAN)
- Configuring IGMPv3 Report Suppression And Proxy Reporting For the VLAN (Under a VLAN)
- Deleting IGMPv3 Report Suppression And Proxy Reporting For the VLAN (Under a VLAN)
- Configuring IGMP Snooping (Under a VLAN)
- Deleting An IGMP Snooping Configuration (Under a VLAN)
- Configuring An IGMP Report Policy With a Prefix List (Under a VLAN)
- Configuring An IGMP Report Policy With a Route Map (Under a VLAN)
- Configuring An IGMP Access Group With a Prefix List (Under a VLAN)
- Configuring An IGMP Report Policy With a Route Map (Under a VLAN)
- Deleting An IGMP Report Policy With a Prefix List (Under a VLAN)
- Deleting An IGMP Report Policy With a Route Map (Under a VLAN)
- Deleting An IGMP Access Group With a Prefix List (Under a VLAN)
- Deleting An IGMP Report Policy With a Route Map (Under a VLAN)
- Configuring Querier Timeout For IGMPv2 (Under a VLAN)
- Deleting a Querier Timeout Configuration For IGMPv2 (Under a VLAN)
- Configuring the Interval Between Query Transmission (Under a VLAN)
- Deleting the Interval Between Query Transmission (Under a VLAN)
- Configuring MRT For Query Messages (Under a VLAN)
- Deleting An MRT Configuration For Query Messages (Under a VLAN)
- Configuring RFC Defined Robustness Variable (Under a VLAN)
- Deleting An RFC Defined Robustness Variable Configuration (Under a VLAN)
- Configuring the Number of Queries Sent at Startup (Under a VLAN)
- Deleting the Number of Queries Sent at Startup (Under a VLAN)
- Configuring the Query Interval at Startup (Under a VLAN)
- Deleting the Query Interval at Startup (Under a VLAN)
- Configuring the IGMP Version Number For VLAN (Under a VLAN)
- Deleting the IGMP Version Number Configuration For VLAN (Under a VLAN)
Configuring Event-History Buffers for MRIB
- Configuring CLI Event History Buffers For MRIB
- Deleting CLI Event History Buffers For MRIB
- Configuring MDT Event History Buffers For MRIB
- Deleting MDT Event History Buffers For MRIB
- Configuring MFDM Debugs Event History Buffers For MRIB
- Deleting MFDM Debugs Event History Buffers For MRIB
- Configuring Non-Periodic MFDM Events Event History Buffers For MRIB
- Deleting Non-Periodic MFDM Event History Buffers For MRIB
- Configuring MFDM-Stats Event History Buffers For MRIB
- Deleting MFDM-Stats MFDM Event History Buffers For MRIB
- Configuring Clients Notify Debug Event History Buffers For MRIB
- Deleting Clients Notify Debug Event History Buffers For MRIB
- Configuring RIB Event History Buffers For MRIB
- Deleting RIB Event History Buffers For MRIB
- Configuring RIB Events For MRIB-Summary History Buffers For MRIB
- Deleting RIB Events For MRIB-Summary History Buffers For MRIB
- Configuring URIB Debug Event History Buffers For MRIB
- Deleting URIB Debug Event History Buffers For MRIB
- Configuring VRF Event History Buffers For MRIB
- Deleting VRF Event History Buffers For MRIB
Configuring Event-History Buffers for IGMP
- Configuring CLI Log Event-History Buffers For MSDP
- Deleting CLI Log Event-History Buffers For MSDP
- Configuring Event-History Buffers For MSDP
- Deleting Event-History Buffers For MSDP
- Configuring Internal Log Event-History Buffers For MSDP
- Deleting Internal Log Event-History Buffers For MSDP
- Configuring Route Log Event-History Buffers For MSDP
- Deleting Route Log Event-History Buffers For MSDP
- Configuring TCP Log Event-History Buffers For MSDP
- Deleting TCP Log Event-History Buffers For MSDP
Configuring Tenant-Routed Multicast Options
- Configuring a Node as Distributed-DR
Configuring Event-History Buffers for PIM
- Configuring Assert Event History Buffers For PIM
- Deleting Assert Event History Buffers For PIM
- Configuring Bidir Event History Buffers For PIM
- Deleting Bidir Events History Buffers For PIM
- Configuring CLI Event History Buffers For PIM
- Deleting CLI Events History Buffers For PIM
- Configuring Data Register Received Event History Buffers For PIM
- Deleting Data Register Received History Buffers For PIM
- Configuring Hello Received Event History Buffers For PIM
- Deleting Hello Received Event History Buffers For PIM
- Configuring Join Prune Event History Buffers For PIM
- Deleting Join Prune Event History Buffers For PIM
- Configuring MRIB Event History Buffers For PIM
- Deleting MRIB Event History Buffers For PIM
- Configuring Null Register Event History Buffers For PIM
- Deleting Null Register Event History Buffers For PIM
- Configuring Packet Event History Buffers For PIM
- Deleting Packet Event History Buffers For PIM
- Configuring Internal Event History Buffers For PIM
- Deleting Internal Event History Buffers For PIM
- Configuring PIM Library Event History Buffers
- Deleting PIM Library Event History Buffers
- Configuring RP Event History Buffers For PIM
- Deleting RP Event History Buffers For PIM
- Configuring Txlist Event History Buffers For PIM
- Deleting Txlist Event History Buffers For PIM
- Configuring VPC Event History Buffers For PIM
- Deleting VPC Event History Buffers For PIM
- Configuring VRF Event History Buffers For PIM
- Deleting VRF Event History Buffers For PIM
- Configuring Next-Hop Order as Per CLI Configuration
- Deleting Next-Hop Order as Per CLI Configuration
- Configuring Load Sharing
- Deleting Load Sharing Configuration
- Configuring Next-Hop Order as Per CLI Configuration
- Deleting Next-Hop Order as Per CLI Configuration
- Configuring Load Sharing
- Deleting Load Sharing Configuration
- Enabling Port Security
- Disabling Port Security
Enabling and Disabling Unicast RPF on the Switch
- Enabling Unicast RPF on the Switch
- Disabling Unicast RPF on the Switch
Configuring Unicast RPF for IPv4
- Configuring the Source As Reachable Via the Interface on Which a Packet was Received
- Deleting the Source Configured As Reachable Via the Interface on Which a Packet was Received
- Configuring the Source As Reachable Via Any Interface With Loose Default Route Unicast Reverse Path Forwarding
- Deleting a Source Configured As Reachable Via Any Interface With Loose Default Route Unicast Reverse Path Forwarding
- Configuring Loose Unicast RPF for IPv4 Packets on a Cisco Nexus 9500 Series Switch with an -R Line Card
- Disabling Loose Unicast RPF for IPv4 Packets on a Cisco Nexus 9500 Series Switch with an -R Line Card
- Configuring Loose Unicast RPF for IPv4 Packets on a Cisco Nexus 9300 Series Switch
- Disabling Loose Unicast RPF for IPv4 Packets on a Cisco Nexus 9300 Series Switch
- Configuring Strict Unicast RPF for IPv4 Packets on a Cisco Nexus 9300 Series Switch
- Disabling Strict Unicast RPF for IPv4 Packets on a Cisco Nexus 9300 Series Switch
Configuring Unicast RPF for IPv6
- Configuring the Source As Reachable Via the Interface on Which a Packet was Received
- Deleting a Source Configured As Reachable Via Any Interface With Loose Default Route Unicast Reverse Path Forwarding
- Configuring the Source As Reachable Via Any Interface With Loose Default Route Unicast Reverse Path Forwarding
- Deleting a Source Configured As Reachable Via Any Interface With Loose Default Route Unicast Reverse Path Forwarding
- Configuring Loose Unicast RPF for IPv4 Packets on a Cisco Nexus 9500 Series Switch with an -R Line Card
- Disabling Loose Unicast RPF for IPv4 Packets on a Cisco Nexus 9500 Series Switch with an -R Line Card
- Configuring Loose Unicast RPF for IPv4 Packets on a Cisco Nexus 9300 Series Switch
- Disabling Loose Unicast RPF for IPv4 Packets on a Cisco Nexus 9300 Series Switch
- Configuring Strict Unicast RPF for IPv4 Packets on a Cisco Nexus 9300 Series Switch
- Disabling Strict Unicast RPF for IPv4 Packets on a Cisco Nexus 9300 Series Switch
- Deleting the Trusted Port (No Policing) Configuration for an IPv6 Snooping Policy
- Removing an IPv6 Snooping Policy from an Ethernet Interface
- Attaching an IPv6 Snooping Policy to an Switchport Interface
- Removing an IPv6 Snooping Policy from an Switchport Interface
- Removing an IPv6 Snooping Policy from an VLAN Configuration
Release 7.0(3)I7(7)
- Configuring the Link Mac-Up Timer
- Deleting the Link Mac-Up Timer
- Configuring DFE Adaptive Tuning for an Interface
- Disabling DFE Adaptive Tuning for an Interface
- Configuring Flow System
- Configuring an Exporter Id
- Deleting an Exporter Id
- Configuring a Flow Filter
- Configuring an IPv4 ACL
- Deleting an IPv4 ACL
- Configuring an IPv6 ACL
- Deleting an IPv6 ACL
- Configuring a Flow Record
- Configuring a Counter for Byte Packets
- Deleting a Counter for Byte Packets
Configuring Traffic Forwarding Modes
- Configuring 4K Aligned Total IPv4 and MCAST Entries
- Deleting 4K Aligned Total IPv4 Entries
- Configuring Openflow Hybrid Forwarding Mode
- Deleting Openflow Hybrid Forwarding Mode
- Configuring Openflow Only Forwarding Mode
- Deleting Openflow Only Forwarding Mode
- Configuring 4K aligned Total IPv4, L2, and MCAST Entries
- Deleting 4K aligned Total IPv4, L2, and MCAST Entries