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19 Tunnel statistics for a GRE tunnel or IPv6 manual tunnel system prompts you. Thereafter, when you run any of these three commands to disable or enable a feature, the system does not prompt. Removing any of the configurations can be done at anytime and does not necessitate a reload. The new configuration immediately becomes effective, but the source-ingress CAM partition is removed only upon the next reload. Operational notes The subsections that following describe operational characters that relate to the statistics collection. Source-ingress-CAM partition The CAM profile restrictions for this feature are the same as those for the tunnel session enforce-check configuration. This feature is not supported in those CAM profiles for which the system cannot allocate the source-ingress-CAM partition that is needed to support the accounting and session check enforcement. The CLI engine checks for compliance and rejects an attempt to enable statistics in this situation. Currently the following CAM profiles are not supported for IP tunnel statistics: • IPv6 • L2-metro-2 • MPLS-L3VPN-2 • MPLS-VPLS-2 • MPLS-VPN-VPLS • multi-service-2 • multi-service-3 • multi-service-4 6to4 automatic tunnels Statistics collection is supported only for manual IPv6 and GRE tunnels. The system does not support statistics collection for 6to4 automatic IPv6 tunnels because, for automatic 6to4 tunnels, only tunnel source-ip is configured, and the destination is known only at runtime when a remote node tries to use this tunnel. The destination points can come up or go down without the local router having any information on how many destinations are to be used for 6to4 tunnels. This uncertainty can cause scalability issues, so neither statistics collection nor session-enforce check are not supported for 6to4 automatic tunnels. Multicast-over-GRE packets This feature counts multicast over GRE packets. You can see the multicast packet count by using the show interface tunnel tunnel-id command. You can use other CLI commands to display the aggregate unicast and multicast statistics for the GRE tunnels. For a description of all the applicable show commands, refer to “Displaying GRE and manual IPv6 tunnel statistics” on page 834. 710 Multi-Service IronWare Switching Configuration Guide 53-1002820-02
Tunnel statistics for a GRE tunnel or IPv6 manual tunnel 19 Statistics polling on the MP and LP The LP module polls the statistics once every second. For every one second, the module polls the statistics either for 5000 entries or until the completion of a specific application. (The same polling mechanism is also used for other applications, such as IP, MPLS, L3VPN, VLL, VPLS and IP Tunnel.) After all the applications are polled, the system waits for 220 seconds to schedule the next polling event. However, the LP module synchronizes statistics to the MP every 30 seconds, so 30 seconds is the granularity of statistics. The LP synchronizes statistics to the MP in background every 30 seconds, and the MP stores the statistics for all tunnels for every LP module. If a LP module at either the tunnel ingress or egress, the system uses the current stored statistics for that LP module for display (and continue to poll the rest of working modules to get the latest statistics). This mechanism ensures that the tunnel counters never go down (if no clear statistics command is performed on the tunnel). When a tunnel is down, the LP does not poll the statistics for that tunnel. The LP keeps the old counters as is until you explicitly clear them on the CLI. These counters are displayed when the tunnel is down. When the tunnel comes back up, it resumes polling and adds the new packet counts to the stored statistics and displays the updated statistics. Clearing the statistics When you issue the clear statistics tunnel [tunnel-id] command, the operation clears statistics for either one or all of the tunnels regardless of the circumstance— whether the tunnel is up or down, on an ingress or egress module, and so on. Refer to “Clearing GRE tunnel and manual IPv6 tunnel statistics” on page 712 for a description of the clear statistics tunnel command. Tunneled packets that encounter an ACL If a packet reaches the ACL permit or deny clauses for the inner IPv4 or IPv6 addresses when it comes through the IP tunnel at the egress node, the packet is not counted as a receive-from-tunnel packet. Instead, it is counted as an ACL packet. You can view ACL packets by using the show access-list accounting command. IPv6 ACL lookup is performed on the inner IPv6 packet at the tunnel egress. This depends on the port register for the Layer 2 ACL or Layer 3 ACL control, which is performed in parallel. Switchover behavior The LP sends statistics to both the active and the standby MP modules. If an MP switches over, the new-active MP polls the statistics again so it can display the latest statistics. The counters are equal to or greater than the statistics before the switchover for the working modules. If any module goes down before the switchover, the new active MP uses the stored counters to display the statistics for that module. Hitless operating system upgrade behavior When a hitless operating system (OS) upgrade occurs, the tunnel statistics are saved and retrieved after the reset of the LP is complete. The system can retrieve the old statistics and do the polling to get the latest PRAM statistics. After the hitless upgrade, the system can display the correct packet counters. Multi-Service IronWare Switching Configuration Guide 711 53-1002820-02
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53-1002820-02 16 July, 2013 ® Mult
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Contents About This Document Audien
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Chapter 3 Chapter 4 Using a Redunda
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Deploying a LAG . . . . . . . . . .
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Clearing extended VLAN counters . .
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Chapter 11 Chapter 12 Provider Back
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Convergence in a simple topology .
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ERP commands. . . . . . . . . . . .
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L2VPN support for L2 MCT clusters.
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Configuring ARP parameters . . . .
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Displaying IP information . . . . .
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Chapter 24 Chapter 25 Configuring U
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About This Document In this chapter
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Document conventions This section d
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Getting technical help or reporting
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Configuring Interface Parameters Ch
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Assigning an IP address to a port 1
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Disabling or re-enabling a port 1 B
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Modifying port priority (QoS) 1 Mod
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Port flap dampening 1 Re-enabling a
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Port loop detection 1 The following
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Port loop detection 1 Displaying lo
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ACL-based inbound mirroring 1 Synta
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ACL-based inbound mirroring 1 • S
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ACL-based inbound mirroring 1 • W
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10G WAN PHY fault and performance m
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10G WAN PHY fault and performance m
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Link fault signaling 1 There are tw
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Link fault signaling 1 PORT 2/1: RX
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Link fault signaling 1 ! no spannin
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Local fault event detection and cou
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Displaying Network Processor statis
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Displaying Network Processor statis
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Enabling the Foundry Discovery Prot
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Using FDP 2 Changing the FDP update
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Using FDP 2 TABLE 14 This line... C
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Reading CDP packets 2 NOTE When you
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Reading CDP packets 2 Brocade# show
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Using a Redundant Management Module
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How management module redundancy wo
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Management module redundancy config
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Managing management module redundan
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Monitoring management module redund
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Displaying switchover information 3
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Verifying available flash space on
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Configuring LLDP Chapter 4 Table 19
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General operating principles 4 Tran
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General operating principles 4 TABL
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Using LLDP 4 Configuring transmit a
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Using LLDP 4 Enabling LLDP SNMP not
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Using LLDP 4 Syntax: lldp reinit-de
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Using LLDP 4 For port list, specify
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Using LLDP 4 Port and Protocol VLAN
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Using LLDP 4 Note that using the ke
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Using LLDP 4 LLDP statistics The sh
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Using LLDP 4 This field... Port ID
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Resetting LLDP statistics 4 LLDP co
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Brocade NetIron XMR and Brocade MLX
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LAG formation rules 5 • If the ro
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LAG load sharing 5 LAG load sharing
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LAG load sharing 5 • L2VPN traffi
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Migrating from a pre-03.7.00 LAG or
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Configuring a LAG 5 Configuration c
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Configuring a LAG 5 Adding Ports to
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Configuring a LAG 5 NOTE The trunk-
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Deploying a LAG 5 Syntax: [no] depl
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Deploying a LAG 5 When adding a por
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Deploying a LAG 5 Setting the sFlow
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Deploying a LAG 5 Brocade# show lag
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Deploying a LAG 5 The keep-alive op
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Deploying a LAG 5 TABLE 24 This fie
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Deploying a LAG 5 Sample Output Con
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Displaying LACP information for a s
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Displaying LACP information for a s
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Brocade NetIron CES and Brocade Net
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LAG load sharing 6 FIGURE 6 Example
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Deploying a LAG 6 Commands availabl
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Deploying a LAG 6 Brocade(config)#
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Deploying a LAG 6 Displaying LAG in
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Deploying a LAG 6 To display long p
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Deploying a LAG 6 Displaying LAG in
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Deploying a LAG 6 Displaying the ru
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VLANs Chapter 7 Table 27 displays t
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VLANs 7 assign an interface to that
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VLAN configuration rules 7 Protocol
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VLAN configuration rules 7 When the
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Configuring port-based VLANs 7 •
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Configuring protocol-based VLANs 7
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Configuring virtual routing interfa
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VLAN groups 7 NOTE Depending on the
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Configuring super aggregated VLANs
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Configuring 802.1q-in-q tagging 7 C
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Configuring 802.1q tag-type transla
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Configuring 802.1q tag-type transla
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Hardware flooding for layer 2 multi
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Command changes to support Gen-2 mo
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Command changes to support Gen-2 mo
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Displaying VLAN counters 7 Enabling
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Clearing extended VLAN counters 7 T
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IP interface commands 7 IP interfac
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IP interface commands 7 eth 12/2 0
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Transparent VLAN flooding 7 Transpa
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Displaying VLAN information 7 Prior
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Displaying VLAN information 7 Displ
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Multi-port static MAC address 7 Mul
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Displaying multi-port static MAC ad
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Ethernet Service Instance (ESI) for
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Ethernet Service Instance (ESI) ove
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Show VLAN commands 8 Brocade#show v
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Application of a standalone ESI 8 B
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Application of a standalone ESI 8
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IEEE 802.1ad - Provider Bridges for
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About IEEE 802.1ad 9 Sample configu
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About IEEE 802.1ad 9 TABLE 39 This
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About IEEE 802.1ad 9 TABLE 39 This
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About IEEE 802.1ad 9 In this displa
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About IEEE 802.1ad 9 Layer 2 Protoc
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About IEEE 802.1ad 9 Global configu
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Chapter IEEE 802.1ah Provider Backb
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Overview 10 The semantics and the s
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Overview 10 • ISID operation: A 2
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Overview 10 A new ESI 'acme-iptv' i
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Integrated IEEE 802.1ad and IEEE 80
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Point to Point PBB 10 Point to Poin
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ISID mapping to VPLS 10 FIGURE 36 I
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ISID mapping to VPLS 10 To display
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ISID mapping to VPLS 10 CoS with IS
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Adding and removing VLANs and ESIs
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Provider Backbone Bridging (PBB) Ne
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Backbone Edge Bridge (BEB) operatio
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Configuring PBB 11 • VPLS-local-s
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Configuring PBB 11 Show Commands Th
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Configuring PBB 11 NHT IP Index MAC
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802.1ag over PBB OAM 11 Configurati
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802.1ag over PBB OAM 11 B-VLAN MAs
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802.1ag over PBB OAM 11 Priority: 3
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802.1ag over PBB OAM 11 • Link-tr
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802.1ag over PBB OAM 11 Sample Outp
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802.1ag over PBB OAM 11 2. Create a
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802.1ag over PBB OAM 11 Configurati
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802.1ag over PBB OAM 11 3. Create a
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802.1ag over PBB OAM 11 CFM port (V
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Configuring Spanning Tree Protocol
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IEEE 802.1D Spanning Tree Protocol
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IEEE Single Spanning Tree (SSTP) 12
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SuperSpan 12 BPDU forwarding When t
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SuperSpan 12 FIGURE 59 Customer and
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SuperSpan 12 Customer uses single S
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SuperSpan 12 These commands configu
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STP feature configuration 12 STP fe
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STP feature configuration 12 To re-
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STP feature configuration 12 • FS
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PVST or PVST+ compatibility 12 FIGU
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PVST or PVST+ compatibility 12 TABL
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802.1s Multiple Spanning Tree Proto
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MSTP support for PBB 12 Interoperab
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MSTP support for PBB 12 FIGURE 69 A
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MSTP support for PBB 12 Executing t
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MSTP support for PBB 12 MSTP Config
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MSTP support for PBB 12 Configuring
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MSTP support for PBB 12 Brocade_CS-
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MSTP support for PBB 12 Show MSTP t
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MSTP support for PBB 12 For Brocade
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MSTP support for PBB 12 8000001beda
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MSTP support for PBB 12 hex sec sec
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MSTP support for PBB 12 Show MSTP d
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MSTP support for PBB 12 Port 3/5 -
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MSTP support for PBB 12 ActiveTimer
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show mstp 12 show mstp Displays Mul
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show mstp 12 The following example
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show spanning-tree 12 Output field
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show spanning-tree 12 Related Comma
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Configuring Rapid Spanning Tree Pro
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Bridges and bridge port roles 13 As
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Point-to-point ports 13 FIGURE 73 T
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Changes to port roles and states 13
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State machines 13 FIGURE 75 Proposi
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State machines 13 • Synced - Once
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State machines 13 Handshake when a
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State machines 13 • Sync and Rero
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State machines 13 • Synced and Ag
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Convergence in a simple topology 13
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Convergence in a complex RSTP topol
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Convergence in a complex RSTP topol
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Compatibility of RSTP with 802.1D 1
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Configuring RSTP parameters 13 Ther
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Configuring RSTP parameters 13 Synt
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Displaying RSTP information 13 The
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Displaying RSTP information 13 To d
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RSTP support for PB and PBB 13 RSTP
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RSTP support for PB and PBB 13 Figu
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RSTP support for PB and PBB 13 Set
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RSTP support for PB and PBB 13 Use
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RSTP support for PB and PBB 13 Conf
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RSTP support for PB and PBB 13 RSTP
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RSTP support for PB and PBB 13 Conf
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RSTP support for PB and PBB 13 Use
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RSTP support for PB and PBB 13 S-VL
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RSTP support for PB and PBB 13 AS-1
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Commands 13 Commands The following
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show rstp 13 Output field Descripti
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show rstp 13 The following example
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Metro Ring Protocol Chapter 14 Tabl
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Metro Ring Protocol (MRP) 14 For ea
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Ring initialization 14 Ring initial
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Ring initialization 14 FIGURE 108 M
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How ring breaks are detected and he
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How ring breaks are detected and he
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Master VLANs and member VLANs in a
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Configuring MRP 14 Adding an MRP ri
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MRP Phase 2 14 MRP Phase 2 MRP phas
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MRP Phase 2 14 It is very easy to f
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MRP Phase 2 14 FIGURE 118 Interface
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MRP Phase 2 14 FIGURE 120 Expected
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MRP Phase 2 14 Normal flow Figure 1
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MRP Phase 2 14 Flow when a link bre
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Tuning MRP timers 14 Hello time Thi
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Using MRP diagnostics 14 Example 3:
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Displaying MRP information 14 Displ
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MRP CLI example 14 MRP CLI example
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Configuring MRP under an ESI VLAN 1
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Ethernet Ring Protection Protocol C
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Ethernet Ring Protection 15 Using s
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Ethernet Ring Protection 15 When an
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Initializing a new ERN 15 • ERN 4
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Initializing a new ERN 15 Figure 13
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Manual switch 15 Figure 135 shows a
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Manual switch 15 Figure 137 shows a
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Forced switch 15 Figure 141 shows t
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Dual-end blocking 15 Double Forced
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FBD flush optimization 15 FBD flush
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ERP commands 15 • Enable the conf
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ERP commands 15 For proper operatio
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ERP commands 15 Configuration examp
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ERP commands 15 Configuring dual-en
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ERP commands 15 You can configure t
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ERP over ESI VLAN (Brocade NetIron
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ERP support for PBB (Brocade MLX se
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Viewing ERP operational status and
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Viewing ERP operational status and
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Virtual Switch Redundancy Protocol
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Layer 2 redundancy 16 NOTE If the B
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Layer 2 redundancy 16 You can reduc
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Layer 2 redundancy 16 MAC address f
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Configuring basic VSRP parameters 1
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VSRP 2 16 FIGURE 166 Black hole sce
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Displaying VSRP 2 16 • Link-pair
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Displaying VSRP 2 16 TABLE 68 This
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Displaying VSRP 2 16 You can config
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Displaying VSRP 2 16 The num parame
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Displaying VSRP information 16 On a
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VSRP fast start 16 Displaying the a
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VSRP slow start 16 Displaying ports
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VSRP and Foundry MRP signaling 16 T
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Topology Groups Chapter 17 Table 71
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Configuration considerations 17 NOT
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Configuring a topology group 17 The
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Displaying topology group informati
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Displaying topology group informati
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Multi-Chassis Trunking (MCT) Chapte
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About Multi-Chassis Trunk (MCT) 18
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MCT for VRRP or VRRP-E 18 MCT for V
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MCT for VRRP or VRRP-E 18 FIGURE 18
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MCT for VRRP or VRRP-E 18 • VRRP
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MCT for VRRP or VRRP-E 18 ! cluster
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L2VPN support for L2 MCT clusters 1
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L2VPN support for L2 MCT clusters 1
Page 689 and 690: MCT for VPLS 18 vpls MCT_VPLS1 101
Page 691 and 692: MCT for VPLS 18 • Local-switching
Page 693 and 694: MCT for VPLS 18 Local switching wit
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Page 697 and 698: MCT for VLL 18 router mpls vpls tes
Page 699 and 700: MCT for VLL 18 Peer information syn
Page 701 and 702: MCT for VLL 18 Once the vll-instanc
Page 703 and 704: MCT Snooping 18 client MCT_CLIENT1
Page 705 and 706: MCT Snooping 18 There are no specfi
Page 707 and 708: MCT Snooping 18 tagged ethe 1/1 eth
Page 709 and 710: MCT Snooping 18 Router ports: 4/3 (
Page 711 and 712: PIM Over MCT 18 P1 sends this to P2
Page 713 and 714: PIM Over MCT 18 MJ - Membership Joi
Page 715 and 716: PIM Over MCT 18 vlan 4090 tagged et
Page 717 and 718: Configuring IP Chapter 19 Table 84
Page 719 and 720: Configuring IP 19 TABLE 84 Supporte
Page 721 and 722: The IP packet flow 19 The software
Page 723 and 724: The IP packet flow 19 IP forwarding
Page 725 and 726: Basic IP parameters and defaults 19
Page 727 and 728: Basic IP parameters and defaults 19
Page 729 and 730: GRE IP tunnel 19 GRE IP tunnel Mult
Page 731 and 732: GRE IP tunnel 19 Configuring ECMP f
Page 733 and 734: GRE IP tunnel 19 Configuring a tunn
Page 735 and 736: GRE IP tunnel 19 Configuring a TOS
Page 737 and 738: GRE IP tunnel 19 Brocade(config-tni
Page 739: Tunnel statistics for a GRE tunnel
Page 743 and 744: Restart global timers 19 To clear s
Page 745 and 746: Configuring IP parameters 19 Gracef
Page 747 and 748: Configuring IP parameters 19 For th
Page 749 and 750: Configuring IP parameters 19 The do
Page 751 and 752: Configuring IP parameters 19 • DH
Page 753 and 754: Configuring IP parameters 19 Brocad
Page 755 and 756: Configuring IP parameters 19 Brocad
Page 757 and 758: Configuring IP parameters 19 For ex
Page 759 and 760: Configuring IP parameters 19 • Th
Page 761 and 762: Configuring IP parameters 19 3. If
Page 763 and 764: Configuring IP parameters 19 Syntax
Page 765 and 766: Configuring IP parameters 19 MTU is
Page 767 and 768: Configuring ARP parameters 19 How A
Page 769 and 770: Configuring ARP parameters 19 Chang
Page 771 and 772: Configuring ARP parameters 19 Creat
Page 773 and 774: Dynamic ARP inspection 19 DAI inspe
Page 775 and 776: Dynamic ARP inspection 19 Brocade(c
Page 777 and 778: Dynamic ARP inspection 19 • Trunk
Page 779 and 780: Dynamic ARP inspection 19 1/17 0 0
Page 781 and 782: DHCP snooping 19 How DHCP snooping
Page 783 and 784: DHCP option 82 insertion 19 • Ven
Page 785 and 786: DHCP option 82 insertion 19 Display
Page 787 and 788: DHCP option 82 insertion 19 To disp
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Zero Touch Provisioning 19 Supporte
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IP source guard 19 Brocade#show ip
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IP source guard CAM 19 The vlan_num
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Configuring forwarding parameters 1
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Configuring the maximum ICMP error
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Configuring static routes 19 Disabl
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Configuring static routes 19 Multip
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Configuring static routes 19 The me
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Configuring static routes 19 Brocad
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Configuring static routes 19 NOTE T
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Configuring static routes 19 Figure
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Static route configuration 19 Stati
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Static route configuration 19 Stati
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Naming a static IP route 19 Brocade
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Configuring IP load sharing 19 Conf
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Configuring IP load sharing 19 Sinc
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Configuring IP load sharing 19 Synt
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Configuring IP load sharing 19 To m
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Configuring IP load sharing 19 Spec
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Configuring IP load sharing 19 Spec
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Configuring IP load sharing 19 NOTE
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Configuring IP load sharing 19 •
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Configuring IP load sharing 19 •
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Filtering Martian addresses 19 To c
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IPv6 Over IPv4 tunnels in hardware
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Displaying IP information 19 TABLE
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Displaying IP information 19 Displa
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Displaying IP information 19 The ma
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Displaying IP information 19 The sh
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Displaying IP information 19 The lo
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Displaying IP information 19 Brocad
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Displaying IP information 19 To see
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Multiple VLAN Registration Protocol
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Multiple MAC Registration Protocol
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MMRP networks 21 MMRP PDU Forwardin
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Configuring MMRP 21 This disseminat
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Per Interface configuration 21 On B
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Show commands 21 Brocade(config-mif
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Syslog messages 21 Empty 0 156 Leav
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Reverse Path Forwarding Chapter 22
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RPF configuration 22 • If the log
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RPF configuration 22 For IPv4 confi
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RPF configuration 22 Syntax: suppre
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Displaying RPF logging 22 Syntax: c
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sFlow Chapter 23 Table 117 displays
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sFlow event workflow 23 • If no m
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sFlow event workflow 23 Configuring
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sFlow support for MPLS 23 sFlow sup
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Configuring and enabling sFlow 23 N
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Configuring and enabling sFlow 23 C
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ACL-based Inbound sFlow 23 Configur
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ACL-based Inbound sFlow 23 Displayi
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ACL-based Inbound sFlow 23 Displayi
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sflow null0-sampling 23 sflow null0
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Configuring Uni-Directional Link De
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Displaying UDLD information 24 UDLD
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Displaying UDLD information 24 TABL
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BiDirectional Forwarding Detection
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Configuring BFD parameters 25 Confi
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Displaying BFD information 25 NOTE
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Displaying BFD information 25 TABLE
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Configuring BFD for the specified p
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Configuring BFD for RSVP-TE LSPs 25
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Configuring BFD for RSVP-TE LSPs 25
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Displaying MPLS BFD information 25
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Displaying MPLS BFD information 25
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