Brocade MLX Series and Brocade NetIron XMR Diagnostic Guide ...

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10LP CPU packet statisticsThe following example output displays Layer 3 protocol packet counters received by the LP CPU onport 4/1 on the MP.Brocade# show lp-cpu packet statistics protocol l3 4/1IPv4 Protocol packets:IPv4 IGMP packets received:0IPv4 ICMP packets received:0IPv4 UDP packets received:0IPv4 TCP packets received:0IPv4 RSVP packets received:0IPv4 IGP packets received:0IPv4 OSPF packets received:0IPv4 VRRP packets received:0IPv4 PIM packets received:0IPv4 GRE packets received:0IPv4 BFD packets received:0IPv6 over IPv4 packets received:0IPv6 Protocol packets:IPv6 BFD packets received:0IPv6 PIM packets received:0IPv6 ICMP packets received:0IPv6 UDP packets received:0IPv6 TCP packets received:0IPv6 OSPF packets received:0IPv6 VRRP packets received:0Table 9 displays the output from the show lp-cpu packet statistics protocol l3 command.TABLE 9FieldOutput from the show lp-cpu packet statistics protocol l3 commandDescriptionIPv4 Protocol packets receivedIPv4 IGMP packets receivedIPv4 ICMP packets receivedIPv4 UDP packets receivedIPv4 TCP packets receivedIPv4 RSVP packets receivedIPv4 IGP packets receivedIPv4 OSPF packets receivedIPv4 VRRP packets receivedIPv4 PIM packets receivedIPv4 GRE packets receivedIPv4 BFD packets receivedIPv6 over IPv4 packets receivedIPv6 Protocol packetsIPv6 BFD packets receivedIPv6 PIM packets receivedThe number of IPv4 protocol packets received by the LP CPU.The number of IPv4 IGMP packets received by the LP CPU.The number of IPv4 ICMP packets received by the LP CPU.The number of IPv4 UDP packets received by the LP CPU.The number of IPv4 TCP packets received by the LP CPU.The number of IPv4 RSVP packets received by the LP CPU.The number of IPv4 IGP packets received by the LP CPU.The number of IPv4 OSPF packets received by the LP CPU.The number of IPv4 VRRP packets received by the LP CPU.The number of IPv4 PIM packets received by the LP CPU.The number of IPv4 GRE packets received by the LP CPU.The number of IPv4 BFD packets received by the LP CPU.The number of IPv6 over IPv4 packets received by the LP CPU. IPv6 over IPv4packets refers to IPv6 packets encapsulated in the IPv4 header.The number of IPV6 protocol packets received by the LP CPU.The number of IPv6 BFD packets received by the LP CPU.The number of IPv6 PIM packets received by the LP CPU.360 Brocade MLX Series and Brocade NetIron XMR Diagnostic Guide53-1002426-02
LP CPU packet statistics 10TABLE 9FieldOutput from the show lp-cpu packet statistics protocol l3 command (Continued)DescriptionIPv6 ICMP packets receivedIPv6 UDP packets receivedIPv6 TCP packets receivedIPv6 OSPF packets receivedIPv6 VRRP packets receivedThe number of IPv6 ICMP packets received by the LP CPU.The number of IPv6 UDP packets received by the LP CPU.The number of IPv6 TCP packets received by the LP CPU.The number of IPv6 OSPF packets received by the LP CPU.The number of IPv6 VRRP packets received by the LP CPU.show lp-cpu packet statistics slotSyntax: show lp-cpu packet statistics slot The variable specifies the slot number for which you want to display packetstatistics.This command displays a detailed view of packet statistics processed on a specified LP module,and the total number of packets received on each slot number. Since the packet statistics for eachof the LP modules are polled from the MP module, the show lp-cpu packet statistics slot commandis supported only on the MP module. The following example output displays the total number ofpackets received by the LP CPU from MPLS, ARP, IPv4, IPv6, and other data packets on module 4.Brocade# show lp-cpu packet statistics slot 4MODULE 4----------Total Packets Received: 1000MPLS uplink packets received: 0VPLS packets received:0VLL packets received: 0L3 VPN packets received:0Other MPLS packets received:0ARP packets received:0ARP response packets received:0ARP request packets received:0IPV4 packets received:0IPv4 unicats packets routed:0IPv4 protocol packets received:0GRE tunnel packets received:06to4 tunnel packets received:0IPV6 packets received:0IPv6 unicast packets routed:0Ipv6 protocol packets received:0IPv4 multicast packets routed:0IPv6 multicast packets routed:0L2VPN endpoint packets received:0VPLS endpoint packets received:0VLL endpoint packets received:0Local-VLL endpoint packets received:0L2 packets received:1000L2 known unicast packets forwarded:600L2 unknown unicast packets flooded:100L2 broadcast Packets flooded:100L2 multicast Packets flooded:0Packets received for SA learning:0Other packets received:0Total Packets dropped:200Brocade MLX Series and Brocade NetIron XMR Diagnostic Guide 36153-1002426-02
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53-1002426-0216 April 2012®Brocade
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IS-IS . . . . . . . . . . . . . . .
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Port loop detection . . . . . . . .
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About This DocumentThis manual desc
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NOTEA note provides a tip, guidance
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Using Diagnostic CommandsChapter1Ho
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Generic debug commands 1show debugS
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System and System Management Diagno
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Basic system information 2Boot : Ve
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Basic system information 2show whoS
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Basic system information 2LP APP :
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TCAM partitioning and usage 2Table
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TCAM partitioning and usage 2Subpar
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TCAM partitioning and usage 2Config
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Managing memory and CPU usage 2•
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Managing memory and CPU usage 2Tota
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Managing memory and CPU usage 2ff f
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Management module diagnostics 2FE (
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Management module diagnostics 200A)
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Management module diagnostics 2Comm
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Interface module diagnostics 2NOTEB
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Interface module diagnostics 2TABLE
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Interface module diagnostics 2Broca
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Interface module diagnostics 2(3870
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IPC diagnostics 2u_specific reply 0
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IPC diagnostics 2Unreliable TX : 1:
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ITC diagnostics 20x0130011 - 2 - 0s
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Switch fabric modules 2Brocade# sho
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Power supplies, fans, and temperatu
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Power supplies, fans, and temperatu
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Fiber optic modules 2If none of the
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Fiber optic modules 2==============
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Testing network connectivity 2Fiber
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Layer 1 DiagnosticsChapter3This cha
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Ethernet diagnostics 3Unidirectiona
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Link fault signaling 3A CRC alignme
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Packet over SONET modules 3Path Tra
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Packet over SONET modules 3NP Ingre
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Packet over SONET modules 3Brocade#
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802.1ag CFM for VPLS debug commands
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802.1ag CFM for VPLS debug commands
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Layer 2 Protocol DiagnosticsChapter
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MAC address learning 4show mac vpls
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MAC address learning 4debug ip arp
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MAC address learning 4Brocade# debu
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Super Aggregated VLANs 4show vlanSy
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MRP 4vlan 1000tagged ethe 3/1End us
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MRP 4Dec 10 17:24:35 mrprhp_receive
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Spanning Tree Protocol and derivati
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LACP trunking 4• When you enable
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LACP trunking 4Trunk formation rule
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UDLD 4show link-keepalive ethernetS
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VSRP 4VLAN Translation debug comman
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VSRP 4In this example, VRID 5 is in
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VPORT Scaling 4VPORT ScalingVirtual
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LLDP 4Nov 17 19:30:08 LLDP event :
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Layer 3 Protocol DiagnosticsChapter
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BFD 5Clearing BFD neighbor sessions
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BFD 5Total number of Neighbor entri
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BGP 5Common diagnostic scenarios•
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BGP 5BGP_ROUTE_DAMPING_REUSE_LIST:
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BGP 5bgp_check_update TOTAL=0 FREQ=
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BGP 5show ip rtmSyntax: show ip rtm
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BGP 5debug ip bgp graceful-restartS
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BGP 5debug ip bgp route-mapSyntax:
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BGP 5Dec 10 15:04:15 ICMPv6-ND: Sen
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BGP 5OSPFv3 ISM (137): Status chang
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BGP 5Brocade(config)# no router bgp
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OSPF 5show ip ospf configSyntax: sh
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OSPF 5show ip ospf areaSyntax: show
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OSPF 5show ip ospf redistribute rou
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OSPF 5show ip ospf database link-st
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OSPF 5hostname R11-RX8router ospfar
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OSPF 5Pool Id = 7, Total Mega block
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OSPF 5Clearing OSPF neighborsYou ca
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OSPF 5debug ip ospf errorSyntax: [n
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OSPF 5OSPF: send_grace_ls to 224.0.
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OSPF 5debug ip ospf log-empty-lsaSy
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OSPF 5debug ip ospf sham-linkSyntax
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RPF 5• If you disable OSPF, the B
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RPF 5ref count: 1, set id: 0x2c7dbb
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IS-IS 5• The following considerat
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IS-IS 5IP Enabled: TRUEIP Address a
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IS-IS 5Command output resembles the
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IS-IS 5total_memory_allocated_for_t
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IS-IS 5show isis debug pent-level-i
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IS-IS 5show isis debug v6route-info
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IS-IS 5debug isis l1-csnpSyntax: [n
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IS-IS 5debug isis pp-helloSyntax: [
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IS-IS 5ISIS: The Pent Already exist
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IS-IS 5• An IS-IS link is experie
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VRRP and VRRP-E 5• ethernet / - S
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VRRP and VRRP-E 5. received packets
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VRRP and VRRP-E 5Clearing VRRP-E st
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VRRP and VRRP-E 5Configuration note
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MPLS DiagnosticsChapter6This chapte
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MPLS 6Id SubId GenSize BlockSize Ge
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MPLS 6This command displays RSVP se
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MPLS 6TTL 255, TOS 0, NHT 1, MTU 14
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MPLS 6Last down threshold triggerLa
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MPLS API 6debug mplsSyntax: [no] de
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MPLS API 6MPLS API debug commandsTh
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MPLS API 6debug mpls cspf computati
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MPLS API 6Dec 10 00:51:04 MPLS: CSP
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MPLS API 6Dec 10 00:59:58 RSIR: CSP
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MPLS API 6debug mpls rsvpSyntax: [n
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MPLS API 6Dec 10 01:03:26 Dest 7.7.
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MPLS API 6Dec 10 01:08:36 Flgs 0x0X
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MPLS API 6• rsvp - Displays label
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MPLS API 6Nov 21 02:42:51 VLL_Peer_
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MPLS LDP 6MPLS LDPBrocade devices s
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MPLS LDP 6Brocade# show mpls ldp se
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MPLS LDP 6show mpls ldp fec vcSynta
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MPLS LDP 6Dec 10 01:26:37 LDP SC 1
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MPLS LDP 6LDP PM 1 UM FSM, CB 164/2
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MPLS LDP 6LDP um 0d9098c8 fec 11.11
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MPLS VPLS 6debug mpls ldp tcpdumpSy
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MPLS VPLS 6show mac vplsSyntax: sho
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MPLS VPLS 6show mpls debug vpls loc
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MPLS VPLS 6• dy-sync - Displays i
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MPLS VPLS 6VPLS DY-SYNC-LOC: mpls_v
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MPLS VPLS 6Brocade# debug vpls even
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MPLS VPLS 6debug vpls genericSyntax
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MPLS VPLS 6Common diagnostic scenar
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ACL and QoS DiagnosticsChapter7This
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ACLs 7show access-list subnet-broad
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ACLs 7Brocade# debug access-list ac
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ACLs 7debug access-list lsp-out-acl
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ACLs 7May 02 15:26:38 LSP-OUT-ACL:
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ACLs 7PBR_VLAN_PRESERVE 0USE TOS ID
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ACLs 7Brocade# debug ipv6 access-li
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QoS 7QoSQuality of Service (QoS) fe
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QoS 7show qos-mapSyntax: show qos-m
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QoS 7show tm port-mappingSyntax: sh
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QoS 7NP Rx IPv6 RPF Drop Count = (0
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Traffic management 7Traffic managem
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Traffic management 7Brocade# show t
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Multicast DiagnosticsChapter8This c
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DVMRP 8Interface v40TTL Threshold:
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DVMRP 8debug ip pim-dvmrp add-del-o
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IGMP V2 and V3 8Brocade# show ip ig
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IGMP V2 and V3 8Brocade# show ip ig
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Multicast 8This issue is resolved b
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Multicast 83 Source: (158.158.158.1
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Multicast 8clear ip multicastSyntax
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MSDP 8Brocade# show ip msdp peerTot
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MSDP 8Brocade# debug ip msdp events
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PIM DM and PIM SM 8The Brocade devi
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PIM DM and PIM SM 8Brocade# show ip
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PIM DM and PIM SM 8Brocade# show ip
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PIM DM and PIM SM 8• If you want
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Security DiagnosticsChapter9This ch
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802.1x 9TX EAP Req other than Req/I
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802.1x 9Brocade# show dot1x mac-ses
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802.1x 9: 802.1X: port 4/1 BkEnd BK
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802.1x 9debug dot1x faultSyntax: [n
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Denial of Service attacks 9802.1X:
Page 325 and 326: Port loop detection 9show loop-dete
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Page 329 and 330: RADIUS 9Brocade# show aaaTacacs+ ke
Page 331 and 332: SNMP 9sFlow debug commandsThere are
Page 333 and 334: TACACS and TACACAS+ 9TACACS and TAC
Page 335 and 336: TACACS and TACACAS+ 9**Radius timer
Page 337 and 338: Telnet and SSH connections 9Brocade
Page 339 and 340: NTP 9Syntax: [no] clock summer-time
Page 341 and 342: NTP 9Number of NTP packets failed t
Page 343 and 344: IP security 9Oct 19 18:37:49 Leap 0
Page 345 and 346: IP security 9debug ipsec policySynt
Page 347 and 348: Forwarding DiagnosticsChapter10This
Page 349 and 350: Multicast VRF 10:Brocade# show ipv6
Page 351 and 352: Multicast VRF 10debug ip ospf all-v
Page 353 and 354: Trunking 10Port Names none nonePort
Page 355 and 356: MCT 10The following command output
Page 357 and 358: MCT 10Nov 23 08:39:03 CLUSTER CONFI
Page 359 and 360: MCT 10Nov 23 08:40:29 CLUSTER FSM:
Page 361 and 362: VPLS unicast forwarding 10SYSLOG: D
Page 363 and 364: GRE and IPv6 tunnels 10Common diagn
Page 365 and 366: GRE and IPv6 tunnels 10Normal keepa
Page 367 and 368: LP CPU packet statistics 10This com
Page 369 and 370: LP CPU packet statistics 10TABLE 6F
Page 371 and 372: LP CPU packet statistics 10TABLE 7
Page 373 and 374: LP CPU packet statistics 10TABLE 7
Page 375: LP CPU packet statistics 10Brocade#
Page 379 and 380: Software Licensing DiagnosticsChapt
Page 381 and 382: NETCONFChapter12Network Configurati
Page 383 and 384: NETCONF 12NETCONF: parser debugging
Page 385 and 386: Diagnostic Command IndexCcam-partit
Page 387 and 388: debug iptunnel keepalives, 348debug
Page 389 and 390: show cam-partition usage, 15show ch
Page 391 and 392: show mpls vpls detail, 228show mpls
show all

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