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

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2Management module diagnostics• You can allocate memory for more VLANs or virtual routing interfaces. By default, you canconfigure up to 512 VLANs and virtual routing interfaces on the router. Although this is thedefault maximum, the Brocade NetIron XMR and Brocade MLX series devices can support upto 4094 VLANs and 4095 virtual routing interfaces. (VLAN IDs 0 and 4095 are reserved.) Ifmany of your VLANs will have an identical configuration, you might want to configure VLANgroups. To learn more about VLAN groups and how to configure them, refer to the Brocade MLXSeries and NetIron Family Configuration Guide.Management module diagnosticsThe management modules control Brocade NetIron XMR and Brocade MLX series hardwarecomponents, run networking protocols, and provide the Real Time Operating System (RTOS).Each chassis requires one management module, and can accept a second module for redundancythat works in conjunction with the active management module. If the active management modulebecomes unavailable, the redundant management module automatically takes over the systemoperation, minimizing system downtime.Running management module diagnosticsYou can run diagnostics on the management modules to check if the devices needed for properoperation are accessible and in working order. The diagnostics for the Line Processor (LP) modulesbegin after the completion of diagnostics for the management processor (MP) modules, if the LPmodules are present in the chassis.MP module is considered to have passed the diagnostics if the result of all the checks is "Passed".If an MP or an LP does not pass the diag burn-in command, contact Brocade Technical Support forfurther assistance.NOTERemove the standby management module from the chassis before running the diagnostics. If thestandby management module is present, running the diagnostics on the interface module fails.To run diagnostics on management modules, perform the following steps.1. Reload the system and immediately press the B key repeatedly until the system boots intomonitor mode.2. Type boot os flash primary to enter the OS.The prompt will change from MP Monitor> to MP OS>.3. From the MP OS> prompt, enter diag burn-in, as shown in the following example.MP-1 OS>diag burn-inPCI access- Passed88E1145 PHY- PassedStorage Card- PassedM41T11 RTC- PassedFE (slot 0; FE 0; 0x11fe6000) access passed;FE (slot 0; FE 1; 0x11fe6000) access passed;FE (slot 0; FE 2; 0x11fe6000) access passed;FE (slot 1; FE 0; 0x11fe6000) access passed;FE (slot 1; FE 1; 0x11fe6000) access passed;24 Brocade MLX Series and Brocade NetIron XMR Diagnostic Guide53-1002426-02
Management module diagnostics 2FE (slot 1; FE 2; 0x11fe6000) access passed;SAND access- PassedValere power Supply 0 PassedValere power Supply 1 PassedPower Supply access - PassedPort 0 passedPort 1 passedPort 2 passedPort 3 passedPort 4 passedPort 5 passedPort 6 passedPort 7 passedPort 8 passedPort 9 passedPort 10 passedPort 11 passedPort 12 passedPort 13 passedPort 14 passedPort 15 passedPort 16 passedPort 17 passedPort 18 passedPort 19 passedPort 23 passedDx246 Switch Port Loopback - Passed###- PASS -###MP-1 OS>LP (6) [MLX-X 1Gx24 Copper] burn-in startedLP (6) PING test passedLP (7) [MLX-X 1Gx24 Copper] burn-in startedLP (7) PING test passedLP (6) (MLX-X 1Gx24 Copper) diagnostic PassedLP (7) (MLX-X 1Gx24 Copper) diagnostic Passed###- PASS -###NOTEAfter the completion of diagnostics for the MP modules, the system displays the MP-1 OS>prompt and then starts the diagnostics for the LP modules.4. Enter the reset command to return the system to normal operation (system reboot).MP-1 OS>resetREBOOT S1: NI-XMR-1Gx20-SFP 20-port 1GbE/100FX Module CARD_STATE_REBOOT 20 0012.f23d.8500BOOT S1: NI-XMR-1Gx20-SFP 20-port 1GbE/100FX Module CARD_STATE_BOOT 20 0012.f23d.8500CARD_STATE_UP S1: NI-XMR-1Gx20-SFP 20-port 1GbE/100FX Module CARD_STATE_SW_LOADED 200012.f23d.8500UP S1: NI-XMR-1Gx20-SFP 20-port 1GbE/100FX Module CARD_STATE_UP 20 0012.f23d.8500After the system reboots, you can display the status of the module using the show modulecommand, as shown in the following example.Brocade MLX Series and Brocade NetIron XMR Diagnostic Guide 2553-1002426-02
Page 1 and 2: 53-1002426-0216 April 2012®Brocade
Page 9 and 10: IS-IS . . . . . . . . . . . . . . .
Page 11 and 12: Port loop detection . . . . . . . .
Page 13 and 14: About This DocumentThis manual desc
Page 15 and 16: NOTEA note provides a tip, guidance
Page 17 and 18: Using Diagnostic CommandsChapter1Ho
Page 19 and 20: Generic debug commands 1show debugS
Page 21 and 22: System and System Management Diagno
Page 23 and 24: Basic system information 2Boot : Ve
Page 25 and 26: Basic system information 2show whoS
Page 27 and 28: Basic system information 2LP APP :
Page 29 and 30: TCAM partitioning and usage 2Table
Page 31 and 32: TCAM partitioning and usage 2Subpar
Page 33 and 34: TCAM partitioning and usage 2Config
Page 35 and 36: Managing memory and CPU usage 2•
Page 37 and 38: Managing memory and CPU usage 2Tota
Page 39: Managing memory and CPU usage 2ff f
Page 43 and 44: Management module diagnostics 200A)
Page 45 and 46: Management module diagnostics 2Comm
Page 47 and 48: Interface module diagnostics 2NOTEB
Page 49 and 50: Interface module diagnostics 2TABLE
Page 51 and 52: Interface module diagnostics 2Broca
Page 53 and 54: Interface module diagnostics 2(3870
Page 55 and 56: IPC diagnostics 2u_specific reply 0
Page 57 and 58: IPC diagnostics 2Unreliable TX : 1:
Page 59 and 60: ITC diagnostics 20x0130011 - 2 - 0s
Page 61 and 62: Switch fabric modules 2Brocade# sho
Page 63 and 64: Power supplies, fans, and temperatu
Page 65 and 66: Power supplies, fans, and temperatu
Page 67 and 68: Fiber optic modules 2If none of the
Page 69 and 70: Fiber optic modules 2==============
Page 71 and 72: Testing network connectivity 2Fiber
Page 73 and 74: Layer 1 DiagnosticsChapter3This cha
Page 75 and 76: Ethernet diagnostics 3Unidirectiona
Page 77 and 78: Link fault signaling 3A CRC alignme
Page 79 and 80: Packet over SONET modules 3Path Tra
Page 81 and 82: Packet over SONET modules 3NP Ingre
Page 83 and 84: Packet over SONET modules 3Brocade#
Page 85 and 86: 802.1ag CFM for VPLS debug commands
Page 87 and 88: 802.1ag CFM for VPLS debug commands
Page 89 and 90: Layer 2 Protocol DiagnosticsChapter
Page 91 and 92:
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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Page 107 and 108:
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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:
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Port loop detection 9show loop-dete
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Port mirroring and monitoring 9Port
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RADIUS 9Brocade# show aaaTacacs+ ke
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SNMP 9sFlow debug commandsThere are
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TACACS and TACACAS+ 9TACACS and TAC
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TACACS and TACACAS+ 9**Radius timer
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Telnet and SSH connections 9Brocade
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NTP 9Syntax: [no] clock summer-time
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NTP 9Number of NTP packets failed t
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IP security 9Oct 19 18:37:49 Leap 0
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IP security 9debug ipsec policySynt
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Forwarding DiagnosticsChapter10This
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Multicast VRF 10:Brocade# show ipv6
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Multicast VRF 10debug ip ospf all-v
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Trunking 10Port Names none nonePort
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MCT 10The following command output
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MCT 10Nov 23 08:39:03 CLUSTER CONFI
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MCT 10Nov 23 08:40:29 CLUSTER FSM:
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VPLS unicast forwarding 10SYSLOG: D
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GRE and IPv6 tunnels 10Common diagn
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GRE and IPv6 tunnels 10Normal keepa
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LP CPU packet statistics 10This com
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LP CPU packet statistics 10TABLE 6F
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LP CPU packet statistics 10TABLE 7
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LP CPU packet statistics 10TABLE 7
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LP CPU packet statistics 10Brocade#
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LP CPU packet statistics 10TABLE 9F
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Software Licensing DiagnosticsChapt
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NETCONFChapter12Network Configurati
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NETCONF 12NETCONF: parser debugging
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Diagnostic Command IndexCcam-partit
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debug iptunnel keepalives, 348debug
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show cam-partition usage, 15show ch
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show mpls vpls detail, 228show mpls
show all

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