8.3.3.8 - Force10 Networks

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www.dell.com | support.dell.com Application core dumps Application core dumps are disabled by default. A core dump file can be very large. Due to memory requirements the file can only be sent directly to an FTP server. It is not stored on the local flash. Enable full application core dumps with the following: Task Command Syntax Command Mode Enable RPM core dumps and specify the shutdown mode. Undo this command using the no logging coredump server. Mini core dumps FTOS supports mini core dumps on the for application and kernel crashes. The mini core dump apply to Master, Standby and Member units. Application and kernel mini core dumps are always enabled. The mini core dumps contain the stack space and some other very minimal information that can be used to debug a crash. These files are small files and are written into flash until space is exhausted. When the flash is full, the write process is stopped. A mini core dump contains critical information in the event of a crash. Mini core dump files are located in flash:/ (root dir). The application mini core file name format is f10StkUnit..acore.mini.txt. The kernel mini core file name format is f10StkUnit.kcore.mini.txt. Sample files names are shown in Figure 46-19 and sample file text is shown in Figure 46-20. 832 | S-Series Debugging and Diagnostics logging coredump server CONFIGURATION Note: If the Hardware watchdog timer is enabled and it triggers, no kernel core dump is generated because this is considered a power-off. In all other kernel crashes, a kernel mini core dump is be generated. When an application crashes, only the application coredump is generated.
Figure 46-19. Mini application core file naming example <strong>Force10</strong>#dir Directory of flash: 1 drw- 16384 Jan 01 1980 00:00:00 +00:00 . 2 drwx 1536 Sep 03 2009 16:51:02 +00:00 .. 3 drw- 512 Aug 07 2009 13:05:58 +00:00 TRACE_LOG_DIR 4 d--- 512 Aug 07 2009 13:06:00 +00:00 ADMIN_DIR 5 -rw- 8693 Sep 03 2009 16:50:56 +00:00 startup-config 6 -rw- 8693 Sep 03 2009 16:44:22 +00:00 startup-config.bak 7 -rw- 156 Aug 28 2009 16:16:10 +00:00 f10StkUnit0.mrtm.acore.mini.txt 8 -rw- 156 Aug 28 2009 17:17:24 +00:00 f10StkUnit0.vrrp.acore.mini.txt 9 -rw- 156 Aug 28 2009 18:25:18 +00:00 f10StkUnit0.sysd.acore.mini.txt 10 -rw- 156 Aug 28 2009 19:07:36 +00:00 f10StkUnit0.frrp.acore.mini.txt 11 -rw- 156 Aug 31 2009 16:18:50 +00:00 f10StkUnit2.sysd.acore.mini.txt 12 -rw- 156 Aug 29 2009 14:28:34 +00:00 f10StkUnit0.ipm1.acore.mini.txt 13 -rw- 156 Aug 31 2009 16:14:56 +00:00 f10StkUnit0.acl.acore.mini.txt flash: 3104256 bytes total (2959872 bytes free) <strong>Force10</strong># When a member or standby unit crashes, the mini core file gets uploaded to master unit. When the master unit crashes, the mini core file is uploaded to new master. Figure 46-20. Mini core text file example VALID MAGIC ------------------------PANIC STRING ----------------panic string is : ----------------------STACK TRACE START--------------- 0035d60c : 00274f8c : 0024e2b0 : 0024dee8 : 0024d9c4 : 002522b0 : 0026a8d0 : 0026a00c : ------------------------STACK TRACE END---------------- ---------------------------FREE MEMORY--------------uvmexp.free = 0x2312 The panic string contains key information regarding the crash. Several panic string types exist, and they are displayed in regular english text to enable easier understanding of the crash cause. S-Series Debugging and Diagnostics | 833
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FTOS Configuration Guide for the S6
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1 About this Guide . . . . . . . .
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Linktrace Message and Response . .
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Jumpstart mode . . . . . . . . . .
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Viewing IGMP Enabled Interfaces . .
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17 IPv6 Addressing. . . . . . . . .
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TIA-1057 (LLDP-MED) Overview . . .
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Configure a Static Rendezvous Point
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Honor the incoming dot1p value . .
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Implementation Information . . . .
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42 System Time and Date . . . . . .
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About this Guide Objectives 1 This
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Configuration Fundamentals The FTOS
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Figure 2-2. CLI Modes in FTOS EXEC
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Table 2-1. FTOS Command Modes CLI C
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Obtaining Help Obtain a list of key
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Filtering show Command Outputs Filt
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Getting Started This chapter contai
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Table 3-1. Pin Assignments Between
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Figure 3-1. Completed Boot Process
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Configure the Management Port IP Ad
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Configure the Enable Password Acces
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Figure 3-4 shows an example of usin
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The output of the command dir also
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Figure 3-9. Alternative Storage Loc
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Management Management is supported
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Task Command Syntax Command Mode Al
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Apply a Privilege Level to a Userna
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Send System Messages to a Syslog Se
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Figure 4-2. show logging Command Ex
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Synchronize log messages You can co
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Enable FTP server To enable the sys
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To apply an IP ACL to a line: Task
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To change the timeout period or dis
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If any user is already in CONFIGURA
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Recovering from a Failed Start on t
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802.1ag 802.1ag is available only o
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These roles define the relationship
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Enable Ethernet CFM Task Command Sy
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Task Command Syntax Command Mode Fo
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Continuity Check Messages Continuit
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Figure 5-4. Linktrace Message and R
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Three values are giving within the
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802.1X 802.1X is supported on platf
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3. The authenticator decapsulates t
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Configuring 802.1X Configuring 802.
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Figure 6-6. Verifying 802.1X Interf
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Forcibly Authorizing or Unauthorizi
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Configuring Timeouts If the supplic
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Figure 6-11. Dynamic VLAN Assignmen
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Figure 6-13. Configuring an Authent
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Access Control Lists (ACL), Prefix
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CAM optimization is supported on pl
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V Implementing ACLs on FTOS One IP
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• Loopback interfaces do not supp
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Step Command Syntax Command Mode Pu
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Configure an extended IP ACL Extend
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Figure 7-7. Command Example: seq Fo
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For information on MAC ACLs, refer
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Figure 7-10. Creating an Ingress AC
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Configuring ACLs to Loopback ACLs c
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The following rules apply to prefix
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Figure 7-14. Prefix List Force10(co
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To view the configuration, use the
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Figure 7-20. Resequencing Remarks F
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Figure 7-21. Command Example: show
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Also, if there are different instan
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Command Syntax Command Mode Purpose
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Border Gateway Protocol IPv4 (BGPv4
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A stub AS is one that is connected
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In order to make decisions in its o
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BGP Attributes Routes learned via B
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• AS_CONFED_SEQUENCE has a path l
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One AS assigns the MED a value and
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Next Hop The Next Hop is the IP add
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Where the 2-Byte format is 1-65535,
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Figure 8-10. Dynamic changes when b
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Local-as is prepended before the ro
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BGP Configuration To enable the BGP
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Use these commands in the following
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Figure 8-14 displays two neighbors,
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Task Command Syntax Command Mode En
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After you create a peer group, you
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Figure 8-21. Command example: show
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Only after the peer group responds
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Figure 8-25. Allowas-in information
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Filter on an AS-Path attribute The
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Figure 8-27. Filtering with Regular
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Refer to Chapter 7, “Access Contr
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Use the following commands in the C
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To set dampening parameters via a r
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Change BGP timers Use either or bot
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Route map continue The BGP route ma
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BGP Regular Expression Optimization
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Figure 8-34. Viewing the Last Bad P
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With full internet feed (205K) capt
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Figure 8-38. Enable BGP - Router 1
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Figure 8-40. Enable BGP - Router 3
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Figure 8-42. Enable Peer Groups - R
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Figure 8-44. Enable Peer Group - Ro
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Bare Metal Provisioning 2.0 Bare Me
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To display the currently configured
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Following is an example of a config
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2. The switch sends DHCP Discover o
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Content Addressable Memory Content
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Table 10-1. CAM Profile Description
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The Layer 2 ACL CAM partition has s
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When to Use CAM Profiling The CAM p
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You must save the new CAM settings
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Figure 10-6. View CAM-ACl settings
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• The IPv4Flow configuration is a
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L2PT 13 FRRP 5 You can re-configure
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Figure 10-11. Returning to the defa
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QoS CAM Region Limitation The defau
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Skippy812 11 Dynamic Host Configura
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Assigning an IP Address using DHCP
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Configure the System to be a DHCP S
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Specify a Default Gateway The IP ad
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Create Manual Binding Entries An ad
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To view the ip helper-address confi
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Binding table entries are deleted w
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Dynamic ARP Inspection Dynamic ARP
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Use show arp inspection statistics
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Step Task Command Syntax Command Mo
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Force10 Resilient Ring Protocol For
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If the Master node does not receive
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• Multiple physical rings can be
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• The Control VLAN is used to car
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R1 MASTER interface GigabitEthernet
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GARP VLAN Registration Protocol GAR
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Figure 13-2. GVRP Configuration Ove
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Based on the configuration in the e
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Internet Group Management Protocol
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Response Timers on page 288 for how
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Figure 14-4. IGMP Membership Report
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Figure 14-6. Viewing IGMP-enabled I
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2. When a router receives a query i
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Figure 14-10. Enabling IGMP Snoopin
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Interfaces 15 This chapter describe
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Figure 15-1. show interfaces Comman
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To confirm that the interface is en
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For information on enabling and con
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To configure a Management interface
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VLAN Interfaces VLANs are logical i
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Port Channel Interfaces Port channe
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The common speed is determined when
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Figure 15-10. show interfaces port-
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Figure 15-13. Command Example from
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Load balancing through port channel
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IPv4, IPv6, and non-IP traffic hand
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• lsb — always uses the least s
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Overlap port ranges If overlapping
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Monitor interface statistics with t
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To test the condition of cables on
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When an E300 system boots up and a
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Figure 15-30. Clearing Dampening Co
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Enable Pause Frames Note: On the C-
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Port-pipes A port pipe is a Dell Fo
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Note: The show interfaces status co
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Figure 15-34. show Commands with co
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• L2ACL • L2FIB For remaining a
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IPv4 Addressing IPv4 Addressing is
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To assign an IP address to an inter
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Figure 16-3. show ip route static C
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In FTOS, Proxy ARP enables hosts wi
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Configurable ARP Retries ICMP In FT
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Important Points to Remember about
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2. If UDP helper (using the command
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Troubleshooting UDP Helper Display
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IPv6 Addressing IPv6 Addressing, ap
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IPv6 Headers The IPv6 header has a
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Table 17-1. Next Header field value
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• 2001:0db8:0000:0000:0000:0000:1
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Table 17-2. FTOS and IPv6 Feature S
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Path MTU (Maximum Transmission Unit
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• Multicast Listener Discovery Pr
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Assign a Static IPv6 Route IPv6 Sta
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Figure 17-7 illustrates the show ip
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iSCSI Optimization iSCSI Optimizati
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The following message is displayed
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Default iSCSI Optimization Values T
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Link Aggregation Control Protocol L
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FTOS supports LAGs in the following
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Set the LACP long timeout PDUs are
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Step Task Command Command Mode 2 Cr
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Figure 19-10. Enabling Hitless LACP
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Figure 19-14. Inspecting Configurat
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Summary of the configuration on ALP
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Figure 19-18. Using the show interf
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Figure 19-20. Using the show lacp C
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Layer 2 Layer 2 features are suppor
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Display the MAC Address Table To di
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mac learning-limit no-station-move
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An individual MAC learning limit ca
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When NIC teaming is employed, consi
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Configuring the Switch for Microsof
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• You may not enable any Layer 2
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Figure 20-10. Configuring Far-end F
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Step Task Command Syntax Command Mo
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During an RPM Failover In the event
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Link Layer Discovery Protocol Link
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Management TLVs A Management TLV is
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TIA Organizationally Specific TLVs
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LLDP-MED Network Policies TLV A net
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• Viewing Information Advertised
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• If you configure an interface,
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Figure 21-12. Viewing All Informati
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Figure 21-14. Configuring LLDPDU Tr
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Figure 21-16. debug lldp detail—L
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Table 21-8. LLDP System MIB Objects
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Table 21-10. LLDP-MED System MIB Ob
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Multiple Spanning Tree Protocol Mul
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• Preventing Network Disruptions
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Influence MSTP Root Selection MSTP
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Task Command Syntax Command Mode Ch
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To enable EdgePort on an interface,
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Figure 22-10. Router 1 Running-conf
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Figure 22-12. Router 3 Running-conf
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Figure 22-14. Displaying BPDUs and
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Multicast Features Multicast Featur
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Implementation Information • Beca
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• If the limit is decreased after
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Rate Limit IGMP Join Requests If yo
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Prevent a PIM Router from Processin
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Multicast Traceroute Multicast Trac
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FTOS provides the ability to adjust
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24 Open Shortest Path First (OSPFv2
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Figure 24-1. Autonomous System Area
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Figure 24-2. OSPF Routing Examples
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Link-State Advertisements (LSAs) A
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Figure 24-3. Priority and Costs Exa
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Multi-Process OSPF allows multiple
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To ensure equal intervals between t
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Return to CONFIGURATION mode to ena
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In CONFIGURATION ROUTER OSPF mode,
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Loopback interfaces also assist in
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Use the following command in the RO
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Figure 24-14 shows the convergence
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Figure 24-16. Changing the OSPF Cos
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Filter routes To filter routes, use
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Troubleshooting OSPFv2 FTOS has sev
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Use the following command in EXEC P
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Assign OSPFv3 Process ID and Router
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Redistribute routes You can add rou
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Use the following command in EXEC P
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PIM Sparse-Mode PIM Sparse-Mode is
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source, including the RP, create an
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Figure 25-3. Viewing the PIM Multic
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Override Bootstrap Router Updates P
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Enable PIM-SM graceful restart (non
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PIM Source-Specific Mode PIM Source
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Implementation Information • The
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• When an extended ACL is associa
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Figure 26-4. Configuring PIM-SSM wi
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Power over Ethernet Power over Ethe
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Related Configuration Tasks • Man
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View the total power consumption of
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Extended Power-via-MDI TLV The PD s
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Manage Power Priorities PoE-enabled
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Figure 27-6. Order of PoE Re-Supply
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Figure 27-9. LLDP Configuration for
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Port Monitoring Port Monitoring is
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On the E-Series TeraScale, FTOS sup
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Figure 28-4. Number of Monitoring P
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Figure 28-7. Port Monitoring Exampl
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Figure 28-8. Configuring Flow-based
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Private VLANs FTOS 7.8.1.0 adds a P
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Each of the port types can be any t
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Creating a Primary VLAN A primary V
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Figure 29-2. Configuring VLANs for
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• show vlan private-vlan mapping:
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Per-VLAN Spanning Tree Plus Per-VLA
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• PVST+ in Multi-vendor Networks
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Figure 30-4. Display the PVST+ Forw
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Task Command Syntax Command Mode Ch
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Figure 30-5. PVST+ with Extend Syst
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Figure 30-7. PVST+ Sample Configura
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Quality of Service Quality of Servi
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Figure 31-1. Dell Force10 QoS Archi
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On the C-Series and S-Series you ca
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Figure 31-7. Displaying How Your Ra
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Figure 31-10. Using the Order Keywo
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FTOS Behavior: An explicit “deny
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Figure 31-12. Marking DSCP Values f
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Create Input Policy Maps There are
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By default, if no match occurs, the
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Apply an output QoS policy to a que
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You can create a custom WRED profil
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Figure 31-15. show qos statistics C
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• Status indicates whether or not
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Figure 31-19. Classifying VOIP Traf
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Routing Information Protocol Routin
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Configuration Task List for RIP •
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Control RIP routing updates By defa
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Figure 32-3 shows an example of the
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Summarize routes Routes in the RIPv
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Configuring RIPv2 on Core 2 Figure
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RIP Configuration on Core 3 Figure
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RIP Configuration Summary Figure 32
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Remote Monitoring Remote Monitoring
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Set rmon alarm To set an alarm on a
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Figure 33-2. rmon event Command Exa
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Rapid Spanning Tree Protocol Rapid
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To configure the interfaces for Lay
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Figure 34-5. show spanning-tree rst
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Table 34-2 displays the default val
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FTOS Behavior: Regarding bpduguard
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Security Security features are supp
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Suppress AAA Accounting for null us
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Configure login authentication for
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To use local authentication for ena
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To configure a username and passwor
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To move to a lower privilege level,
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• Monitor RADIUS on page 659 (opt
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To set global communication paramet
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Figure 35-4. Failed Authentication
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To delete a TACACS+ server host, us
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Figure 35-6. Specifying an SSH vers
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Figure 35-8. Enabling SSH Password
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Figure 35-12. Client-based SSH Auth
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Since traffic passes through the fi
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Figure 35-13. Trace list Using seq
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Figure 35-14. Trace List Example Fo
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Figure 35-16. Example Access-Class
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Service Provider Bridging Service P
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Create Access and Trunk Ports An ac
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FTOS Options for Trunk Ports 802.1a
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Figure 36-6. TPID Match and First-b
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Figure 36-8. First-byte TPID Match
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Figure 36-10. Single and Double-tag
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Enable Drop Eligibility You must en
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Figure 36-12. Statically and Dynami
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To map C-Tag dot1p values to S-Tag
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Figure 36-14. VLAN Stacking with L2
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Debug Layer 2 Protocol Tunneling Ta
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sFlow Configuring sFlow is supporte
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• FTOS exports all sFlow packets
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The sflow sample-rate command, when
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Figure 37-6. Confirming that Extend
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Simple Network Management Protocol
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View your SNMP configuration, using
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Task Command Command Mode Identify
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Table 38-2. Dell Force10 Enterprise
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The relevant MIBs for these functio
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Table 38-4. Copying Configuration F
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Dell Force10 provides additional MI
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Figure 38-16. Assign a VLAN Alias u
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The value 40 is in the first set of
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Each object is comprised an OID con
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Figure 38-27. Binary Representation
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Spanning Tree Protocol Spanning Tre
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Configuring Interfaces for Layer 2
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Figure 39-4. Spanning Tree Enabled
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Modifying Global Parameters You can
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To enable PortFast on an interface:
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Figure 39-8. Enabling BPDU Guard Fo
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Stacking S-Series Switches Stacking
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Figure 40-2. Electing the Stack Man
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Figure 40-4. Adding a Standalone wi
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Figure 40-6. Adding a Standalone wi
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You may stack any combination of S-
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Figure 40-11. Stacking Cable Redund
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Figure 40-13. Adding a Stack Unit w
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Figure 40-16. Removing a Stack Memb
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Split an S-Series Stack To split a
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Figure 40-18. Displaying Informatio
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Influence Management Unit Selection
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Figure 40-21. Recovering from a Sta
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Storm Control Storm Control is supp
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System Time and Date 42 Chapter 42,
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Figure 42-1. NTP Fields Leap Indica
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Set the Hardware Clock with the Tim
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Configure NTP authentication NTP au
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• Root Delay (sys.rootdelay, peer
Page 781 and 782: The software clock runs only when t
Page 783 and 784: Set Daylight Saving Time Once Set a
Page 785 and 786: Command Syntax Command Mode Purpose
Page 787 and 788: Upgrade Procedures Find the upgrade
Page 789 and 790: Virtual LANs (VLAN) VLANs are suppo
Page 791 and 792: Untagged interfaces must be part of
Page 793 and 794: Figure 44-3. show vlan Command Exam
Page 795 and 796: Use the untagged command to move un
Page 797 and 798: Native VLAN support breaks this bar
Page 799 and 800: Virtual Router Redundancy Protocol
Page 801 and 802: VRRP Benefits With VRRP configured
Page 803 and 804: Task Command Syntax Command Mode Fi
Page 805 and 806: Figure 45-6. Command Example Displa
Page 807 and 808: Configure simple authentication wit
Page 809 and 810: Figure 45-13. Command Example: adve
Page 811 and 812: Figure 45-17. Configure VRRP Router
Page 813 and 814: S-Series Debugging and Diagnostics
Page 815 and 816: Figure 46-2. Verifying the Offline/
Page 817 and 818: Figure 46-5. Viewing the Results of
Page 819 and 820: Table 46-2. show hardware Commands
Page 821 and 822: Table 46-3 describes the type and n
Page 823 and 824: Buffer tuning commands Task Command
Page 825 and 826: Using a pre-defined buffer profile
Page 827 and 828: The S60 switch has two ASICS; each
Page 829 and 830: Figure 46-14. Displaying Drop Count
Page 831: Displaying Stack Port Statistics Th
Page 835 and 836: Standards Compliance This appendix
Page 837 and 838: General IPv4 Protocols RFC# Full Na
Page 839 and 840: Border Gateway Protocol (BGP) RFC#
Page 841 and 842: Intermediate System to Intermediate
Page 843 and 844: Multicast RFC# Full Name S-Series C
Page 845 and 846: Network Management (continued) RFC#
Page 847 and 848: IEEE 802.1AB The LLDP Management In
Page 849 and 850: MIB Location Force10 MIBs are under
Page 851 and 852: Index Numerics 10/100/1000 Base-T E
Page 853 and 854: FRRP 261 FRRP Master Node 261 FRRP
Page 855 and 856: MTU Size, Configuring on an Interfa
Page 857 and 858: show ip ssh command 664 show ip ssh
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8.3.3.8 - Force10 Networks

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