Table Of Contents
show interfaces tokenring (IBM)
show access-expression
To display the defined input and output access list expressions, use the show access-expression command in privileged EXEC mode.
show access-expression [begin | include | exclude]
Syntax Description
begin
(Optional) Begin with the access list expression that matches.
include
(Optional) Include access list expressions that match.
exclude
(Optional) Exclude access list expressions that match.
Defaults
Displays all input and output access list expressions.
Command Modes
Privileged EXEC
Command History
Examples
The following is sample output from the show access-expression command:
Router# show access-expressionRouter# Interface TokenRing0/0:Input:(dmac(701) | ~lsap(202))See the access-expression command for a description of the access expressions.
Related Commands
show bridge circuit-group
To display the interfaces configured in each circuit group and show whether they are currently participating in load distribution, use the show bridge circuit-group command in user EXEC or privileged EXEC mode.
show bridge [bridge-group] circuit-group [circuit-group] [src-mac-address] [dst-mac-address]
Syntax Description
Command Modes
User EXEC
Prvileged EXECCommand History
Examples
The following is sample output from various show bridge circuit-group command strings:
Router# show bridge circuit-groupBridge group 1 Circuit group 1:Interface Serial0 : inserted, learning, forwardingInterface Serial3 : inserted, learning, forwardingBridge group 1 Circuit group 2:Interface Serial2 : inserted, learning, forwardingRouter# show bridge 1 circuit-group 1Bridge group 1 Circuit group 1:Interface Serial0 : inserted, learning, forwardingInterface Serial3 : inserted, learning, forwardingRouter# show bridge 1 circuit-group 2Bridge group 1 Circuit group 2:Interface Serial2 : inserted, learning, forwardingRouter# show bridge 1 circuit-group 1 0000.6502.23EA 0000.1234.4567Output circuit group interface is Serial3Router# show bridge 1 circuit-group 1 0000.6502.23EA%Destination MAC address requiredRouter# show bridge 1 circuit-group 1Bridge group 1 Circuit group 1:Transmission pause interval is 250msOutput interface selection is source-basedInterface Serial0 : inserted, learning, forwardingInterface Serial3 : inserted, learning, forwardingInterface Serial2 is unavailableRouter# show bridge 1 circuit-group 1 0000.6502.23EA 0000.1234.4567%Please enter source MAC address onlyTable 7 describes the significant fields shown in the display.
show bridge group
To display the status of each bridge group, use the show bridge group command in privileged EXEC mode.
show bridge group [verbose]
Syntax Description
Command Modes
Privileged EXEC
Command History
Examples
The following is sample output from the show bridge group command:
Router# show bridge groupBridge Group 1 is running the DEC compatible Spanning Tree ProtocolPort 7 (ATM0.1 LANE Ethernet) of bridge group 1 is downPort 4 (TokenRing0) of bridge group 1 is forwarding"Forwarding" and "down" indicate the port state as determined by the spanning-tree algorithm or via configuration.
The following examples are for bridge group 30 and bridge group 40 of a PA-12E/2FE port adapter in slot 3:
Router# show bridge groupBridge Group 30 is running the IEEE compatible Spanning Tree ProtocolPort 19 (Fast Ethernet3/0) of bridge group 30 is forwardingPort 20 (Fast Ethernet3/1) of bridge group 30 is forwardingPort 21 (Ethernet3/2) of bridge group 30 is forwardingPort 22 (Ethernet3/3) of bridge group 30 is forwardingPort 23 (Ethernet3/4) of bridge group 30 is forwardingPort 24 (Ethernet3/5) of bridge group 30 is forwardingPort 25 (Ethernet3/6) of bridge group 30 is forwardingBridge Group 40 is running the IEEE compatible Spanning Tree ProtocolPort 26 (Ethernet3/7) of bridge group 40 is downPort 27 (Ethernet3/8) of bridge group 40 is downPort 28 (Ethernet3/9) of bridge group 40 is downPort 29 (Ethernet3/10) of bridge group 40 is downPort 30 (Ethernet3/11) of bridge group 40 is downPort 31 (Ethernet3/12) of bridge group 40 is downPort 32 (Ethernet3/13) of bridge group 40 is downshow bridge multicast
To display transparent bridging multicast state information, use the show bridge multicast command in user EXEC or privileged EXEC mode.
show bridge [bridge-group] multicast [router-ports | groups] [group-address]
Syntax Description
Command Modes
User EXEC
Privileged EXECCommand History
Examples
The following is sample output from the show bridge multicast command:
Router# show bridge multicastMulticast router ports for bridge group 1:2 multicast router portsFddi2/0 REthernet0/4 RMulticast groups for bridge group 1:235.145.145.223 RX count TX countFddi2/0 R 0 2Ethernet0/4 R 0 3Ethernet0/3 G 1 0235.5.5.5 RX count TX countFddi2/0 R 0 2Ethernet0/4 R 0 3Ethernet0/3 G 1 0235.4.4.4 RX count TX countFddi2/0 R 0 2Ethernet0/4 R 0 3Ethernet0/3 G 1 0Table 8 describes the significant fields shown in the display.
show bridge vlan
To display virtual LAN subinterfaces, use the show bridge vlan command in privileged EXEC mode.
show bridge vlan
Syntax Description
This command has no arguments or keywords.
Command Modes
Privileged EXEC
Command History
Examples
The following is sample output from the show bridge vlan command:
Router# show bridge vlanBridge Group: 50Virtual LAN Trunking Interface(s): vLAN Protocol: vLAN ID: StateFddi2/0.1000 IEEE 802.10 1000 forwardingFast Ethernet4/0.500 Inter Switch Link 500 listeningVirtual LAN Native Interface(s): StateEthernet0/1 forwardingSerial1/1 downTable 9 describes the fields shown in the display.
show bridge
To display classes of entries in the bridge forwarding database, use the show bridge command in privileged EXEC mode.
show bridge [bridge-group] [interface] [address [mask]] [verbose]
Syntax Description
Command Modes
Privileged EXEC
Command History
Usage Guidelines
This command first appeared in Cisco IOS Release 10.0. The verbose keyword first appeared in
Cisco IOS Release 11.0.The following are possible variations of the show bridge command:
show bridge ethernet 0show bridge 0000.0c00.0000 0000.00FF.FFFFshow bridge 0000.0c00.0e1ashow bridgeshow bridge verboseIn the sample output, the first command would display all entries for hosts reachable via Ethernet interface 0, the second command would display all entries with the vendor code of 0000.0c00.0000, and the third command would display the entry for address 0000.0c00.0e1a. In the fourth command, all entries in the forwarding database would be displayed. The fifth command provides additional detail. In all five lines, the bridge group number has been omitted.
Examples
The following is sample output from the show bridge command. The second display is output from the
show bridge command with the verbose argument.Router# show bridgeTotal of 300 station blocks, 280 freeCodes: P - permanent, S - selfBridge Group 32:Bridge Group 32:Address Action Interface Age RX count TX count0180.c200.0000 receive - S 0 0ffff.ffff.ffff receive - S 0 00900.2b01.0001 receive - S 0 00300.0c00.0001 receive - S 0 00000.0c05.1000 forward Ethernet0/1 4 1 00000.0c04.4b5b receive - S 0 00000.0c04.4b5e receive - S 0 00000.0c04.4b5d receive - S 0 00000.0c04.4b5c receive - S 0 00000.0c05.4a62 forward Ethernet0/1 4 1 0aa00.0400.2108 forward Ethernet0/1 0 42 00000.0c12.b888 forward Ethernet0/2 4 1 00000.0c12.b886 forward Ethernet0/1 4 1 0aa00.0400.4d09 forward Ethernet0/1 4 1 00000.0c06.fb9a forward Ethernet0/1 4 1 00000.0c04.b039 forward Ethernet0/1 4 1 0Router# show bridge verboseTotal of 300 station blocks, 287 freeCodes: P - permanent, S - selfBG Hash Address Action Interface DLCI Age RX count TX count32 00/0 0180.c200.0000 receive - - S 0 032 00/1 ffff.ffff.ffff receive - - S 0 032 01/0 0900.2b01.0001 receive - - S 0 032 01/1 0300.0c00.0001 receive - - S 0 032 10/0 0000.0c04.4b5b receive - - S 0 032 15/0 0000.0c04.4b5e receive - - S 0 032 16/0 0000.0c04.4b5d receive - - S 0 032 17/0 0000.0c04.4b5c receive - - S 0 032 29/0 aa00.0400.2108 forward Ethernet0/1 - 0 48 032 30/0 0000.0c12.b888 forward Ethernet0/2 - 0 1 032 A4/0 0800.2002.ff5b forward Ethernet0/1 - 0 6 032 E2/0 aa00.0400.e90b forward Ethernet0/1 - 0 65 032 F2/0 0000.0c04.b042 forward Ethernet0/2 - 3 2 0Table 10 describes the significant fields shown in the display.
show controllers token (IBM)
To display information about memory management, error counters, and the board itself, use the show controllers token command in privileged EXEC mode.
show controllers token
Syntax Description
This command has no arguments or keywords.
Command Modes
Privileged EXEC
Command History
Usage Guidelines
Depending on the board being used, the output from the show controllers token command can vary. The show controllers token command also displays proprietary information. Thus, the information that the show controllers token command displays is of primary use to Cisco Systems technical personnel. Information that is useful to users can be obtained with the show interfaces tokenring command, described later.
Examples
The following is sample output from the show controllers token command of a CSC-IR or CSC-2R card:
Router# show controllers tokenTR Unit 0 is board 0 - ring 0state 3, dev blk: 0x1D2EBC, mailbox: 0x2100010, sca: 0x2010000current address: 0000.3080.6f40, burned in address: 0000.3080.6f40current TX ptr: 0xBA8, current RX ptr: 0x800Last Ring Status: noneStats: soft:0/0, hard:0/0, sig loss:0/0tx beacon: 0/0, wire fault 0/0, recovery: 0/0only station: 0/0, remote removal: 0/0Bridge: local 3330, bnum 1, target 3583max_hops 7, target idb: 0x0, not localInterface failures: 0 -- Bkgnd Ints: 0TX shorts 0, TX giants 0Monitor state: (active)flags 0xC0, state 0x0, test 0x0, code 0x0, reason 0x0f/w ver: 1.0, chip f/w: '000000.ME31100', [bridge capable]SMT form of this command s: 1.01 kernel, 4.02 fastmacring mode: F00, internal enables: SRB REM RPS CRS/NetMgrinternal functional: 0000011A (0000011A), group: 00000000 (00000000)if_state: 1, ints: 0/0, ghosts: 0/0, bad_states: 0/0t2m fifo purges: 0/0t2m fifo current: 0, t2m fifo max: 0/0, proto_errs: 0/0ring: 3330, bridge num: 1, target: 3583, max hops: 7Packet counts:receive total: 298/6197, small: 298/6197, large 0/0runts: 0/0, giants: 0/0local: 298/6197, bridged: 0/0, promis: 0/0bad rif: 0/0, multiframe: 0/0ring num mismatch 0/0, spanning violations 0transmit total: 1/25, small: 1/25, large 0/0runts: 0/0, giants: 0/0, errors 0/0bad fs: 0/0, bad ac: 0congested: 0/0, not present: 0/0Unexpected interrupts: 0/0, last unexp. int: 0Internal controller counts:line errors: 0/0, internal errors: 0/0burst errors: 0/0, ari/fci errors: 0/0abort errors: 0/0, lost frame: 0/0copy errors: 0/0, rcvr congestion: 0/0token errors: 0/0, frequency errors: 0/0dma bus errors: -/-, dma parity errors: -/-Internal controller smt state:Adapter MAC: 0000.3080.6f40, Physical drop: 00000000NAUN Address: 0000.a6e0.11a6, NAUN drop: 00000000Last source: 0000.a6e0.11a6, Last poll: 0000.3080.6f40Last MVID: 0006, Last attn code: 0006Txmit priority: 0006, Auth Class: 7FFFMonitor Error: 0000, Interface Errors: FFFFCorrelator: 0000, Soft Error Timer: 00C8Local Ring: 0000, Ring Status: 0000Beacon rcv type: 0000, Beacon txmit type: 0000Beacon type: 0000, Beacon NAUN: 0000.a6e0.11a6Table 11, Part 1 describes the fields shown in the first line of sample output.
In the following line, state 3 indicates the state of the board. The rest of this output line displays memory mapping that is of primary use to Cisco engineers.
state 3, dev blk: 0x1D2EBC, mailbox: 0x2100010, sca: 0x2010000The following line also appears in show interface token output as the address and burned-in address (bia), respectively:
current address: 0000.3080.6f40, burned in address: 0000.3080.6f40The following line displays buffer management pointers that change by board:
current TX ptr: 0xBA8, current RX ptr: 0x800The following line indicates the ring status from the controller chipset. This information is used by LAN Network Manager:
Last Ring Status: noneThe following line displays Token Ring statistics. See the Token Ring specification for more information:
Stats: soft:0/0, hard:0/0, sig loss:0/0tx beacon: 0/0, wire fault 0/0, recovery: 0/0only station: 0/0, remote removal: 0/0The following line indicates that Token Ring communication has been enabled on the interface. If this line of output appears, the message "Source Route Bridge capable" should appear in the show interfaces tokenring display.
Bridge: local 3330, bnum 1, target 3583Table 11, Part 2 describes the fields shown in the following line of sample output:
max_hops 7, target idb: 0x0, not local
The following line is specific to the hardware:
Interface failures: 0 -- Bkgnd Ints: 0In the following line, transmit (TX) shorts are the number of packets the interface sends that are discarded because they are smaller than the medium's minimum packet size. TX giants are the number of packets the interface sends that are discarded because they exceed the medium's maximum packet size.
TX shorts 0, TX giants 0The following line indicates the state of the controller. Possible values are active, failure, inactive, and reset.
Monitor state: (active)The following line displays detailed information relating to the monitor state shown in the previous line of output. This information relates to the firmware on the controller. This information is relevant to Cisco engineers only if the monitor state is something other than active.
flags 0xC0, state 0x0, test 0x0, code 0x0, reason 0x0Table 11, Part 3 describes the fields in the following line of output:
f/w ver: 1.0 expr 0, chip f/w: '000000.ME31100', [bridge capable]
The following line displays the version numbers for the kernel and the accelerator microcode of the Madge firmware on the board; this firmware is the Logical Link Control (LLC) interface to the chipset:
SMT form of this command s: 1.01 kernel, 4.02 fastmacThe following line displays LAN Network Manager information that relates to ring status:
ring mode: F00, internal enables: SRB REM RPS CRS/NetMgrThe following line corresponds to the functional address and the group address shown in show interfaces tokenring output:
internal functional: 0000011A (0000011A), group: 00000000 (00000000)The following line displays interface board state information that is proprietary:
if_state: 1, ints: 0/0, ghosts: 0/0, bad_states: 0/0The following lines display information that is proprietary. Our engineers use this information for debugging purposes:
t2m fifo purges: 0/0t2m fifo current: 0, t2m fifo max: 0/0, proto_errs: 0/0Each of the fields in the following line maps to a field in the show source bridge display, as follows: ring maps to srn; bridge num maps to bn; target maps to trn; and max hops maps to max:
ring: 3330, bridge num: 1, target: 3583, max hops: 7In the following lines of output, the number preceding the slash (/) indicates the count since the value was last displayed; the number following the slash (/) indicates the count since the system was last booted:
Packet counts:receive total: 298/6197, small: 298/6197, large 0/0In the following line, the number preceding the slash (/) indicates the count since the value was last displayed; the number following the slash (/) indicates the count since the system was last booted. The runts and giants values that appear here correspond to the runts and giants values that appear in show interfaces tokenring output:
runts: 0/0, giants: 0/0The following lines are receiver-specific information that Cisco engineers can use for debugging purposes:
local: 298/6197, bridged: 0/0, promis: 0/0bad rif: 0/0, multiframe: 0/0ring num mismatch 0/0, spanning violations 0transmit total: 1/25, small: 1/25, large 0/0runts: 0/0, giants: 0/0, errors 0/0The following lines include very specific statistics that are not relevant in most cases, but exist for historical purposes. In particular, the internal errors, burst errors, ari/fci, abort errors, copy errors, frequency errors, dma bus errors, and dma parity errors fields are not relevant.
Internal controller counts:line errors: 0/0, internal errors: 0/0burst errors: 0/0, ari/fci errors: 0/0abort errors: 0/0, lost frame: 0/0copy errors: 0/0, rcvr congestion: 0/0token errors: 0/0, frequency errors: 0/0dma bus errors: -/-, dma parity errors: -/-The following lines are low-level Token Ring interface statistics relating to the state and status of the Token Ring with respect to all other Token Rings on the line:
Internal controller smt state:Adapter MAC: 0000.3080.6f40, Physical drop: 00000000NAUN Address: 0000.a6e0.11a6, NAUN drop: 00000000Last source: 0000.a6e0.11a6, Last poll: 0000.3080.6f40Last MVID: 0006, Last attn code: 0006Txmit priority: 0006, Auth Class: 7FFFMonitor Error: 0000, Interface Errors: FFFFCorrelator: 0000, Soft Error Timer: 00C8Local Ring: 0000, Ring Status: 0000Beacon rcv type: 0000, Beacon txmit type: 0000show drip
To display the status of the duplicate ring protocol (DRiP) database for a router or an Route Switch Module (RSM), use the show drip command in privileged EXEC mode.
show drip
Syntax Descriptions
This command has no arguments or keywords.
Defaults
No default behavior or values.
Command Modes
Privileged EXEC
Command History
Examples
The following is sample output from the show drip command:
Router# show dripDRIP Database for Mgmt Domain Fast Ethernet4/0--------------------------------------------------Mac Address 0010-A6AE-B440Vlan 100 Status 30 : l-active, l-config,Mac Address 0010-2F72-C800Vlan 20 Status 0C : r-active, r-config,Vlan 1003 Status 0C : r-active, r-config,Statistics:Advertisements received 126Advertisements processed 1Advertisements transmitted 131Last revision transmitted 0x84Last changed revision transmitted 0x2Related Commands
clear drip counters
Clears DRiP counters.
interface vlan
Configures a Token Ring or Ethernet interface on the RSM.
show vlans
Displays virtual LAN subinterfaces.
show interfaces crb
To display the configuration for each interface that has been configured for routing or bridging, use the show interfaces crb command in privileged EXEC mode.
show interfaces crb
Syntax Description
This command has no arguments or keywords.
Command Modes
Privileged EXEC
Command History
Examples
The following is sample output from the show interfaces crb command:
Router# show interfaces crbEthernet0/0Routed protocols on Ethernet0/0:appletalk decnet ip novellEthernet0/1Routed protocols on Ethernet0/1:appletalk decnet ip novellEthernet0/2Routed protocols on Ethernet0/2:appletalk ipBridged protocols on Ethernet0/2:clns decnet vines apollonovell xnsSoftware MAC address filter on Ethernet0/2Hash Len Address Matches Act Type0x00: 0 ffff.ffff.ffff 0 RCV Physical broadcast0x00: 1 ffff.ffff.ffff 0 RCV Appletalk zone0x2A: 0 0900.2b01.0001 0 RCV DEC spanning tree0x49: 0 0000.0c36.7a45 0 RCV Interface MAC address0xc0: 0 0100.0ccc.cccc 20 RCV CDP0xc2: 0 0180.c200.0000 0 RCV IEEE spanning tree0xF8: 0 0900.07ff.ffff 0 RCV Appletalk broadcastEthernet0/3Routed protocols on Ethernet0/3:appletalk ipBridged protocols on Ethernet0/3:clns decnet vines apollonovell xnsSoftware MAC address filter on Ethernet0/3Hash Len Address Matches Act Type0x00: 0 ffff.ffff.ffff 0 RCV Physical broadcast0x00: 1 ffff.ffff.ffff 0 RCV Appletalk zone0x2A: 0 0900.2b01.0001 0 RCV DEC spanning tree0x49: 0 0000.0c36.7a45 0 RCV Interface MAC address0xc0: 0 0100.0ccc.cccc 48 RCV CDP0xc2: 0 0180.c200.0000 0 RCV IEEE spanning tree0xF8: 0 0900.07ff.ffff 0 RCV Appletalk broadcastTable 12 describes the significant fields shown in the display.
show interfaces irb
To display the configuration for each interface that has been configured for integrated routing or bridging, use the show interfaces irb command in privileged EXEC mode.
show interfaces {ethernet | fastethernet} [interface | slot/port] irb
Syntax Description
Command Modes
Privileged EXEC
Command History
Examples
The following is sample output from the show interfaces irb command:
Router# show interfaces ethernet 2 irbEthernet 2Routed protocols on Ethernet 2:appletalk ipBridged protocols on Ethernet 2:appletalk clns decnet vinesapollo ipx xnsSoftware MAC address filter on Ethernet 2Hash Len Address Matches Act Type0x00: 0 ffff.ffff.ffff 4886 RCV Physical broadcast0x1F: 0 0060.3e2b.a221 7521 RCV Appletalk zone0x1F: 1 0060.3e2b.a221 0 RCV Bridge-group Virtual Interface0x2A: 0 0900.2b01.0001 0 RCV DEC spanning tree0x05: 0 0900.0700.00a2 0 RCV Appletalk zone0xC2: 0 0180.c200.0000 0 RCV IEEE spanning tree0xF8: 0 0900.07ff.ffff 2110 RCV Appletalk broadcastThe following example shows that IP is configured for the first PA-12E/2FE interface of the port adapter in slot 3:
Router# show interfaces fastethernet 3/0 irbFast Ethernet3/0Routed protocols on Fast Ethernet3/0:ipBridged protocols on Fast Ethernet3/0:appletalk clns decnet ipvines apollo ipx xnsSoftware MAC address filter on Ethernet3/0Hash Len Address Matches Act Type0x00: 0 ffff.ffff.ffff 0 RCV Physical broadcast0x2A: 0 0900.2b01.0001 0 RCV DEC spanning tree0xC2: 0 0180.c200.0000 0 RCV IEEE spanning tree0xC7: 0 00e0.f7a4.5130 0 RCV Interface MAC address0xC7: 1 00e0.f7a4.5130 0 RCV Bridge-group Virtual InterfaceTable 13 describes the significant fields shown in the displays.
show interfaces tokenring (IBM)
To display information about the Token Ring interface and the state of source-route bridging (SRB), use the show interfaces tokenring command in privileged EXEC mode.
show interfaces tokenring [number]
Syntax Description
number
(Optional) Interface number. If you do not provide a value, the command will display statistics for all Token Ring interfaces.
Command Modes
Privileged EXEC
Command History
Examples
The following is sample output from the show interfaces tokenring command:
Router# show interfaces tokenringTokenRing 0 is up, line protocol is upHardware is 16/4 Token Ring, address is 5500.2000.dc27 (bia 0000.3000.072b)Internet address is 10.136.230.203, subnet mask is 255.255.255.0MTU 8136 bytes, BW 16000 Kb, DLY 630 usec, rely 255/255, load 1/255Encapsulation SNAP, loopback not set, keepalive set (10 sec)ARP type: SNAP, ARP Timeout 4:00:00Ring speed: 16 MbpsSingle ring node, Source Route Bridge capableGroup Address: 0x00000000, Functional Address: 0x60840000Last input 0:00:01, output 0:00:01, output hang neverOutput queue 0/40, 0 drops; input queue 0/75, 0 dropsFive minute input rate 0 bits/sec, 0 packets/secFive minute output rate 0 bits/sec, 0 packets/sec16339 packets input, 1496515 bytes, 0 no bufferReceived 9895 broadcasts, 0 runts, 0 giants0 input errors, 0 CRC, 0 frame, 0 overrun, 0 ignored, 0 abort32648 packets output, 9738303 bytes, 0 underruns0 output errors, 0 collisions, 2 interface resets, 0 restarts5 transitionsTable 14 describes the significant fields shown in the display.