Table Of Contents
show ip route
show kerberos
show lcperroraction
show lda
show log
show log command
show logging
show logging buffer
show mac
show microcode
show mls
show mls acl-route
show mls cef interface
show mls cef mac
show mls cef summary
show mls entry
show mls entry cef
show mls entry netflow-route
show mls exclude protocol
show mls multicast
show mls nde
show mls netflow-route
show mls pbr-route
show mls statistics
show module
show moduleinit
show msfcautostate
show msmautostate
show multicast group
show multicast group count
show multicast protocols status
show multicast router
show netstat
show ntp
show pbf
show ip route
Use the show ip route command to display IP routing table entries.
show ip route [noalias]
Syntax Description
noalias
|
(Optional) Keyword to force the display to show IP addresses, not IP aliases.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Examples
This example shows how to display the IP route table:
Fragmentation Redirect Unreachable
------------- -------- -----------
Destination Gateway RouteMask Flags Use Interface
--------------- --------------- ---------- ----- -------- ---------
172.20.0.0 172.20.26.70 0xffff0000 U 8 sc0
default default 0xff000000 UH 0 sl0
Table 2-36 describes the fields in the show ip route command output.
Table 2-36 show ip route Command Output Fields
Field
|
Description
|
Fragmentation
|
Current setting of IP fragmentation.
|
Redirect
|
Current setting of ICMP redirect.
|
Unreachable
|
Current setting of ICMP unreachable messages.
|
Destination
|
Destination address IP route mask.
|
Gateway
|
IP address or IP alias of the gateway router.
|
RouteMask
|
Determines which path is closer to the destination.
|
Flags
|
Route status; possible values are U=up, G=route to a Gateway, H=route to a Host, and D=Dynamically created by a redirect.
|
Use
|
Number of times a route entry was used to route packets.
|
Interface
|
Type of interface.
|
Related Commands
set ip route
clear ip route
show kerberos
Use the show kerberos command to display the Kerberos configuration information.
show kerberos [creds]
Syntax Description
creds
|
(Optional) Keyword to display credential information only.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Examples
This example shows how to display Kerberos configuration information:
Console> (enable) show kerberos
Kerberos Local Realm:CISCO.COM
Realm:CISCO.COM, Server:187.0.2.1, Port:750
Kerberos Domain<->Realm entries:
Domain:cisco.com, Realm:CISCO.COM
Kerberos Clients NOT Mandatory
Kerberos Credentials Forwarding Enabled
Kerberos Pre Authentication Method set to None
Srvtab Entry 1:host/niners.cisco.com@CISCO.COM 0 932423923 1 1 8 01;;8>00>50;0=0=0
Table 2-37 describes the fields in the show kerberos command output.
Table 2-37 show kerberos Command Output Fields
Field
|
Description
|
Kerberos Local Realm
|
Status of whether the local realm is configured.
|
Kerberos server entries
|
Status of servers entered into the switch.
|
Kerberos Domain<->Realm entries
|
Kerberos domain and realm entries.
|
Kerberos Clients NOT Mandatory
|
Status of whether Kerberos has been configured as mandatory on the clients.
|
Kerberos Credentials Forwarding Disabled
|
Status of whether credentials forwarding is enabled or disabled.
|
Kerberos Pre Authentication Method
|
Status of whether preauthentication is enabled or disabled.
|
Kerberos config key
|
Status of whether a 3DES key has been configured.
|
Kerberos SRVTAB entries
|
SRVTAB entries.
|
Related Commands
clear kerberos clients mandatory
clear kerberos credentials forward
clear kerberos realm
clear kerberos server
clear key config-key
set kerberos clients mandatory
set kerberos credentials forward
set kerberos local-realm
set kerberos realm
set kerberos srvtab entry
set kerberos srvtab remote
set key config-key
show kerberos
show lcperroraction
Use the show lcperroraction command to display how your system handles LCP errors when a module reports an ASIC problem to the NMP.
show lcperroraction
Syntax Description
This command has no arguments or keywords.
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Privileged.
Examples
This example shows how to display the action that handles an LCP error:
Console> (enable) show lcperroraction
LCP action level is: system
Related Commands
set lcperroraction
show lda
Use the show lda command set to display the ASLB configuration information.
show lda [committed | uncommitted]
show lda mls entry
show lda mls entry [destination ip_addr_spec] [source ip_addr_spec] [protocol protocol]
[src-port src_port] [dst-port dst_port] [short | long]
show lda mls statistics count
show lda mls statistics entry
show lda mls statistics entry [destination ip_addr_spec] [source ip_addr_spec]
[protocol protocol] [src-port src_port] [dst-port dst_port]
Syntax Description
committed
|
(Optional) Keyword to view committed configuration information.
|
uncommitted
|
(Optional) Keyword to view configuration information that has not been committed.
|
mls entry
|
Keywords to display the ASLB MLS entries.
|
destination ip_addr_spec
|
(Optional) Full destination IP address or a subnet address in these formats: ip_addr, ip_addr/netmask, or ip_addr/maskbit.
|
source ip_addr_spec
|
(Optional) Full source IP address or a subnet address in these formats: ip_addr, ip_addr/netmask, or ip_addr/maskbit.
|
protocol protocol
|
(Optional) Keyword and variable to specify additional flow information (protocol family and protocol port pair) to be matched; valid values include tcp, udp, icmp, or a decimal number for other protocol families.
|
src-port src_port
|
(Optional) Keyword and variable to specify the number of the TCP/UDP source port (decimal). Used with dst-port to specify the port pair if the protocol is tcp or udp. 0 indicates "do not care."
|
dst-port dst_port
|
(Optional) Keyword and variable to specify the number of the TCP/UDP destination port (decimal). Used with src-port to specify the port pair if the protocol is tcp or udp. 0 indicates "do not care."
|
short | long
|
(Optional) Keyword to specify the width of the display.
|
count
|
Keyword to display the number of active ASLB MLS entries.
|
mls statistics entry
|
Keywords to display statistics information.
|
Defaults
The default displays MLS entry information in long format.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
This command is supported only on switches configured with the Supervisor Engine 1 with Layer 3 Switching Engine WS-F6K-PFC (Policy Feature Card).
Entering the destination keyword specifies the entries matching the destination IP address specification, entering the source keyword specifies the entries matching the source IP address specification, and entering an ip_addr_spec can specify a full IP address or a subnet address. If you do not specify a keyword, it is treated as a wildcard, and all entries are displayed.
When entering the ip_addr_spec, use the full IP address or a subnet address in one of the following formats: ip_addr, ip_addr/netmask, or ip_addr/maskbit.
Entering the destination keyword specifies the entries matching the destination IP address specification, entering the source keyword specifies the entries matching the source IP address specification, and entering an ip_addr_spec can specify a full IP address or a subnet address. If you do not specify a keyword, it is treated as a wildcard, and all entries are displayed.
Use the following syntax to specify an IP subnet address:
•
ip_subnet_addr—This is the short subnet address format. The trailing decimal number 00 in an IP address YY.YY.YY.00 specifies the boundary for an IP subnet address. For example, 172.22.36.00 indicates a 24-bit subnet address (subnet mask 172.22.36.00/255.255.255.0), and 173.24.00.00 indicates a 16-bit subnet address (subnet mask 173.24.00.00/255.255.0.0). However, this format can identify only a subnet address with a length of 8, 16, or 24 bits.
•
ip_addr/subnet_mask—This is the long subnet address format. For example, 172.22.252.00/255.255.252.00 indicates a 22-bit subnet address. This format can specify a subnet address of any bit number. To provide more flexibility, the ip_addr is allowed to be a full host address, such as 172.22.253.1/255.255.252.00.
•
ip_addr/maskbits—This is the simplified long subnet address format. The mask bits specify the number of bits of the network masks. For example, 172.22.252.00/22 indicates a 22-bit subnet address. The ip_addr is allowed to be a full host address, such as 172.22.254.1/22, which has the same subnet address as 172.22.252.00/72.
If you have disabled the ASLB feature, you can view the last configuration using the show lda uncommitted command.
The short | long options give the flexibility to display the output in regular (80 characters in width) or wide screen.
If you enter the show lda mls entry or the show lda mls statistics entry command with no keywords or variables, all entries are displayed.
Examples
This example shows how to display committed ASLB information:
Console> (enable) show lda committed
Local Director Flow:10.0.0.8/ (TCP port 8)
Router and LD are on VLAN 110
LD is connected to switch port 4/26 on VLAN 110
Server(s) and LD are on VLAN 105
LD is connected to switch port 4/40 on VLAN 105
This example shows how to display uncommitted ASLB information:
Console> (enable) show lda uncommitted
Note
The examples shown for the show lda mls entry commands are displayed in short format. The display in the long form exceeds the page width and cannot be shown.
This example shows how to display ASLB MLS entries in short format:
Console> (enable) show lda mls entry short
Destination-IP Source-IP Prot DstPrt SrcPrt Destination-Mac Vlan
--------------- --------------- ----- ------ ------ ----------------- ----
EDst ESrc DPort SPort Stat-Pkts Stat-Bytes Uptime Age
---- ---- ------ ------ ---------- ----------- -------- --------
10.0.0.8 172.20.20.10 TCP 8 64 00-33-66-99-22-44 105
ARPA ARPA - 4/25 0 0 00:00:02 00:00:05
10.0.0.8 172.20.20.11 TCP 8 64 00-33-66-99-22-44 105
ARPA ARPA - 4/25 0 0 00:00:05 00:00:08
This example shows how to display ASLB information for the source IP address in short format:
Console> (enable) show lda mls entry source 172.20.20.11 short
Destination-IP Source-IP Prot DstPrt SrcPrt Destination-Mac Vlan
--------------- --------------- ----- ------ ------ ----------------- ----
EDst ESrc DPort SPort Stat-Pkts Stat-Bytes Uptime Age
---- ---- ------ ------ ---------- ----------- -------- --------
10.0.0.8 172.20.20.11 TCP 8 64 00-33-66-99-22-44 105
ARPA ARPA - 4/25 0 0 00:00:05 00:00:08
This example shows how to display the number of active ASLB MLS entries:
Console> (enable) show lda mls statistics count
This example shows how to display all ASLB MLS entry statistics:
Console> (enable) show lda mls statistics entry
Destination IP Source IP Prot DstPrt SrcPrt Stat-Pkts Stat-Bytes
--------------- --------------- ---- ------ ------ ---------- ---------------
10.0.0.8 172.20.20.10 TCP WWW 64 636 29256
10.0.0.8 172.20.22.10 TCP WWW 64 0 0
This example shows how to display the statistics for a specific destination IP address:
Console> (enable) show lda mls statistics entry destination 172.20.22.14
Destination IP Source IP Prot DstPrt SrcPrt Stat-Pkts Stat-Bytes
--------------- --------------- ---- ------ ------ ---------- ---------------
172.20.22.14 172.20.25.10 6 50648 80 3152 347854
Related Commands
clear lda
commit lda
set lda
show log
Use the show log command set to display the error log for the system or a specific module.
show log [mod]
show log dump [-count]
Syntax Description
mod
|
(Optional) Number of the module for which the log is displayed.
|
dump
|
Keyword to display dump log information.
|
-count
|
(Optional) Number of dump log entries to display.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
To display the contents of ASIC error messages as soon as they are received from SLCP/LCP, see the set logging server command.
You can use the dump keyword to display log dump information generated when certain events occur, such as memory corruption.
Examples
This example shows a partial display of the output from the show log command:
Network Management Processor (ACTIVE NMP) Log:
Re-boot History: Mar 22 2000 10:34:09 0, Mar 17 2000 15:35:11 0
Mar 13 2000 17:40:16 0, Mar 13 2000 13:14:08 0
Mar 13 2000 11:57:30 0, Feb 24 2000 10:04:18 0
Bootrom Checksum Failures: 0 UART Failures: 0
Flash Checksum Failures: 0 Flash Program Failures: 0
Power Supply 1 Failures: 0 Power Supply 2 Failures: 0
Swapped to CLKA: 0 Swapped to CLKB: 0
Swapped to Processor 1: 0 Swapped to Processor 2: 0
Last software reset by user: 3/13/2000,17:39:00
01. 1/25/2000,17:39:10: convertCiscoMIB:PreSac(0) checksum failed: 0xFFFF(0xE507
Reset History: Wed Mar 22 2000, 10:35:54
Fri Mar 17 2000, 15:36:57
Wed Mar 15 2000, 16:54:59
Tue Mar 14 2000, 16:02:19
<<<<output truncated >>>>
This example shows how to display dump log information:
Console> (enable) show log dump
Table 2-38 describes the possible fields in the output from the show log command.
Table 2-38 show log Command Output Fields
Field
|
Description
|
Network Management Processor (ACTIVE NMP) Log
|
Log that applies to the NMP on the supervisor engine.
|
Reset Count
|
Number of times the system has reset.
|
Re-boot History
|
Date and times the system has rebooted.
|
Bootrom Checksum Failures
|
Number of bootrom checksum failures.
|
UART Failures
|
Number of times the UART has failed.
|
Flash Checksum Failures
|
Number of times the Flash Checksum has failed.
|
Flash Program Failures
|
Number of times the Flash Program has failed.
|
Power Supply 1 Failures
|
Number of times Power Supply 1 has failed.
|
Power Supply 2 Failures
|
Number of times Power Supply 2 has failed.
|
Swapped to CLKA
|
Number of times a switchover to clock A has occurred.
|
Swapped to CLKB
|
Number of times a switchover to clock B has occurred.
|
Swapped to Processor 1
|
Number of times a switchover to processor 1 has occurred.
|
Swapped to Processor 2
|
Number of times a switchover to processor 2 has occurred.
|
DRAM Failures
|
Number of times the DRAM has failed.
|
Exceptions:
|
Exceptions log.
|
Last software reset by user
|
Date of the last time the software was reset.
|
NVRAM log
|
Number of times NVRAM errors have occurred.
|
Reset Count
|
Number of times the system has reset.
|
Reset History
|
Date and times the system has reset.
|
Total log
|
Number of entries.
|
Related Commands
clear log
show log command
Use the show log command command to display the command log entries.
show log command [mod]
Syntax Description
mod
|
(Optional) Number of the module.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Privileged.
Usage Guidelines
The command log entry table is a history log of commands input to the switch from the console or Telnet.
Examples
This example shows how to display the command log for a specific module:
Console> (enable) show log command 1
001. Oct 04 09:44:35 Pid = 86 show mod
002. Oct 04 09:44:55 Pid = 86 clear log command 3
003. Oct 04 10:09:07 Pid = 86 show port membership
004. Oct 04 10:10:15 Pid = 86 en
005. Oct 04 10:10:19 Pid = 86 clear port help
006. Oct 04 10:10:47 Pid = 86 clear spantree help
007. Oct 04 10:12:42 Pid = 86 show
008. Oct 04 10:12:57 Pid = 86 show qos help
009. Oct 04 10:14:46 Pid = 86 show log 5
010. Oct 04 10:14:53 Pid = 86 show log 1
011. Oct 04 10:15:04 Pid = 86 show log command 5
012. Oct 04 10:15:08 Pid = 86 show log command 1
Related Commands
clear log command
show logging
Use the show logging command to display the system message log information.
show logging [noalias]
Syntax Description
noalias
|
(Optional) Keyword to force the display to show IP addresses, not IP aliases.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Examples
This example shows how to display the default system message log configuration:
Console> (enable) show logging noalias
Logging buffered size: 500
timestamp option: enabled
server severity: warnings(4)
Current logging session: enabled
Facility Severity Current Session Severity
------------- ----------------------- ------------------------
0(emergencies) 1(alerts) 2(critical)
3(errors) 4(warnings) 5(notifications)
6(information) 7(debugging)
Table 2-39 describes the fields in the show logging command output.
Table 2-39 show logging Command Output Fields
Field
|
Description
|
Logging buffered size
|
Size of the logging buffer.
|
timestamp option
|
Status of whether the timestamp option is enabled or disabled.
|
Logging history size
|
Size of the logging history buffer.
|
Logging console
|
Status of whether logging to the console is enabled or disabled.
|
Logging telnet
|
Status of whether logging to the Telnet session is enabled or disabled.
|
Logging server
|
Status of whether logging to the logging server is enabled or disabled.
|
Facility
|
Name of the facility to be logged.
|
Server/Severity
|
Severity level at which point an error from that facility is logged.
|
Current Session Severity
|
Severity level at which point an error from that facility is logged during the current session.
|
0 (emergencies), 1 (alerts)...
|
Key to the numeric severity level codes.
|
Related Commands
clear logging server
set logging console
set logging history
set logging level
set logging server
set logging session
show logging buffer
show logging buffer
Use the show logging buffer command to display system messages from the internal buffer.
show logging buffer [-] [number_of_messages]
Syntax Description
-
|
(Optional) Keyword to force the display to show system messages starting from the end of the buffer.
|
number_of_messages
|
(Optional) Number of system messages to be displayed; valid values are from 1 to 1023.
|
Defaults
The default is -20 messages.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
If you do not enter the - keyword, system messages are displayed from the beginning of the buffer. If you do not specify the number_of_messages, all messages in the buffer are displayed.
Examples
This example shows how to display the first four system messages from the internal buffer:
Console> (enable) show logging buffer 4
1999 Dec 28 15:18:21 %SYS-1-SYS_NORMPWRMGMT:System in normal power management on
1999 Dec 28 15:18:24 %SYS-5-MOD_PWRON:Module 2 powered up
1999 Dec 28 15:18:31 %MLS-5-NDEDISABLED:Netflow Data Export disabled
1999 Dec 28 15:18:32 %MLS-5-MCAST_STATUS:IP Multicast Multilayer Switching is ed
This example shows how to display the last four system messages from the internal buffer:
Console> (enable) show logging buffer -4
1999 Dec 28 15:18:32 %MLS-5-MCAST_STATUS:IP Multicast Multilayer Switching is ed
1999 Dec 28 15:18:32 %SYS-5-MOD_OK:Module 1 is online
1999 Dec 28 15:19:07 %SYS-5-MOD_OK:Module 2 is online
1999 Dec 28 15:19:27 %PAGP-5-PORTTOSTP:Port 2/1 joined bridge port 2/1
Related Commands
clear logging buffer
show mac
Use the show mac command to display MAC counters.
show mac [utilization] [mod[/port]]
Syntax Description
utilization
|
(Optional) Keyword to display approximated packet and byte rates.
|
mod/[/port]
|
(Optional) Number of the module and optionally, the number of the port on the module.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
The utilization keyword is not supported on ATM ports.
If you do not specify a module number, all modules are shown. If you do not specify a port number, all ports are shown.
The Out-Discards field displays the number of outbound packets chosen to be discarded even though no errors had been detected to prevent being transmitted. For example, an outbound link is overwhelmed by switch traffic. Packets dropped are the ones destined for that port, but the port could not accept those packets due to XMT buffer overflow.
The Xmit-Packet-Rate, Xmit-Octet-Rate, Rcv-Packet-Rate, and Rcv-Octet-Rate fields display approximated average utilization rates rather than exact values. The approximated average is based on the previous approximation values, the last counter values read from hardware, the load time interval (fixed at 5 minutes), and the polling interval.
Examples
This example shows how to display MAC information for port 1 on module 3:
Port Rcv-Unicast Rcv-Multicast Rcv-Broadcast
-------- -------------------- -------------------- --------------------
Port Xmit-Unicast Xmit-Multicast Xmit-Broadcast
-------- -------------------- -------------------- --------------------
Port Rcv-Octet Xmit-Octet
-------- -------------------- --------------------
MAC Dely-Exced MTU-Exced In-Discard Out-Discard
-------- ---------- ---------- ---------- -----------
----- --------------------------
3/1 Wed Jan 14 2004, 07:59:35
This command shows how to display approximated packet and byte rates:
Console> (enable) show mac utilization 1
5 min input/output port rates:
Port Xmit-Packet-Rate Xmit-Octet-Rate
----- -------------------- --------------------
Port Rcv-Packet-Rate Rcv-Octet-Rate
----- -------------------- --------------------
Table 2-40 describes the possible fields in the show mac command output.
Table 2-40 show mac Command Output Fields
Field
|
Description
|
MAC
|
Module and port.
|
Rcv-Frms
|
Frames received on the port.
|
Xmit-Frms
|
Frames transmitted on the port.
|
Rcv-Broad
|
Broadcast frames received on the port.
|
Xmit-Broad
|
Broadcast frames transmitted on the port.
|
Dely-Exced
|
Total transmit frames aborted due to excessive deferral.
|
MTU-Exced
|
Frames for which the MTU size was exceeded.
|
In-Discard
|
Incoming frames that were discarded because the frame did not need to be switched.
|
Out-Discard
|
Number of outbound packets chosen to be discarded even though no errors had been detected to prevent their being transmitted.
|
Curr-Path
|
Current path used (primary or secondary).
|
TVX
|
Value of the valid transmission timer.
|
Upstream-Nbr
|
MAC address of the current upstream neighbor.
|
Downstream-Nbr
|
MAC address of the current downstream neighbor.
|
Old-Upstrm-Nbr
|
MAC address of the previous upstream neighbor.
|
Old-Downstrm-Nbr
|
MAC address of the previous downstream neighbor.
|
Rcv-Smt
|
Number of SMT frames received by the port.
|
Xmit-Smt
|
Number of SMT frames transmitted by the port.
|
Rcv-llc
|
Number of NLLC frames received by the port.
|
Xmit-llc
|
Number of LLC frames transmitted by the port.
|
Rcv-Octet
|
Number of octet frames received on the port.
|
Xmit-Octet
|
Number of octet frames transmitted on the port.
|
Rcv-Unicast
|
Number of unicast frames received on the port.
|
Rcv-Broadcast
|
Number of broadcast frames received on the port.
|
Xmit-Unicast
|
Number of unicast frames transmitted on the port.
|
Xmit-Broadcast
|
Number of broadcast frames transmitted on the port.
|
Tvx-Exp-Ct
|
Number of times the TVX timer expired.
|
MAC Last-Time-Cleared
|
Module and port number and the date and time of the last time the software counters are cleared on this MAC.
|
Xmit-Packet-Rate
|
Number of packets transmitted.
|
Xmit-Octet-Rate
|
Number of bytes transmitted.
|
Rcv-Packet-Rate
|
Number of packets received.
|
Rcv-Octet-Rate
|
Number of bytes received.
|
show microcode
Use the show microcode command to display the version of the microcode and the module version information.
show microcode
Syntax Description
This command has no arguments or keywords.
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Examples
This example shows how to display the show microcode output for a supervisor engine:
Bundled Images Version Size Built
--------------- -------------------- ------- -----------------
LCP SLCP 4.2(0.24)VAI58 302506 12/03/98 03:51:46
LCP LX1000 4.2(0.24)VAI58 288508 12/03/98 03:53:12
LCP LX10100 4.2(0.24)VAI58 379810 12/03/98 03:52:33
Table 2-41 describes possible fields in the show microcode command output.
Table 2-41 show microcode Command Output Fields
Field
|
Description
|
Bundled Images
|
Name of the bundled image.
|
Version
|
Version of the image.
|
Size
|
Size of the image.
|
Built
|
Date image was built.
|
show mls
Use the show mls command to display MLS Layer 3 packet information in the MLS-based Catalyst 6000 family switches.
show mls [ip | ipx] [mod]
Syntax Description
ip
|
(Optional) Keyword to specify IP MLS.
|
ipx
|
(Optional) Keyword to specify IPX MLS.
|
mod
|
(Optional) Number of the MSFC; valid values are 15 and 16.
|
Defaults
The default displays both IP and IPX MLS information.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
If you enter any of the show mls commands on Catalyst 6000 family switches without IP or IPX MLS, one of these warning messages display:
Multilayer switching not supported on feature card.
or
IPX Multilayer switching not supported on feature card.
If you place the MSFC on a supervisor engine installed in slot 1, then the MSFC is recognized as module 15. If you install the supervisor engine in slot 2, the MSFC is recognized as module 16.
This command is not supported on switches configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2).
Examples
These examples show the display if you enter the show mls commands on a switch configured with the Supervisor Engine 1 with Layer 3 Switching Engine WS-F6K-PFC:
Console> (enable) show mls
Total Active MLS entries = 0
Total packets switched = 0
IP Multilayer switching enabled
IP Multilayer switching aging time = 256 seconds
IP Multilayer switching fast aging time = 0 seconds, packet threshold = 0
Configured flow mask is Destination flow
Active IP MLS entries = 0
Netflow Data Export version: 8
Netflow Data Export disabled
Netflow Data Export port/host is not configured
Total packets exported = 0
MSFC ID Module XTAG MAC Vlans
--------------- ------ ---- ----------------- --------------------
52.0.03 15 1 01-10-29-8a-0c-00 1,10,123,434,121
IPX Multilayer switching enabled
IPX Multilayer switching aging time = 256 seconds
Active IPX MLS entries = 0
MSFC ID Module XTAG MAC Vlans
--------------- ------ ---- ----------------- --------------------
52.0.0.3 16 1 00-10-29-8a-0c-00 1,10
Console> (enable) show mls ipx
IPX Multilayer switching disabled
IPX Multilayer switching aging time = 256 seconds
IPX flow mask is Destination flow
Active IPX MLS entries = 0
IPX MLS-RP IP MLS-RP ID XTAG MLS-RP MAC-Vlans
---------------- ------------ ---- ---------------------------------
22.1.0.55 00906dfc5800 5 00-10-07-38-29-17 2-15,66,77,88,99
MSFC ID Module XTAG MAC Vlans
--------------- ------ ---- ----------------- --------------------
52.0.0.3 16 1 00-10-29-8a-0c-00 1,10
Related Commands
set mls agingtime
set mls exclude protocol
set mls nde
set mls statistics protocol
clear mls statistics entry
show mls acl-route
Use the show mls acl-route command to display summaries from ACL for routing in the MLS-based Catalyst 6000 family switches.
show mls acl-route
Syntax Description
This command has no arguments or keywords.
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
This command is supported on Catalyst 6000 family switches configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2) only.
If you enter any of the show mls commands on Catalyst 6000 family switches without IP or IPX MLS, one of these warning messages display:
Multilayer switching not supported on feature card.
or
IPX Multilayer switching not supported on feature card.
Examples
This example shows how to display summaries from ACL for routing:
Console> show mls acl-route
Total L3 packets forwarded 0
Total L3 octets forwarded 0
Total used adjacency entries 0
Related Commands
show mls
show mls cef interface
Use the show mls cef interface command to display MSFC VLAN information.
show mls cef interface [vlan]
Syntax Description
vlan
|
(Optional) Number of the VLAN; valid values are from 1 to 4094.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
This command is supported on Catalyst 6000 family switches configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2) only.
Examples
This example shows how to display CEF interfaces:
Console> (enable) show mls cef interface
Module 16: vlan 1, IP Address 21.0.0.194, Netmask 255.0.0.0
MTU = 1500, State = up, ICMP-Unreach = enabled, ICMP-Redirect = enabled
Module 16: vlan 43, IP Address 43.0.0.99, Netmask 255.0.0.0
MTU = 1500, State = down, ICMP-Unreach = disabled, ICMP-Redirect = disabled
Module 16: vlan 44, IP Address 44.0.0.99, Netmask 255.0.0.0
MTU = 1500, State = down, ICMP-Unreach = disabled, ICMP-Redirect = disabled
Module 16: vlan 45, IP Address 45.0.0.99, Netmask 255.0.0.0
MTU = 1500, State = up, ICMP-Unreach = enabled, ICMP-Redirect = enabled
Module 16: vlan 46, IP Address 46.0.0.99, Netmask 255.0.0.0
MTU = 1500, State = up, ICMP-Unreach = enabled, ICMP-Redirect = enabled
Module 16: vlan 47, IP Address 47.0.0.99, Netmask 255.0.0.0
MTU = 1500, State = down, ICMP-Unreach = disabled, ICMP-Redirect = disabled
Module 16: vlan 48, IP Address 48.0.0.99, Netmask 255.0.0.0
MTU = 1500, State = down, ICMP-Unreach = disabled, ICMP-Redirect = disabled
Module 16: vlan 49, IP Address 0.0.0.0, Netmask 0.0.0.0
MTU = 1500, State = down, ICMP-Unreach = disabled, ICMP-Redirect = disabled
This example show how to display information for a specific CEF VLAN:
Console> (enable) show mls cef interface 46
Module 16: vlan 46, IP Address 46.0.0.99, Netmask 255.0.0.0
MTU = 1500, State = up, ICMP-Unreach = enabled, ICMP-Redirect = enabled
Table 2-42 describes the possible fields in the show mls cef interface command output.
Table 2-42 show mls cef interface Command Output Fields
Field
|
Description
|
Vlan
|
VLAN associated with the interface.
|
IP Address
|
IP address associated with the interface.
|
Netmask
|
IP network mask associated with the interface.
|
MTU
|
IP MTU associated with the interface.
|
State
|
Interface state (up or down).
|
ICMP-Unreach
|
Status of whether denied Layer 3 packets will be bridged to MSFC to generate ICMP unreachable.
|
ICMP-Redirect
|
Status of whether Layer 3 packets whose destination VLAN is equal to the source VLAN should be redirected to the MSFC to generate ICMP redirect.
|
Unicast RPF
|
Unicast RPF enable/disable.
|
Related Commands
clear mls cef
show mls entry cef
show mls cef mac
show mls cef summary
show mls cef mac
Use the show mls cef mac command to display BIA physical MAC and HSRP active virtual MACs associated with the designated MSFC2.
show mls cef mac
Syntax Description
This command has no arguments or keywords.
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
This command is supported on Catalyst 6000 family switches configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2) only.
If the MSFC2 has any HSRP MAC addresses configured on one or more VLANs and these interfaces are HSRP ACTIVE (for example, not standby), these will also be displayed in the command output. For example:
Console> show mls cef mac
Module 16:Physical MAC-Address 00-01-97-34-2b-fd
Vlan Virtual MAC-Address(es)
---- -----------------------
You will only see the virtual MAC addresses if those interfaces on the designated MSFC2 that have HSRP configured are HSRP ACTIVE and not STANDBY.
Examples
This example shows how to display the MAC address associated with the designated MSFC2:
Console> (enable) show mls cef mac
Module 16: Physical MAC-Address 00-01-97-36-1b-fd
Related Commands
clear mls cef
show mls entry cef
show mls cef interface
show mls cef summary
show mls cef summary
Use the show mls cef summary command to display a summary of CEF table information.
show mls cef summary
Syntax Description
This command has no arguments or keywords.
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
This command is supported on Catalyst 6000 family switches configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2) only.
Examples
This example shows how to display CEF information:
Console> (enable) show mls cef summary
Total L3 packets switched: 0
Total L3 octets switched: 0
IP load sharing entries: 0
IPX load sharing entries: 0
Table 2-43 describes the possible fields in the show mls cef summary command output.
Table 2-43 show mls cef summary Command Output Fields
Field
|
Description
|
Total L3 packets forwarded
|
Number of Layer 3 packets forwarded by the CEF engine.
|
Total L3 octets forwarded
|
Number of Layer 3 octets forwarded by the CEF engine.
|
Total route entries
|
Number of route entries.
|
IP route entries
|
Number of IP route entries.
|
IPX route entries
|
Number of IPX route entries.
|
IP load sharing entries
|
Number of load-sharing entries.
|
IPX load sharing entries
|
Number of load-sharing entries.
|
Forwarding entries
|
Number of forwarding entries.
|
Bridge entries
|
Number of bridge entries.
|
Drop entries
|
Number of incomplete entries (no adjacency information).
|
Related Commands
clear mls cef
show mls entry cef
show mls cef interface
show mls cef mac
show mls entry
Use the show mls entry command set to display state information in the MLS-based Catalyst 6000 family switches.
show mls entry [mod] [short | long]
show mls entry ip [mod] [destination ip_addr_spec] [source ip_addr_spec]
[protocol protocol] [src-port src_port] [dst-port dst_port] [short | long]
show mls entry ipx [mod] [destination ipx_addr_spec] [short | long]
show mls entry qos
Syntax Description
mod
|
(Optional) MSFC module number; valid values are 15 or 16.
|
short
|
(Optional) Keyword to display the output with carriage returns.
|
long
|
(Optional) Keyword to display the output on one line.
|
ip
|
Keyword to specify IP MLS.
|
destination
|
(Optional) Keyword to specify the destination IP or IPX address.
|
ip_addr_spec
|
(Optional) Full IP address or a subnet address.
|
source
|
(Optional) Keyword to specify the source IP or IPX address.
|
protocol
|
(Optional) Keyword to specify the protocol type.
|
protocol
|
(Optional) Protocol type; valid values can be 0, tcp, udp, icmp, or a decimal number for other protocol families. 0 indicates "do not care."
|
src-port src_port
|
(Optional) Keyword and variable to specify the number of the TCP/UDP source port (decimal). Used with dst-port to specify the port pair if the protocol is tcp or udp. 0 indicates "do not care."
|
dst-port dst_port
|
(Optional) Keyword and variable to specify the number of the TCP/UDP destination port (decimal). Used with src-port to specify the port pair if the protocol is tcp or udp. 0 indicates "do not care."
|
ipx
|
Keyword to specify IPX MLS.
|
ipx_addr_spec
|
(Optional) Full IPX address or a subnet address.
|
qos
|
Keyword to specify QoS.
|
Defaults
The default displays MLS information in long format.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
On switches configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2), the display contains summaries derived from three forwarding sources: FIB for routing, the NetFlow table for statistics, and ACL TCAM for policy-based routing.
The mod variable and the ip, ipx, long, and short keywords are not supported on switches configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2).
If you use the ip keyword, you are specifying a command for IP MLS. If you use the ipx keyword, you are specifying a command for IPX MLS.
When entering the ip_addr_spec, use the full IP address or a subnet address in one of the following formats: ip_addr, ip_addr/netmask, or ip_addr/maskbit.
When entering the ipx_addr_spec, use the full IP address or a subnet address in one of the following formats: src_net/[mask], dest_net.dest_node, or dest_net/mask.
If you enter any show mls command on Catalyst 6000 family switches without IP MLS, this warning message displays:
Multilayer switching not supported on feature card.
If you enter any show mls command on Catalyst 6000 family switches without IPX MLS, this warning message displays:
IPX Multilayer switching not supported on feature card.
If you enter the show mls command with no arguments, general IP MLS information and all IP MLS-RP information displays.
A value 0 for src_port and dst_port means "don't care."
Entering the destination keyword specifies the entries matching the destination IP address specification, entering the source keyword specifies the entries matching the source IP address specification, and entering an ip_addr_spec can specify a full IP address or a subnet address. If you do not specify a keyword, it is treated as a wildcard, and all entries are displayed.
Use the following syntax to specify an IP subnet address:
•
ip_subnet_addr—This is the short subnet address format. The trailing decimal number 00 in an IP address YY.YY.YY.00 specifies the boundary for an IP subnet address. For example, 172.22.36.00 indicates a 24-bit subnet address (subnet mask 172.22.36.00/255.255.255.0), and 173.24.00.00 indicates a 16-bit subnet address (subnet mask 173.24.00.00/255.255.0.0). However, this format can identify only a subnet address with a length of 8, 16, or 24 bits.
•
ip_addr/subnet_mask—This is the long subnet address format. For example, 172.22.252.00/255.255.252.00 indicates a 22-bit subnet address. This format can specify a subnet address of any bit number. To provide more flexibility, the ip_addr is allowed to be a full host address, such as 172.22.253.1/255.255.252.00.
•
ip_addr/maskbits—This is the simplified long subnet address format. The mask bits specify the number of bits of the network masks. For example, 172.22.252.00/22 indicates a 22-bit subnet address. The ip_addr is allowed to be a full host address, such as 172.22.254.1/22, which has the same subnet address as 172.22.252.00/72.
The [long | short] option gives the flexibility to display the output in regular (80 characters in width) or wide screen.
Dashes may be displayed for some fields if the fields are not applicable to the type of flow mask.
If you place the MSFC on a supervisor engine installed in slot 1, then the MSFC is recognized as module 15. If you install the supervisor engine in slot 2, the MSFC is recognized as module 16.
Examples
Note
The examples shown for the show mls entry commands are displayed in short format. The display in the long form exceeds the page width and cannot be shown.
These examples show the display if you enter the show mls entry commands on a switch configured with the Supervisor Engine 1 with Layer 3 Switching Engine WS-F6K-PFC:
Console> (enable) show mls entry short
Destination-IP Source-IP Prot DstPrt SrcPrt Destination-Mac Vlan ---------------
--------------- ----- ------ ------ ----------------- ----
ESrc EDst SPort DPort Stat-Pkts Stat-Byte Uptime Age
---- ---- ----- ----- --------------------- -------- --------
171.69.200.234 171.69.192.41 TCP* 6000 59181 00-60-70-6c-fc-22 4
ARPA SNAP 5/8 11/1 3152 347854 09:01:19 09:08:20
171.69.1.133 171.69.192.42 UDP 2049 41636 00-60-70-6c-fc-23 2
SNAP ARPA 5/8 1/1 2345 123456 09:03:32 09:08:12
Destination-IPX Source-IPX-net Destination-Mac Vlan Port
------------------------- -------------- ----------------- ---- -----
BABE.0000.0000.0001 - 00-a0-c9-0a-89-1d 211 13/37 30230 1510775
201.00A0.2451.7423 - 00-a0-24-51-74-23 201 14/33
501.0000.3100.0501 - 31-00-05-01-00-00 501 9/37
401.0000.0000.0401 - 00-00-04-01-00-00 401 3/1
For full flow:
Console> (enable) show mls entry ip short
Destination-IP Source-IP Prot DstPrt SrcPrt Destination-Mac
Vlan --------------- --------------- ----- ------ ------
EDst ESrc DPort SPort Stat-Pkts Stat-Byte Uptime Age
---- ---- ----- ----- --------------------- -------- --------
MSFC 127.0.0.24 (module 16):
171.69.200.234 171.69.192.41 TCP* 6000 59181 00-60-70-6c-fc-22 4
ARPA SNAP 5/8 11/1 3152 347854 09:01:19 09:08:20
171.69.1.133 171.69.192.42 UDP 2049 41636 00-60-70-6c-fc-23 2
SNAP ARPA 5/8 1/1 2345 123456 09:03:32 09:08:12
* indicates TCP flow has ended
For destination-only flow:
Console> (enable) show mls entry ip short
Destination-IP Source-IP Prot DstPrt SrcPrt Destination-Mac Vlan ---------------
--------------- ----- ------ ------ ----------------- ----
ESrc EDst SPort DPort Stat-Pkts Stat-Byte Uptime Age
---- ---- ----- ----- --------------------- -------- --------
MSFC 127.0.0.24 (module 16):
171.69.200.234 - - - - 00-60-70-6c-fc-22 4
ARPA SNAP 5/8 11/1 3152 347854 09:01:19 09:08:20
171.69.1.133 - - - - 00-60-70-6c-fc-23 2
SNAP ARPA 5/8 1/1 2345 123456 09:03:32 09:08:12
* indicates TCP flow has ended
For destination-source flow:
Console> (enable) show mls entry ip 16 short
Destination-IP Source-IP Prot DstPrt SrcPrt Destination-Mac Vlan ESrc EDst
Destination-IP Source-IP Prot DstPrt SrcPrt Destination-Mac Vlan ---------------
--------------- ----- ------ ------ ----------------- ----
ESrc EDst SPort DPort Stat-Pkts Stat-Byte Uptime Age
---- ---- ----- ----- --------------------- -------- --------
MSFC 127.0.0.24 (module 16):
171.69.200.234 171.69.192.41 - - - 00-60-70-6c-fc-22 4
ARPA SNAP 5/8 11/1 3152 347854 09:01:19 09:08:20
171.69.1.133 171.69.192.42 - - - 00-60-70-6c-fc-23 2
SNAP ARPA 5/8 1/1 2345 123456 09:03:32 09:08:12
* indicates TCP flow has ended
For destination-source:
Console> (enable) show mls entry ipx short
Destination-IPX Source-IPX-net Destination-Mac Vlan Port
------------------------- -------------- ----------------- ---- -----
MSFC 127.0.0.22 (Module 15):
201.00A0.2451.7423 1.0002 00-a0-24-51-74-23 201 14/33
501.0000.3100.0501 1.0003 31-00-05-01-00-00 501 9/37
Destination-only flow:
Console> (enable) show mls entry ipx short
Destination-IPX Source-IPX-net Destination-Mac Vlan Port
------------------------- -------------- ----------------- ---- -----
MSFC 127.0.0.24 (module 16):
BABE.0000.0000.0001 - 00-a0-c9-0a-89-1d 211 13/37
201.00A0.2451.7423 - 00-a0-24-51-74-23 201 14/33
501.0000.3100.0501 - 31-00-05-01-00-00 501 9/37
401.0000.0000.0401 - 00-00-04-01-00-00 401 3/1
Console> (enable) show mls entry ipx 16 short
Destination-IPX Source-IPX-net Destination-Mac Vlan Port
------------------------- -------------- ----------------- ---- -----
MSFC 127.0.0.22 (Module 16):
501.0000.3100.0501 - 31-00-05-01-00-00 501 9/37
401.0000.0000.0401 - 00-00-04-01-00-00 401 3/1
These examples show the display if you enter the show mls entry commands on a switch configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2):
Console> (enable) show mls entry
Mod FIB-Type Destination-IP Destination-Mask NextHop-IP Weight
--- --------- --------------- ---------------- --------------- ------
15 receive 0.0.0.0 255.255.255.255
15 receive 255.255.255.255 255.255.255.255
15 receive 127.0.0.12 255.255.255.255
16 receive 127.0.0.0 255.255.255.255
16 receive 127.255.255.255 255.255.255.255
15 resolved 127.0.0.11 255.255.255.255 127.0.0.11 1
15 receive 21.2.0.4 255.255.255.255
16 receive 21.0.0.0 255.255.255.255
16 receive 21.255.255.255 255.255.255.255
15 receive 44.0.0.1 255.255.255.255
16 receive 44.0.0.0 255.255.255.255
16 receive 44.255.255.255 255.255.255.255
15 receive 42.0.0.1 255.255.255.255
16 receive 42.0.0.0 255.255.255.255
16 receive 42.255.255.255 255.255.255.255
15 receive 43.0.0.99 255.255.255.255
15 receive 43.0.0.0 255.255.255.255
15 receive 43.255.255.255 255.255.255.255
15 receive 192.20.20.20 255.255.255.255
16 receive 21.2.0.5 255.255.255.255
16 receive 42.0.0.20 255.255.255.255
15 connected 43.0.0.0 255.0.0.0
15 drop 224.0.0.0 240.0.0.0
15 wildcard 0.0.0.0 0.0.0.0
Mod FIB-Type Dest-IPX-net NextHop-IPX Weight
--- --------- ------------ ------------------------- ------
15 resolved 450 42.0050.3EA9.ABFD 1
15 resolved 480 42.0050.3EA9.ABFD 1
Destination-IP Source-IP Prot DstPrt SrcPrt Destination-Mac Vlan EDst Stat-Pkts Stat-Bytes Uptime
Age TcpDltSeq TcpDltAck
--------------- --------------- ----- ------ ------ ----------------- ---- ---- ---------- -----------
-------- -------- --------- ---------
0.0.0.5 0.0.0.5 5 204 104 cc-cc-cc-cc-cc-cc 5 ARPA 0 0
01:03:18 01:00:51 cccccccc cccccccc
0.0.0.2 0.0.0.2 2 201 101 cc-cc-cc-cc-cc-cc 2 ARPA 0 0
01:03:21 01:00:51 cccccccc cccccccc
0.0.0.4 0.0.0.4 4 203 X cc-cc-cc-cc-cc-cc 4 ARPA 0 0
01:03:19 01:00:51 cccccccc cccccccc
0.0.0.1 0.0.0.1 ICMP 200 100 cc-cc-cc-cc-cc-cc 1 ARPA 0 0
01:03:25 01:00:52 cccccccc cccccccc
0.0.0.3 0.0.0.3 3 202 102 cc-cc-cc-cc-cc-cc 3 ARPA 0 0
01:03:20 01:00:52 cccccccc cccccccc
0.0.0.6 0.0.0.6 TCP 205 105 cc-cc-cc-cc-cc-cc 6 ARPA 0 0
01:03:18 01:00:52 cccccccc cccccccc
Console> (enable) show mls entry qos
Warning: QoS is disabled.
Destination-IP Source-IP Prot DstPrt SrcPrt Stat-Pkts Stat-Bytes Excd-
Pkts Stat-Bkts Uptime Age
--------------- --------------- ----- ------ ------ ---------- ----------- -----
----- ---------- -------- --------
MSFC 0.0.0.0 (Module 16):
Related Commands
clear mls statistics entry
show mls entry cef
Use the show mls entry cef command set to display CEF and adjacency entries (and Tx statistics) for IP resolved entries and IPX resolved or connected entries.
show mls entry cef [adjacency]
show mls entry cef [short | long]
show mls entry cef ip [[ip_addr/]mask_len] [adjacency]
show mls entry cef ipx [[ipx_addr/]mask_len] [adjacency]
Syntax Description
adjacency
|
(Optional) Keyword to display adjacency information.
|
short
|
(Optional) Keyword to display the output with carriage returns.
|
long
|
(Optional) Keyword to display the output on one line.
|
ip
|
Keyword to specify IP entries.
|
ipx
|
Keyword to specify IPX entries.
|
ip_addr
|
(Optional) IP address of the entry.
|
mask_len
|
(Optional) Mask length associated with the IP or IPX address of the entry; valid values are from 0 to 32.
|
ipx_addr
|
(Optional) IPX address of the entry.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
This command is supported on Catalyst 6000 family switches configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2) only.
In the NextHop-IP field, the ouput may actually be set to "point2point" if the next hop is a point-to-point WAN interface.
When you enter the show mls entry cef adjacency command, only adjacency information for those IP or IPX CEF entries that are of type resolved, wildcard, or default are displayed.
Examples
This example shows how to display information for all CEF entries:
Console> (enable) show mls entry cef
Mod FIB-Type Destination-IP Destination-Mask NextHop-IP Weight
--- --------- --------------- ---------------- --------------- ------
16 receive 0.0.0.0 255.255.255.255
16 receive 255.255.255.255 255.255.255.255
16 resolved 127.0.0.21 255.255.255.255 127.0.0.21 1
16 receive 21.0.0.194 255.255.255.255
16 receive 45.0.0.99 255.255.255.255
16 receive 46.0.0.99 255.255.255.255
16 resolved 46.0.0.10 255.255.255.255 46.0.0.10 1
16 resolved 46.0.0.9 255.255.255.255 46.0.0.9 1
16 resolved 46.0.0.4 255.255.255.255 46.0.0.4 1
16 resolved 46.0.0.1 255.255.255.255 46.0.0.1 1
16 resolved 46.0.0.2 255.255.255.255 46.0.0.2 1
16 resolved 46.0.0.3 255.255.255.255 46.0.0.3 1
16 resolved 46.0.0.5 255.255.255.255 46.0.0.5 1
16 resolved 46.0.0.6 255.255.255.255 46.0.0.6 1
16 resolved 46.0.0.7 255.255.255.255 46.0.0.7 1
16 resolved 46.0.0.8 255.255.255.255 46.0.0.8 1
16 receive 224.0.0.0 255.255.255.0
16 connected 21.0.0.0 255.0.0.0
16 connected 45.0.0.0 255.0.0.0
16 connected 46.0.0.0 255.0.0.0
16 drop 224.0.0.0 240.0.0.0
16 wildcard 0.0.0.0 0.0.0.0
Mod FIB-Type Dest-IPX-net NextHop-IPX Weight
--- --------- ------------ ------------------------- ------
16 resolved fade defa.000A.0203.0405 1
These examples show how to display information for a specific entry type:
Console> (enable) show mls entry cef ip
Mod FIB-Type Destination-IP Destination-Mask NextHop-IP Weight
--- --------- --------------- ---------------- --------------- ------
16 receive 0.0.0.0 255.255.255.255
16 receive 255.255.255.255 255.255.255.255
16 receive 127.0.0.22 255.255.255.255
16 receive 127.0.0.0 255.255.255.255
16 receive 127.255.255.255 255.255.255.255
16 resolved 21.0.0.1 255.255.255.255 21.0.0.1 1
16 receive 21.0.0.194 255.255.255.255
16 receive 21.0.0.0 255.255.255.255
16 receive 21.255.255.255 255.255.255.255
16 resolved 127.0.0.21 255.255.255.255 127.0.0.21 1
16 receive 224.0.0.0 255.255.255.0
Console> (enable) show mls entry cef ipx
Mod FIB-Type Dest-IPX-net NextHop-IPX Weight
--- --------- ------------ ------------------------- ------
16 resolved abcd fadeface.0001.0203.0405 1
This example shows how to display adjacency information:
Console> (enable) show mls entry cef ip adjacency
Destination-IP: 127.0.0.21 Destination-Mask: 255.255.255.255
AdjType NextHop-IP NextHop-Mac Vlan Encp Tx-Packets Tx-Octets
-------- --------------- ----------------- ---- ---- ------------ -------------
connect 127.0.0.21 00-00-12-00-00-00 0 ARPA 0 0
Destination-IP: 46.0.0.10 Destination-Mask: 255.255.255.255
AdjType NextHop-IP NextHop-Mac Vlan Encp Tx-Packets Tx-Octets
-------- --------------- ----------------- ---- ---- ------------ -------------
connect 46.0.0.10 00-00-0c-42-00-0a 46 ARPA 4889030 224895380
Table 2-44 describes the possible fields in the show mls entry cef command output.
Table 2-44 show mls entry cef Command Output Fields
Field
|
Description
|
Mod
|
MSFC module number
|
Destination-IP Destination-IPX
|
Destination address (IP address or IPX network)
|
Destination-Mask
|
Destination mask
|
FIB-Type
|
FIB entry types are as follows:
• receive—Prefix associated with an MSFC interface
• connected—Prefix associated with a connected network
• resolved—Prefix associated with a valid next-hop address
• drop—Drop packets associated with this prefix
• wildcard—Match-all entry (drop or MSFC redirect)
• default—Default route (wildcard will point to default route)
|
NextHop-IP NextHop-IPX
|
Next-hop address (IP address or IPX network)
|
Weight
|
Next-hop load-sharing weight
|
AdjType
|
Adjacency types are as follows:
• connect—Complete rewrite information
• drop, null, loopbk—Drop adjacency
• frc drp—Drop adjacency due to ARP throttling
• punt—Redirect to MSFC for further processing
• no r/w—Redirect to MSFC because rewrite is incomplete
|
NextHop-Mac
|
Next-hop destination MAC address
|
Vlan
|
Next-hop destination VLAN
|
Encp
|
Next-hop destination encapsulation type (ARPA, RAW, SAP, and SNAP)
|
Tx-Packets
|
Number of packets transmitted to this adjacency
|
Tx-Octets
|
Number of bytes transmitted to this adjacency
|
Related Commands
clear mls entry cef adjacency
clear mls cef
show mls cef interface
show mls cef mac
show mls cef summary
show mls entry netflow-route
Use the show mls entry netflow-route command set to display shortcut information in the MLS-based Catalyst 6000 family switches.
show mls entry netflow-route [short | long]
show mls entry netflow-route ip [destination ip_addr_spec] [source ip_addr_spec]
[protocol protocol] [src-port src_port] [dst-port dst_port] [short | long]
Syntax Description
short
|
(Optional) Keyword to display the output with carriage returns.
|
long
|
(Optional) Keyword to display the output on one line.
|
ip
|
Keyword to specify IP MLS.
|
destination
|
(Optional) Keyword to specify the destination IP or IPX address.
|
ip_addr_spec
|
(Optional) Full IP address or a subnet address.
|
source
|
(Optional) Keyword to specify the source IP or IPX address.
|
protocol
|
(Optional) Keyword to specify the protocol type.
|
protocol
|
(Optional) Protocol type; valid values can be 0, tcp, udp, icmp, or a decimal number for other protocol families. 0 indicates "do not care."
|
src-port src_port
|
(Optional) Keyword and variable to specify the number of the TCP/UDP source port (decimal). Used with dst-port to specify the port pair if the protocol is tcp or udp. 0 indicates "do not care."
|
dst-port dst_port
|
(Optional) Keyword and variable to specify the number of the TCP/UDP destination port (decimal). Used with src-port to specify the port pair if the protocol is tcp or udp. 0 indicates "do not care."
|
Defaults
The default displays MLS information in long format.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
This command is supported on Catalyst 6000 family switches configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2) only.
The show mls entry netflow-route command output displays software-installed NetFlow forwarding entries (these are used for features such as TCP intercept or reflexive ACL), but does not display flow statistics for flows that are switched via CEF entries.
If you use the ip keyword, you are specifying a command for IP MLS.
When entering the ip_addr_spec, use the full IP address or a subnet address in one of the following formats: ip_addr, ip_addr/netmask, or ip_addr/maskbit.
Entering the destination keyword specifies the entries matching the destination IP address specification, entering the source keyword specifies the entries matching the source IP address specification, and entering an ip_addr_spec can specify a full IP address or a subnet address. If you do not specify a keyword, it is treated as a wildcard, and all entries are displayed.
Use the following syntax to specify an IP subnet address:
•
ip_subnet_addr—This is the short subnet address format. The trailing decimal number 00 in an IP address YY.YY.YY.00 specifies the boundary for an IP subnet address. For example, 172.22.36.00 indicates a 24-bit subnet address (subnet mask 172.22.36.00/255.255.255.0), and 173.24.00.00 indicates a 16-bit subnet address (subnet mask 173.24.00.00/255.255.0.0). However, this format can identify only a subnet address with a length of 8, 16, or 24 bits.
•
ip_addr/subnet_mask—This is the long subnet address format. For example, 172.22.252.00/255.255.252.00 indicates a 22-bit subnet address. This format can specify a subnet address of any bit number. To provide more flexibility, the ip_addr is allowed to be a full host address, such as 172.22.253.1/255.255.252.00.
•
ip_addr/maskbits—This is the simplified long subnet address format. The mask bits specify the number of bits of the network masks. For example, 172.22.252.00/22 indicates a 22-bit subnet address. The ip_addr is allowed to be a full host address, such as 172.22.254.1/22, which has the same subnet address as 172.22.252.00/72.
The [long | short] option gives the flexibility to display the output in regular (80 characters in width) or wide screen.
Dashes may be displayed for some fields if the fields are not applicable to the type of flow mask.
If you place the MSFC on a supervisor engine installed in slot 1, then the MSFC is recognized as module 15. If you install the supervisor engine in slot 2, the MSFC is recognized as module 16.
Examples
Note
The example below is displayed in short format. The display in the long form exceeds the page width and cannot be shown.
Console> show mls entry netflow-route short
Destination-IP Source-IP Prot DstPrt SrcPrt Destination-Mac Vlan
--------------- --------------- ----- ------ ------ ----------------- ----
EDst Stat-Pkts Stat-Bytes Uptime Age TcpDltSeq TcpDltAck
---- ---------- ----------- -------- -------- --------- ---------
0.0.0.8 0.0.0.8 8 207 107 cc-cc-cc-cc-cc-cc 8
ARPA 0 0 00:07:07 00:21:08 cccccccc cccccccc
0.0.0.7 0.0.0.7 7 206 106 cc-cc-cc-cc-cc-cc 7
ARPA 0 0 00:07:09 00:21:08 cccccccc cccccccc
0.0.0.10 0.0.0.10 10 209 109 cc-cc-cc-cc-cc-cc 10
ARPA 0 0 00:07:06 00:21:08 cccccccc cccccccc
0.0.0.9 0.0.0.9 9 208 108 cc-cc-cc-cc-cc-cc 9
ARPA 0 0 00:07:07 00:21:08 cccccccc cccccccc
0.0.0.6 0.0.0.6 TCP 205 105 cc-cc-cc-cc-cc-cc 6
ARPA 0 0 00:07:12 00:21:08 cccccccc cccccccc
Total entries displayed:5
show mls exclude protocol
Use the show mls exclude protocol command to display excluded protocols on TCP or UDP from being shortcuts.
show mls exclude protocol
Syntax Description
This command has no arguments.
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
If you enter the show mls exclude protocol command on a switch configured with the Supervisor Engine 1 with Layer 3 Switching Engine WS-F6K-PFC, MLS exclusion only works in full-flow mode.
These guidelines apply to switches configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2):
•
The show mls exclude protocol displays the Layer 4 protocols that will not cause a NetFlow entry to be created automatically but can still be forwarded if a FIB hit occurs.
•
MLS exclusion works regardless of the configured flow mask.
Examples
This example shows how to display excluded protocols on TCP or UDP from being shortcuts:
Console> (enable) show mls exclude protocol
Protocol-Port Excluded-From
------------- -------------
Note: MLS exclusion only works in full flow mode.
Related Commands
set mls exclude protocol
clear mls exclude protocol
show mls multicast
Use the show mls multicast command set to display IP multicast MLS information.
show mls multicast
show mls multicast entry {[mod] [vlan vlan_id] [group ip_addr]} [source ip_addr]
[all | long | short]
show mls multicast statistics {mod}
Syntax Description
entry
|
Keyword to specify the IP multicast MLS packet entry.
|
mod
|
(Optional) Number of the MSFC; valid values are 15 and 16.
|
vlan vlan_id
|
(Optional) Keyword and variable to specify a VLAN.
|
group ip_addr
|
(Optional) Keyword and variable to specify a multicast group address.
|
source ip_addr
|
(Optional) Keyword and variable to specify a multicast traffic source.
|
all
|
(Optional) Keyword to specify all IP multicast MLS entries on the switch.
|
long
|
(Optional) Keyword to specify an output appropriate for terminals that support output 80-characters wide.
|
short
|
(Optional) Keyword to specify an output appropriate for terminals that support output less than 80-characters wide.
|
statistics
|
Keyword to display statistics for an MSFC.
|
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
If you enter the show mls multicast commands on Catalyst 6000 family switches without MLS, this warning message displays:
This feature is not supported on this device.
If you enter the show mls multicast entry command with no arguments, all the MLS entries for multicast displays. Each row in the show mls multicast entry command corresponds to a flow.
These guidelines apply to switches configured with the Supervisor 2 with Layer 3 Switching Engine II (PFC2):
•
If you enter the show mls multicast entry command and an asterisk appears in the Source IP column, this indicates that any source is used.
•
If you specify source 0, all * (asterisk) entries are displayed.
If you disable DNS, no name can be specified or shown.
A warning message is displayed if you disable the Layer 2 multicast protocol when the MMLS feature is running.
If you place the MSFC on a supervisor engine installed in slot 1, then the MSFC is recognized as module 15. If you install the supervisor engine in slot 2, the MSFC is recognized as module 16.
Examples
This example shows how to display global information about the IP MMLS entries on a switch configured with the Supervisor Engine 1 with Layer 3 Switching Engine WS-F6K-PFC:
Console> (enable) show mls multicast
Operational Status: Inactive
Configured flow mask is {Source-Destination-Vlan} flow
MSFC (Module 15): 0.0.0.0
This example shows how to display global information about the IP MMLS entries on a switch configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2):
Console> (enable) show mls multicast
Operational Status : Active
Table 2-45 describes the fields in the show mls multicast command output.
Table 2-45 show mls multicast Command Output Fields
Field
|
Description
|
Admin Status
|
Status of whether MMLS feature has been administratively enabled or not.
|
Operational Status
|
Actual operational status of the MMLS feature.
|
Total Entries
|
Number of shortcut entries that are currently installed.
|
MSFC
|
Information about the internal RP connected to the supervisor engine.
|
IP Address
|
IP address of the RP.
|
Complete Flows
|
Total number of complete flows installed by this RP.
|
Partial Flows
|
Total number of partial flows installed by this RP.
|
This example shows how to display statistical information on a switch configured with the Supervisor Engine 1 with Layer 3 Switching Engine WS-F6K-PFC:
Console> (enable) show mls multicast statistics
Router IP Router Name Router MAC
--------------- ------------------ -----------------
0.0.0.0 default 00-00-00-00-00-00
Feature Notification Responses: 0
Shortcut Notification Responses: 0
Total Transmit Failures: 0
Duplicate Shortcut Messages: 0
Output VLAN Delete TLV: 0
This example shows how to display statistical information on a switch configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2):
Console> (enable) show mls multicast statistics
Router IP Router Name Router MAC
--------------- ------------------ -----------------
0.0.0.0 default 00-00-00-00-00-00
Feature Notification Responses: 0
Shortcut Notification Responses: 0
Total Transmit Failures: 0
Duplicate Shortcut Messages: 0
Output VLAN Delete TLV: 0
This example shows how to display IP MMLS entry information on a switch configured with the Supervisor Engine 1 with
Layer 3 Switching Engine WS-F6K-PFC:
Console> (enable) show mls multicast entry
Router IP Dest IP Source IP Pkts Bytes InVlan OutVlans
--------------- --------------- --------------- ---------- ----------- ------- --------
1.1.5.252 224.1.1.1 1.1.11.1 15870 2761380 20
1.1.9.254 224.1.1.1 1.1.12.3 473220 82340280 12
1.1.5.252 224.1.1.1 1.1.12.3 15759 2742066 20
1.1.9.254 224.1.1.1 1.1.11.1 473670 82418580 11
1.1.5.252 224.1.1.1 1.1.11.3 15810 2750940 20
1.1.9.254 224.1.1.1 1.1.12.1 473220 82340280 12
1.1.5.252 224.1.1.1 1.1.13.1 15840 2756160 20
Note
The display for the show mls multicast entry command has been modified to fit the page.
This example shows how to display IP MMLS entry information on a switch configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2):
Console> (enable) show mls multicast entry
Router-IP Dest-IP Source-IP Pkts Bytes InVlan Type
OutVlans
--------------- --------------- --------------- -------------------- -------------------- ------ ----
----------
33.0.33.26 224.2.2.3 10.0.0.1 595 59500 50 C 13,
12
33.0.33.26 224.2.2.3 * 2 200 50 P 13,
12
Total Entries: 2 (1 of which type 'C' = Complete Flow/s, 'P' = Partial Flow/s)
Table 2-46 describes the fields in the show mls multicast entry command output.
Table 2-46 show mls multicast entry Command Output Fields
Field
|
Description
|
Router-IP
|
IP address of the RP that installed the flow.
|
Dest-IP
|
Multicast destination IP address for this flow.
|
Source-IP
|
IP address of the source that corresponds to this flow.
|
Pkts
|
Number of packets switched using this flow.
|
Bytes
|
Number of bytes switched using this flow.
|
InVlan
|
RPF interface for the packets corresponding to this flow.
|
Type
|
Shortcut Type (C = a complete shortcut and P = a partial shortcut).
|
OutVlans
|
Output VLANs on which the packets are replicated for this flow.
|
Total Entries
|
Number of shortcut entries currently installed.
|
Related Commands
clear mls multicast statistics
show mls nde
Use the show mls nde command to display NetFlow Data Export information.
show mls nde
Syntax Description
This command has no arguments.
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Examples
This example shows how to display NetFlow Data Export information:
Netflow Data Export version: 7
Netflow Data Export disabled
Netflow Data Export port/host is not configured.
Total packets exported = 0
show mls netflow-route
Use the show mls netflow-route command to display summaries from NetFlow for routing in the MLS-based Catalyst 6000 family switches.
show mls netflow-route [ip | ipx]
Syntax Description
ip
|
(Optional) Keyword to specify IP MLS.
|
ipx
|
(Optional) Keyword to specify IPX MLS.
|
Defaults
The default displays both IP and IPX MLS information.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
This command is supported on Catalyst 6000 family switches configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2) only.
Examples
This example shows how to display summaries from NetFlow for routing:
Console> show mls netflow-route
Total packets switched = 0
Software installed aging time = 0
IP flows aging time = 256 seconds
IP flows fast aging time = 0 seconds, packet threshold = 0
IP Current flow mask is Full flow
Total netflow forwarding entries = 4
Netflow Data Export version:7
Netflow Data Export disabled
Netflow Data Export port/host is not configured.
Total packets exported = 0
IPX flows aging time = 256 seconds
IPX flow mask is Destination flow
show mls pbr-route
To display statistics about policy-based routing (PBR) traffic, use the show mls pbr-route command.
show mls pbr-route
Syntax Description
This command has no keywords or arguments.
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal mode.
Usage Guidelines
Because PBR occurs in the hardware, PBR-related statistics on the MSFC do not reflect the volume of traffic being policy routed.
Examples
This example shows how to display PBR traffic statistics:
Console> show mls pbr-route
Total L3 packets forwarded 9789802
Total L3 octets forwarded 541243304
Total adjacency entries 1
Table 2-48 describes the possible fields in the show mls pbr-route command output.
Table 2-47 show mls pbr-route Command Output Fields
Field
|
Description
|
Total L3 packets forwarded
|
Number of Layer 3 packets forwarded in hardware.
|
Total L3 octets forwarded
|
Number of Layer 3 octets forwarded in hardware.
|
Total routed VLANs
|
Number of VLANs with PBR configured.
|
Total adjacency entries
|
Number of policy-routing adjacencies programmed.
|
show mls statistics
Use the show mls statistics command set to display MLS statistics information in the MLS-based Catalyst 6000 family switches.
show mls statistics protocol
show mls statistics entry [mod]
show mls statistics entry ip [mod] [destination ip_addr_spec] [source ip_addr_spec]
[protocol protocol [src-port src_port] [dst-port dst_port]]
show mls statistics entry ipx [mod] [destination ipx_addr_spec] [source ipx_addr_spec]
Syntax Description
protocol
|
Keyword to specify a route processor.
|
entry
|
Keyword to specify the entry type.
|
mod
|
(Optional) Number of the MSFC; valid values are 15 or 16.
|
entry
|
Keyword to display statistics based on the specified option.
|
ip
|
Keyword to specify IP MLS.
|
destination
|
(Optional) Keyword to specify the destination IP address.
|
ip_addr_spec
|
(Optional) Full IP address or a subnet address in the following formats: ip_addr, ip_addr/netmask, or ip_addr/maskbit.
|
source
|
(Optional) Keyword to specify the source IP address.
|
protocol protocol
|
(Optional) Keyword and variable to specify additional flow information (protocol family and protocol port pair) to be matched; valid values are from 1 to 255, ip, ipinip, icmp, igmp, tcp, and udp.
|
src-port src_port
|
(Optional) Keyword and variable to specify the source port IP address.
|
dst-port dst_port
|
(Optional) Keyword and variable to specify the destination port IP address.
|
ipx
|
Keyword to specify IPX MLS.
|
ipx_addr_spec
|
(Optional) Full IPX address or a subnet address in one of the following formats: src_net/[mask], dest_net.dest_node, or dest_net/mask.
|
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
If your system is configured with the Supervisor Engine 2 with Switching Engine II (PFC2), the show mls statistics entry command output displays per flow statistics as per the configured flow mask. You can enter this command to display per-flow statistics for flows that are CEF switched (in hardware) or switched through software-installed shortcuts in the NetFlow table.
You can enter the show mls statistics entry command to display NetFlow forwarding entries on systems configured with a Supervisor Engine 2. If your system is configured with a Supervisor Engine 1, enter the show mls entry command.
When specifying the ip | ipx keyword, if you specify ip or do not enter a keyword, this means that the command is for IP MLS. If you specify ipx, this means the command is for IPX only.
When entering the IPX address syntax, use the following format:
•
IPX net address—1...FFFFFFFE
•
IPX node address—x.x.x where x is 0...FFFF
•
IPX address—ipx_net.ipx_node (for example 3.0034.1245.AB45, A43.0000.0000.0001)
If you enter any of the show mls statistics protocol commands on a Catalyst 6000 family switch without MLS, this warning message displays:
Feature not supported in hardware.
If you enter the show mls statistics protocol command, the statistics in the protocol category, such as Telnet, FTP, or WWW are displayed. Note that this applies for "full flowmask" only. In flowmasks other than full flow, inapplicable fields will have a dash (similar to show mls entry outputs).
A value 0 for src_port and dst_port means "don't care." Note that this applies for "full flowmask" only.
Use the following syntax to specify an IP subnet address:
•
ip_subnet_addr—This is the short subnet address format. The trailing decimal number "00" in an IP address YY.YY.YY.YY specifies the boundary for an IP subnet address. For example, 172.22.36.00 indicates a 24-bit subnet address (subnet mask 255.255.255.0), and 173.24.00.00 indicates a 16-bit subnet address (subnet mask 255.255.0.0). However, this format can identify only a subnet address with a length of 8, 16, or 24 bits.
•
ip_addr/subnet_mask—This is the long subnet address format; for example, 172.22.252.00/255.255.252.00 indicates a 22-bit subnet address. This format can specify a subnet address of any bit number. To provide more flexibility, the ip_addr is allowed to be a full host address, such as 172.22.253.1/255.255.252.00, which has the same subnet address as ip_subnet_addr.
•
ip_addr/maskbits—This is the simplified long subnet address format. The mask bits specify the number of bits of the network masks. For example, 172.22.252.00/22 indicates a 22-bit subnet address. The ip_addr is allowed to be a full host address, such as 172.22.254.1/22, which has the same subnet address as 172.22.252.00/72.
If you place the MSFC on a supervisor engine installed in slot 1, then the MSFC is recognized as module 15. If you install the supervisor engine in slot 2, the MSFC is recognized as module 16.
Examples
This example shows how to display the statistics for all protocol categories:
Console> (enable) show mls statistics protocol
Protocol TotalFlows TotalPackets Total Bytes
------- ---------- -------------- ------------
This example shows how to display the statistics for all protocol categories:
Console> (enable) show mls statistics
Destination IP Source IP Prot DstPrt SrcPrt Stat-Pkts Stat-Bytes
--------------- --------------- ---- ------ ------ ---------- ---------------
172.20.22.14 172.20.25.10 6 50648 80 3152 347854
172.20.22.43 172.20.32.43 44 2323 324 23232 232323
Destination IPX Source IPX net Stat-Pkts Stat-Bytes
------------------------- -------------- ---------- ----------
201.00A0.2451.7423 1.0002 30256 31795084
501.0000.3100.0501 1.0003 12121 323232
Note
The following commands are output from switches configured with the Supervisor Engine 1 with Layer 3 Switching Engine WS-F6K-PFC. The output from switches configured with the Supervisor Engine 2 with Layer 3 Switching Engine II (PFC2) are slightly different.
This example shows how to display IP MLS statistics for MSFC 15 in a system configured with the Supervisor Engine 1 with Layer 3 Switching Engine WS-F6K-PFC:
Console> show mls statistics entry ip 15 destination 172.20.22.14
MSFC 127.0.0.12 (Module 15):
Destination IP Source IP Prot DstPrt SrcPrt Stat-Pkts Stat-Bytes
--------------- --------------- ---- ------ ------ --------- ---------------
172.20.22.14 172.20.25.10 6 50648 80 3152 347854
This example shows how to display the statistics for a specific destination IP address:
Console> show mls statistics entry ip destination 172.20.22.14
Destination IP Source IP Prot DstPrt SrcPrt Stat-Pkts Stat-Bytes
--------------- --------------- ---- ------ ------ ---------- ---------------
172.20.22.14 172.20.25.10 6 50648 80 3152 347854
This example shows how to display the statistics for a specific destination IPX address:
Console> show mls statistics entry ipx destination 1.0002.00e0.fefc.6000
Destination IPX Source IPX net Stat-Pkts Stat-Bytes
------------------------- -------------- ---------- ----------
1.0002.00e0.fefc.6000 1.0003 11 521
Related Commands
set mls statistics protocol
clear mls statistics entry
show module
Use the show module command to display module status and information. For supervisor engines, the show module command displays the supervisor engine number but appends the uplink daughter card's module type and information.
show module [mod]
Syntax Description
mod
|
(Optional) Number of the module.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
If you do not specify a module number, all modules are shown.
The MAC addresses for the supervisor engine are displayed in three lines of output. The first line lists the two MAC addresses for inband ports, the second line lists the two MAC addresses for the two gigabit-uplink ports, and the third line lists the allocated 0x3ff MAC address for the chassis backplane.
If you place the MSFC on a supervisor engine installed in slot 1, then the MSFC is recognized as module 15. If you install the supervisor engine in slot 2, the MSFC is recognized as module 16.
The slot field in the show module command display is required because submodules, such as the MSM, reside in the same slot as the supervisor engine module, but are treated as a separate module.
The MSM is referenced by the module number in all other CLI commands and is treated like any other module.
Examples
This example shows how to display status and information for all modules:
Mod Slot Ports Module-Type Model Sub Status
--- ---- ----- ------------------------- ------------------- --- --------
1 1 2 1000BaseX Supervisor WS-X6K-SUP1A-2GE yes ok
15 1 1 Multilayer Switch Feature WS-F6K-MSFC no ok
8 8 48 10/100BaseTX Ethernet WS-X6248-RJ-45 no ok
9 9 48 10/100BaseTX Ethernet WS-X6348-RJ-45 yes ok
Mod Module-Name Serial-Num
--- ------------------- -----------
Mod MAC-Address(es) Hw Fw Sw
--- -------------------------------------- ------ ---------- --------------
1 00-30-80-f7-a5-06 to 00-30-80-f7-a5-07 1.0 5.2(1) 6.1(0.12)
00-30-80-f7-a5-04 to 00-30-80-f7-a5-05
00-30-a3-4a-a0-00 to 00-30-a3-4a-a3-ff
15 00-d0-bc-ee-d0-dc to 00-d0-bc-ee-d1-1b 1.2 12.0(3)XE1 12.0(3)XE1
8 00-d0-c0-c8-83-ac to 00-d0-c0-c8-83-db 1.1 4.2(0.24)V 6.1(0.37)FTL
9 00-50-3e-7c-43-00 to 00-50-3e-7c-43-2f 0.201 5.3(1)
Mod Sub-Type Sub-Model Sub-Serial Sub-Hw
--- ----------------------- ------------------- ----------- ------
1 L3 Switching Engine WS-F6K-PFC SAD03451187 1.0
9 Inline Power Module WS-F6K-VPWR 1.0
This example shows the display for a 48-port 10/100BASE-TX switching services-configured module:
Mod Slot Ports Module-Type Model Status
--- ---- ----- ------------------------- ------------------- --------
5 5 48 10/100BaseTX (RJ-45) WS-X6248-RJ-45 ok
Mod Module-Name Serial-Num
--- ------------------- -----------
Mod MAC-Address(es) Hw Fw Sw
--- -------------------------------------- ------ ---------- -----------------
5 00-50-f0-ac-30-54 to 00-50-f0-ac-30-83 1.0 4.2(0.24)V 6.1(0.12)
This example shows the display for an 8-port T1/E1 ISDN PRI services-configured module:
Console> (enable) show module 3
Mod Slot Ports Module-Type Model Status
--- ---- ----- ------------------------- ------------------- --------
3 3 8 T1 PSTN WS-X6608-T1 ok
Mod Module-Name Serial-Num
--- ------------------- -----------
Mod MAC-Address(es) Hw Fw Sw
--- -------------------------------------- ------ ---------- -----------------
3 00-50-0f-08-bc-a0 to 00-50-0f-08-bc-cf 0.1 5.1(1) 5.4(1)
This example shows the display for a 24-port FXS analog station interface services-configured module:
Mod Slot Ports Module-Type Model Status
--- ---- ----- ------------------------- ------------------- --------
3 3 24 FXS WS-X6624-FXS ok
Mod Module-Name Serial-Num
--- ------------------- -----------
Mod MAC-Address(es) Hw Fw Sw
--- -------------------------------------- ------ ---------- -----------------
3 00-50-0f-08-bc-a0 to 00-50-0f-08-bc-a0 0.1 5.1(1) 5.4(1)
Table 2-48 describes the possible fields in the show module command output.
Table 2-48 show module Command Output Fields
Field
|
Description
|
Mod
|
Module number.
|
Slot
|
Number of the slot where the module or submodule resides.
|
Ports
|
Number of ports on the module.
|
Module-Type
|
Module (such as 100BASE-X Ethernet).
|
Model
|
Model number of the module.
|
Sub
|
Status of whether a submodule is installed.
|
Status
|
Status of the module. Possible status strings are ok, disable, faulty, other, standby, error, pwr-down, and pwr-deny states1 .
|
Module-Name
|
Name of the module.
|
Serial-Num
|
Serial number of the module.
|
MAC-Address(es)
|
MAC address or MAC address range for the module.
|
Hw2
|
Hardware version of the module.
|
Fw3
|
Firmware version of the module.
|
Sw
|
Software version on the module.
|
Sub-Type4
|
Submodule type.
|
Sub-Model4
|
Model number of the submodule.
|
Sub-Serial4
|
Serial number of the submodule.
|
Sub-Hw4
|
Hardware version of the submodule.
|
show moduleinit
Use the show moduleinit command to display contents of the information stored in the system module initiation log.
show moduleinit [mod] [log lognum | -logcount]
Syntax Description
mod
|
(Optional) Number of the module.
|
log
|
(Optional) Keyword to specify a specific log.
|
lognum
|
(Optional) Number of the log to display.
|
-logcount
|
(Optional) Number of previous logs to display.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
If you do not specify a module number, contents for all modules are shown.
Examples
This example shows how to show the last two log entries for module 1:
Console> show moduleinit 1 log -2
Module 1: Number of Logs: 3
State 1: Entry/Exit/Elapse Time: 14721/14721/0
State 2: Entry/Exit/Elapse Time: 14721/14721/0
State 3: Entry/Exit/Elapse Time: 14721/32223/17502
State 1: Entry/Exit/Elapse Time: 38302/38302/0
P_PortConfigTokenRingFeatures()
State 2: Entry/Exit/Elapse Time: 38302/38302/0
State 3: Entry/Exit/Elapse Time: 38302/38310/8
This example shows how to display the contents of a specific log for module 1:
Console> show moduleinit 1 log 2
Module 1: Number of Logs: 3
State 1: Entry/Exit/Elapse Time: 14721/14721/0
State 2: Entry/Exit/Elapse Time: 14721/14721/0
State 3: Entry/Exit/Elapse Time: 14721/32223/17502
Table 2-49 describes the possible fields in the show moduleinit command output.
Table 2-49 show moduleinit Command Output Fields
Field
|
Description
|
Log #
|
Number of the log.
|
State #
|
Number of the module initiation states. Output includes the entry time into and exit time from all the module initiation states, along with the elapsed time, in milliseconds.
|
show msfcautostate
Use the show msfcautostate command to display the MSFC-derived interface state.
show msfcautostate
Syntax Description
This command has no keywords or arguments.
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Privileged.
Examples
This example shows how to display the MSFC auto state status:
Console> (enable) show msfcautostate
MSFC Auto port state: enabled
Related Commands
set msfcautostate
show msmautostate
Use the show msmautostate command to display the current status of the line protocol state determination of the MSM(s) due to Catalyst 6000 family switch port state changes.
show msmautostate mod
Syntax Description
mod
|
Number of the module.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Examples
This example shows how to display the current status of MSM line protocol state determination:
Console> show msmautostate
MSM Auto port state: enabled
Related Commands
set msmautostate
show multicast group
Use the show multicast group command to display the multicast group configuration.
show multicast group [mac_addr] [vlan_id]
Syntax Description
mac_addr
|
(Optional) Destination MAC address.
|
vlan_id
|
(Optional) Number of the VLAN.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Examples
This example shows how to display the multicast group configuration for VLAN 1:
Console> show multicast group 1
VLAN Dest MAC/Route Des [CoS] Destination Ports or VCs / [Protocol Type]
---- ----------------- ----- ----------------------------------
1 01-00-5e-00-01-28* 3/1,12/9
1 01-00-5e-63-7f-6f* 3/1,12/5,12/9
Total Number of Entries = 2
This example shows how to display the multicast group configuration for a specific MAC address on VLAN 5:
Console> show multicast group 01-00-5E-00-00-5C 5
VLAN Dest MAC/Route Des [CoS] Destination Ports or VCs / [Protocol Type]
---- ----------------- ----- ----------------------------------
5 01-00-5E-00-00-5C 3/1, 3/9
Total Number of Entries = 1
Table 2-50 describes the fields in the show multicast group command output.
Table 2-50 show multicast group Command Output Fields
Field
|
Description
|
IGMP enabled/disabled
|
Status of whether IGMP is enabled or disabled.
|
GMRP enabled/disabled
|
Status of whether GMRP is enabled or disabled.
|
VLAN
|
VLAN number.
|
Dest MAC/Route Des
|
Group destination MAC address.
|
*
|
Status of whether the port was configured manually as a multicast router port.
|
CoS
|
CoS value.
|
Destination Ports or VCs
|
List of all the ports that belong to this multicast group. Traffic destined to this group address will be forwarded on all these ports.
|
Protocol Type
|
Type of protocol.
|
Total Number of Entries
|
Total number of entries in the multicast group table that match the criteria specified by the command.
|
Related Commands
clear multicast router
set multicast router
show multicast router
show multicast group count
Use the show multicast group count command to show the total count of multicast addresses (groups) in a VLAN.
show multicast group count [vlan_id]
Syntax Description
vlan_id
|
(Optional) Number of the VLAN.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
An asterisk in the show multicast group count command output indicates the port was configured manually.
Examples
This example shows how to display the total count of multicast groups in VLAN 5:
Console> show multicast group count 5
Total Number of Entries = 2
Related Commands
clear multicast router
set multicast router
show multicast router
show multicast protocols status
Use the show multicast protocols status command to display the status of Layer 2 multicast protocols on the switch.
show multicast protocols status
Syntax Description
This command has no arguments.
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Examples
This example shows how to display the Layer 2 multicast protocol status:
Console> show multicast protocols status
IGMP disabled
IGMP fastleave enabled
RGMP enabled
GMRP disabled
Related Commands
set gmrp
set igmp
show multicast router
Use the show multicast router command to display the ports that have IGMP or RGMP-capable routers assigned to them.
show multicast router {igmp | rgmp} [mod/port] [vlan_id]
Syntax Description
igmp
|
Keyword to specify IGMP-capable routers.
|
rgmp
|
Keyword to specify RGMP-capable routers.
|
mod/port
|
(Optional) Number of the module and the port on the module.
|
vlan_id
|
(Optional) Number of the VLAN.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Examples
This example shows how to display the ports that have IGMP-multicast routers assigned to them:
Console> show multicast router igmp
Total Number of Entries = 1
This example shows how to display the ports that have RGMP-multicast routers assigned to them:
Console> show multicast router rgmp
Total Number of Entries = 2
Table 2-51 describes the fields in the show multicast router command output.
Table 2-51 show multicast router Command Output Fields
Field
|
Description
|
Port
|
Port through which a multicast router can be reached.
|
*
|
Status of whether the port was configured manually or not.
|
+
|
Status of whether the router is RGMP capable or not.
|
VLAN
|
VLAN associated with the port.
|
Total Number of Entries
|
Total number of entries in the table that match the criteria specified by the command.
|
Related Commands
set rgmp
set igmp
set multicast router
show multicast group
show multicast group count
show netstat
Use the show netstat command to display the currently active network connections and to list statistics for the various protocols in the TCP/IP.
show netstat [tcp | udp | ip | icmp | routes | stats | interface]
Syntax Description
tcp
|
(Optional) Keyword to show TCP statistics.
|
udp
|
(Optional) Keyword to show UDP statistics.
|
ip
|
(Optional) Keyword to show IP statistics.
|
icmp
|
(Optional) Keyword to show ICMP statistics.
|
routes
|
(Optional) Keyword to show the IP routing table.
|
stats
|
(Optional) Keyword to show all statistics for TCP, UDP, IP, and ICMP.
|
interface
|
(Optional) Keyword to show interface statistics.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Examples
This example shows how to display the current active network connections:
Active Internet connections (including servers)
Proto Recv-Q Send-Q Local Address Foreign Address (state)
tcp 0 128 172.20.25.142.23 171.68.10.75.44720 ESTABLISHED
tcp 0 0 *.7161 *.* LISTEN
This example shows how to display TCP statistics:
Console> show netstat tcp
4642 data packets (102292 bytes)
28 data packets (6148 bytes) retransmitted
434 ack-only packets (412 delayed)
4639 acks (for 103883 bytes)
3468 packets (15367 bytes) received in-sequence
12 completely duplicate packets (20 bytes)
0 packets with some dup. data (0 bytes duped)
4 out-of-order packets (0 bytes)
0 packets (0 bytes) of data after window
0 packets received after close
0 discarded for bad checksums
0 discarded for bad header offset fields
0 discarded because packet too short
10 connections established (including accepts)
11 connections closed (including 1 drop)
2 embryonic connections dropped
4581 segments updated rtt (of 4600 attempts)
0 connections dropped by rexmit timeout
3 connections dropped by keepalive
Table 2-52 describes the fields in the show netstat tcp command output.
Table 2-52 show netstat tcp Command Output Fields
Field
|
Description
|
packets sent
|
Total number of TCP packets sent.
|
data packets (bytes)
|
Number of TCP data packets sent and the size of those packets in bytes.
|
data packets (bytes) retransmitted
|
Number of TCP data packets retransmitted and the size of those packets in bytes.
|
ack-only packets (delayed)
|
Number of TCP acknowledgment-only packets sent and the number of those packets delayed.
|
URG only packets
|
Number of URG packets.
|
window probe packets
|
Number of window probe packets.
|
window update packet
|
Number of window update packets.
|
packets received
|
Total number of TCP packets received.
|
acks (for x bytes)
|
Number of TCP acknowledgments received and the total bytes acknowledged.
|
duplicate acks
|
Number of duplicate TCP acknowledgments received.
|
acks for unsent data
|
Number of TCP acknowledgments received for data that was not sent.
|
packets (bytes) received in-sequence
|
Number of TCP packets (and the size in bytes) received in sequence.
|
completely duplicate packets (bytes)
|
Number of duplicate TCP packets (and the size in bytes) received.
|
packets with some dup. data (bytes duped)
|
Number of TCP packets received with duplicate data (and the number of bytes of duplicated data).
|
out-of-order packets (bytes)
|
Number of out-of-order TCP packets (and the size in bytes) received.
|
packets (bytes) of data after window
|
Number of TCP packets (and the size in bytes) received outside of the specified data window.
|
discarded for bad checksums
|
Number of TCP packets received and discarded that failed the checksum.
|
discarded because packet too short
|
Number of TCP packets received and discarded that were truncated.
|
connection requests
|
Total number of TCP connection requests sent.
|
connection accepts
|
Total number of TCP connection accepts sent.
|
connections established (including accepts)
|
Total number of TCP connections established, including those for which a connection accept was sent.
|
connections closed (including x drops)
|
Total number of TCP connections closed, including dropped connections.
|
retransmit timeouts
|
Number of timeouts that occurred when a retransmission was attempted.
|
connections dropped by rexmit timeout
|
Number of connections dropped due to retransmission timeouts.
|
keepalive timeouts
|
Number of keepalive timeouts that occurred.
|
keepalive probes sent
|
Number of TCP keepalive probes sent.
|
connections dropped by keepalive
|
Number of connections dropped.
|
This example shows how to display UDP statistics:
Console> show netstat udp
Table 2-53 describes the fields in the show netstat udp command output.
Table 2-53 show netstat udp Command Output Fields
Field
|
Description
|
incomplete headers
|
Number of UDP packets received with incomplete packet headers.
|
bad data length fields
|
Number of UDP packets received with a data length field that did not match the actual length of the packet payload.
|
bad checksums
|
Number of UDP packets received that failed the checksum.
|
socket overflows
|
Number of socket overflows.
|
no such ports
|
Number of UDP packets received destined for nonexistent ports.
|
This example shows how to display IP statistics:
76894 total packets received
0 with size smaller than minimum
0 with data size < data length
0 with header length < data size
0 with data length < header length
0 fragments dropped (dup or out of space)
0 fragments dropped after timeout
0 packets not forwardable
Table 2-54 describes the fields in the show netstat ip command output.
Table 2-54 show netstat ip Command Output Fields
Field
|
Description
|
total packets received
|
Total number of IP packets received.
|
bad header checksums
|
Number of received IP packets that failed the checksum.
|
with size smaller than minimum
|
Number of received IP packets that were smaller than the minimum IP packet size.
|
with data size < data length
|
Number of packets in which the data size was less than the data length.
|
with header length < data size
|
Number of packets in which the header length was less than the data size.
|
with data length < header length
|
Number of packets in which the data length was less than the minimum header length.
|
fragments received
|
Number of IP packet fragments received.
|
fragments dropped (dup or out of space)
|
Number of received IP packet fragments that were dropped because of duplicate data or buffer overflow.
|
fragments dropped after timeout
|
Number of received IP packet fragments that were dropped.
|
packets forwarded
|
Number of forwarded IP packets.
|
packets not forwardable
|
Number of IP packets that the switch did not forward.
|
redirects sent
|
Number of IP packets that the switch redirected.
|
This example shows how to display ICMP statistics:
Console> show netstat icmp
0 errors not generated 'cuz old message was icmp
1 message with bad code fields
0 messages < minimum length
0 messages with bad length
destination unreachable: 3961
1001 message responses generated
Table 2-55 describes the fields in the show netstat icmp command output.
Table 2-55 show netstat icmp Command Output Fields
Field
|
Description
|
Redirect enabled
|
Status of whether ICMP redirection is enabled or disabled.
|
Output histogram
|
Frequency distribution statistics for output ICMP packets.
|
echo reply
|
Number of output echo reply ICMP packets.
|
messages with bad code fields
|
Number of ICMP packets with an invalid code field.
|
messages < minimum length
|
Number of ICMP packets with less than the minimum packet length.
|
bad checksums
|
Number of ICMP packets that failed the checksum.
|
messages with bad length
|
Number of ICMP packets with an invalid length.
|
Input histogram
|
Frequency distribution statistics for input ICMP packets.
|
echo reply
|
Number of input echo-reply ICMP packets.
|
destination unreachable
|
Number of input destination-unreachable ICMP packets.
|
echo
|
Number of input-echo ICMP packets.
|
message responses generated
|
Number of ICMP message responses the system generated.
|
This example shows how to display the IP routing table:
Console> show netstat routes
DESTINATION GATEWAY FLAGS USE INTERFACE
default 172.16.1.201 UG 6186 sc0
172.16.0.0 172.16.25.142 U 6383 sc0
Table 2-56 describes the fields in the show netstat routes command output.
Table 2-56 show netstat routes Command Output Fields
Field
|
Description
|
DESTINATION
|
Destination IP address or network.
|
GATEWAY
|
Next hop to the destination.
|
FLAGS
|
Flags indicating the interface state.
|
USE
|
Number of times this route was used.
|
INTERFACE
|
Interface out of which packets to the destination should be forwarded.
|
This example shows how to display interface statistics:
Console> show netstat interface
Interface InPackets InErrors OutPackets OutErrors
Interface Rcv-Octet Xmit-Octet
--------- -------------------- --------------------
Interface Rcv-Unicast Xmit-Unicast
--------- -------------------- --------------------
Table 2-57 describes the fields in the show netstat interface command output.
Table 2-57 show netstat interface Command Output Fields
Field
|
Description
|
Interface
|
Interface number (sl0 is the SLIP interface; sc0 is the in-band interface).
|
InPackets
|
Number of input packets on the interface.
|
InErrors
|
Number of input errors on the interface.
|
OutPackets
|
Number of output packets on the interface.
|
OutErrors
|
Number of output errors on the interface.
|
Rcv-Octet
|
Number of octet frames received on the port.
|
Xmit-Octet
|
Number of octet frames transmitted on the port.
|
Rcv-Unicast
|
Number of unicast frames received on the port.
|
Xmit-Unicast
|
Number of unicast frames transmitted on the port.
|
Related Commands
set interface
set ip route
show ntp
Use the show ntp command to display the current NTP status.
show ntp
Syntax Description
This command has no arguments or keywords.
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Examples
This example shows how to display the current NTP status:
Current time: Tue Mar 28 2000, 11:19:03 pst
Timezone: 'pst', offset from UTC is -8 hours
Summertime: 'pst', enabled
Broadcast client mode: enabled
Broadcast delay: 3000 microseconds
----------------------------------------
Table 2-58 describes the fields in the show ntp command output.
Table 2-58 show ntp Command Output Fields
Field
|
Description
|
Current time
|
Current system time.
|
Timezone
|
Time zone and the offset in hours from UTC.
|
Summertime
|
Time zone for daylight saving time and whether the daylight saving time adjustment is enabled or disabled.
|
Last NTP update
|
Time of the last NTP update.
|
Broadcast client mode
|
Status of whether NTP broadcast-client mode is enabled or disabled.
|
Broadcast delay
|
Configured NTP broadcast delay.
|
Client mode
|
Status of whether NTP client mode is enabled or disabled.
|
NTP-Server
|
List of configured NTP servers.
|
Related Commands
clear ntp server
set ntp broadcastclient
set ntp broadcastdelay
set ntp client
set ntp server
show pbf
Use the show pbf command to display PBF-related information.
show pbf [{adjacency | statistics | map} [adj_name]]
Syntax Description
adjacency
|
(Optional) Keyword to display PBF adjacency information.
|
statistics
|
(Optional) Keyword to display PBF statistics.
|
map
|
(Optional) Keyword to display PBF adjacency map.
|
adj_name
|
(Optional) Name of the adjacency.
|
Defaults
This command has no default settings.
Command Types
Switch command.
Command Modes
Normal.
Usage Guidelines
To display MAC address information, enter the show pbf command with no options.
The show adjacency map command displays all the ACLs that use a specific adjacency.
Refer to the "Configuring Policy-Based Forwarding" section of Chapter 16, "Configuring Access Control," in the Catalyst 6000 Family Software Configuration Guide for detailed information about PBF.
Examples
This example shows how to display the MAC address for PFC2:
----------- ------------------
This example shows how to display adjacency information for PFC2:
Console> show pbf adjacency
Index DstVlan DstMac SrcMac Name
------------------------------------------------------------------
1 2 0a-0a-0a-0a-0a-0a 00-11-22-33-44-55 a_1
2 2 0a-0a-0a-0a-0a-0b 00-11-22-33-44-55 a_2
3 2 0a-0a-0a-0a-0a-0c 00-11-22-33-44-55 a_3
4 2 0a-0a-0a-0a-0a-0d 00-11-22-33-44-55 a_4
5 1 20-20-20-20-20-20 00-11-22-33-44-55 b_1
6 1 20-20-20-20-20-21 00-11-22-33-44-55 b_2
7 1 20-20-20-20-20-22 00-11-22-33-44-55 b_3
8 1 20-20-20-20-20-23 00-11-22-33-44-55 b_4
This example shows how to display adjacency information for adjacency a_1:
Console> show pbf adj a_1
Index DstVlan DstMac SrcMac Name
------------------------------------------------------------------
1 2 00-0a-0a-0a-0a-0a 00-11-22-33-44-55 a_1
This example shows how to display statistics for PFC2:
Console> show pbf statistics
Index DstVlan DstMac SrcMac HitCount(hex) Name
-------------------------------------------------------------------------
1 2 0a-0a-0a-0a-0a-0a 00-11-22-33-44-55 0x00011eb4 a_1
2 2 0a-0a-0a-0a-0a-0b 00-11-22-33-44-55 0x00011ebc a_2
3 2 0a-0a-0a-0a-0a-0c 00-11-22-33-44-55 0x00011ec3 a_3
4 2 0a-0a-0a-0a-0a-0d 00-11-22-33-44-55 0x00011eca a_4
5 1 20-20-20-20-20-20 00-11-22-33-44-55 0x00011ed1 b_1
6 1 20-20-20-20-20-21 00-11-22-33-44-55 0x00011ed8 b_2
7 1 20-20-20-20-20-22 00-11-22-33-44-55 0x00011edf b_3
8 1 20-20-20-20-20-23 00-11-22-33-44-55 0x00011ee6 b_4
This example shows how to display statistics for adjacency a_1:
Console> show pbf statistics a_1
Index DstVlan DstMac SrcMac HitCount(hex) Name
-------------------------------------------------------------------------
1 2 00-0a-0a-0a-0a-0a 00-11-22-33-44-55 0x0038cd58 a_1
This example shows how to display the adjacency map for PFC2:
------------------ --------------------
This example shows how to display the adjacency map for adjacency a_1:
Console> show pbf map a_1
------------------ --------------------
Related Commands
clear pbf
set pbf