The documentation set for this product strives to use bias-free language. For the purposes of this documentation set, bias-free is defined as language that does not imply discrimination based on age, disability, gender, racial identity, ethnic identity, sexual orientation, socioeconomic status, and intersectionality. Exceptions may be present in the documentation due to language that is hardcoded in the user interfaces of the product software, language used based on RFP documentation, or language that is used by a referenced third-party product. Learn more about how Cisco is using Inclusive Language.
This chapter describes the Cisco Nexus1000V show commands.
To display the authentication, authorization, and accounting (AAA) accounting configuration, use the show aaa accounting command.
show aaa accounting
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display the accounting configuration:
n1000v# show aaa accounting
default: local
To display the configuration for authentication, authorization, and accounting (AAA) authentication, use the show aaa authentication command.
show aaa authentication [login {ascii-authentication | chap | error-enable | mschap | mschapv2}]
None
Any
network-admin
network-operator
This example shows how to display the configured authentication parameters:
n1000v# show aaa authentication
default: local
console: local
To display the configured authentication, authorization, and accounting (AAA) server groups, use the show aaa authorization command.
show aaa authorization [all]
all |
(Optional) Displays all (including default configurations) of the authorization information. |
None
Any
network-admin
network-operator
This example shows how to display the configured authorization parameters:
n1000v# show aaa authorization
pki-ssh-cert: local
pki-ssh-pubkey: local
AAA command authorization:
This example shows how to display the authorization for all configurations using the optional all keyword:
n1000v# show aaa authorization all
pki-ssh-cert: local
pki-ssh-pubkey: local
AAA command authorization:
default authorization for config-commands: local
default authorization for commands: local
To display the configured authentication, authorization, and accounting (AAA) groups, use the show aaa groups command.
show aaa groups
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display the AAA configured groups:
n1000v# show aaa groups
radius
To display the user default role assigned by the authentication, authorization, and accounting (AAA) administrator, use the show aaa user default-role command.
show aaa user default-role
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display the status of user AAA default role:
n1000v# show aaa user default-role
enabled
To display the access control lists (ACLs), use the show access-lists command.
show access-lists [capture session session_id | dynamic | expanded | summary | list_name [capture session session_id | dynamic | expanded | summary]]
The default <cr> displays all access lists.
Any
network-admin
network-operator
This example shows how to display access lists:
n1000v# show access-lists
IPV4 ACL PC_PVLAN-In
10 deny tcp any 209.165.200.234/0 eq ftp
20 deny tcp any 209.165.200.234/0 eq 666
30 deny udp any 209.165.200.234/0 eq tftp
40 deny tcp any 209.165.200.234/0 eq telnet
50 deny udp any 209.165.200.234/0 eq 1000
60 deny udp any 209.165.200.234/0 eq 1016
70 deny udp any 209.165.200.234/0 eq 1032
80 deny udp any 209.165.200.234/0 eq 1048
90 deny udp any 209.165.200.234/0 eq 1064
100 deny udp any 209.165.200.234/0 eq 1080
110 deny udp any 209.165.200.234/0 eq 1096
120 permit ip any any
IPV4 ACL abhi-acl
10 permit ip 122.243.200.20/32 66.139.138.221/32 dscp af12
20 deny icmp 4.68.213.83/32 59.90.89.77/32 dscp cs1
30 permit icmp 72.165.25.69/32 85.135.171.135/32 echo dscp cs1
40 deny igmp 56.51.111.28/32 127.177.14.122/32 7 dscp 11
50 permit tcp 91.125.160.40/32 lt 40765 14.208.192.244/32 gt 2594 dscp 1
60 permit udp 15.104.89.102/32 eq 20343 54.182.95.236/32 lt 43125 dscp 6
70 permit ip 46.167.60.215/32 78.70.151.1/32 dscp 7
80 permit icmp 90.119.71.215/32 93.255.186.116/32 dscp 9
90 permit icmp 38.164.211.185/32 56.74.11.71/32 timestamp-request dscp af11
100 deny igmp 58.63.101.184/32 0.179.173.154/32 0 dscp 3
110 permit tcp 92.217.203.237/32 gt 21295 65.214.100.184/32 eq 13033 dscp 4
120 permit udp 12.229.14.211/32 lt 57734 88.115.243.129/32 gt 50221 dscp 5
130 deny ip 111.63.192.108/32 104.76.118.97/32 dscp af13
140 permit 13 125.190.31.44/32 111.228.220.8/32 dscp default
150 permit icmp 22.137.175.193/32 94.115.68.250/32 1 dscp af12
160 deny igmp 65.33.193.187/32 24.63.252.123/32 13 dscp 5
...
This example shows how to display expanded information about access lists:
n1000v# show access-lists expanded
IPV4 ACL PC_PVLAN-In
10 deny tcp any 209.165.200.234/0 eq ftp
20 deny tcp any 209.165.200.234/0 eq 666
30 deny udp any 209.165.200.234/0 eq tftp
40 deny tcp any 209.165.200.234/0 eq telnet
50 deny udp any 209.165.200.234/0 eq 1000
60 deny udp any 209.165.200.234/0 eq 1016
70 deny udp any 209.165.200.234/0 eq 1032
80 deny udp any 209.165.200.234/0 eq 1048
90 deny udp any 209.165.200.234/0 eq 1064
100 deny udp any 209.165.200.234/0 eq 1080
110 deny udp any 209.165.200.234/0 eq 1096
120 permit ip any any
...
This example shows how to display an access list by its name:
n1000v# show access-lists PC_PVLAN-In
IPV4 ACL PC_PVLAN-In
10 deny tcp any 209.165.200.234/0 eq ftp
20 deny tcp any 209.165.200.234/0 eq 666
30 deny udp any 209.165.200.234/0 eq tftp
40 deny tcp any 209.165.200.234/0 eq telnet
50 deny udp any 209.165.200.234/0 eq 1000
60 deny udp any 209.165.200.234/0 eq 1016
70 deny udp any 209.165.200.234/0 eq 1032
80 deny udp any 209.165.200.234/0 eq 1048
90 deny udp any 209.165.200.234/0 eq 1064
100 deny udp any 209.165.200.234/0 eq 1080
110 deny udp any 209.165.200.234/0 eq 1096
120 permit ip any any
This example shows how to display summary information about a named access list by using a list name as an argument and the optional summary keyword:
n1000v# show access-lists PC_PVLAN-In summary
IPV4 ACL PC_PVLAN-In
Total ACEs Configured:12
Configured on interfaces:
Active on interfaces:
|
|
---|---|
clear access-list counter |
Clear the counters for IP and MAC ACLs. |
ip access-list |
Creates an IP access list. |
resequence |
Resequences a list with sequence numbers. |
To display the accounting log, use the show accounting log command.
show accounting log [log_size | all | last-index | start-seqnum start_eqnum [end-seqnum end_seqnum] | start-time year month day hh:mm:ss [end-time year month day hh:mm:ss]]
None
Any
network-admin
network-operator
This example shows how to display the accounting log:
n1000v# show accounting log
Sun Jan 6 18:02:11 2013:type=start:id= msp.1304:user=admin:cmd=
Sun Jan 6 18:02:11 2013:type=update:id= msp.1304:user=admin:cmd=configure terminal ; interface Vethernet133 (SUCCESS)
Sun Jan 6 18:02:11 2013:type=update:id= msp.1304:user=admin:cmd=configure terminal ; interface Vethernet133 ; ip port access-group abhi-acl in (SUCCESS)
Sun Jan 6 18:02:11 2013:type=update:id= msp.1304:user=admin:cmd=configure terminal ; interface Vethernet133 ; ip port access-group abhi-acl out (SUCCESS)
Sun Jan 6 18:02:11 2013:type=update:id= msp.1304:user=admin:cmd=configure terminal ; interface Vethernet133 ; switchport mode access (SUCCESS)
Sun Jan 6 18:02:11 2013:type=update:id= msp.1304:user=admin:cmd=configure terminal ; interface Vethernet133 ; switchport access vlan 262 (SUCCESS)
Sun Jan 6 18:02:11 2013:type=update:id= msp.1304:user=admin:cmd=configure terminal ; interface Vethernet133 ; no shutdown (SUCCESS)
...
This example shows how to show the accounting log by entering a size (0 to 250000 in bytes) argument:
n1000v# show accounting log 32500
Thu Jan 3 17:07:33 2013:type=stop:id= msp.1296:user=admin:cmd=
Thu Jan 3 17:07:33 2013:type=start:id= msp.1296:user=admin:cmd=
Thu Jan 3 17:07:33 2013:type=update:id= msp.1296:user=admin:cmd=configure terminal ; interface Ethernet5/2 (SUCCESS)
Thu Jan 3 17:07:34 2013:type=update:id= msp.1296:user=admin:cmd=configure terminal ; interface Ethernet5/2 ; shutdown (SUCCESS)
Thu Jan 3 17:07:34 2013:type=update:id= msp.1296:user=admin:cmd=configure terminal ; interface Ethernet5/2 ; no channel-group auto mode on mac-pinn
ing (SUCCESS)
Thu Jan 3 17:07:34 2013:type=update:id= msp.1296:user=admin:cmd=configure terminal ; interface Ethernet5/2 ; no channel-group auto mode on mac-pinn
ing (SUCCESS)
...
This example shows how to display accounting log messages with the required year month, day, hour, minutes and seconds:
n1000v# show accounting log start-time 2013 Jan 15 02:22:30 end-time 2013 Jan 15 07:43:48
Tue Jan 15 07:43:46 2013:type=update:id= msp.1303:user=admin:cmd=configure terminal ; interface Vethernet158 ; switchport port-security mac-address sticky (SUCCESS)
Tue Jan 15 07:43:46 2013:type=update:id= msp.1303:user=admin:cmd=configure terminal ; interface Vethernet158 ; ip flow monitor monitor2 input (SUCCESS)
Tue Jan 15 07:43:46 2013:type=update:id= msp.1303:user=admin:cmd=configure terminal ; interface Vethernet158 ; ip flow monitor monitor2 output (SUCCESS)
Tue Jan 15 07:43:46 2013:type=update:id= msp.1303:user=admin:cmd=configure terminal ; interface Vethernet158 ; switchport mode access (SUCCESS)
Tue Jan 15 07:43:46 2013:type=update:id= msp.1303:user=admin:cmd=configure terminal ; interface Vethernet158 ; switchport access vlan 263 (SUCCESS)
Tue Jan 15 07:43:46 2013:type=update:id= msp.1303:user=admin:cmd=configure terminal ; interface Vethernet158 ; no shutdown (SUCCESS)
Tue Jan 15 07:43:46 2013:type=stop:id= msp.1303:user=admin:cmd=
Tue Jan 15 07:43:46 2013:type=start:id=ppm.23757:user=admin:cmd=
Tue Jan 15 07:43:47 2013:type=stop:id=ppm.23757:user=admin:cmd=
Tue Jan 15 07:43:48 2013:type=start:id= msp.1303:user=admin:cmd=
Tue Jan 15 07:43:48 2013:type=update:id= msp.1303:user=admin:cmd=configure terminal ; interface Vethernet159 (SUCCESS)
Tue Jan 15 07:43:48 2013:type=update:id= msp.1303:user=admin:cmd=configure terminal ; interface Vethernet159 ; switchport port-security violation shutdown (SUCCESS)
Tue Jan 15 07:43:48 2013:type=update:id= msp.1303:user=admin:cmd=configure terminal ; interface Vethernet159 ; ip port access-group abhi-acl in (SUCCESS)
Tue Jan 15 07:43:48 2013:type=update:id= msp.1303:user=admin:cmd=configure terminal ; interface Vethernet159 ; ip port access-group abhi-acl out (SUCCESS)
|
|
---|---|
clear accounting log |
Clears the accounting log. |
To display the current message of the day (MOTD) banner message, use the show banner motd command.
show banner motd
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display the current MOTD banner message:
n1000v# show banner motd
Nexus 1000V Switch
|
|
---|---|
banner motd |
Configures the banner message of the day. |
send |
Sends a message to an open session. |
switchname |
Changes the switch prompt. |
To display system and kickstart boot variables for verification, use the show boot command.
show boot [auto-copy | current | module [module_key_word] | sup-1 | sup-2 | variables]
None
Any)
network-admin
network-operator
This example shows how to display system and kickstart boot variables for verification:
n1000v# show boot
Current Boot Variables:
sup-1
kickstart variable = bootflash:/n1000vh-dk9-kickstart.5.2.1.SM1.5.0.202.gbin
system variable = bootflash:/n1000vh-dk9.5.2.1.SM1.5.0.202.gbin
sup-2
kickstart variable = bootflash:/n1000vh-dk9-kickstart.5.2.1.SM1.5.0.202.gbin
system variable = bootflash:/n1000vh-dk9.5.2.1.SM1.5.0.202.gbin
No module boot variable set
Boot Variables on next reload:
sup-1
kickstart variable = bootflash:/n1000vh-dk9-kickstart.5.2.1.SM1.5.0.202.gbin
system variable = bootflash:/n1000vh-dk9.5.2.1.SM1.5.0.202.gbin
sup-2
kickstart variable = bootflash:/n1000vh-dk9-kickstart.5.2.1.SM1.5.0.202.gbin
system variable = bootflash:/n1000vh-dk9.5.2.1.SM1.5.0.202.gbin
No module boot variable set
This example shows how to display the first supervisor configuration:
n1000v# show boot sup-1
Current Boot Variables:
sup-1
kickstart variable = bootflash:/n1000vh-dk9-kickstart.5.2.1.SM1.5.0.202.gbin
system variable = bootflash:/n1000vh-dk9.5.2.1.SM1.5.0.202.gbin
Boot Variables on next reload:
sup-1
kickstart variable = bootflash:/n1000vh-dk9-kickstart.5.2.1.SM1.5.0.202.gbin
system variable = bootflash:/n1000vh-dk9.5.2.1.SM1.5.0.202.gbin
This example shows how to display the list of boot variables:
n1000v# show boot variables
List of boot variables are:
ssi
system
asm-sfn
kickstart
To display all of the interfaces in the Cisco Discovery Protocol database, use the show cdp all command.
show cdp all
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display all of the interfaces in the Cisco Discovery Protocol database:
n1000v# show cdp all
mgmt0 is up
CDP enabled on interface
Refresh time is 60 seconds
Hold time is 180 seconds
control0 is up
CDP enabled on interface
Refresh time is 60 seconds
Hold time is 180 seconds
Vethernet1 is up
CDP enabled on interface
Refresh time is 60 seconds
Hold time is 180 seconds
Vethernet2 is up
CDP enabled on interface
Refresh time is 60 seconds
Hold time is 180 seconds
Ethernet3/1 is up
CDP enabled on interface
Refresh time is 60 seconds
Hold time is 180 seconds
...
To display a specific Cisco Discovery Protocol entry that matches a name, use the show cdp entry name command.
show cdp entry {all | name cdp_name}
None
Any
network-admin
network-operator
This example shows how to display all of the entries in the Cisco Discovery Protocol database:
n1000v# show cdp entry all
----------------------------------------
Device ID:THROTTLE(0802674791369441099)
System Name: THROTTLE
Interface address(es):
IPv4 Address: 10.105.225.181
Platform: Nexus1000V, Capabilities:
Interface: mgmt0, Port ID (outgoing port): mgmt0
Holdtime: 140 sec
Version:
Cisco Nexus Operating System (NX-OS) Software, Version 5.2(1)SM1(5.1)
Advertisement Version: 2
MTU: 1500
Mgmt address(es):
IPv4 Address: 10.105.225.181
----------------------------------------
Device ID:THROTTLE(0802674791369441099)
System Name: THROTTLE
Interface address(es):
IPv4 Address: 10.105.225.181
Platform: Nexus1000V, Capabilities:
Interface: control0, Port ID (outgoing port): control0
Holdtime: 140 sec
Version:
Cisco Nexus Operating System (NX-OS) Software, Version 5.2(1)SM1(5.1)
Advertisement Version: 2
...
This example shows how to display an entry in the Cisco Discovery Protocol database that matches a name:
n1000v# show cdp entry name N5K-1-RowP-Rack7
----------------------------------------
Device ID:THROTTLE(0802674791369441099)
System Name:THROTTLE
Interface address(es):
IPv4 Address: 10.105.225.181
Platform: Nexus1000V, Capabilities: Switch IGMP Filtering
Interface: mgmt0, Port ID (outgoing port): mgmt0
Holdtime: 139 sec
Version:
Cisco Nexus Operating System (NX-OS) Software, Version 5.2(1)SM1(5.1)
Advertisement Version: 2
Mgmt address(es):
IPv4 Address: 10.105.225.181
To display the Cisco Discovery Protocol global parameters, use the show cdp global command.
show cdp global
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display the Cisco Discovery Protocol global parameters:
n1000v# show cdp global
Global CDP information:
CDP enabled globally
Refresh time is 60 seconds
Hold time is 180 seconds
CDPv2 advertisements is enabled
DeviceID TLV in System-Name(Default) Format
To display the Cisco Discovery Protocol interface, use the show cdp interface command.
show cdp interface {control if_num | ethernet slot/chassis_num / port/slot_num | mgmt mgmt_if_num}
None
Any
network-admin
network-operator
This example shows how to display the control interface in the Cisco Discovery Protocol database:
n1000v# show cdp interface control 0
control0 is up
CDP enabled on interface
Refresh time is 60 seconds
Hold time is 180 seconds
This example shows how to display the Ethernet IEEE 802.3z interfaces in the Cisco Discovery Protocol database:
n1000v# show cdp interface ethernet 3/2
Ethernet3/2 is up
CDP enabled on interface
Refresh time is 60 seconds
Hold time is 180 seconds
This example shows how to display the management interface in the Cisco Discovery Protocol database:
n1000v# show cdp interface mgmt 0
mgmt0 is up
CDP enabled on interface
Refresh time is 60 seconds
Hold time is 180 seconds
To display the Cisco Discovery Protocol neighbors interface, use the show cdp neighbors command.
show cdp neighbors [detail | interface {control if_num | ethernet slot/chassis_num / port/slot_num | mgmt mgmt_if_num}]
None
Any
network-admin
network-operator
This example shows how to display the Cisco Discovery Protocol neighbors interface:
n1000v(config)# show cdp neighbors
Capability Codes: R - Router, T - Trans-Bridge, B - Source-Route-Bridge
S - Switch, H - Host, I - IGMP, r - Repeater,
V - VoIP-Phone, D - Remotely-Managed-Device,
s - Supports-STP-Dispute
Device ID Local Intrfce Hldtme Capability Platform Port ID
swordfish-6k-2 Eth2/2 169 R S I WS-C6503-E Gig1/14
swordfish-6k-2 Eth2/3 139 R S I WS-C6503-E Gig1/15
swordfish-6k-2 Eth2/4 135 R S I WS-C6503-E Gig1/16
swordfish-6k-2 Eth2/5 177 R S I WS-C6503-E Gig1/17
swordfish-6k-2 Eth2/6 141 R S I WS-C6503-E Gig1/18
This example shows how to display the configuration and capabilities of the upstream devices for a specific interface:
n1000v(config)# show cdp neighbors interface ethernet 2/3
Capability Codes: R - Router, T - Trans-Bridge, B - Source-Route-Bridge
S - Switch, H - Host, I - IGMP, r - Repeater,
V - VoIP-Phone, D - Remotely-Managed-Device,
s - Supports-STP-Dispute
Device ID Local Intrfce Hldtme Capability Platform Port ID
swordfish-6k-2 Eth2/3 173 R S I WS-C6503-E Gig1/15
To display the Cisco Discovery Protocol traffic statistics for a named interfacec, use the show cdp traffic interface control command.
show cdp traffic interface control if_num
if_num |
Control interface number. The only valid value is 0. |
None
Any
network-admin
network-operator
This example shows how to display Cisco Discovery Protocol traffic interface control statistics:
n1000v# show cdp traffic interface control 0
----------------------------------------
Traffic statistics for control0
Input Statistics:
Total Packets: 0
Valid CDP Packets: 0
CDP v1 Packets: 0
CDP v2 Packets: 0
Invalid CDP Packets: 0
Unsupported Version: 0
Checksum Errors: 0
Malformed Packets: 0
Output Statistics:
Total Packets: 10
CDP v1 Packets: 0
CDP v2 Packets: 10
Send Errors: 0
To display the Cisco Discovery Protocol IEEE 802.3z interface information for a named slot/chassis number, use the show cdp traffic interface ethernet command.
show cdp traffic interface ethernet slot/chassis_num / port/slot_num
slot/chassis_num / port/slot_num |
Slot/chassis number. The range is from 1 to 66. Slash separator. Port/slot number. The range is from 1 to 128. |
None
Any
network-admin
network-operator
This example shows how to display the IEEE 802.3z interface statistics by a named slot/chassis number:
n1000v# show cdp traffic interface ethernet 3/2
----------------------------------------
Traffic statistics for Ethernet3/2
Input Statistics:
Total Packets: 14
Valid CDP Packets: 14
CDP v1 Packets: 0
CDP v2 Packets: 14
Invalid CDP Packets: 0
Unsupported Version: 0
Checksum Errors: 0
Malformed Packets: 0
Output Statistics:
Total Packets: 16
CDP v1 Packets: 0
CDP v2 Packets: 16
Send Errors: 0
To display the Cisco Discovery Protocol traffic interface statistics by management number, use the show cdp traffic interface mgmt command.
show cdp traffic interface mgmt mgmt_if_num
mgmt_if_num |
Management interface number. The only valid value is 0. |
None
Any
network-admin
network-operator
This example shows how to display Cisco Discovery Protocol traffic interface management statistics:
n1000v# show cdp traffic interface mgmt 0
----------------------------------------
Traffic statistics for mgmt0
Input Statistics:
Total Packets: 0
Valid CDP Packets: 0
CDP v1 Packets: 0
CDP v2 Packets: 0
Invalid CDP Packets: 0
Unsupported Version: 0
Checksum Errors: 0
Malformed Packets: 0
Output Statistics:
Total Packets: 34
CDP v1 Packets: 0
CDP v2 Packets: 34
Send Errors: 0
To display the class map configuration for all class maps, use the show class-map command.
show class-map [type {qos | queuing}]
type |
(Optional) Specifies the type of the class map. |
qos |
Specifies the type quality of service (QoS). |
queuing |
Specifies the type queuing. |
Displays all of the class maps.
Any
network-admin
network-operator
This example shows how to display the class map configuration for class map type QoS:
n1000v# show class-map type qos
Type qos class-maps
====================
class-map type qos match-all class1
class-map type qos match-all class2
To display the command-line interface (CLI) alias configuration, use the show cli alias command.
show cli alias [name alias_name]
name |
(Optional} Displays a specific alias. |
alias_name |
The name of the specific alias. The alias name is not case-sensitive. |
Displays all CLI aliases.
Any
network-admin
network-operator
This example shows how to display the CLI alias configuration:
n1000v#
show cli alias
n1000v#
To display the current range of dynamic command-line interface (CLI) parameters, use the show cli command.
show cli dynamic {integers [param_integer] | strings [param_string]}
None
Any
network-admin
network-operator
This example shows how to display current range of dynamic CLI integers:
n1000v#
show cli dynamic integers
<module> 1 to 66 <i1> 1 to 66
This example shows how to display current range of dynamic CLI strings:
n1000v#
show cli dynamic strings
Token: <res-mgr-template-known-name-all>
vdc-default
global-default
Token: <res-mgr-res-known-name>
vrf
u4route-mem
u6route-mem
vlan
monitor-session
port-channel
Token: <res-mgr-res-known-name-all>
vrf
u4route-mem
u6route-mem
vlan
monitor-session
port-channel
Token: <trap_arg>
rmon
config
snmp
upgrade
sysmgr
aaa
rf
entity
feature-control
license
link
vtp
Token: <license-feature>
N1KV_MSFT_LAN_SERVIC
NEXUS_VSG_SERVICES_P
NEXUS_ASA1000V_SERVI
...
To display a history of command-line interface (CLI) commands, use the show cli history command.
show cli history [num_lines [unformatted] | config-mode [num_lines [unformatted] | unformatted [num_lines]] | exec-mode [num_lines [unformatted] | unformatted [num_lines]] | this-mode-only [num_lines [unformatted] | unformatted [num_lines]] | unformatted [num_lines]]
Displays the CLI command history.
Any
network-admin
network-operator
This example shows how to display the history of CLI commands:
n1000v#
show cli history
0 01:12:51 show cli dynamic integers
1 01:13:47 show cli dynamic string
2 01:17:14 show cli dynamic integers module
3 01:17:25 show cli dynamic integers 1
4 01:22:12 show cli history
To display the command-line interface (CLI) interface table, use the show cli interface table command.
show cli interface table
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display the CLI interface table:
n1000v#
show cli interface table
name port-channel mask 2097152 match length 2 format 9 lib ethpcmcli
name ethernet mask 8589934592 match length 1 format 14 lib pmcli_common
name mgmt mask 128 match length 4 format 1 lib pmcli_common
name control mask 68719476736 match length 7 format 1 lib pmcli_common
name vethernet mask 4294967296 match length 2 format 1 lib vimcli
To display user-defined command-line interface (CLI) command syntax, use the show cli list command.
show cli list [max_combo [component_match [detail [recurse] | recurse [detail]]]
None
Any
network-admin
network-operator
This example shows how to display the CLI command syntax:
n1000v#
show cli list
MODE exec
no debug fm error
no debug fm flow
no debug aclmgr all
no debug aclmgr ha
no debug aclmgr fsm
no debug aclmgr errors
no debug aclmgr events
no debug aclmgr trace
no debug aclmgr ppf mts
no debug aclmgr ppf session
no debug aclmgr ppf session-state
no debug aclmgr ppf pss
no debug aclmgr ppf errors
no debug aclmgr ppf remote-link
no debug core error
no debug core flow
no debug aaa aaa-requests
no debug aaa all
no debug aaa conf-events
no debug aaa errors
no debug aaa events
no debug aaa mts
...
To display the command-line interface (CLI) syntax of all commands, use the show cli syntax command.
show cli syntax
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display the syntax of all commands:
n1000v#
show cli syntax
(0)
[no
]debug fm
{error
|flow
}
(1)
[no
]debug aclmgr all
(2)
[no
]debug aclmgr
{ha
|fsm
|errors
|events
|trace
}
(3)
[no
]debug aclmgr ppf
{mts
|session
|session-state
|pss
|errors
|remote-link
}
(4)
[no
]debug core
{error
|flow
}
(5)
[no
]debug aaa aaa-requests
(6)
[no
]debug aaa all
(7)
[no
]debug aaa conf-events
(8)
[no
]debug aaa errors
(9)
[no
]debug aaa events
(10)
[no
]debug aaa mts
(11)
[no
]debug license all
(12)
[no
]debug license errors
(13)
[no
]debug license events
(14)
[no
]debug license mts
(15)
[no
]debug klm rwsem
{error
|flow
[sap <i0>
]}
(16)
[no
]debug klm internal redundancy
{error
|flow
}
(17)
[no
]debug klm internal kadb
{error
|flow
}
(18)
[no
]debug system internal confcheck all
(19)
[no
]debug system internal confcheck error
(20)
[no
]debug system internal confcheck mts
{pkt
{both
|rx
[{node <i0>
|opcode <i1>
|sap <i2>
}]|
tx
}|
pkthdr
{both
|rx
[numpkt <
i3>
]|
tx
}}
...
To display the command-line interface (CLI) syntax using more than one line per command (tree form), use the show cli syntax long command.
show cli syntax long [recurse [roles] | roles] [role_mask | network-admin | network-operator]
None
Any
network-admin
network-operator
This example shows how to display the CLI syntax by using more than one line per command (tree form):
n1000v#
show cli syntax long
MODE exec
***(0)
[no
]debug fm
{error
|
flow
}
***(1)
[no
]debug aclmgr all
***(2)
[no
]debug aclmgr
{ha
|
fsm
|
errors
|
events
|
trace
}
***(3)
[no
]debug aclmgr ppf
{mts
|
session
|
session-state
|
pss
|
errors
|
remote-link
}
***(4)
[no
]debug core
{error
|
flow
}
...
To display the command-line interface (CLI) syntax and the children of all commands, use the show cli syntax recurse command.
show cli syntax recurse [long [roles] | roles] [role_mask | network-admin | network-operator]
None
Any
network-admin
network-operator
This example shows how to display the CLI syntax and the children of all commands:
n1000v#
show cli syntax recurse
MODE exec
(0) [no] debug fm {error | flow}
(1) [no] debug aclmgr all
(2) [no] debug aclmgr {ha | fsm | errors | events | trace}
(3) [no] debug aclmgr ppf {mts | session | session-state | pss | errors | remote-link}
(4) [no] debug core {error | flow}
(5) [no] debug aaa aaa-requests
(6) [no] debug aaa all
(7) [no] debug aaa conf-events
(8) [no] debug aaa errors
(9) [no] debug aaa events
(10) [no] debug aaa mts
...
To display the command-line interface (CLI) syntax of all commands for a specific role in mode, use the show cli syntax roles command.
show cli syntax roles [role_mask | network-admin | network-operator]
Displays the CLI syntax of all command roles.
Any
network-admin
network-operator
This example shows how to display the CLI syntax of all commands in EXEC mode:
n1000v#
show cli syntax roles network-admin
MODE exec
(0)
[no
]debug license all
(1)
[no
]debug license errors
(2)
[no
]debug license events
(3)
[no
]debug license mts
(4)
[no
]debug module all
(5)
[no
]debug module error
[module1 <module>
]
(6)
[no
]debug module event
(7)
[no
]debug module ha
(8)
[no
]debug module no-heartbeat
(9)
[no
]debug module no-powerdown
(10)
[no
]debug module trace
[module1 <module>
]
(11)
[no
]debug exceptionlog
{demux
|deque
|error
|flow
|info
}
...
To display user-defined command-line interface (CLI) persistent variables, use the show cli variables command.
show cli variables
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display user-defined CLI persistent variables:
n1000v#
show cli variables
VSH Variable List (* = session vars)
-----------------
SWITCHNAME="nexus1000V"
TIMESTAMP="2013-02-16-02.20.43"
To display the clock, use the show clock command.
show clock [detail]
detail |
(Optional) Displays the current date and time configuration. |
Displays the machine time and date.
Any
network-admin
network-operator
This example shows how to display the clock:
n1000v# show clock
13:59:11.321 PST Fri Jan 04 2013
|
|
---|---|
clock set |
Manually sets the clock. |
clock summer-time |
Configures summer-time (daylight saving time). |
clock timezone |
Configurec the time zone offset from the UTC. |
To display the copyright, use the show copyright command.
show copyright
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display the copyright:
n1000v# show copyright
Cisco Nexus Operating System (NX-OS) Software
TAC support: http://www.cisco.com/tac
Copyright (c) 2002-2013, Cisco Systems, Inc. All rights reserved.
The copyrights to certain works contained in this software are
owned by other third parties and used and distributed under
license. Certain components of this software are licensed under
the GNU General Public License (GPL) version 2.0 or the GNU
Lesser General Public License (LGPL) Version 2.1. A copy of each
such license is available at
http://www.opensource.org/licenses/gpl-2.0.php and
http://www.opensource.org/licenses/lgpl-2.1.php
|
|
---|---|
show version |
Displays the software version. |
To display all of the device core dumps, for the current virtual device context (VDC), use the show cores command.
show cores
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display all of the device core dumps for the current VDC:
n1000v# show cores
Module Instance Process-name PID Date(Year-Month-Day Time)
------ -------- --------------- -------- -------------------------
|
|
---|---|
attach module |
Accesses the standby VSM console from the active VSM. |
clear cores |
Clears the core files. |
show processes |
Displays information about the process logs. |
To display the debug flags, use the show debug command.
show debug [aaa | aclcomp | acllog [bypass] | aclmgr | arp | ascii-cfg | bootvar | capability | cdp | cert-enroll | confcheck | core | csm | dhcp | ethpm [bypass] | evmc | evms | exceptionlog | fm | fs-daemon | im [bypass] | ip {icmp | ipc | mpacket | packet | routing} | ipconf [bypass | ipv6] | ipqos | ipv6 {icmp | ipc | mld | mpacket | nd | packet | routing} | kadb | klm-rwsem | lacp [bypass] | license | logfile log_file_name | m2rib | module | monitor | msp | mvsh | nfm [bypass] | nsmgr | ntp | platform | pltfm_config [bypass] | plugin [bypass] | port-channel [bypass] | port-profile | port-security [bypass] | private-vlan | radius | redundancy | res_mgr [bypass] | rpm | sal | scheduler | security | session-mgr | snmp | spanning-tree [bypass] | system | tcap | ttyd | vdc | vem_mgr [bypass] | vim [bypass] | vlan [bypass] | vmm | vms | vnm-pa | vns_agent [bypass] | vsh | vshd | xml {server [session {logging {level}}]}]
Displays all of the debug flags.
Any
network-admin
This example shows how to display the debug flags:
n1000v# show debug
show debug
Debug level is set to Minor(1)
REDUN_MGR Daemon:
Error debugging is on
default for new sessions logging level: 3
To display the settings of the debug filter, use the show debug-filter command.
show debug-filter {all | arp | ipv6 {icmp} | rpm}
None
Any
network-admin
This example shows how to display the settings of the debug filter:
n1000v# show debug-filter all
n1000v#
This example shows how to display the settings of the ARP debug filter:
n1000v# show debug-filter arp
n1000v#
This example shows how to display the settings of the IPv6 ICMP debug filter:
n1000v# show debug-filter ipv6 icmp
n1000v#
This example shows how to display the debug filter settings for the RPM:
n1000v# show debug-filter rpm
n1000v#
To display the execution log of the last default-interface, use the show default-interface log command.
show default-interface log
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display the default interface:
n1000v# show default-interface log
No default interface command log
|
|
---|---|
default shutdown |
Remove a configured administrative state from an interface. |
To display information about the dynamic ports, use the show dynamic-port-profile command.
show dynamic-port-profile [inherit inherited_port_profile | name dynamic_port_profile | nsm network segment net_seg_name]
Displays information about the dynamic port profiles.
Any
network-admin
This example shows how to display information about the dynamic ports:
n1000v# show dynamic-port-profile
dynamic-port-profile: dynpp_330779e2-4641-46cc-a757-5a31b1b3999f_272e538f-7f4e-45b6-a363-9fda6b1389f7
inherit port-profile: cluster-traffic
network-segment: NS_VLAN_261
dynamic-port-profile: dynpp_e06910e1-dc31-4212-8f21-4f657bed269d_ae3f98c7-a021-4124-9ab2-7a68f9955467
inherit port-profile: veth-policy
network-segment: sec-20
dynamic-port-profile: dynpp_e06910e1-dc31-4212-8f21-4f657bed269d_f3c01725-6685-4d5a-b08f-7494f744ea08
inherit port-profile: veth-policy
network-segment: NS_VLAN_262
To display the encryption service status, use the show encryption service stat command.
show encryption service stat
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display information about the encryption service status:
n1000v# show encryption service stat
Encryption service not enabled
Master Encryption Key: not configured.
Type-6 encryption is not being used
To display information about event manager environment variables, use the show event manager environment command.
show event manager environment {enviro_name | all}
enviro_name |
Environment variable name. The name is a maximum of 29 characters. |
all |
Displays information about all the configured environment variables. |
None
Any
network-admin
This example shows how to display information about event manager environment variables:
n1000v# show event manager environment all
n1000v#
To display information about registered event manager (EM) event types, use the show event manager event-types command.
show event manager event-types [event_name [module slot_id] | all | module slot_id]
Displays information about registered EM event types.
Any
network-admin
This example shows how to display information about registered EM event types:
n1000v# show event manager event-types
Name : oir
Description : OIR event
Event Parameters : devicetype, eventtype, devicenum
Publisher : Platform Manager
Default Action : None
Name : fanabsent
Description : Fan Absent Event
Event Parameters : devicenum, time
Publisher : Platform Manager
Default Action : None
Name : fanbad
Description : Fan Bad Event
Event Parameters : devicenum, time
Publisher : Platform Manager
Default Action : None
Name : memory
Description : Memory Alerts
Event Parameters : memstate
Publisher : Platform Manager
Default Action : None
Name : temperature
Description : Temperature Sensor Event
Event Parameters : modnum, sensornum, major_minor
Publisher : Platform Manager
Default Action : Shutdown on major temperature threshold
Name : poweroverbudget
Description : Power Over Budget Event
Event Parameters :
Publisher : Platform Manager
Default Action : Syslog
...
To display information about the history of event manager (EM) events, use the show event manager history events command.
show event manager history events [detail [maximum max_limit | severity specified_severity] | maximum max_limit | severity specified_severity]
Displays information about the history of EM events.
Any
network-admin
This example shows how to display information about the history of EM events:
n1000v# show event manager history events
n1000v#
To display information about the state of an event manager (EM) policy, use the show event manager policy-state command.
show event manager policy-state policy_name [module slot_id]
Displays information about the state of an EM policy.
Any
network-admin
This example shows how to display information about the state of an EM policy:
n1000v# show event manager policy-state __pfm_power_over_budget
Policy __pfm_power_over_budget
|
|
---|---|
event manager |
EM commands. |
event-log |
EM logging commands. |
To display information about an event manager (EM) system scripts, use the show event manager script system command.
show event manager script system {all | sys_script_name}
all |
Displays information about all the available system scripts. |
sys_script_name |
System script policy name. The name is a maximum of 29 alphanumeric, non case-sensitive characters. |
None
Any
network-admin
This example shows how to display information about all EM script policies:
n1000v# show event manager script system all
n1000v#
|
|
---|---|
event manager |
EM commands. |
event-log |
EM logging commands. |
To display information about the event manager (EM) system policies, use the show event manager system-policy command.
show event manager system-policy [policy_name | all]
Displays information about the EM system policies.
Any
network-admin
This example shows how to display information about all of the EM system policies:
n1000v# show event manager system-policy all
Name : __lcm_module_failure
Description : Power-cycle 2 times then power-down
Overridable : Yes
Name : __pfm_fanabsent_any_singlefan
Description : Shutdown if any fanabsent for 5 minute(s)
Overridable : Yes
Name : __pfm_fanbad_any_singlefan
Description : Syslog when fan goes bad
Overridable : Yes
...
To display the feature status, use the show feature command.
show feature
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display the feature status:
n1000v# show feature
Feature Name Instance State
-------------------- -------- --------
Flexlink 1 disabled
bfd 1 disabled
bfd_app 1 disabled
btcm 1 disabled
dhcp 1 enabled
drap 1 disabled
fcoe-npv 1 disabled
http-server 1 enabled
ippool 1 disabled
lacp 1 enabled
ldap 1 disabled
netflow 1 enabled
network-segmentation 1 enabled
oim 1 disabled
otv 1 disabled
poe 1 disabled
private-vlan 1 enabled
privilege 1 disabled
ptp 1 disabled
scpServer 1 disabled
segmentation 1 disabled
sftpServer 1 disabled
sshServer 1 enabled
tacacs 1 disabled
telnetServer 1 enabled
vem 1 disabled
To display the feature set services and status, use the show feature-set services command.
show feature-set services name
name |
The name of the feature set. The name is case-sensitive. |
None
Any
network-admin
This example shows how to display information about the feature set services and status:
n1000v# show feature-set services http-server
0 services in feature set http-server
To display a full filename by entering a partial filename and pressing the tab key, use the show file command.
show file {{bootflash: | debug: | log: | modflash: | volatile:} part_filename} [cksum | md5sum]
None
Any
network-admin
network-operator
When you type a partial filename and then press the Tab Key, the command-line interface (CLI) completes the filename if the characters that you typed are unique to a single file. If not, the CLI lists a selection of filenames that match the characters that you typed. You can then retype enough characters to make the filename unique, and CLI completes the filename for you.
This example shows how to display a full filename by entering a partial filename and pressing the Tab key:
n1000v# show file bootflash:n1000v-dk9 <Tab>
bootflash:n1000vh-dk9-kickstart.5.2.1.SM1.5.1.bin
bootflash:n1000vh-dk9.5.2.1.SM1.5.1.binn
To display information about NetFlow cache properties, use the show flow cache size command.
show flow cache size
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display information about the NetFlow cache properties:
n1000v# show flow cache size
Module Cache Size Free Flows Monitors NetFlow Memory Used
------ ---------- ---------- -------- -------------------
3 65536 65536 0 9539584
4 65536 65536 0 9539584
6 65536 65536 0 9539584
To display information about the NetFlow Exporter configuration and statistics, use the show flow exporter command.
show flow exporter [exporter_name]
exporter_name |
(Optional) Exporter name. The name is a maximum of 63 case-sensitive, alphanumeric characters. |
Displays information about the NetFlow Exporter configuration and statistics.
Any
network-admin
This example shows how to display the NetFlow Exporter configuration and statistics:
n1000v# show flow exporter
Flow exporter exporter2:
Destination UDP Port 9996
Source IP Address 10.105.225.180/27
Export from Line Card
DSCP 63
Export Version 9
Exporter Statistics
Number of Flow Records Exported 0
Number of Templates Exported 0
Number of Export Packets Sent 0
Number of Export Bytes Sent 0
Number of Destination Unreachable Events 0
Number of No Buffer Events 0
Number of Packets Dropped (No Route to Host) 0
Number of Packets Dropped (other) 0
Number of Packets Dropped (LC to RP Error) 0
Number of Packets Dropped (Output Drops) 0
Time statistics were last cleared: Never
...
This example shows how to display the NetFlow Exporter configuration and statistics for flow exporter e123456789012345678901234567890123456789:
n1000v# show flow exporter e123456789012345678901234567890123456789
Flow exporter e123456789012345678901234567890123456789:
Destination UDP Port 6
Source IP Address 10.105.225.180/27
Export from Line Card
DSCP 63
Export Version 9
Exporter Statistics
Number of Flow Records Exported 0
Number of Templates Exported 0
Number of Export Packets Sent 0
Number of Export Bytes Sent 0
Number of Destination Unreachable Events 0
Number of No Buffer Events 0
Number of Packets Dropped (No Route to Host) 0
Number of Packets Dropped (other) 0
Number of Packets Dropped (LC to RP Error) 0
Number of Packets Dropped (Output Drops) 0
Time statistics were last cleared: Never
To display information about the NetFlow interface, use the show flow interface command.
show flow interface [ethernet slot/chassis_num / port/slot_num | vethernet vethernet_num]
Displays information about the NetFlow interfaces.
Any
network-admin
This example shows how to display NetFlow interface information:
n1000v# show flow interface
Interface Vethernet19:
Monitor: monitor2
Direction: Input
Interface Vethernet20:
Monitor: monitor2
Direction: Input
Interface Vethernet21:
Monitor: monitor2
Direction: Input
To display information about NetFlow monitor configuration, use the show flow monitor command.
show flow monitor [monitor_name [cache {module module_num} | statistics [cache {module module_num} | statistics {module module_num}]]]
Displays information about NetFlow monitor configuration.
Any
network-admin
This example shows how to display the NetFlow monitor configuration:
n1000v# show flow monitor
Flow Monitor m123456789012345678901234567890123456789:
Use count: 0
Flow Record: r123456789012345678901234567890123456789
Flow Exporter: e123456789012345678901234567890123456789
Flow Monitor monitor2:
Use count: 0
Flow Record: record1
Flow Exporter: exporter2
Flow Monitor test:
Use count: 0
Flow Monitor monitor1:
Use count: 0
Flow Record: record1
Flow Exporter: exporter1
Flow Exporter: exporter2
Flow Monitor m2:
Use count: 0
Flow Record: r1
Flow Exporter: ex1
Flow Exporter: ex2
To display information about NetFlow records, use the show flow record command.
show flow record [record_name | netflow {ipv4 {original-input | original-output} | protocol-port} | netflow-original]
Displays information about NetFlow records.
Any
network-admin
This example shows how to display NetFlow record information:
n1000v# show flow record
Flow record r123456789012345678901234567890123456789:
No. of users: 1
Template ID: 257
Fields:
match ipv4 source address
match ipv4 destination address
match ip protocol
match ip tos
match transport source-port
match transport destination-port
match interface input
match interface output
match flow direction
collect transport tcp flags
collect counter bytes
collect counter packets
collect timestamp sys-uptime first
collect timestamp sys-uptime last
Flow record record1:
No. of users: 2
Template ID: 258
Fields:
match ipv4 source address
match ipv4 destination address
match ip protocol
match ip tos
...
To display information about NetFlow timeout values, use the show flow timeout command.
show flow timeout
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display NetFlow flow cache timeout values:
n1000v# show flow timeout
Flow timeout values
Active timeout: 1800 seconds
Inactive timeout: 15 seconds
Fast timeout: Disabled
Session aging timeout: Disabled
Aggressive aging timeout: Disabled
To display information about the host name, use the show hostname command.
show hostname
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display the hostname:
n1000v# show hostname
n1000v
|
|
---|---|
hostname |
Configures the system host name. |
To display information about host devices, use the show hosts command.
show hosts
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display information about host devices:
n1000v# show hosts
DNS lookup enabled
Name/address lookup uses domain service
Name servers are 255.255.255.255
Host Address
To display information about the HTTP server state, use the show http-server command.
show http-server
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display information about the HTTP server state:
n1000v# show http-server
http-server enabled
|
|
---|---|
feature http-server |
Enables the HTTP server. |
To display information about incompatible configurations, use the show incompatibility system command.
show incompatibility system {bootflash: | volatile:} <Tab>
bootflash: |
Specifies a bootflash filename. |
volatile: |
Specifies a filename on volatile flash. |
None
Any
network-admin
When you type a partial filename and then press the Tab Key, the command-line interface (CLI) completes the filename if the characters that you typed are unique to a single file. If not, the CLI lists a selection of filenames that match the characters that you typed. You can then retype enough characters to make the filename unique, and CLI completes the filename for you.
This example shows how to display information about incompatible configurations:
n1000v# show incompatibility system bootflash: <Tab>
bootflash:/// bootflash://module-2/ bootflash://sup-2/ bootflash://sup-local/ bootflash://sup-standby/
bootflash://module-1/ bootflash://sup-1/ bootflash://sup-active/ bootflash://sup-remote/
|
|
---|---|
dir |
Displays the contents of a directory or file. |
To display information about the software installation impact between two images, use the show install all command.
show install all {failed-standby | failure-reason | impact {iso bootflash: | kickstart {bootflash: | ftp: | modflash: | scp: | sftp: | tftp: | volatile:} {system} {bootflash: | ftp: | modflash: | scp: | sftp: | tftp: | volitile:}} | status}
None
Any
network-admin
This example shows how to display the status of the current or last install all:
n1000v# show install all status
No installation has taken place since the last reboot.
|
|
---|---|
install |
Upgrades software. |
To display information about an interface, use the show interface command.
show interface
This command has no arguments or keywords.
None
Any
network-admin
The options for this command are in the following sections.
This example shows how to display the interface configuration:
n1000v# show interface
mgmt0 is up
Hardware: Ethernet, address: 0015.5de1.85a4 (bia 0015.5de1.85a4)
Internet Address is 10.105.225.180/27
MTU 1500 bytes, BW 1000000 Kbit, DLY 10 usec
reliability 255/255, txload 1/255, rxload 1/255
Encapsulation ARPA
auto-duplex, auto-speed
Auto-Negotiation is turned on
1 minute input rate 13528 bits/sec, 8 packets/sec
1 minute output rate 176 bits/sec, 0 packets/sec
Rx
1210626 input packets 40911 unicast packets 90963 multicast packets
1078752 broadcast packets 331363572 bytes
Tx
31274 output packets 22558 unicast packets 4358 multicast packets
4358 broadcast packets 4586888 bytes
Ethernet3/2 is up
Hardware: Ethernet, address: 0025.b5aa.ab5f (bia 0025.b5aa.ab5f)
Port-Profile is DATA-Macpin
MTU 1500 bytes
Encapsulation ARPA
Port mode is trunk
full-duplex, 10 Gb/s
5 minute input rate 15200 bits/second, 10 packets/second
5 minute output rate 24 bits/second, 0 packets/second
Rx
2813862 Input Packets 0 Unicast Packets
632362 Multicast Packets 2181514 Broadcast Packets
471008300 Bytes
Tx
4221 Output Packets 0 Unicast Packets
4221 Multicast Packets 0 Broadcast Packets 0 Flood Packets
1055250 Bytes
0 Input Packet Drops 0 Output Packet Drops
.
.
.
port-channel1 is up
Hardware: Port-Channel, address: 0025.b5aa.ab4f (bia 0025.b5aa.ab4f)
MTU 1500 bytes, BW 30000000 Kbit, DLY 10 usec
reliability 255/255, txload 1/255, rxload 1/255
Encapsulation ARPA
Port mode is trunk
full-duplex, 10 Gb/s
Input flow-control is off, output flow-control is off
Switchport monitor is off
Members in this channel: Eth3/1, Eth3/2, Eth3/3
Last clearing of "show interface" counters never
300 seconds input rate 45656 bits/sec, 30 packets/sec
300 seconds output rate 72 bits/sec, 0 packets/sec
Rx
0 unicast packets 1890152 multicast packets 6550952 broadcast packets
8440897 input packets 1413635922 bytes
0 input packet drops
Tx
0 unicast packets 12658 multicast packets 0 broadcast packets
12658 output packets 3164500 bytes
0 flood packets
0 output packet drops
1 interface resets
.
.
.
Vethernet1 is up
Port description is 1000V
Hardware: Virtual, address: 0025.b5aa.ab2f (bia 0025.b5aa.ab2f)
Active on module 3
DVS port D962C7C4-DF69-4254-A07C-E67F33CF887B
Port-Profile is dynpp_4a4baaec-30e6-4686-b130-24f31acbdcb2_2c97d33c-44b5-4e93-9b2e-d96ad521bad4
Port mode is access
5 minute input rate 167704 bits/second, 32 packets/second
5 minute output rate 179960 bits/second, 46 packets/second
Rx
17964785 Input Packets 17953842 Unicast Packets
1752 Multicast Packets 11289 Broadcast Packets
53132004473 Bytes
Tx
42851796 Output Packets 42057541 Unicast Packets
160900 Multicast Packets 633355 Broadcast Packets 794256 Flood Packets
41115843155 Bytes
0 Input Packet Drops 0 Output Packet Drops
.
.
.
control0 is up
Hardware: Ethernet, address: 0015.5dad.ab25 (bia 0015.5dad.ab25)
MTU 1500 bytes, BW 1000000 Kbit, DLY 10 usec
reliability 255/255, txload 1/255, rxload 1/255
Encapsulation ARPA
auto-duplex, auto-speed
Auto-Negotiation is turned on
1 minute input rate 0 bits/sec, 0 packets/sec
1 minute output rate 0 bits/sec, 0 packets/sec
Rx
0 input packets 0 unicast packets 0 multicast packets
0 broadcast packets 0 bytes
Tx
5178 output packets 0 unicast packets 5178 multicast packets
0 broadcast packets 1325365 bytes
To display brief information about an interface, use the show interface brief command.
show interface brief
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display a short version of the interface configuration:
n1000v# show interface brief
--------------------------------------------------------------------------------
Port VRF Status IP Address Speed MTU
--------------------------------------------------------------------------------
mgmt0 -- up 10.105.225.180 -- 1500
--------------------------------------------------------------------------------
Ethernet VLAN Type Mode Status Reason Speed Port
Interface Ch #
--------------------------------------------------------------------------------
Eth3/1 1 eth trunk up none 10G 1
Eth3/2 1 eth trunk up none 10G 1
Eth3/3 1 eth trunk up none 10G 1
Eth3/4 1 eth pvlan up none 10G 2
Eth3/5 260 eth trunk up none 10G
Eth3/6 1 eth pvlan up none 10G 2
Eth3/7 1 eth pvlan up none 10G 2
Eth3/8 1 eth pvlan up none 10G 2
Eth4/1 1 eth trunk up none 10G 3
Eth4/2 1 eth trunk up none 10G 3
Eth4/3 1 eth trunk up none 10G 3
Eth4/4 1 eth pvlan up none 10G 4
Eth4/5 260 eth trunk up none 10G
Eth4/6 1 eth pvlan up none 10G 4
Eth4/7 1 eth pvlan up none 10G 4
Eth4/8 1 eth pvlan up none 10G 4
--------------------------------------------------------------------------------
Port-channel VLAN Type Mode Status Reason Speed Protocol
Interface
--------------------------------------------------------------------------------
Po1 1 eth trunk up none a-10G(D) none
Po2 1 eth pvlan up none a-10G(D) none
Po3 1 eth trunk up none a-10G(D) none
Po4 1 eth pvlan up none a-10G(D) none
--------------------------------------------------------------------------------
Vethernet VLAN Type Mode Status Reason Speed
--------------------------------------------------------------------------------
Veth1 260 virt access up none auto
Veth2 260 virt access up none auto
--------------------------------------------------------------------------------
Port VRF Status IP Address Speed MTU
--------------------------------------------------------------------------------
control0 -- up -- -- 1500
To display the capabilities of the interface, use the show interface capabilities command.
show interface capabilities
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display information about the interface capabilities:
n1000v# show interface capabilities
mgmt0
Model: --
Type: --
Speed: 10,100,1000,auto
Duplex: half/full/auto
Trunk encap. type: 802.1Q
Channel: no
Broadcast suppression: none
Flowcontrol: rx-(none),tx-(none)
Rate mode: none
QOS scheduling: rx-(none),tx-(none)
CoS rewrite: yes
ToS rewrite: yes
SPAN: yes
UDLD: yes
Link Debounce: no
Link Debounce Time: no
MDIX: no
Port Group Members: none
port-channel1
Model: unavailable
Type: unknown
Speed: 10,100,1000,10000,auto
Duplex: half/full/auto
Trunk encap. type: 802.1Q
Channel: yes
Broadcast suppression: percentage(0-100)
Flowcontrol: rx-(off/on/desired),tx-(off/on/desired)
Rate mode: none
QOS scheduling: rx-(none),tx-(none)
CoS rewrite: yes
ToS rewrite: yes
SPAN: yes
UDLD: no
Link Debounce: no
Link Debounce Time: no
MDIX: no
Port Group Members: none
...
To display information about the control interface, use the show interface control command.
show interface control control_num [brief | counters [detailed [all] | errors [snmp]] | description | status]
None
Any
network-admin
This example shows how to display information about the control interface:
n1000v# show interface control 0
control0 is up
Hardware: Ethernet, address: 001d.d8b7.1ca2 (bia 001d.d8b7.1ca2)
MTU 1500 bytes, BW 1000000 Kbit, DLY 10 usec
reliability 255/255, txload 1/255, rxload 1/255
Encapsulation ARPA
auto-duplex, auto-speed
Auto-Negotiation is turned on
1 minute input rate 0 bits/sec, 0 packets/sec
1 minute output rate 0 bits/sec, 0 packets/sec
Rx
0 input packets 0 unicast packets 0 multicast packets
0 broadcast packets 0 bytes
Tx
69 output packets 0 unicast packets 69 multicast packets
0 broadcast packets 17661 bytes
To display information about the interface counters, use the show interface counter command.
show interface counter [detailed [all [snmp] | snmp] | errors [module module_num] | module module_num | snmp [module module_num]]
Displays information about the interface counters.
Any
network-admin
This example shows how to display detailed information about interface counters:
n1000v# show interface counters detailed
mgmt0
Input Packets: 64623
Input Bytes: 13465065
Output Packets: 126442
Output Bytes: 80902866
Ethernet3/1
0. InPackets = 484561
1. InOctets = 45999918
2. InUcastPkts = 70211
3. InMcastPkts = 322151
4. InBcastPkts = 92203
5. OutPackets = 320
6. OutOctets = 82560
7. OutUcastPkts = 0
8. OutMcastPkts = 320
9. OutBcastPkts = 0
10. OutFloodPkts = 0
11. InDrops = 24894
12. OutDrops = 0
Ethernet3/2
0. InPackets = 483869
1. InOctets = 45349933
2. InUcastPkts = 70399
3. InMcastPkts = 321391
4. InBcastPkts = 92160
5. OutPackets = 320
6. OutOctets = 82560
7. OutUcastPkts = 0
8. OutMcastPkts = 320
9. OutBcastPkts = 0
10. OutFloodPkts = 0
...
To display interface descriptions, use the show interface description command.
show interface description
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display interface descriptions:
n1000v# show interface description
-------------------------------------------------------------------------------
Interface Description
-------------------------------------------------------------------------------
mgmt0 --
-------------------------------------------------------------------------------
Interface Description
-------------------------------------------------------------------------------
Veth1 --
Veth2 --
Veth3 --
Veth4 --
Veth5 --
Veth6 --
Veth7 --
Veth8 --
Veth9 --
Veth10 --
Veth11 --
Veth12 --
Veth13 --
Veth14 --
Veth15 --
Veth16 --
Veth17 --
Veth18 --
Veth19 --
Veth20 --
-------------------------------------------------------------------------------
Interface Description
-------------------------------------------------------------------------------
...
To display information about the Ethernet IEEE 802.3z interface, use the show interface ethernet command.
show interface ethernet slot/chassis_num / port/slot_num [brief | capabilities | counters [brief | detailed [all [snmp]] | errors [snmp] | snmp] | description | mac-address | status [err-disabled] | switchport | trunk]
None
Any
network-admin
This example shows how to display information about the Ethernet IEEE 802.3z interface:
n1000v# show interface ethernet 6/1
Ethernet6/1 is up
Hardware: Ethernet, address: 001b.21b1.a6bc (bia 001b.21b1.a6bc)
Port-Profile is DATA-Macpin
MTU 1500 bytes
Encapsulation ARPA
Port mode is trunk
full-duplex, 10 Gb/s
5 minute input rate 20680 bits/second, 22 packets/second
5 minute output rate 3024 bits/second, 3 packets/second
Rx
39381 Input Packets 6039 Unicast Packets
24442 Multicast Packets 8900 Broadcast Packets
5120342 Bytes
Tx
4626 Output Packets 220 Unicast Packets
3768 Multicast Packets 639 Broadcast Packets 4386 Flood Packets
488408 Bytes
894 Input Packet Drops 0 Output Packet Drops
To display information about the interface MAC addresses, use the show interface mac-address command.
show interface mac-address
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display information about the interface MAC addresses:
n1000v# show interface mac-address
--------------------------------------------------------------------------------
Interface Mac-Address Burn-in Mac-Address
--------------------------------------------------------------------------------
mgmt0 0015.5dad.ab26 0015.5dad.ab26
Vethernet1 0000.0000.0000 0000.0000.0000
Vethernet2 0000.0000.0000 0000.0000.0000
Vethernet3 0000.0000.0000 0000.0000.0000
Vethernet4 0000.0000.0000 0000.0000.0000
Vethernet5 0000.0000.0000 0000.0000.0000
Vethernet6 0000.0000.0000 0000.0000.0000
Vethernet7 0000.0000.0000 0000.0000.0000
Vethernet8 0000.0000.0000 0000.0000.0000
Vethernet9 0000.0000.0000 0000.0000.0000
Vethernet10 0000.0000.0000 0000.0000.0000
Vethernet11 0000.0000.0000 0000.0000.0000
Vethernet12 0000.0000.0000 0000.0000.0000
Vethernet13 0000.0000.0000 0000.0000.0000
Vethernet14 0000.0000.0000 0000.0000.0000
Vethernet15 0000.0000.0000 0000.0000.0000
Vethernet16 0000.0000.0000 0000.0000.0000
Vethernet17 0000.0000.0000 0000.0000.0000
Vethernet18 0000.0000.0000 0000.0000.0000
Vethernet19 0000.0000.0000 0000.0000.0000
Vethernet20 0000.0000.0000 0000.0000.0000
control0 0015.5dad.ab25 0015.5dad.ab25
To display information about the management interface, use the show interface mgmt command.
show interface mgmt mgmt_if_num [brief | capabilities | counters [detailed [all] | errors [snmp] | snmp] | description | status]
None
Any
network-admin
This example shows how to display information about the management interface:
n1000v# show interface mgmt 0
mgmt0 is up
Hardware: Ethernet, address: 0015.5de1.85a4 (bia 0015.5de1.85a4)
Internet Address is 10.105.225.180/27
MTU 1500 bytes, BW 1000000 Kbit, DLY 10 usec
reliability 255/255, txload 1/255, rxload 1/255
Encapsulation ARPA
auto-duplex, auto-speed
Auto-Negotiation is turned on
1 minute input rate 14168 bits/sec, 9 packets/sec
1 minute output rate 560 bits/sec, 0 packets/sec
Rx
1212841 input packets 41020 unicast packets 91025 multicast packets
1080796 broadcast packets 331770692 bytes
Tx
31383 output packets 22659 unicast packets 4362 multicast packets
4362 broadcast packets 4617918 bytes
To display information about the port channel interface, use the show interface port-channel command.
show interface port-channel port_chan_num [brief | capabilities | counters [brief | detailed [all [snmp] | snmp] | errors [snmp] | trunk] | description | fcoe | mac-address | status [err-vlans] | switchport | trunk]
None
Any
network-admin
This example shows how to display port channel 1 interface information:
n1000v# show interface port-channel l
port-channel1 is up
Hardware: Port-Channel, address: 0025.b5aa.ab4f (bia 0025.b5aa.ab4f)
MTU 1500 bytes, BW 30000000 Kbit, DLY 10 usec
reliability 255/255, txload 1/255, rxload 1/255
Encapsulation ARPA
Port mode is trunk
full-duplex, 10 Gb/s
Input flow-control is off, output flow-control is off
Switchport monitor is off
Members in this channel: Eth3/1, Eth3/2, Eth3/3
Last clearing of "show interface" counters never
300 seconds input rate 59448 bits/sec, 54 packets/sec
300 seconds output rate 72 bits/sec, 0 packets/sec
Rx
0 unicast packets 633095 multicast packets 1446439 broadcast packets
2079474 input packets 395962426 bytes
0 input packet drops
Tx
0 unicast packets 3549 multicast packets 0 broadcast packets
3549 output packets 887250 bytes
0 flood packets
0 output packet drops
1 interface resets
To display information about to display information about the Simple Network Management Protocol (SNMP) interface index (IFindex), use the show interface command.
show interface snmp-ifindex
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display information about the SNMP IFindex list:
n1000v# show interface snmp-ifindex
--------------------------------------------------------------------------------
Port IFMIB Ifindex (hex)
--------------------------------------------------------------------------------
mgmt0 83886080 (0x5000000 )
Veth1 469762048 (0x1c000000)
Veth2 469762064 (0x1c000010)
Veth3 469762080 (0x1c000020)
Veth4 469762096 (0x1c000030)
Veth5 469762112 (0x1c000040)
Veth6 469762128 (0x1c000050)
Veth7 469762144 (0x1c000060)
Veth8 469762160 (0x1c000070)
Veth9 469762176 (0x1c000080)
Veth10 469762192 (0x1c000090)
Veth11 469762208 (0x1c0000a0)
Veth12 469762224 (0x1c0000b0)
Veth13 469762240 (0x1c0000c0)
Veth14 469762256 (0x1c0000d0)
Veth15 469762272 (0x1c0000e0)
Veth16 469762288 (0x1c0000f0)
Veth17 469762304 (0x1c000100)
Veth18 469762320 (0x1c000110)
Veth19 469762336 (0x1c000120)
Veth20 469762352 (0x1c000130)
control0 117440512 (0x7000000 )
To display information about the interface line status, use the show interface status command.
show interface status [down | err-disabled | err-vlans | inactive | module | up]
None
Any
network-admin
This example shows how to display the interface up state:
n1000v# show interface status up
--------------------------------------------------------------------------------
Port Name Status Vlan Duplex Speed Type
--------------------------------------------------------------------------------
mgmt0 -- connected routed auto auto --
control0 -- connected routed auto auto --
This example shows how to display the interface down state:
n1000v# show interface status down
--------------------------------------------------------------------------------
Port Name Status Vlan Duplex Speed Type
--------------------------------------------------------------------------------
Veth1 -- nonPcpt 1 auto auto --
Veth2 -- nonPcpt 1 auto auto --
Veth3 -- nonPcpt 1 auto auto --
Veth4 -- nonPcpt 1 auto auto --
Veth5 -- nonPcpt 1 auto auto --
Veth6 -- nonPcpt 1 auto auto --
Veth7 -- nonPcpt 1 auto auto --
Veth8 -- nonPcpt 1 auto auto --
Veth9 -- nonPcpt 1 auto auto --
Veth10 -- nonPcpt 1 auto auto --
Veth11 -- nonPcpt 1 auto auto --
Veth12 -- nonPcpt 1 auto auto --
Veth13 -- nonPcpt 1 auto auto --
Veth14 -- nonPcpt 1 auto auto --
Veth15 -- nonPcpt 1 auto auto --
Veth16 -- nonPcpt 1 auto auto --
Veth17 -- nonPcpt 1 auto auto --
Veth18 -- nonPcpt 1 auto auto --
Veth19 -- nonPcpt 1 auto auto --
Veth20 -- nonPcpt 1 auto auto --
To display the interface switchport information, use the show interface switchport command.
show interface switchport
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display the interface switchport information:
n1000v# show interface switchport
Name: Vethernet1
Switchport: Enabled
Switchport Monitor: Not enabled
Operational Mode: access
Access Mode VLAN: 1 (default)
Trunking Native Mode VLAN: 1 (default)
Trunking VLANs Allowed: 1 to 4094
Voice VLAN: none
Extended Trust State : not trusted [COS = 0]
Administrative private-vlan primary host-association: none
Administrative private-vlan secondary host-association: none
Administrative private-vlan primary mapping: none
Administrative private-vlan secondary mapping: none
Administrative private-vlan trunk native VLAN: none
Administrative private-vlan trunk encapsulation: dot1q
Administrative private-vlan trunk normal VLANs: none
Administrative private-vlan trunk private VLANs: none
Operational private-vlan: none
Name: Vethernet2
Switchport: Enabled
Switchport Monitor: Not enabled
Operational Mode: access
Access Mode VLAN: 1 (default)
Trunking Native Mode VLAN: 1 (default)
Trunking VLANs Allowed: 1 to 4094
Voice VLAN: none
Extended Trust State : not trusted [COS = 0]
Administrative private-vlan primary host-association: none
Administrative private-vlan secondary host-association: none
Administrative private-vlan primary mapping: none
Administrative private-vlan secondary mapping: none
Administrative private-vlan trunk native VLAN: none
Administrative private-vlan trunk encapsulation: dot1q
Administrative private-vlan trunk normal VLANs: none
Administrative private-vlan trunk private VLANs: none
Operational private-vlan: none
...
To display interface trunk information, use the show interface trunk command.
show interface trunk [fex fex_id | module module_num | vlan vlan_id]
Displays interface trunk information.
Any
network-admin
This example shows how to display interface trunk information:
n1000v# show interface trunk
--------------------------------------------------------------------------------
Port Native Status Port
Vlan Channel
--------------------------------------------------------------------------------
--------------------------------------------------------------------------------
Port Vlans Allowed on Trunk
--------------------------------------------------------------------------------
--------------------------------------------------------------------------------
Port Vlans Err-disabled on Trunk
--------------------------------------------------------------------------------
--------------------------------------------------------------------------------
Port STP Forwarding
--------------------------------------------------------------------------------
To display virtual Ethernet Module (VEM) related interface information, use the show interface vem-internet command.
show interface vem-ethernet {attach connectee device | info} [module module_num]
None
Any
network-admin
This example shows how to display VEM-related interface information:
n1000v# show interface vem-ethernet info
show interface vem-ethernet info
-------------------------------------------------------------------------------
Port If-index Ltl Module Hostname
-------------------------------------------------------------------------------
Eth3/2 0x25008040 18 3 NODE-135
Eth3/3 0x25008080 19 3 NODE-135
Eth4/7 0x2500c180 23 4 NODE-137
Eth5/1 0x25010000 17 5 NODE-UCS-154
Eth5/2 0x25010040 18 5 NODE-UCS-154
Eth6/1 0x25014000 17 6 NODE-UCS-157
Eth6/2 0x25014040 18 6 NODE-UCS-157
Eth7/1 0x25018000 17 7 NODE-UCS-158
Eth7/2 0x25018040 18 7 NODE-UCS-158
To display information about the virtual Ethernet interface, use the show interface vethernet command.
show interface vethernet vethernet_num [brief | counters [brief | detailed [all [snmp] | snmp] | errors [snmp] | snmp] | description | mac-address | status [err-disabled] | switchport | trunk]
None
Any
network-admin
This example shows how to display a virtual Ethernet interface configuration:
n1000v# show interface vethernet 1
Vethernet1 is down (nonParticipating)
Hardware: Virtual, address: 0000.0000.0000 (bia 0000.0000.0000)
Inactive
Port mode is access
5 minute input rate 0 bits/second, 0 packets/second
5 minute output rate 0 bits/second, 0 packets/second
Rx
0 Input Packets 0 Unicast Packets
0 Multicast Packets 0 Broadcast Packets
0 Bytes
Tx
0 Output Packets 0 Unicast Packets
0 Multicast Packets 0 Broadcast Packets 0 Flood Packets
0 Bytes
0 Input Packet Drops 0 Output Packet Drops
To display information about a virtual interface, use the show interface virtual command.
show interface virtual
This command has no arguments or keywords
None
Any
network-admin
Options for this command are presented in the sections that follow.
This example shows how to display information about all of the virtual interfaces:
n1000v# show interface virtual
-------------------------------------------------------------------------------
Port If-index Ltl Module Hostname
-------------------------------------------------------------------------------
Eth3/2 0x25008040 18 3 NODE-135
Eth3/3 0x25008080 19 3 NODE-135
Eth4/7 0x2500c180 23 4 NODE-137
Eth5/1 0x25010000 17 5 NODE-UCS-154
Eth5/2 0x25010040 18 5 NODE-UCS-154
Eth6/1 0x25014000 17 6 NODE-UCS-157
Eth6/2 0x25014040 18 6 NODE-UCS-157
Eth7/1 0x25018000 17 7 NODE-UCS-158
Eth7/2 0x25018040 18 7 NODE-UCS-158
JARVIS# show interface virtual
-------------------------------------------------------------------------------
Port Adapter Owner Mod Host
-------------------------------------------------------------------------------
Veth19 Net Adapter VM1 7 NODE-UCS-158
Veth20 Net Adapter VM1 7 NODE-UCS-158
Veth21 Net Adapter VM1 7 NODE-UCS-158
Veth34 1000V 4 NODE-137
To display virtual interface attach information, use the show interface virtual attach command.
show interface virtual attach {binding [detail | module module_num [detail] | vm vm_name [detail]] | connectee {device | id | name} [module module_num] | status [module module_num | vm vm_name] | sync}
None
Any
network-admin
This example shows how to display the virtual interface attach status information:
n1000v# show interface virtual attach status
-------------------------------------------------------------------------------
Port Status Port-Profile
-------------------------------------------------------------------------------
Veth1 detached
Veth2 detached
Veth3 detached
Veth4 detached
Veth5 detached
Veth6 detached
Veth7 detached
Veth8 detached
Veth9 detached
Veth10 detached
Veth11 detached
Veth12 detached
Veth13 detached
Veth14 detached
Veth15 detached
Veth16 detached
Veth17 detached
Veth18 detached
Veth19 detached
Veth20 detached
To display virtual interface descriptions, use the show interface virtual description command.
show interface virtual description
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display a virtual interface descriptions:
n1000v# show interface virtual description
-------------------------------------------------------------------------------
Interface Description
-------------------------------------------------------------------------------
Veth1 --
Veth2 --
Veth3 --
Veth4 --
Veth5 --
Veth6 --
Veth7 --
Veth8 --
Veth9 --
Veth10 --
Veth11 --
Veth12 --
Veth13 --
Veth14 --
Veth15 --
Veth16 --
Veth17 --
Veth18 --
Veth19 --
Veth20 --
To display information about virtual interfaces on a module, use the show interface virtual module command.
show interface virtual module module_num [vm [vm_name] | vmk | vswif]
None
Any
network-admin
This example shows how to display virtual interface information for a specific module:
n1000v# show interface virtual module 5
-------------------------------------------------------------------------------
Port Adapter Owner Mod Host
-------------------------------------------------------------------------------
Veth2 Net Adapter BLUEVM-01 5 NODE-139
Veth4 Net Adapter GREENVM-01 5 NODE-139
Veth5 Net Adapter BLUEVM-01 5 NODE-139
Veth6 Net Adapter GREENVM-01 5 NODE-139
Veth8 Net Adapter GREENVM-01 5 NODE-139
Veth9 Net Adapter BLUEVM-01 5 NODE-139
Veth10 Net Adapter GREENVM-01 5 NODE-139
Veth12 Net Adapter GREENVM-01 5 NODE-139
Veth13 Net Adapter BLUEVM-01 5 NODE-139
Veth14 Net Adapter GREENVM-01 5 NODE-139
Veth16 Net Adapter GREENVM-01 5 NODE-139
Veth17 Net Adapter BLUEVM-01 5 NODE-139
Veth19 Net Adapter GREENVM-01 5 NODE-139
Veth20 Net Adapter GREENVM-02 5 NODE-139
Veth21 Net Adapter BLUEVM-01 5 NODE-139
Veth23 Net Adapter GREENVM-02 5 NODE-139
Veth24 Net Adapter BLUEVM-01 5 NODE-139
Veth25 Net Adapter GREENVM-02 5 NODE-139
Veth27 Net Adapter GREENVM-02 5 NODE-139
Veth28 Net Adapter BLUEVM-01 5 NODE-139
Veth29 Net Adapter GREENVM-02 5 NODE-139
...
To display virtual interface pinning information, use the show interface virtual pinning command.
show interface virtual pinning [module module_num]
module module_num |
(Optional) Specifies an interface on a module. Module number. The range is from 3 to 66. |
Displays all virtual interface pinning information.
Any
network-admin
This example shows how to display virtual interface pinning information:
n1000v# show interface virtual pinning
------------------------------------------------------
Veth Pinned Associated PO List of
Sub Group id interface Eth interface(s)
------------------------------------------------------
Veth19 1 Po5 Eth7/2
Veth20 0 Po5 Eth7/1
Veth21 1 Po5 Eth7/2
Veth34 -
To display the virtual port mapping for all virtual interfaces, use the show interface virtual port-mapping command.
show interface virtual port-mapping [module module_num [vm [vm_name] | vmk | vswif] | vm vm_name]
Displays the virtual port mapping for all virtual interfaces.
Any
network-admin
This example shows how to display the virtual port mapping for all virtual interfaces:
n1000v# show interface virtual port-mapping
-------------------------------------------------------------------------------
Port Binding-Type Status Reason
Hypervisor-Port
-------------------------------------------------------------------------------
Veth1 static up none
05d2442e-4331-492c-a14e-430719805a2c--343f289a-3244-4830-8ca2-24efe1bdee4a
Veth2 static up none
98bcf40e-2a47-4b39-a968-f2f21d1aaf7d--4210be98-0739-4fd2-ac60-b7b697763efa
Veth3 static up none
05d2442e-4331-492c-a14e-430719805a2c--dc1f4f47-238a-4bbc-86e2-3a1a130325ba
Veth4 static up none
0a4f801d-920a-48c6-b691-8d79a10c774b--6b49eea0-06f8-4fad-a11b-4001da33be70
Veth5 static up none
98bcf40e-2a47-4b39-a968-f2f21d1aaf7d--96b40d64-2ae7-439e-bbf3-d7a6aea4622b
Veth6 static up none
0a4f801d-920a-48c6-b691-8d79a10c774b--16f6e52b-b56b-4cbb-9831-45519303cdd9
...
To display virtual Ethernet module (VEM) information that relates to virtual interfaces, use the show interface virtual vem-info command.
show interface virtual vem-info [module module_num [vm vm_name] | vm vm_name]
Displays all VEM information that relates to virtual interfaces.
Any
network-admin
This example shows how to display VEM information that relate to virtual interfaces:
n1000v# show interface virtual vem-info
-------------------------------------------------------------------------------
Port If-index Ltl Module Hostname
-------------------------------------------------------------------------------
Veth1 0x1c000000 57 6 NODE-141
Veth2 0x1c000010 121 5 NODE-139
Veth3 0x1c000020 58 6 NODE-141
Veth4 0x1c000030 81 5 NODE-139
Veth5 0x1c000040 122 5 NODE-139
Veth6 0x1c000050 82 5 NODE-139
Veth7 0x1c000060 59 6 NODE-141
Veth8 0x1c000070 83 5 NODE-139
Veth9 0x1c000080 123 5 NODE-139
Veth10 0x1c000090 84 5 NODE-139
Veth11 0x1c0000a0 60 6 NODE-141
Veth12 0x1c0000b0 85 5 NODE-139
...
To display information about virtual interfaces owned by a virtual machine (VM), use the show interface virtual vm command.
show interface virtual vm [vm_name]
vm_name |
(Optional) VM name. The name is a maximum of 80 characters. |
Displays all virtual interfaces owned by all VMs.
Any
network-admin
This example shows how to display information about all virtual interfaces owned by all VMs:
n1000v# show interface virtual vm
-------------------------------------------------------------------------------
Port Adapter Owner Mod Host
-------------------------------------------------------------------------------
Veth1 Net Adapter REDVM-01 6 NODE-141
Veth2 Net Adapter BLUEVM-01 5 NODE-139
Veth3 Net Adapter REDVM-01 6 NODE-141
Veth4 Net Adapter GREENVM-01 5 NODE-139
Veth5 Net Adapter BLUEVM-01 5 NODE-139
Veth6 Net Adapter GREENVM-01 5 NODE-139
Veth7 Net Adapter REDVM-01 6 NODE-141
Veth8 Net Adapter GREENVM-01 5 NODE-139
Veth9 Net Adapter BLUEVM-01 5 NODE-139
Veth10 Net Adapter GREENVM-01 5 NODE-139
Veth11 Net Adapter REDVM-01 6 NODE-141
Veth12 Net Adapter GREENVM-01 5 NODE-139
Veth13 Net Adapter BLUEVM-01 5 NODE-139
Veth14 Net Adapter GREENVM-01 5 NODE-139
Veth15 Net Adapter REDVM-01 6 NODE-141
Veth16 Net Adapter GREENVM-01 5 NODE-139
Veth17 Net Adapter BLUEVM-01 5 NODE-139
Veth18 Net Adapter REDVM-01 6 NODE-141
Veth19 Net Adapter GREENVM-01 5 NODE-139
...
To display information about the network inventory, use the show inventory command.
show inventory [chassis | module [module_num]]
chassis |
(Optional) Displays inventory chassis information. |
module |
(Optional) Displays inventory module information. |
module_num |
(Optional) Module number. The range is from 1 to 66. |
Displays all network inventory information.
Any
network-admin
This example shows how to display information about the network inventory:
n1000v# show inventory
NAME: "Chassis", DESCR: "Nexus 1000V Chassis"
PID: Nexus1000V , VID: V00 , SN: 3911703911355839484
NAME: "Slot 1", DESCR: "Virtual Supervisor Module"
PID: Nexus1000V , VID: TBD SN: T1DD8B71C00
...
This example shows how to display information about the system chassis:
n1000v# show inventory chassis
NAME: "Chassis", DESCR: "Nexus 1000V Chassis"
PID: Nexus1000V , VID: V00 , SN: 9593408361359731774
This example shows how to display information about the system inventory for a specific module:
n1000v# show inventory module 1
NAME: "Slot 1", DESCR: "Virtual Supervisor Module"
PID: Nexus1000V , VID: TBD SN: T1DD8B71C00
|
|
---|---|
show inventory brief |
Displays an abridged view of the network inventory. |
To display the IP access control lists (ACLs), use the show ip access-lists command.
show ip access-lists [list_name [capture {session session_id [dynamic | expanded | summary]}] | capture {session session_id [dynamic | expanded | summary]} | dynamic | expanded | summary]
Displays all IP ACLs.
Any
network-admin
network-operator
This example shows how to display all IP ACLs:
n1000v# show ip access-lists
IPV4 ACL PC_PVLAN-In
10 deny tcp any 209.165.200.234/0 eq ftp
20 deny tcp any 209.165.200.234/0 eq 666
30 deny udp any 209.165.200.234/0 eq tftp
40 deny tcp any 209.165.200.234/0 eq telnet
50 deny udp any 209.165.200.234/0 eq 1000
60 deny udp any 209.165.200.234/0 eq 1016
70 deny udp any 209.165.200.234/0 eq 1032
80 deny udp any 209.165.200.234/0 eq 1048
90 deny udp any 209.165.200.234/0 eq 1064
100 deny udp any 209.165.200.234/0 eq 1080
110 deny udp any 209.165.200.234/0 eq 1096
120 permit ip any any
IPV4 ACL abhi-acl
10 permit ip 122.243.200.20/32 66.139.138.221/32 dscp af12
20 deny icmp 4.68.213.83/32 59.90.89.77/32 dscp cs1
30 permit icmp 72.165.25.69/32 85.135.171.135/32 echo dscp cs1
40 deny igmp 56.51.111.28/32 127.177.14.122/32 7 dscp 11
50 permit tcp 91.125.160.40/32 lt 40765 14.208.192.244/32 gt 2594 dscp 1
60 permit udp 15.104.89.102/32 eq 20343 54.182.95.236/32 lt 43125 dscp 6
70 permit ip 46.167.60.215/32 78.70.151.1/32 dscp 7
80 permit icmp 90.119.71.215/32 93.255.186.116/32 dscp 9
90 permit icmp 38.164.211.185/32 56.74.11.71/32 timestamp-request dscp af11
...
This example shows how to display an IP ACL by name:
n1000v# show ip access-lists abhi-acl
IPV4 ACL abhi-acl
10 permit ip 122.243.200.20/32 66.139.138.221/32 dscp af12
20 deny icmp 4.68.213.83/32 59.90.89.77/32 dscp cs1
30 permit icmp 72.165.25.69/32 85.135.171.135/32 echo dscp cs1
40 deny igmp 56.51.111.28/32 127.177.14.122/32 7 dscp 11
50 permit tcp 91.125.160.40/32 lt 40765 14.208.192.244/32 gt 2594 dscp 1
60 permit udp 15.104.89.102/32 eq 20343 54.182.95.236/32 lt 43125 dscp 6
70 permit ip 46.167.60.215/32 78.70.151.1/32 dscp 7
80 permit icmp 90.119.71.215/32 93.255.186.116/32 dscp 9
90 permit icmp 38.164.211.185/32 56.74.11.71/32 timestamp-request dscp af11
100 deny igmp 58.63.101.184/32 0.179.173.154/32 0 dscp 3
110 permit tcp 92.217.203.237/32 gt 21295 65.214.100.184/32 eq 13033 dscp 4
120 permit udp 12.229.14.211/32 lt 57734 88.115.243.129/32 gt 50221 dscp 5
130 deny ip 111.63.192.108/32 104.76.118.97/32 dscp af13
140 permit 13 125.190.31.44/32 111.228.220.8/32 dscp default
This example shows how to display a summary of IP ACLs:
n1000v# show ip access-lists summary
IPV4 ACL PC_PVLAN-In
Total ACEs Configured:12
Configured on interfaces:
Active on interfaces:
IPV4 ACL abhi-acl
Total ACEs Configured:110
Configured on interfaces:
Active on interfaces:
IPV4 ACL abhi-acl-2807
Total ACEs Configured:109
Configured on interfaces:
Active on interfaces:
...
To display Address Resolution Protocol (ARP) tables and statistics, use the show ip arp command.
show ip arp [ip_source [vrf {vrf_name | all | default | management}] | inspection [interfaces | statistics | vlan] | vpc-statistics]
Displays all ARP tables and statistics.
Any
network-admin
network-operator
This example shows how to display the ARP tables and statistics:
n1000v# show ip arp
Flags: * - Adjacencies learnt on non-active FHRP router
+ - Adjacencies synced via CFSoE
# - Adjacencies Throttled for Glean
D - Static Adjacencies attached to down interface
IP ARP Table for context default
Total number of entries: 0
Address Age MAC Address Interface
To display IP Dynamic Host Configuration Protocol (DHCP) snooping status information, use the show ip dhcp snooping command.
show ip dhcp snooping
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display DHCP snooping status information:
n1000v# show ip dhcp snooping
Switch DHCP snooping is enabled
DHCP snooping is configured on the following VLANs:
261-264,2012
DHCP snooping is operational on the following VLANs:
10,20,30,40,50,261-264,2012
Insertion of Option 82 is disabled
Verification of MAC address is enabled
DHCP snooping trust is configured on the following interfaces:
Interface Trusted
------------ -------
To display the Internet Group Management Protocol (IGMP) snooping status and configuration information, use the show ip igmp snooping command.
show ip igmp snooping
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display IGMP snooping statistics:
n1000v# show ip igmp snooping
Global IGMP Snooping Information:
IGMP Snooping enabled
Optimised Multicast Flood (OMF) enabled
IGMPv1/v2 Report Suppression disabled
IGMPv3 Report Suppression disabled
Link Local Groups Suppression enabled
VPC Multicast optimization disabled
IGMP Snooping information for vlan 1
IGMP snooping enabled
Optimised Multicast Flood (OMF) enabled
IGMP querier none
Switch-querier disabled
IGMPv3 Explicit tracking enabled
IGMPv2 Fast leave disabled
IGMPv1/v2 Report suppression disabled
IGMPv3 Report suppression disabled
Link Local Groups suppression enabled
Router port detection using PIM Hellos, IGMP Queries
Number of router-ports: 0
Number of groups: 0
VLAN vPC function disabled
Active ports:
...
To display various event logs of Internet Group Management Protocol (IGMP) snooping, use the show ip igmp snooping event-history command.
show ip igmp snooping event-history {rib | vpc | igmp-snoop-internal | mfdm | mfdm-sum | statistics | vlan | vlan-sum}
None
Any
network-admin
network-operator
This example shows how to display IGMP the RIB event history:
n1000v# show ip igmp snooping event-history rib
RIB Events for IGMP Snoop process
2013 Feb 8 11:23:11.898387 igmp [2626]: [2736]: M2RIB: Processing ack: reclaiming buffer 0x0x8282d6c, xid 0x5, count 1
2013 Feb 8 11:23:11.898384 igmp [2626]: [2736]: M2RIB: Received ack for proto-recv-op, xid 0x5
2013 Feb 8 11:23:11.896409 igmp [2626]: [2736]: M2RIB: Processing ack: reclaiming buffer 0x0x8270134, xid 0x4, count 1
2013 Feb 8 11:23:11.896406 igmp [2626]: [2736]: M2RIB: Received ack for proto-recv-op, xid 0x4
2013 Feb 8 11:23:11.891937 igmp [2626]: [2648]: M2RIB: Sent OMF-op, buffer 0x0x8282d6c, xid 0x5, count 1
2013 Feb 8 11:23:11.891910 igmp [2626]: [2648]: M2RIB: Sent proto-recv-op, buffer 0x0x8270134, xid 0x4, count 1,size:0x8282d4c-0x827014c
2013 Feb 8 11:23:11.891870 igmp [2626]: [2648]: M2RIB: Moving RIB txlist member marker to version 2
2013 Feb 8 11:23:11.891857 igmp [2626]: [2648]: M2RIB: Syncing router-ports, snoop-state, OMF-state for vlan 173
2013 Feb 8 11:23:11.891850 igmp [2626]: [2648]: M2RIB: Adding vlan OMF-op enable for vlan 173 to buffer
2013 Feb 8 11:23:11.891847 igmp [2626]: [2648]: M2RIB: Adding vlan proto-recv enable for vlan 173 to buffer, lkup-mode:ip
2013 Feb 8 11:23:11.891833 igmp [2626]: [2648]: M2RIB: Vlan 173 OMF state changed, triggering update
2013 Feb 8 11:23:11.891830 igmp [2626]: [2648]: M2RIB: Vlan 173 state changed, triggering update
2013 Feb 8 11:23:11.891827 igmp [2626]: [2648]: M2RIB: Processing vlan-update for vlan 173 from txlist
2013 Feb 8 11:23:11.891821 igmp [2626]: [2648]: M2RIB: Obtained OMF-buffer 0x0x8282d6c
...
This example shows how to display the internal IGMP event-history buffers:
n1000v# show ip igmp snooping event-history igmp-snoop-internal
igmp-snoop-internal Events for IGMP Snoop process
2013 Feb 8 11:23:11.891232 igmp [2626]: [2736]: Created igmp snooping vdb for <vlan 173> on vlan-create notification (state ACTIVE)
2013 Feb 8 11:23:11.889610 igmp [2626]: [2736]: Sent IGMP snooping status notification message
2013 Feb 8 11:23:11.889597 igmp [2626]: [2736]: IGMP snooping is globally enabled
2013 Feb 8 11:23:11.889589 igmp [2626]: [2736]: Sending IGMP snooping status to registry
2013 Feb 8 11:23:11.889472 igmp [2626]: [2736]: Received vlan create notification for <vlan 173>, (type 1)
2013 Feb 8 11:23:11.889464 igmp [2626]: [2736]: Parsed vlan mgr message, num_records 1
2013 Feb 8 11:13:47.556270 igmp [2626]: [2736]: Sending request to CLI-server for if:sup-eth3 config
2013 Feb 8 11:13:47.555602 igmp [2626]: [2736]: Sending request to CLI-server for if:sup-eth2 config
2013 Feb 8 11:13:47.554804 igmp [2626]: [2736]: Sending request to CLI-server for if:sup-eth1 config
2013 Feb 8 11:13:47.553993 igmp [2626]: [2736]: Sending request to CLI-server for if:control0 config
2013 Feb 8 11:13:47.552798 igmp [2626]: [2736]: Sending request to CLI-server for if:mgmt0 config
2013 Feb 8 11:13:47.552274 igmp [2626]: [2736]: Ignoring vlan create notification for reserved vlan <vlan 4040>, (type 6)
2013 Feb 8 11:13:47.552270 igmp [2626]: [2736]: Parsed vlan mgr message, num_records 1
2013 Feb 8 11:13:47.547170 igmp [2626]: [2736]: Created igmp snooping vdb for <vlan 1> on vlan-create notification (state ACTIVE)
2013 Feb 8 11:13:47.546057 igmp [2626]: [2736]: Sent IGMP snooping status notification message
2013 Feb 8 11:13:47.546040 igmp [2626]: [2736]: IGMP snooping is globally enabled
2013 Feb 8 11:13:47.546002 igmp [2626]: [2736]: Sending IGMP snooping status to registry
2013 Feb 8 11:13:47.545667 igmp [2626]: [2736]: Received vlan create notification for <vlan 1>, (type 1)
2013 Feb 8 11:13:47.545657 igmp [2626]: [2736]: Obtained 81 reserved vlans from vlan-mgr
2013 Feb 8 11:13:47.545645 igmp [2626]: [2736]: Reserved vlan 4094
2013 Feb 8 11:13:47.545644 igmp [2626]: [2736]: Reserved vlan 4047
...
This example shows how to display the state and size of the event-history buffers:
n1000v# show ip igmp snooping event-history statistics
Buffer name State Size
vlan Enabled large
vlan-events Enabled large
igmp-snoop-internal Enabled large
mfdm Enabled large
mfdm-sum Enabled large
VPC Enabled large
RIB Enabled large
To display the explicit-tracking database for the Internet Group Management Protocol (IGMP), use the show ip igmp snooping explicit-tracking command.
show ip igmp snooping explicit-tracking [vlan vlan_id]
vlan vlan_id |
(Optional) Specifies the VLAN explicit tracking database. VLAN identification number. The range is from 1 to 3967 and 4048 to 4093 or range(s): 1 to 5, 10 or 2-5,7-19. |
Displays the entire IGMP explicit-tracking database.
Any
network-admin
network-operator
This example shows how to display IGMP snooping information for the explicit tracking database:
n1000v# show ip igmp snooping explicit-tracking
IGMPv3 Snooping Explicit-tracking information
Vlan Source/Group
Intf Reporter Uptime Last-Join Expires
This example shows how to display IGMP snooping information for VLAN 59 when the explicit tracking database is enabled:
n1000v# (config-vlan-config)# vlan configuration 59
n1000v# (config-vlan-config)# ip igmp snooping explicit-tracking
n1000v# (config-vlan-config)# show ip igmp snooping vlan 59
IGMP Snooping information for vlan 59
IGMP snooping disabled
Optimised Multicast Flood (OMF) disabled
IGMP querier none
Switch-querier disabled
IGMPv3 Explicit tracking enabled (initializing, time-left: 00:04:17)
IGMPv2 Fast leave disabled
IGMPv1/v2 Report suppression disabled
IGMPv3 Report suppression disabled
Link Local Groups suppression enabled
Router port detection using PIM Hellos, IGMP Queries
Number of router-ports: 0
Number of groups: 0
VLAN vPC function disabled
Active ports:
Po1
This example shows how to display IGMP snooping information for VLAN 59 when the explicit tracking database is disabled:
n1000v# vlan configuration 59
n1000v#(config-vlan-config)# no ip igmp snooping explicit-tracking
n1000v#(config-vlan-config)# show ip igmp snooping vlan 59
IGMP Snooping information for vlan 59
IGMP snooping disabled
Optimised Multicast Flood (OMF) disabled
IGMP querier none
Switch-querier disabled
IGMPv3 Explicit tracking disabled
IGMPv2 Fast leave disabled
IGMPv1/v2 Report suppression disabled
IGMPv3 Report suppression disabled
Link Local Groups suppression enabled
Router port detection using PIM Hellos, IGMP Queries
Number of router-ports: 0
Number of groups: 0
VLAN vPC function disabled
Active ports:
Po1
To display the Internet Group Management Protocol (IGMP) snooping information for a group address, use the show ip igmp snooping groups command.
show ip igmp snooping groups [multicast_ip] [source_ip] [detail] [summary] [vlan vlan_id]
Displays IGMP snooping information for all group addresses.
Any
network-admin
network-operator
This example shows how to display IGMP snooping information for a group address:
n1000v# show ip igmp snooping groups
Type: S - Static, D - Dynamic, R - Router port
Vlan Group Address Ver Type Port list
This example shows how to display IGMP snooping information for a multicast address with a source address:
n1000v# show ip igmp snooping groups 224.1.1.1 209.165.202.130
Type: S - Static, D - Dynamic, R - Router port
Vlan Group Address Ver Type Port list
This example shows how to display IGMP snooping information for a source address with a multicast address:
n1000v# show ip igmp snooping groups 209.165.202.130 224.0.1.0
Type: S - Static, D - Dynamic, R - Router port
Vlan Group Address Ver Type Port list
This example shows how to display the VLAN explicit tracking database:
n1000v# show ip igmp snooping groups vlan 2
Type: S - Static, D - Dynamic, R - Router port
Vlan Group Address Ver Type Port list
To display information about the IP Internet Group Management Protocol (IGMP) lookup mode, use the show ip igmp snooping lookup-mode command.
show ip igmp snooping lookup-mode [vlan vlan_id]
vlan vlan_id |
(Optional) Specifies a VLAN. VLAN identification number. The range is from 1 to 3967 and 4048 to 4093 or range(s): 1 to 5, 10 or 2-5,7-19. |
Displays all of the information about the IP IGMP lookup mode.
Any
network-admin
network-operator
This example shows how to display information about the IP IGMP lookup mode:
n1000v# show ip igmp snooping lookup-mode
Global lookup-mode:
configured : IP
operational: IP
VLAN lookup-mode
1 IP
10 IP
20 IP
30 IP
40 IP
50 IP
60 IP
77 IP
80 IP
200 IP
201 IP
202 IP
...
To display information about the IP Internet Group Management Protocol (IGMP) snooping, static MAC outgoing interface (OIF), use the show ip igmp snooping mac-oif command.
show ip igmp snooping mac-oif [detail | vlan vlan_id [detail]]
Displays summary information about the IP IGMP snooping, static MAC OIF.
Any
network-admin
network-operator
This example shows how to display information about the IP IGMP snooping, static MAC OIF:
n1000v# show ip igmp snooping mac-oif
Total Mac OIF: 0
VLAN Count MAC-ADDR OIFs
1 0
173 0
This example shows how to display detailed information about the IP IGMP snooping, static MAC OIF for a specific VLAN:
n1000v# show ip igmp snooping mac-oif vlan 173 detail
VLAN Count MAC-ADDR OIFs
173 0
To display information about the detected IP Internet Group Management Protocol (IGMP) multicast routers, use the show ip igmp snooping mrouter command.
show ip igmp snooping mrouter [vlan vlan_id]
vlan vlan_id |
(Optional) Specifies a VLAN. VLAN identification number. The range is from 1 to 3967 and 4048 to 4093 or range(s): 1 to 5, 10 or 2-5,7-19. |
Displays all information about the detected IP IGMP multicast routers.
Any
network-admin
network-operator
This example shows how to display information about the detected IGMP multicast routers:
n1000v# show ip igmp snooping mrouter
Type: S - Static, D - Dynamic, V - vPC Peer Link
I - Internal, C - Co-learned, U - User Configured
Vlan Router-port Type Uptime Expires
This example shows how to display the IGMP multicast routers detected for a specific VLAN:
n1000v# show ip igmp snooping mrouter vlan 173
Type: S - Static, D - Dynamic, V - vPC Peer Link
I - Internal, C - Co-learned, U - User Configured
Vlan Router-port Type Uptime Expires
To display information about the IP Internet Group Management Protocol (IGMP) snooping querier, use the show ip igmp snooping querier command.
show ip igmp snooping querier [detail | vlan vlan_id]
Displays all information about the IP IGMP snooping querier.
Any
network-admin
network-operator
This example shows how to display IGMP snooping querier information:
n1000v# show ip igmp snooping querier
Vlan IP Address Version Expires Port
This example shows how to display IGMP snooping querier information:
n1000v# show ip igmp snooping querier detail
Vlan IP Address Version Expires Port
To display Internet Group Management Protocol (IGMP) snooping packet/error counter statistics, use the show ip igmp snooping statistics command.
show ip igmp snooping statistics [global | vlan vlan_id]
global |
(Optional) Displays global statistics. |
vlan vlan_id |
(Optional) Specifies a VLAN. VLAN identification number. The range is from 1 to 3967 and 4048 to 4093 or range(s): 1 to 5, 10 or 2-5,7-19. |
Displays all of the IGMP snooping packet/error counter statistics.
Any
network-admin
network-operator
This example shows how to display IGMP packet/error counter statistics:
n1000v# show ip igmp snooping statistics
Global IGMP snooping statistics: (only non-zero values displayed)
Native mct reports drop: 0
IGMP pkt rcvd without if_create: 0
MVR mapped in access : 0
MVR groups_cleared from access: 0
VLAN 1 IGMP snooping statistics, last reset: never (only non-zero values displayed)
vPC Peer Link CFS packet statistics:
VLAN 173 IGMP snooping statistics, last reset: never (only non-zero values displayed)
vPC Peer Link CFS packet statistics:
This example shows how to display IGMP packet/error counter statistics for a specific VLAN:
n1000v# show ip igmp snooping statistics vlan 173
Global IGMP snooping statistics: (only non-zero values displayed)
Native mct reports drop: 0
IGMP pkt rcvd without if_create: 0
MVR mapped in access : 0
MVR groups_cleared from access: 0
VLAN 173 IGMP snooping statistics, last reset: never (only non-zero values displayed)
vPC Peer Link CFS packet statistics:
To display VLAN Internet Group Management Protocol (IGMP) snooping membership information, use the show ip igmp snooping vlan command.
show ip igmp snooping vlan vlan_id
vlan_id |
VLAN identification number. The range is from 1 to 3967 and 4048 to 4093 or range(s): 1 to 5, 10 or 2-5,7-19. |
None
Any
network-admin
network-operator
This example shows how to display IGMP VLAN snooping information:
n1000v# show ip igmp snooping vlan 59
IGMP Snooping information for vlan 59
IGMP snooping disabled
Optimised Multicast Flood (OMF) disabled
IGMP querier none
Switch-querier disabled
IGMPv3 Explicit tracking enabled (initializing, time-left: 00:04:14)
IGMPv2 Fast leave disabled
IGMPv1/v2 Report suppression disabled
IGMPv3 Report suppression disabled
Link Local Groups suppression enabled
Router port detection using PIM Hellos, IGMP Queries
Number of router-ports: 0
Number of groups: 0
VLAN vPC function disabled
Active ports:
Po1
To display information about the IP interface status, use the show ip interface command.
show ip interface
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display information about the IP interface status:
n1000v# show ip interface
IP Interface Status for VRF "default"
To display information about a specific IP-related interface, use the show ip interface command.
show ip interface ipv4_address [operational] [vrf {vrf_name | all | default | management}] | vrf {vrf_name | all | default | management}]
None
Any
network-admin
network-operator
This example shows how to display information about al IP interface per VRF instance:
n1000v# show ip interface vrf all
IP Interface Status for VRF "default"
IP Interface Status for VRF "management"
mgmt0, Interface status: protocol-up/link-up/admin-up, iod: 2,
IP address: 10.105.225.180, IP subnet: 10.105.225.160/27
IP broadcast address: 255.255.255.255
IP multicast groups locally joined: none
IP MTU: 1500 bytes (using link MTU)
IP primary address route-preference: 0, tag: 0
IP proxy ARP : disabled
IP Local Proxy ARP : disabled
IP multicast routing: disabled
IP icmp redirects: enabled
IP directed-broadcast: disabled
IP icmp unreachables (except port): disabled
IP icmp port-unreachable: enabled
IP unicast reverse path forwarding: none
IP load sharing: none
IP interface statistics last reset: never
IP interface software stats: (sent/received/forwarded/originated/consumed)
Unicast packets : 22713/28081/13328/20697/11312
Unicast bytes : 3356973/2798523/1917483/2072962/633472
Multicast packets : 0/14820/0/0/0
Multicast bytes : 0/849808/0/0/0
Broadcast packets : 0/28628/0/0/0
Broadcast bytes : 0/3537430/0/0/0
Labeled packets : 0/0/0/0/0
Labeled bytes : 0/0/0/0/0
WCCP Redirect outbound: disabled
WCCP Redirect inbound: disabled
WCCP Redirect exclude: disabled
To display a brief summary of the status and configuration of the IP interfaces, use the show ip interface brief command.
show ip interface brief [include-secondary [vrf {vrf_name | all | default | management}] | operational [vrf {vrf_name | all | default | management}] | vrf {vrf_name | all | default | management}]
Displays a brief summary of the status and configuration of the IP interfaces.
Any
network-admin
network-operator
This example shows how to display a brief summary of the status and configuration of IP interfaces:
n1000v# show ip interface brief operational vrf all
IP Interface Status for VRF "default"(1)
Interface IP Address Interface Status
IP Interface Status for VRF "management"(2)
Interface IP Address Interface Status
mgmt0 10.105.225.180 protocol-up/link-up/admin-up
To display IP-related information for a control interface, use the show ip interface control command.
show ip interface control control_int_num [operational [vrf {vrf_name | all | default | management}] | vrf {vrf_name | all | default | management}]
None
Any
network-admin
network-operator
This example shows how to display IP-related information for a control interface:
n1000v# show ip interface control 0
IP is disabled on control0
To display IP-related information for management interfaces, use the show ip interface mgmt command.
show ip interface mgmt mgmt_if_num [operational [vrf {vrf_name | all | default | management}] | vrf {vrf_name | all | default | management}]
None
Any
network-admin
network-operator
This example shows how to display IP-related information for a management interface:
n1000v# show ip interface mgmt 0
IP Interface Status for VRF "management"(2)
mgmt0, Interface status: protocol-up/link-up/admin-up, iod: 2,
IP address: 10.105.225.180, IP subnet: 10.105.225.160/27
IP broadcast address: 255.255.255.255
IP multicast groups locally joined: none
IP MTU: 1500 bytes (using link MTU)
IP primary address route-preference: 0, tag: 0
IP proxy ARP : disabled
IP Local Proxy ARP : disabled
IP multicast routing: disabled
IP icmp redirects: enabled
IP directed-broadcast: disabled
IP icmp unreachables (except port): disabled
IP icmp port-unreachable: enabled
IP unicast reverse path forwarding: none
IP load sharing: none
IP interface statistics last reset: never
IP interface software stats: (sent/received/forwarded/originated/consumed)
Unicast packets : 22744/28107/13328/20728/11312
Unicast bytes : 3361843/2800071/1917483/2077832/633472
Multicast packets : 0/14828/0/0/0
Multicast bytes : 0/850208/0/0/0
Broadcast packets : 0/28646/0/0/0
Broadcast bytes : 0/3538834/0/0/0
Labeled packets : 0/0/0/0/0
Labeled bytes : 0/0/0/0/0
WCCP Redirect outbound: disabled
WCCP Redirect inbound: disabled
WCCP Redirect exclude: disabled
To display information about administratively enabled IP interfaces, use the show ip interface operational command.
show ip interface operational [vrf {vrf_name | all | default | management}]
Displays information about all administratively enabled IP interfaces.
Any
network-admin
network-operator
This example shows how to display information about administratively enabled IP interfaces per-VRF instance:
n1000v# show ip interface operational vrf all
IP Interface Status for VRF "default"
IP Interface Status for VRF "management"
mgmt0, Interface status: protocol-up/link-up/admin-up, iod: 2,
IP address: 10.105.225.180, IP subnet: 10.105.225.160/27
IP broadcast address: 255.255.255.255
IP multicast groups locally joined: none
IP MTU: 1500 bytes (using link MTU)
IP primary address route-preference: 0, tag: 0
IP proxy ARP : disabled
IP Local Proxy ARP : disabled
IP multicast routing: disabled
IP icmp redirects: enabled
IP directed-broadcast: disabled
IP icmp unreachables (except port): disabled
IP icmp port-unreachable: enabled
IP unicast reverse path forwarding: none
IP load sharing: none
IP interface statistics last reset: never
IP interface software stats: (sent/received/forwarded/originated/consumed)
Unicast packets : 22756/28118/13328/20740/11312
Unicast bytes : 3364307/2800761/1917483/2080296/633472
Multicast packets : 0/14828/0/0/0
Multicast bytes : 0/850208/0/0/0
Broadcast packets : 0/28646/0/0/0
Broadcast bytes : 0/3538834/0/0/0
Labeled packets : 0/0/0/0/0
Labeled bytes : 0/0/0/0/0
WCCP Redirect outbound: disabled
WCCP Redirect inbound: disabled
WCCP Redirect exclude: disabled
To display IP-related interface information as virtual routing and forwarding (VRF) instance, use the show ip interface ip_address command.
show ip interface vrf {vrf_name | all | default | management}
None
Any
network-admin
network-operator
This example shows how to display IP-related interface information as per-VRF instance:
n1000v# show ip interface vrf all
IP Interface Status for VRF "default"
IP Interface Status for VRF "management"
mgmt0, Interface status: protocol-up/link-up/admin-up, iod: 2,
IP address: 10.105.225.180, IP subnet: 10.105.225.160/27
IP broadcast address: 255.255.255.255
IP multicast groups locally joined: none
IP MTU: 1500 bytes (using link MTU)
IP primary address route-preference: 0, tag: 0
IP proxy ARP : disabled
IP Local Proxy ARP : disabled
IP multicast routing: disabled
IP icmp redirects: enabled
IP directed-broadcast: disabled
IP icmp unreachables (except port): disabled
IP icmp port-unreachable: enabled
IP unicast reverse path forwarding: none
IP load sharing: none
IP interface statistics last reset: never
IP interface software stats: (sent/received/forwarded/originated/consumed)
Unicast packets : 22775/28145/13328/20759/11312
Unicast bytes : 3367793/2802627/1917483/2083782/633472
Multicast packets : 0/14828/0/0/0
Multicast bytes : 0/850208/0/0/0
Broadcast packets : 0/28646/0/0/0
Broadcast bytes : 0/3538834/0/0/0
Labeled packets : 0/0/0/0/0
Labeled bytes : 0/0/0/0/0
WCCP Redirect outbound: disabled
WCCP Redirect inbound: disabled
WCCP Redirect exclude: disabled
To display IP logging information, use the show ip logging command.
show ip logging
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display IP logging information:
n1000v# show ip logging
n1000v#
To display IP global information, use the show ip process command.
show ip process [vrf {vrf_name | all | default | management}]
Displays IP global information.
Any
network-admin
network-operator
This example shows how to display IP process information for VRF:
n1000v# show ip process vrf all
VRF default
VRF id is 1
Base table id is 1
Auto discard is disabled
Auto discard is not added
Auto Null broadcast is configured
Auto Punt broadcast is configured
Static discard is not configured
Number of static default route configured is 0
Number of ip unreachable configured is 0
Iodlist:
Local address list:
VRF management
VRF id is 2
Base table id is 2
Auto discard is disabled
Auto discard is not added
Auto Null broadcast is not configured
Auto Punt broadcast is not configured
Static discard is not configured
Number of static default route configured is 1
Number of ip unreachable configured is 0
Iodlist: 2
Local address list: 10.105.225.180
To display IP routing information, use the show ip route command.
show ip route
This commands has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display the IP routing table:
n1000v# show ip route
To display a single IP route by a longest match lookup, use the show ip route A.B.C.D command.
show ip route ip_route [am | arp | broadcast | detail | direct | interface {control | ethernet | management | port-channel} | local | mstatic | netflow | next-hop | sal | static | summary | updated | vrf]
Displays a single IP route, longest match lookup.
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to check for command argument and keyword branches under ip_address am and then to enter the command:
n1000v# show ip route 10.105.225.180 ?
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
all Display routes for protocol for backup next-hops too
detail Display routes in full detail
interface Display routes with this output interface only
next-hop Display routes with this next-hop only
summary Display route counts
updated Display routes filtered by last updated time
vrf Display per-VRF information
| Pipe command output to filter
This example shows how to display the IP routes that the adjacency manager owns:
n1000v# show ip route 10.105.225.180 am
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
Route not found
To display a single exact match IP route, use the show ip route A.B.C.D/LEN command.
show ip route ip_route/len [am | arp | broadcast | detail | direct | interface {control | ethernet | management | port-channel} | local | mstatic | netflow | next-hop | sal | static | summary | updated | vrf]
Displays a single exact match IP route.
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to check for command argument and keyword branches under ip_address/len updated:
n1000v# show ip route 209.165.200.224/8 updated ?
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
am Display routes owned by adjacency manager
arp Display routes owned by arp
broadcast Display connected routes owned by broadcast
detail Display routes in full detail
direct Display connected routes owned by direct
interface Display routes with this output interface only
local Display connected routes owned by local
mstatic Display routes owned by mstatic
netflow Display routes owned by netflow
next-hop Display routes with this next-hop only
sal Display connected routes owned by sal
since Display those routes updated since this time
static Display routes owned by static
summary Display route counts
until Display those routes updated until this time
vrf Display per-VRF information
| Pipe command output to filter
To display IP routes that the adjacency manager owns, use the show ip route am command.
show ip route am [all | detail | interface {control | ethernet | management | port-channel} | next-hop | summary | updated | vrf]
Display all of the IP routes that the adjacency manager owns.
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to check for command argument and keyword branches under the am updated:
keywords:
n1000v# show ip route am updated ?
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
detail Display routes in full detail
interface Display routes with this output interface only
next-hop Display routes with this next-hop only
since Display those routes updated since this time
summary Display route counts
until Display those routes updated until this time
vrf Display per-VRF information
| Pipe command output to filter
To display IP routes that the Address Resolution Protocol (ARP) owns, use the show ip route arp command.
show ip route arp [all | detail | interface {control | ethernet | management | port-channel} | next-hop | summary | updated | vrf]
Displays IP routes that the ARP owns.
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to check for command branches under the arp interface keywords:
n1000v# show ip route arp interface ?
control Control interface
ethernet Ethernet IEEE 802.3z
port-channel Port Channel interface
vethernet Virtual ethernet interface
To display IP routes that broadcast owns, use the show ip route broadcast command.
show ip route broadcast [all | detail | interface {control | ethernet | management | port-channel} | next-hop | summary | updated | vrf]
Displays all IP routes that broadcast owns.
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to check for command branches under the broadcast summary keywords:
n1000v# show ip route broadcast summary ?
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
vrf Display per-VRF information
| Pipe command output to filter
To display detailed information about IP routes, use the show ip route detail command.
show ip route detail [vrf {vrf_name | all | default | management}]
Displays detailed information about IP routes.
Any
network-admin
network-operator
This example shows how to display detailed information about IP routes:
n1000v# show ip route detail
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/32, ubest/mbest: 1/0
*via Null0, [220/0], 00:01:41, broadcast, discard
127.0.0.0/8, ubest/mbest: 1/0
*via Null0, [220/0], 00:01:41, broadcast, discard
255.255.255.255/32, ubest/mbest: 1/0
*via sup-eth1, [0/0], 00:01:16, broadcast
To display IP connected routes that direct owns, use the show ip route direct command.
show ip route direct [all | detail | interface {control | ethernet | management | port-channel} | next-hop | summary | updated | vrf]
Displays all IP connected routes that direct owns.
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to check for command branches under the direct updated keywords:
n1000v# show ip route direct updated ?
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
detail Display routes in full detail
interface Display routes with this output interface only
next-hop Display routes with this next-hop only
since Display those routes updated since this time
summary Display route counts
until Display those routes updated until this time
vrf Display per-VRF information
| Pipe command output to filter
To display IP route information, use the show ip route ip command.
show ip route ip [ip_route | am | arp | broadcast | detail | direct | local | mstatic | netflow | next-hop | rpf | sal | static | summary | unicast | updated | vrf]
Displays IP route information.
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to check for command branches under the ip rpf keywords:
n1000v# show ip route ip route rpf ?
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
A.B.C.D Display single route longest match lookup
A.B.C.D/LEN Display single exact match route
WORD Display single route longest match lookup
am Display routes owned by adjacency manager
arp Display routes owned by arp
broadcast Display connected routes owned by broadcast
detail Display routes in full detail
direct Display connected routes owned by direct
interface Display routes with this output interface only
local Display connected routes owned by local
mstatic Display routes owned by mstatic
netflow Display routes owned by netflow
next-hop Display routes with this next-hop only
sal Display connected routes owned by sal
static Display routes owned by static
summary Display route counts
updated Display routes filtered by last updated time
vrf Display per-VRF information
| Pipe command output to filter
This example shows how to display IP route RPF details per-VRF:
n1000v# show ip route ip rpf detail vrf all
IP Route Table for VRF "default", RPF for multicast source
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/32, ubest/mbest: 1/0
*via Null0, [220/0], 3d00h, broadcast, discard
127.0.0.0/8, ubest/mbest: 1/0
*via Null0, [220/0], 3d00h, broadcast, discard
255.255.255.255/32, ubest/mbest: 1/0
*via sup-eth1, [0/0], 3d00h, broadcast
IP Route Table for VRF "management", RPF for multicast source
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/32, ubest/mbest: 1/0
*via Null0, [220/0], 3d00h, broadcast, discard
127.0.0.0/8, ubest/mbest: 1/0
*via Null0, [220/0], 3d00h, broadcast, discard
255.255.255.255/32, ubest/mbest: 1/0
*via sup-eth1, [0/0], 3d00h, broadcast
0.0.0.0/0, ubest/mbest: 1/0
*via 10.105.225.161, mgmt0, [1/0], 3d00h, static
recursive next hop: 10.105.225.161/32
10.105.225.160/27, ubest/mbest: 1/0, attached
*via 10.105.225.180, mgmt0, [0/0], 3d00h, direct
10.105.225.160/32, ubest/mbest: 1/0, attached
*via 10.105.225.160, Null0, [0/0], 3d00h, broadcast
10.105.225.161/32, ubest/mbest: 1/0, attached
*via 10.105.225.161, mgmt0, [250/0], 3d00h, am
10.105.225.180/32, ubest/mbest: 1/0, attached
*via 10.105.225.180, mgmt0, [0/0], 3d00h, local
10.105.225.191/32, ubest/mbest: 1/0, attached
*via 10.105.225.191, mgmt0, [0/0], 3d00h, broadcast
To display IPv4 route information, use the show ip route ipv4 command.
show ip route ipv4 [ipv4_route | am | arp | broadcast | detail | direct | local | mstatic | netflow | next-hop | rpf | sal | static | summary | unicast | updated | vrf]
Displays IPv4 route information.
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to check for command branches under the ipv4 rpf keywords:
n1000v# show ip route ipv4 rpf ?
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
A.B.C.D Display single route longest match lookup
A.B.C.D/LEN Display single exact match route
WORD Display single route longest match lookup
am Display routes owned by adjacency manager
arp Display routes owned by arp
broadcast Display connected routes owned by broadcast
detail Display routes in full detail
direct Display connected routes owned by direct
interface Display routes with this output interface only
local Display connected routes owned by local
mstatic Display routes owned by mstatic
netflow Display routes owned by netflow
next-hop Display routes with this next-hop only
sal Display connected routes owned by sal
static Display routes owned by static
summary Display route counts
updated Display routes filtered by last updated time
vrf Display per-VRF information
| Pipe command output to filter
This example shows how to display IPv4 RPF per VRF information:
n1000v# show ip route ipv4 rpf vrf all
IP Route Table for VRF "default", RPF for multicast source
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
IP Route Table for VRF "management", RPF for multicast source
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/0, ubest/mbest: 1/0
*via 10.105.225.161, mgmt0, [1/0], 3d00h, static
10.105.225.160/27, ubest/mbest: 1/0, attached
*via 10.105.225.180, mgmt0, [0/0], 3d00h, direct
10.105.225.180/32, ubest/mbest: 1/0, attached
*via 10.105.225.180, mgmt0, [0/0], 3d00h, local
To display connected IP routes owned by local, use the show ip route local command.
show ip route local [all | detail | interface {control if_num | ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num} | next-hop next_ip_address [detail | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] [vrf {vrf_name | all | default | management}]
Displays connected IP routes owned by local.
Any
network-admin
network-operator
This example shows how to display all of the connected routes owned by local per VRF instance:
n1000v# show ip route local vrf all
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
IP Route Table for VRF "management"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
10.105.225.180/32, ubest/mbest: 1/0, attached
*via 10.105.225.180, mgmt0, [0/0], 12:50:25, local
To display connected IP routes owned by mstatic, use the show ip route mstatic command.
show ip route mstatic [all | detail | interface {control if_num | ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num} | next-hop next_ip_address [detail | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] [vrf {vrf_name | all | default | management}]
Displays connected IP routes owned by mstatic.
Any
network-admin
network-operator
This example shows how to display all of the connected routes owned by mstatic per VRF instance:
n1000v# show ip route mstatic
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
IP Route Table for VRF "management"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
To display connected IP routes owned by NetFlow, use the show ip route netflow command.
show ip route netflow [all | detail | interface {control if_num | ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num} | next-hop next_ip_address [detail | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] [vrf {vrf_name | all | default | management}]
Displays connected IP routes owned by NetFlow.
Any
network-admin
network-operator
This example shows how to display IP routes owned by NetFlow for a virtual Ethernet interface:
n1000v# show ip route netflow interface vethernet 1
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
To display IP route next hop information, use the show ip route next-hop command.
show ip route next-hop next_ip_addres [am | arp | broadcast | direct | interface | local | mstatic | netflow | sal | static | updated [detail | since date [detail | summary | until date [detail | summary]]]] [all] [detail] [interface {control if_num | ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num}] [summary] [updated [detail | since date [detail | summary | until date [detail | summary]]] [vrf {vrf_name | all | default | management}]
None
Any
network-admin
network-operator
This example shows how to display all IP route next hop information per VRF instance:
n1000v# show ip route next-hop 0.0.0.0 vrf all
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
IP Route Table for VRF "management"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/0, ubest/mbest: 1/0
*via 10.105.225.161, mgmt0, [1/0], 13:01:17, static
10.105.225.160/27, ubest/mbest: 1/0, attached
*via 10.105.225.180, mgmt0, [0/0], 13:01:18, direct
10.105.225.160/32, ubest/mbest: 1/0, attached
*via 10.105.225.160, Null0, [0/0], 13:01:18, broadcast
10.105.225.161/32, ubest/mbest: 1/0, attached
*via 10.105.225.161, mgmt0, [250/0], 13:01:04, am
10.105.225.180/32, ubest/mbest: 1/0, attached
*via 10.105.225.180, mgmt0, [0/0], 13:01:18, local
10.105.225.191/32, ubest/mbest: 1/0, attached
*via 10.105.225.191, mgmt0, [0/0], 13:01:18, broadcast
To display IP connected routes owned by static, use the show ip route static command.
show ip route static [all | detail | interface {control if_num | ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num} | next-hop next_ip_address [detail | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] [vrf {vrf_name | all | default | management}]
Displays IP connected routes owned by static.
Any
network-admin
network-operator
This example shows how to display all IP connected static routes per VRF instance:
n1000v# show ip route static vrf all
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
IP Route Table for VRF "management"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/0, ubest/mbest: 1/0
*via 10.105.225.161, mgmt0, [1/0], 13:03:29, static
To display IP connected route counts, use the show ip route summary command.
show ip route summary [vrf {vrf_name | all | default | management}]
Displays IP connected route counts.
Any
network-admin
network-operator
This example shows how to display summaries of IP connected routes:
n1000v# show ip route summary
IP Route Table for VRF "default"
Total number of routes: 3
Total number of paths: 3
Best paths per protocol: Backup paths per protocol:
broadcast : 3 None
Number of routes per mask-length:
/8 : 1 /32: 2
To display IP unicast route information, use the show ip route unicast command.
show ip route unicast [route | am | arp | broadcast | detail | direct | local | mstatic | netflow | next-hop | sal | static | summary | updated | vrf]
Displays unicast IP route information/
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to check for command branches under the ip route unicast keywords:
n1000v# show ip route unicast ?
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
A.B.C.D Display single route longest match lookup
A.B.C.D/LEN Display single exact match route
WORD Display single route longest match lookup
am Display routes owned by adjacency manager
arp Display routes owned by arp
broadcast Display connected routes owned by broadcast
detail Display routes in full detail
direct Display connected routes owned by direct
interface Display routes with this output interface only
local Display connected routes owned by local
mstatic Display routes owned by mstatic
netflow Display routes owned by netflow
next-hop Display routes with this next-hop only
rpf Display RPF information for multicast source
sal Display connected routes owned by sal
static Display routes owned by static
summary Display route counts
updated Display routes filtered by last updated time
vrf Display per-VRF information
| Pipe command output to filter
This example shows how to display information about IP unicast routes per-VRF unstance:
n1000v# show ip route unicast vrf all
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
IP Route Table for VRF "management"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/0, ubest/mbest: 1/0
*via 209.165.200.226, mgmt0, [1/0], 21:20:01, static
209.165.200.225/27, ubest/mbest: 1/0, attached
*via 209.165.200.227, mgmt0, [0/0], 21:20:01, direct
209.165.200.227/32, ubest/mbest: 1/0, attached
*via 209.165.200.227, mgmt0, [0/0], 21:20:01, local
This example shows how to display all unicast IP adjacency manager routes per-VRF instance:
n1000v# show ip route unicast updated am vrf all
IP Route Table for VRF "management"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
209.165.200.229/32, ubest/mbest: 1/0, attached
*via 209.165.200.229, mgmt0, [250/0], 01:05:26, am
209.165.200.230/32, ubest/mbest: 1/0, attached
*via 209.165.200.230, mgmt0, [250/0], 00:29:00, am
209.165.200.231/32, ubest/mbest: 1/0, attached
*via 209.165.200.231, mgmt0, [250/0], 01:05:27, am
209.165.200.232/32, ubest/mbest: 1/0, attached
*via 209.165.200.232, mgmt0, [250/0], 01:05:22, am
To display IP unicast routes on the control interface, use the show ip route unicast interface control command.
show ip route unicast interface control if_num [am | arp | broadcast | direct | local | mstatic | netflow | next-hop next_ip_address [detail | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] | sal | static | updated [detail | since date [detail | summary | until date [detail | summary]]]] [all] [detail] [summary] [vrf {vrf_name | all | default | management}]
None
Any
network-admin
network-operator
This example shows how to display IP unicast routes on the control interface:
n1000v# show ip route unicast interface control 0
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
To display IP unicast routes on an Ethernet interface, use the show ip route unicast interface ethernet command.
show ip route unicast interface ethernet slot/chassis_num / port/slot_num [. port_num] [am | arp | broadcast | direct | local | mstatic | netflow | next-hop next_ip_address [detail | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] | sal | static | updated [detail | since date [detail | summary | until date [detail | summary]]] [all] [detail] [summary] [vrf {vrf_name | all | default | management}]
None
Any
network-admin
network-operator
This example shows how to display unicast IP routes on an Ethernet interface:
n1000v# show ip route unicast interface ethernet 3/2
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
To display IP unicast routes on a port channel interface, use the show ip route unicast interface port-channel command.
show ip route unicast interface port-channel port_chan_num [. sub_if_num] [am | arp | broadcast | direct | local | mstatic | netflow | next-hop next_ip_address [detail | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] | sal | static | [updated [detail | since date [detail | summary | until date [detail | summary]]]] [all] [detail] [summary] [vrf {vrf_name | all | default | management}]
None
Any
network-admin
network-operator
This example shows how to display details of IP unicast routes on a port channel interface:
n1000v# show ip route unicast interface port-channel 4 detail
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/32, ubest/mbest: 1/0
*via Null0, [220/0], 00:41:49, broadcast, discard
127.0.0.0/8, ubest/mbest: 1/0
*via Null0, [220/0], 00:41:49, broadcast, discard
255.255.255.255/32, ubest/mbest: 1/0
*via sup-eth1, [0/0], 00:41:23, broadcast
To display IP unicast routes on a virtual Ethernet interface, use the show ip route unicast interface vethernet command.
show ip route unicast interface vethernet vethernet_num [am | arp | broadcast | direct | local | mstatic | netflow | next-hop next_ip_address [detail | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] | sal | static | [updated [detail | since date [detail | summary | until date [detail | summary]]]] [all] [detail] [summary] [vrf {vrf_name | all | default | management}]
None
Any
network-admin
network-operator
This example shows how to display details about IP unicast routes on a virtual Ethernet interface:
n1000v# show ip route unicast interface vethernet 1 detail
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/32, ubest/mbest: 1/0
*via Null0, [220/0], 13:10:45, broadcast, discard
127.0.0.0/8, ubest/mbest: 1/0
*via Null0, [220/0], 13:10:45, broadcast, discard
255.255.255.255/32, ubest/mbest: 1/0
*via sup-eth1, [0/0], 13:10:19, broadcast
To display IP route reverse path forwarding (RPF) information for a unicast source, use the show ip route unicast rpf command.
show ip route unicast rpf [route | am | arp | broadcast | detail | direct | interface {control if_num | ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num} | local | mstatic | netflow | next-hop next_ip_address [detail | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] | sal | static | updated [detail | since date [detail | summary | until date [detail | summary]]]] [all] [detail] [interface {control if_num | ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num}] [next-hop next_ip_address [detail | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]]] [summary] [updated [detail | since date [detail | summary | until date [detail | summary]]]] [vrf {vrf_name | all | default | management}]
Displays IP route RPF unicast information.
Any
network-admin
network-operator
This example shows how to display detailed information about RPF IP routes for a unicast source:
n1000v# show ip route unicast rpf detail
IP Route Table for VRF "default", RPF for multicast source
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/32, ubest/mbest: 1/0
*via Null0, [220/0], 13:11:52, broadcast, discard
127.0.0.0/8, ubest/mbest: 1/0
*via Null0, [220/0], 13:11:52, broadcast, discard
255.255.255.255/32, ubest/mbest: 1/0
*via sup-eth1, [0/0], 13:11:26, broadcast
To display IP routes filtered by last updated time, use the show ip route updated command.
show ip route updated [am | arp | broadcast | detail | direct | local | mstatic | netflow | next-hop | sal | since | static | summary | until | vrf]
Displays IP routes filtered by last updated time.
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to check for command branches under the ip route updated keywords:
nexus1000v# show ip route updated ?
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
am Display routes owned by adjacency manager
arp Display routes owned by arp
broadcast Display connected routes owned by broadcast
detail Display routes in full detail
direct Display connected routes owned by direct
interface Display routes with this output interface only
local Display connected routes owned by local
mstatic Display routes owned by mstatic
netflow Display routes owned by netflow
next-hop Display routes with this next-hop only
sal Display connected routes owned by sal
since Display those routes updated since this time
static Display routes owned by static
summary Display route counts
until Display those routes updated until this time
vrf Display per-VRF information
| Pipe command output to filter
This example shows how to display updated IP per-VRF routes that are owned by the adjacency manager:
n1000v# show ip route updated am vrf all
IP Route Table for VRF "management"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
209.165.200.229/32, ubest/mbest: 1/0, attached
*via 209.165.200.229, mgmt0, [250/0], 01:05:26, am
209.165.200.230/32, ubest/mbest: 1/0, attached
*via 209.165.200.230, mgmt0, [250/0], 00:29:00, am
209.165.200.231/32, ubest/mbest: 1/0, attached
*via 209.165.200.231, mgmt0, [250/0], 01:05:27, am
209.165.200.232/32, ubest/mbest: 1/0, attached
*via 209.165.200.232, mgmt0, [250/0], 01:05:22, am
To display IP routes on the control interface that are filtered by last updated time, use the show ip route updated interface control command.
show ip route updated interface control if_num [am | arp | broadcast | direct | local | mstatic | netflow | next-hop next_ip_address [detail | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] | sal | static | updated [detail | since date [detail | summary | until date [detail | summary]]]] [all] [detail] [summary] [vrf {vrf_name | all | default | management}]
None
Any
network-admin
network-operator
This example shows how to display detailed information about IP routes on a control interface that are filtered by last updated time:
n1000v# show ip route updated interface control 0 detail
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/32, ubest/mbest: 1/0
*via Null0, [220/0], 13:14:54, broadcast, discard
127.0.0.0/8, ubest/mbest: 1/0
*via Null0, [220/0], 13:14:54, broadcast, discard
255.255.255.255/32, ubest/mbest: 1/0
*via sup-eth1, [0/0], 13:14:28, broadcast
To display IP routes on an Ethernet interface that are filtered by last updated time, use the show ip route updated interface ethernet command.
show ip route updated interface ethernet slot/chassis_num / port/slot_num [. port_num] [am | arp | broadcast | direct | local | mstatic | netflow | next-hop next_ip_address [detail | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] | sal | static | updated [detail | since date [detail | summary | until date [detail | summary]]] [all] [detail] [summary] [vrf {vrf_name | all | default | management}]
None
Any
network-admin
network-operator
This example shows how to display detailed information about IP routes on an Ethernet interface that are filtered by last updated time:
n1000v# show ip route updated interface ethernet 3/2 detail
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/32, ubest/mbest: 1/0
*via Null0, [220/0], 13:16:15, broadcast, discard
127.0.0.0/8, ubest/mbest: 1/0
*via Null0, [220/0], 13:16:15, broadcast, discard
255.255.255.255/32, ubest/mbest: 1/0
*via sup-eth1, [0/0], 13:15:49, broadcast
To display IP routes on a port channel interface that are filtered by last updated time, use the show ip route updated interface port-channel command.
show ip route updated interface port-channel port_chan_num [. sub_if_num] [am | arp | broadcast | direct | local | mstatic | netflow | next-hop next_ip_address [detail | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] | sal | static | [updated [detail | since date [detail | summary | until date [detail | summary]]]] [all] [detail] [summary] [vrf {vrf_name | all | default | management}]
None
Any
network-admin
network-operator
This example shows how to display detailed information about IP routes on the port channel 1 interface that are filtered by last updated time:
n1000v# show ip route updated interface port-channel 1 detail
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/32, ubest/mbest: 1/0
*via Null0, [220/0], 13:23:47, broadcast, discard
127.0.0.0/8, ubest/mbest: 1/0
*via Null0, [220/0], 13:23:47, broadcast, discard
255.255.255.255/32, ubest/mbest: 1/0
*via sup-eth1, [0/0], 13:23:21, broadcast
To display IP routes on a virtual Ethernet interface that are filtered by last updated time, use the show ip route updated interface vethernet command.
show ip route updated interface vethernet vethernet_num [am | arp | broadcast | direct | local | mstatic | netflow | next-hop next_ip_address [detail | summary | updated [detail | since date [detail | summary | until date [detail | summary]]]] | sal | static | [updated [detail | since date [detail | summary | until date [detail | summary]]]] [all] [detail] [summary] [vrf {vrf_name | all | default | management}]
None
Any
network-admin
network-operator
This example shows how to display detailed information about IP routes on a virtual Ethernet interface that are filtered by the last updated time:
n1000v# show ip route updated interface vethernet 1 detail
show ip route updated interface vethernet 1 detail
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/32, ubest/mbest: 1/0
*via Null0, [220/0], 13:24:49, broadcast, discard
127.0.0.0/8, ubest/mbest: 1/0
*via Null0, [220/0], 13:24:49, broadcast, discard
255.255.255.255/32, ubest/mbest: 1/0
*via sup-eth1, [0/0], 13:24:23, broadcast
To display IP configured static routes, use the show ip static-route command.
show ip static-route [vrf {vrf_name | all | default | management}]
Displays IP configured static routes.
Any
network-admin
network-operator
This example shows how to display IP configured static routes:
n1000v# show ip static-route
To display IP traffic statistics, use the show ip traffic command.
show ip traffic
detail |
(Optional) Displays detailed IP traffic statistics. |
Displays IP traffic statistics.
Any
network-admin
network-operator
This example shows how to display IP traffic statistics:
n1000v# show ip traffic
IP Software Processed Traffic Statistics
----------------------------------------
Transmission and reception:
Packets received: 1268, sent: 28832, consumed: 522,
Forwarded, unicast: 0, multicast: 0, Label: 0
Opts:
end: 0, nop: 0, basic security: 0, loose source route: 0
timestamp: 0, record route: 0
strict source route: 0, alert: 0,
other: 0
Errors:
Bad checksum: 0, packet too small: 0, bad version: 0,
Bad header length: 0, bad packet length: 0, bad destination: 0,
Bad ttl: 0, could not forward: 516, no buffer dropped: 0,
Bad encapsulation: 4, no route: 4, non-existent protocol: 0
Bad options: 0
Stateful Restart Recovery: 0
MBUF pull up fail: 0
Ingress Drop (ifmgr init): 0,
Ingress Drop (invalid filter): 0
Ingress Drop (Invalid L2 msg): 0
Stateful Restart Recovery: 0, MBUF pull up fail: 0
Bad context id: 0, rpf drops: 0
Ingress Drop (ifmgr init): 0,
Ingress Drop (invalid filter): 0
Ingress Drop (Invalid L2 msg): 0
ACL Filter Drops :
Ingress - 0
Egree - 0
Directed Broadcast - 0
Fragmentation/reassembly:
Fragments received: 0, fragments sent: 0, fragments created: 0,
Fragments dropped: 0, packets with DF: 0, packets reassembled: 0,
Fragments timed out: 0
ICMP Software Processed Traffic Statistics
------------------------------------------
Transmission:
Redirect: 0, unreachable: 0, echo request: 0, echo reply: 0,
Mask request: 0, mask reply: 0, info request: 0, info reply: 0,
Parameter problem: 0, source quench: 0, timestamp: 0,
Timestamp response: 0, time exceeded: 0,
Irdp solicitation: 0, irdp advertisement: 0
Output Drops - badlen: 0, encap fail: 0, xmit fail: 0
ICMP originate Req: 24, Redirects Originate Req: 0
Originate deny - Resource fail: 0, short ip: 0, icmp: 0, others: 24
Reception:
Redirect: 0, unreachable: 0, echo request: 0, echo reply: 0,
Mask request: 0, mask reply: 0, info request: 0, info reply: 0,
Parameter problem: 0, source quench: 0, timestamp: 0,
Timestamp response: 0, time exceeded: 0,
Irdp solicitation: 0, irdp advertisement: 0,
Format error: 0, checksum error: 0
Lisp processed: 0, No clients: 0: Consumed: 0
Replies: 0, Reply drops - bad addr: 0, inactive addr: 0
Statistics last reset: never
RFC 4293: IP Software Processed Traffic Statistics
----------------------------------------
Reception
Pkts recv: 1351, Bytes recv: 121317,
inhdrerrors: 0, innoroutes: 0, inaddrerrors: 0,
inunknownprotos: 0, intruncatedpkts: 0, inforwdgrams: 524,
reasmreqds: 0, reasmoks: 0, reasmfails: 0,
indiscards: 0, indelivers: 609,
inmcastpkts: 218, inmcastbytes: 11218,
inbcastpkts: 540,
Transmission
outrequests: 29617, outnoroutes: 4, outforwdgrams: 0,
outdiscards: 0, outfragreqds: 0, outfragoks: 0,
outfragfails: 0, outfragcreates: 0, outtransmits: 29609,
bytes sent: 29253974, outmcastpkts: 0, outmcastbytes: 0,
outbcastpkts: 0, outbcastbytes: 0
To verify IP Source Guard (IPSG) information, use the show ip verify source command.
show ip verify source [interface {vethernet vethernet_num}]
interface |
(Optional) Specifies interface information. |
vethernet vethernet_num |
Specifies a virtual Ethernet interface. Virtual Ethernet number. The range is from 1 to 1048575. |
Displays IPSG information.
Any
network-admin
network-operator
This example shows how to verify IPSG information:
n1000v# show ip verify source
IP source guard is enabled on the following interfaces:
------------------------------------------------------
IP source guard operational entries:
-----------------------------------
Interface Filter-mode IP-address Mac-address Vlan
------------ ----------- ---------- -------------- ----
To display the IPv6 access lists, use the show ipv6 access-lists command.
show ipv6 access-lists [capture session session_id | dynamic | expanded | summary | list_name [capture session session_id | dynamic | expanded | summary]]
Displays the IPv6 access lists.
Any
network-admin
network-operator
This example shows how to display IPv6 access lists:
n1000v# show ipv6 access-lists
To display IPv6 adjacency tables, use the show ipv6 adjacency command.
show ipv6 adjacency [ipv6_source_add [detail [vrf {vrf_name | all | default | management}] | vrf {vrf_name | all | default | management}] | vrf {vrf_name | all | default | management}]
Displays IPv6 adjacency tables.
Any
network-admin
network-operator
This example shows how to display IPv6 adjacency table information:
n1000v# show ipv6 adjacency
Flags: # - Adjacencies Throttled for Glean
IPv6 Adjacency Table for VRF default
Total number of entries: 0
Address Age MAC Address Pref Source Interface
This example shows how to display detailed IPv6 adjacency table per-VRF instance:
n1000v# show ipv6 adjacency vrf all
Flags: # - Adjacencies Throttled for Glean
IPv6 Adjacency Table for all VRFs
Total number of entries: 0
Address Age MAC Address Pref Source Interface
To display clients registered with the IPv6 process, use the show ipv6 client command.
show ipv6 client [ipv6_client]
ipv6_client |
(Optional) Displays information for a single IPv6 client. |
Displays clients registered with the IPv6 process.
Any
network-admin
network-operator
This example shows how to display clients registered with the IPv6 process:
n1000v# show ipv6 client
IPv6 Registered Client Status
Client: rpm, status: up, pid: 2680, extended pid: 2680
Protocol: (none), pib-index: 5, uuid: 305
Routing VRF id: 1, flags: 3
Control mts SAP: 2320
Data mts SAP: 0
IPC messages to control mq: 1 (failed: 0)
IPC messages to data mq: 0 (failed: 0)
Client: icmpv6, status: up, pid: 2430, extended pid: 2430
Protocol: 58, pib-index: 4, uuid: 270
Routing VRF id: 65535, flags: 3
Control mts SAP: 2307
Data mts SAP: 2308
IPC messages to control mq: 1 (failed: 0)
IPC messages to data mq: 0 (failed: 0)
...
This example shows how to display a client registered with the IPv6 process by name:
n1000v# show ipv6 client icmpv6
IPv6 Registered Client Status
Client: icmpv6, status: up, pid: 2430, extended pid: 2430
Protocol: 58, pib-index: 4, uuid: 270
Routing VRF id: 65535, flags: 3
Control mts SAP: 2307
Data mts SAP: 2308
IPC messages to control mq: 1 (failed: 0)
IPC messages to data mq: 0 (failed: 0)
To display the IPv6 queued fragments information, use the show ipv6 fragments command.
show ipv6 fragments [ipv6_address]
ipv6_address |
(Optional) IPv6 address in one of the formats: •AAAA:BBBB:CCCC:DDDD:EEEE:FFFF:GGGG:HHHH •AAAA::BBBB |
Displays IPv6 queued fragments information.
Any
network-admin
network-operator
This example shows how to display IPv6 queued fragment information:
n1000v# show ipv6 fragments
No IPv6 fragments queued
To display the IPv6 Internet Control Message Protocol version 6 (ICMPv6) dynamic learned adjacency entries, use the show ipv6 icmp adjacency command.
show ipv6 icmp adjacency [detail | port-channel port_chan_num [detail]] [vrf {vrf_name | all | default | management}]
Displays the IPv6 ICMPv6 dynamic learned adjacency entries.
Any
network-admin
network-operator
This example shows how to display the IPv6 ICMPv6 dynamic learned adjacency entry information:
n1000v# show ipv6 icmp adjacency
Flags: + - Adjacencies synced via CFSoE
# - Adjacencies Throttled for Glean
ICMPv6 Adjacency Table for VRF default
Address Age MAC Address State Interface
This example shows how to display detailed information about ICMPv6 dynamic learned adjacency entries:
n1000v# show ipv6 icmp adjacency detail
Flags: + - Adjacencies synced via CFSoE
# - Adjacencies Throttled for Glean
ICMPv6 Adjacency Table for VRF default
Address Age MAC Address State Interface Phy-Interface
To display the IPv6 Internet Control Message Protocol version 6 (ICMPv6) software processed traffic statistics, use the show ipv6 icmp global traffic command.
show ipv6 icmp global traffic
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display the IPv6 ICMPv6 software processed traffic statistics:
n1000v# show ipv6 icmp global traffic
ICMPv6 packet Statisitcs (sent/received):
Total Messages : 0/0
Error Messages : 0/0
Interface down drop count : 0/0
Adjacency not recovered from AM aft HA: 0/0
Pkts allowed from inv ttl on vPC-MCT: 0/0
Pkts dropped as source mac addr is own: 0/0
Pkts dropped as tgt ip addr is not own: 0/0
Destination Unreachables : 0/0
Administratively Prohibited: 0/0
Time Exceeded : 0/0
Parameter Problems : 0/0
Echo Request : 0/0
Echo Replies : 0/0
Redirects : 0/0
Packet Too Big : 0/0
Router Advertisements : 0/0
Router Solicitations : 0/0
Neighbor Advertisements : 0/0
Neighbor Solicitations : 0/0
ICMPv6 MLD Statistics (sent/received):
V1 Queries: 0/0
V2 Queries: 0/0
V1 Reports: 0/0
V2 Reports: 0/0
V1 Leaves : 0/0
To display detailed IPv6 Internet Control Message Protocol version 6 (ICMPv6) interface information, use the show ipv6 icmp interface detail command.
show ipv6 icmp interface detail [vrf {vrf_name | all | default | management}]
Displays detailed IPv6 ICMPv6 interface information.
Any
network-admin
network-operator
This example shows how to display detailed IPv6 ICMPv6 per-VRF instance information:
n1000v# show ipv6 icmp interface detail vrf all
ICMPv6 Interfaces for VRF "default"
ICMPv6 Interfaces for VRF "management"
To display the IPv6 Internet Control Message Protocol version 6 (ICMPv6) management interface information, use the show ipv6 icmp interface mgmt command.
show ipv6 icmp interface mgmt mgmt_if_num [detail [vrf {vrf_name | all | default | management}] | prefix [vrf {vrf_name | all | default | management}] | vrf {vrf_name | all | default | management}]
Displays the IPv6 ICMPv6 management interface information.
Any
network-admin
network-operator
This example shows how to display the IPv6 ICMPv6 management interface information:
n1000v# show ipv6 icmp interface mgmt 0
show ipv6 icmp interface mgmt 0
ICMPv6 is disabled on mgmt0
To display the IPv6 Internet Control Message Protocol version 6 (ICMPv6) port channel interface information, use the show ipv6 icmp interface port-channel command.
show ipv6 icmp interface port-channel port_chan_num [detail | prefix] [vrf {vrf_name | all | default | management}]
Displays the IPv6 ICMPv6 port channel interface information.
Any
network-admin
network-operator
This example shows how to display the IPv6 ICMPv6 port channel interface information:
n1000v# show ipv6 icmp interface port-channel 1
ICMPv6 is disabled on port-channel1
To display the IPv6 Internet Control Message Protocol version 6 (ICMPv6) interface prefix information, use the show ipv6 icmp interface prefix command.
show ipv6 icmp interface prefix [vrf {vrf_name | all | default | management}]
Displays the IPv6 ICMPv6 interface prefix information.
Any
network-admin
network-operator
This example shows how to display the IPv6 ICMPv6 interface prefix information:
n1000v# show ipv6 icmp interface prefix
ICMPv6 Interfaces for VRF "default"
ICMPv6 Interfaces for VRF "management"
To display the IPv6 Internet Control Message Protocol version 6 (ICMPv6) virtual routing and forwarding (VRF) interface information, use the show ipv6 icmp interface vrf command.
show ipv6 icmp interface vrf {vrf_name | all | default | management}
None
Any
network-admin
network-operator
This example shows how to display the IPv6 ICMPv6 per-VRF interface information:
n1000v# show ipv6 icmp interface vrf all
ICMPv6 Interfaces for VRF "default"
ICMPv6 Interfaces for VRF "management"
To display various event logs of the IPv6 Internet Control Message Protocol version 6 (ICMPv6), use the show ipv6 icmp internal event-history command.
show ipv6 icmp internal event-history {buffer-size {all | cli | errors | ha | icmpv6-internal | mld {debugs | events} | nd | sync-event | vrf} | cli | errors | ha | icmpv6-internal | lcache | lcache-errors | mld {debugs | events} | msgs | nd | snmp | sync-event | vip-nd | vrf}
None
Any
network-admin
network-operator
This example shows how to display the current size of all the IPv6 ICMPv6 buffers:
n1000v# show ipv6 icmp internal event-history buffer-size all
Error events buffer size = 8192
Internal events buffer size = 8192
ND events buffer size = 8192
MLD events buffer size = 8192
MLD events buffer size = 8192
HA events buffer size = 8192
VRF events buffer size = 8192
Sync events buffer size = 15
CLI events buffer size = 8192
SNMP events buffer size = 8192
This example shows how to display the IPv6 ICMPv6 CLI related events:
n1000v# show ipv6 icmp internal event-history cli
CLI events for ICMPV6 Process
1) Event:E_DEBUG, length:116, at 285852 usecs after Thu Jan 17 07:48:46 2013
[127] [23471]: Calling callback 'icmpv6_show_internal_event_hist_cmd' for 'show ipv6 icmp internal event-history cli'
2) Event:E_DEBUG, length:80, at 826552 usecs after Thu Jan 17 07:45:41 2013
[127] [23065]: Callback 'icmpv6_show_internal_event_hist_buf_size_cmd' returned 0
3) Event:E_DEBUG, length:137, at 826527 usecs after Thu Jan 17 07:45:41 2013
[127] [23065]: Calling callback 'icmpv6_show_internal_event_hist_buf_size_cmd' for 'show ipv6 icmp internal event-history buffer-size all'
4) Event:E_DEBUG, length:71, at 271206 usecs after Thu Jan 17 07:39:23 2013
[127] [22206]: Callback 'icmpv6_show_internal_event_hist_cmd' returned 0
...
This example shows how to display the IPv6 ICMPv6 debugs for high availability events:
n1000v# show ipv6 icmp internal event-history ha
ICMPV6 HA Events
1) Event:E_DEBUG, length:51, at 686833 usecs after Tue Jan 15 14:30:05 2013
[123] [2452]: icmpv6_ha_start_if_ra_timer returns 0
2) Event:E_DEBUG, length:78, at 686795 usecs after Tue Jan 15 14:30:05 2013
[123] [2452]: Completed post-switchover command recovery, state active, active
3) Event:E_DEBUG, length:131, at 588624 usecs after Tue Jan 15 14:30:05 2013
[123] [2445]: Total adjacencies retrieved from AM: 0 out of which 0 created, 0 create failed and 0 entry already_exists, 0 rejected
...
This example shows how to display the ICMPv6 internal debug events:
n1000v# show ipv6 icmp internal event-history icmpv6-internal
ICMPV6 Internal Events
1) Event:E_DEBUG, length:59, at 209307 usecs after Wed Jan 16 10:35:23 2013
[116] [3383]: Got an interface removed notification from IM
2) Event:E_DEBUG, length:56, at 20098 usecs after Wed Jan 16 10:35:23 2013
[116] [3383]: Updated L2 state in Lcache for Ethernet6/1
3) Event:E_DEBUG, length:66, at 19994 usecs after Wed Jan 16 10:35:23 2013
[116] [3383]: Got an L2 protocol state change notification from IM
4) Event:E_DEBUG, length:59, at 320891 usecs after Wed Jan 16 10:35:17 2013
[116] [3383]: Got an interface removed notification from IM
...
This example shows how to display the IPv6 ICMPv6 message logs:
n1000v# show ipv6 icmp internal event-history msgs
Msg events for ICMPV6 Process
1) Event:E_DEBUG, length:45, at 339160 usecs after Thu Jan 17 08:08:49 2013
[100] [26344]: nvdb: transient thread created
2) Event:E_DEBUG, length:85, at 332019 usecs after Thu Jan 17 08:08:49 2013
[100] [2452]: comp-mts-rx opc - from sap 39900 cmd icmpv6_show_internal_event_hist_cmd
3) Event:E_DEBUG, length:42, at 387558 usecs after Thu Jan 17 08:08:19 2013
[100] [26261]: nvdb: terminate transaction
4) Event:E_DEBUG, length:45, at 387373 usecs after Thu Jan 17 08:08:19 2013
[100] [26261]: nvdb: transient thread created
...
This example shows how to display the IPv6 ICMPv6 per-VRF instance related events:
n1000v# show ipv6 icmp internal event-history vrf
ICMPV6 ND Events for VIP
HEISENBERG# show ipv6 icmp internal event-history vrf
ICMPV6 VRF Events
1) Event:E_DEBUG, length:82, at 644468 usecs after Tue Jan 15 14:30:05 2013
[125] [3383]: Received l3vm if-vrf change msg: for 2, old VRF-id: 0, new VRF-id: 2
2) Event:E_DEBUG, length:39, at 436269 usecs after Tue Jan 15 14:29:55 2013
[125] [2445]: Created VRF management(2)
3) Event:E_DEBUG, length:53, at 435270 usecs after Tue Jan 15 14:29:55 2013
[125] [2445]: Created ICMPv6 VRF management, VRF-id 2
4) Event:E_DEBUG, length:36, at 435213 usecs after Tue Jan 15 14:29:55 2013
[125] [2445]: Created VRF default(1)
...
To display the IPv6 Internet Control Message Protocol version 6 (ICMPv6) Multicast Listener Discovery (MLD) attached group membership information, use the show ipv6 icmp mld groups command.
show ipv6 icmp mld groups [multicast_add | source_add | port-channel port_chan_num [vrf {vrf_name | all | default | management}] | vrf {vrf_name | all | default | management}]
Displays the IPv6 ICMPv6 MLD attached group membership information.
Any
network-admin
network-operator
This example shows how to display IPv6 ICMP MLD attached group membership information:
n1000v# show ipv6 icmp mld groups
MLD Connected Group Membership for VRF "default" - 0 total entries
To display IPv6 Internet Control Message Protocol version 6 (ICMPv6) Multicast Listener Discovery (MLD) related interface information, use the show ipv6 icmp mld interface command.
show ipv6 icmp mld interface [brief [detail | vrf {vrf_name | all | default | management}] | detail [vrf {vrf_name | all | default | management}] | mgmt mgmt_if_num | port-channel port_chan_num | vrf {vrf_name | all | default | management}]
Displays the IPv6 ICMPv6 MLD related interface information.
Any
network-admin
network-operator
This example shows how to display the IPv6 ICMPv6 MLD per-VRF instance related interface information:
n1000v# show ipv6 icmp mld interface vrf all
ICMPv6 MLD Interfaces for VRF "default"
ICMPv6 MLD Interfaces for VRF "management"
To display IPv6 Internet Control Message Protocol version 6 (ICMPv6) Multicast Listener Discovery (MLD) commands for internal use, use the show ipv6 icmp mld internal command.
show ipv6 icmp mld internal {errors | m6rib-buffers | m6rib-txlist [vrf {vrf_name | all | default | management}]}
None
Any
network-admin
network-operator
This example shows how to display IPv6 ICMP MLD internal M6RIB route buffer information:
n1000v# show ipv6 icmp mld internal m6rib-buffers
Used buffer queue count: 0
Free buffer queue count: 0
To display IPv6 Internet Control Message Protocol version 6 (ICMPv6) Multicast Listener Discovery (MLD) local group membership information, use the show ipv6 icmp mld local-groups command.
show ipv6 icmp mld local-groups [port-channel port_chan_num] [vrf {vrf_name | all | default | management}]
Displays the IPv6 ICMPv6 MLD local group membership information.
Any
network-admin
network-operator
This example shows how to display IPv6 ICMP MLD local group membership information:
n1000v# show ipv6 icmp mld local-groups
MLD Locally Joined Group Membership for VRF "default"
Group Type Interface Last Reported
To display IPv6 Internet Control Message Protocol version 6 (ICMPv6) internal Multicast Listener Discovery (MLD) route cache, use the show ipv6 icmp mld route internal command.
show ipv6 icmp mld route internal [static] [vrf {vrf_name | default | management}]
Displays the IPv6 ICMPv6 internal MLD route cache.
Any
network-admin
network-operator
This example shows how to display the IPv6 ICMPv6 internal MLD route cache:
n1000v# show ipv6 icmp mld route internal
MLD Group Membership Internal Cache for VRF "default" - 0 total entries
To display the IPv6 Internet Control Message Protocol version 6 (ICMPv6) dynamic learned neighbor information, use the show ipv6 icmp neighbor command.
show ipv6 icmp neighbor [detail | port-channel port_chan_num [detail]] [vrf {vrf_name | all | default | management}]
Displays ICMPv6 dynamic learned neighbor information.
Any
network-admin
network-operator
This example shows how to display the IPv6 ICMPv6 dynamic learned neighbor information:
n1000v# show ipv6 icmp neighbor
Flags: + - Adjacencies synced via CFSoE
# - Adjacencies Throttled for Glean
ICMPv6 Adjacency Table for VRF default
Address Age MAC Address State Interface
This example shows how to display the IPv6 ICMPv6 neighbor port channel information:
n1000v# show ipv6 icmp neighbor port-channel 1
Flags: + - Adjacencies synced via CFSoE
# - Adjacencies Throttled for Glean
ICMPv6 Adjacency Table for VRF default
Address Age MAC Address State Interface
ICMPv6 is disabled on port-channel1
To display adjacencies in the off-list IPv6 Internet Control Message Protocol version 6 (ICMPv6) database, use the show ipv6 icmp off-list command.
show ipv6 icmp off-list [vlan vlan_id]
vlan vlan_id |
(Optional) Specifies a VLAN. VLAN identification number. The range is from 1 to 3967 and 4048 to 4093 or range(s): 1 to 5, 10 or 2-5,7-19. |
Displays adjacencies in the off-list IPv6 ICMPv6 database.
Any
network-admin
network-operator
This example shows how to display VLAN adjacencies in the off-list IPv6 ICMPv6 database:
n1000v# show ipv6 icmp off-list vlan 0
No entries in offlist for all vlans
To display the IPv6 Internet Control Message Protocol version 6 (ICMPv6) table resulting from table synchronization, use the show ipv6 icmp sync-entries command.
show ipv6 icmp sync-entries [detail | port-channel port_chan_num [detail]] [vrf {vrf_name | all | default | management}]
Displays the IPv6 ICMPv6 table resulting from table synchronization.
Any
network-admin
network-operator
This example shows how to display the IPv6 ICMPv6 table resulting from table synchronization:
n1000v# show ipv6 icmp sync-entries
Flags: + - Adjacencies synced via CFSoE
# - Adjacencies Throttled for Glean
ICMPv6 Adjacency Table for VRF default
Address Age MAC Address State Interface
This example shows how to display the ICMPv6 table resulting from table synchronization for a specific port channel:
n1000v# show ipv6 icmp sync-entries port-channel 1
Flags: + - Adjacencies synced via CFSoE
# - Adjacencies Throttled for Glean
ICMPv6 Adjacency Table for VRF default
Address Age MAC Address State Interface
ICMPv6 is disabled on port-channel1
To display IPv6 Internet Control Message Protocol version 6 (ICMPv6) configured virtual addresses information, use the show ipv6 icmp vaddr command.
show ipv6 icmp vaddr {global [vrf {vrf_name | all | default | management}] | link-local [detail [vrf {vrf_name | all | default | management}] | vrf {vrf_name | all | default | management}] | pt-tree [vrf {vrf_name | all | default | management}]}
None
Any
network-admin
network-operator
This example shows how to display global IPv6 ICMPv6 configured virtual addresses information:
n1000v# show ipv6 icmp vaddr global
This example shows how to display link-local virtual IPv6 ICMPv6 configured virtual addresses information:
n1000v# show ipv6 icmp vaddr link-local
To display IPv6 Internet Control Message Protocol version 6 (ICMPv6) virtual port channel (vPC) statistics, use the show ipv6 icmp vpc-statistics command.
show ipv6 icmp vpc-statistics
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display IPv6 ICMPv6 vPC statistics:
n1000v# show ipv6 icmp vpc-statistics
IPv6 ND sync Disabled
ICMPV6 vPC global statistics
To display IPv6 related interface status information, use the show ipv6 interface command.
show ipv6 interface [ipv6_add [detail] | brief [include-secondary] | detail | mgmt mgmt_if_num [detail] | port-channel port_chan_num [detail]] [vrf {vrf_name | all | default | management}]
Displays IPv6 related interface information.
Any
network-admin
network-operator
This example shows how to display IPv6 status related interface information:
n1000v# show ipv6 interface
IPv6 Interface Status for VRF "default"
To display the IPv6 path Maximum Transmission Unit (MTU) cache, use the show ipv6 mtu command.
show ipv6 mtu [statistics | vrf {vrf_name | all | default | management}]
Displays the IPv6 path MTU cache.
Any
network-admin
network-operator
This example shows how to display the IPv6 path, MTU cache information:
n1000v# show ipv6 mtu
IPv6 Path MTU cache for context default
Remote IPv6 Address MTU Last Update Interface
This example shows how to display the IPv6 path, MTU Cache statistics:
n1000v# show ipv6 mtu statistics
IPv6 Non-TCP Path MTU Cache Statistics:
Outstanding Entries: 0
Expired Entries: 0
Purged Entries: 0
Internal Errors: 0
Packet-Too-Big Messages Received: 0
Cache Misses: 0
Cache Updates: 0
Too Small MTU Advertised: 0
Cache No Updates: 0
To display IPv6 Neighbor Discovery (ND) global traffic statistics, use the show ipv6 nd global traffic command.
show ipv6 nd global traffic
This command has no arguments or keywords.
None
Any
network-admin
network-operator
This example shows how to display IPv6 ND global traffic information:
n1000v# show ipv6 nd global traffic
ICMPv6 packet Statisitcs (sent/received):
Total Messages : 0/0
Error Messages : 0/0
Interface down drop count : 0/0
Adjacency not recovered from AM aft HA: 0/0
Pkts allowed from inv ttl on vPC-MCT: 0/0
Pkts dropped as source mac addr is own: 0/0
Pkts dropped as tgt ip addr is not own: 0/0
Destination Unreachables : 0/0
Administratively Prohibited: 0/0
Time Exceeded : 0/0
Parameter Problems : 0/0
Echo Request : 0/0
Echo Replies : 0/0
Redirects : 0/0
Packet Too Big : 0/0
Router Advertisements : 0/0
Router Solicitations : 0/0
Neighbor Advertisements : 0/0
Neighbor Solicitations : 0/0
ICMPv6 MLD Statistics (sent/received):
V1 Queries: 0/0
V2 Queries: 0/0
V1 Reports: 0/0
V2 Reports: 0/0
V1 Leaves : 0/0
To display IPv6 Neighbor Discovery (ND) interface information, use the show ipv6 nd interface command.
show ipv6 nd interface [detail | mgmt mgmt_if_num [detail | prefix] | port-channel port_chan_num [detail | prefix] | prefix] [vrf {vrf_name | all | default | management}]
Displays IPv6 ND interface information
Any
network-admin
network-operator
This example shows how to display IPv6 ND interface information:
n1000v# show ipv6 nd interface
ICMPv6 ND Interfaces for VRF "default"
This example shows how to display detailed IPv6 ND interface information:
n1000v# show ipv6 nd interface detail
ICMPv6 ND Interfaces for VRF "default"
To display the IPv6 neighbor entry, use the show ipv6 neighbor command.
show ipv6 neighbor [source_add [detail] | vrf {vrf_name | all | default | management}]
Displays the IPv6 neighbor entry.
Any
network-admin
network-operator
This example shows how to display IPv6 neighbor entry information:
n1000v# show ipv6 neighbor
Flags: # - Adjacencies Throttled for Glean
IPv6 Adjacency Table for VRF default
Total number of entries: 0
Address Age MAC Address Pref Source Interface
This example shows how to display IPv6 neighbor entry information per-VRF instance:
n1000v# show ipv6 neighbor vrf all
Flags: # - Adjacencies Throttled for Glean
IPv6 Adjacency Table for all VRFs
Total number of entries: 0
Address Age MAC Address Pref Source Interface
To display IPv6 global information, use the show ipv6 process command.
show ipv6 process [vrf {vrf_name | all | default | management}]
Displays IPv6 global information.
Any
network-admin
network-operator
This example shows how to display IPv6 global information:
n1000v# show ipv6 process
VRF default
VRF id is 1
Auto discard is disabled
Auto discard is not added
Static discard is not configured
Number of static default route configured is 0
Iodlist:
Local address list:
To display the IPv6 routing table, use the show ipv6 route command.
show ipv6 route [ipv6_route | am | direct | discard | local | mstatic | rpm | sal | static]
Displays the IPv6 routing table.
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to display detailed information about the IPv6 local routing table:
n1000v# show ipv6 route local detail
IPv6 Routing Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
ff00::/8, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via Null0, [220/0], 13:37:05, discard, discard
0::/127, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via Null0, [220/0], 13:37:05, discard, discard
fe80::/10, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via sup-eth1, [0/0], 13:36:39, local
This example shows how to display the next level of commands under ipv6 route am:
n1000v# show ipv6 route am ?
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
all Display routes for protocol for backup next-hops too
detail Display routes in full detail
interface Display routes with this output interface only
next-hop Display routes with this next-hop only
summary Display route counts
updated Display routes filtered by last updated time
vrf Display per-VRF information
| Pipe command output to filter
To display detailed IPv6 routing information, use the show ipv6 route detail command.
show ipv6 route detail [vrf {vrf_name | all | default | management}]
Displays detailed IPv6 routing information.
Any
network-admin
network-operator
This example shows how to display detailed IPv6 information:
n1000v# show ipv6 route detail
IP Route Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
0.0.0.0/32, ubest/mbest: 1/0
*via Null0, [220/0], 2d17h, broadcast, discard
127.0.0.0/8, ubest/mbest: 1/0
*via Null0, [220/0], 2d17h, broadcast, discard
255.255.255.255/32, ubest/mbest: 1/0
*via sup-eth1, [0/0], 2d17h, broadcast
To display IPv6 routes on an interface, use the show ipv6 route interface command.
show ipv6 route interface {control if_num | ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num} [am | detail | direct | discard | local | mstatic | next-hop | rpm | sal | static | summary | updated | vrf]
None
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to display detailed information about IPv6 routes on a port channel interface:
n1000v# show ipv6 route interface port-channel 1 detail
IPv6 Routing Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
ff00::/8, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via Null0, [220/0], 13:39:34, discard, discard
0::/127, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via Null0, [220/0], 13:39:34, discard, discard
fe80::/10, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via sup-eth1, [0/0], 13:39:08, local
To display the IPv6 routes with this next hop only, use the show ipv6 route next-hop command.
show ipv6 route next-hop next_ipv6_add [am | detail l direct | discard | interface | local | mstatic | rpm | sal | static | summary | updated | vrf]
Displays the IPv6 routes with this next hop only.
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to display detailed information about an IPv6 route with this next hop only:
n1000v# show ipv6 route next-hop fe80:: detail
IPv6 Routing Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
ff00::/8, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via Null0, [220/0], 13:42:16, discard, discard
0::/127, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via Null0, [220/0], 13:42:16, discard, discard
fe80::/10, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via sup-eth1, [0/0], 13:41:50, local
To display the IPv6 Reverse Path Forwarding (RPF) information for a multicast source, use the show ipv6 route rpf command.
show ipv6 route rpf [ipv6_route | am | detail | direct | discard | interface | local | mstatic | next-hop | rpm | sal | static | summary | updated | vrf]
Displays the IPv6 RPF information for multicast sources.
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to display command options occurring under the rpf updated keywords:
n1000v# show ipv6 route rpf updated ?
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
am Display routes owned by adjacency manager
detail Display routes in full detail
direct Display connected routes owned by direct
discard Display routes owned by discard
interface Display routes with this output interface only
local Display connected routes owned by local
mstatic Display routes owned by mstatic
next-hop Display routes with this next-hop only
rpm Display routes owned by rpm
sal Display connected routes owned by sal
since Display those routes updated since this time
static Display routes owned by static
summary Display route counts
until Display those routes updated until this time
vrf Display per-VRF information
| Pipe command output to filter
This example shows how to display detailed information about IPv6 RPF:
n1000v# show ipv6 route rpf detail
IPv6 Routing Table for VRF "default", RPF for multicast source
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
ff00::/8, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via Null0, [220/0], 13:44:46, discard, discard
0::/127, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via Null0, [220/0], 13:44:46, discard, discard
fe80::/10, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via sup-eth1, [0/0], 13:44:20, local
To display the IPv6 route information filtered by last updated time, use the show ipv6 route updated command.
show ipv6 route updated [am | detail | direct | discard | interface | local | mstatic | next-hop | rpm | sal | since | static | summary | until | vrf]
Displays the IPv6 route information filtered by last updated time.
Any
network-admin
network-operator
Following any one of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to display details of IPv6 routes filtered by last updated time:
n1000v# show ipv6 route updated detail
IPv6 Routing Table for VRF "default"
'*' denotes best ucast next-hop
'**' denotes best mcast next-hop
'[x/y]' denotes [preference/metric]
ff00::/8, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via Null0, [220/0], 04:07:32, discard, discard
0::/127, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via Null0, [220/0], 04:07:32, discard, discard
fe80::/10, ubest/mbest: 1/0
cand ubest/mbest: 1/0, ufdm in/update: 1/0
*via sup-eth1, [0/0], 04:07:06, local
This example shows how to display additional update command options under the route am command:
n1000v# show ipv6 route updated am ?
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
all Display routes for protocol for backup next-hops too
detail Display routes in full detail
interface Display routes with this output interface only
next-hop Display routes with this next-hop only
summary Display route counts
vrf Display per-VRF information
| Pipe command output to filter
To display IPv6 router information, use the show ipv6 routers command.
show ipv6 routers [interface {port-channel port_chan_num | vrf {vrf_name | all | default | management}}]
Displays IPv6 router information.
Any
network-admin
network-operator
This example shows how to display IPv6 router information:
n1000v# show ipv6 routers
To display IPv6 configured static routes, use the show ipv6 static-route command.
show ipv6 static-route [ipv6_add/LEN [multicast] | multicast] [vrf {vrf_name | all | default | management}]
Displays IPv6 configured static routes.
Any
network-admin
network-operator
This example shows how to display IPv6 configured static routes:
n1000v# show ipv6 static-route
IPv6 Configured Static Routes for VRF "default"(1)
This example shows how to display IPv6 configured static routes per-VRF instance:
n1000v# show ipv6 static-route vrf all
IPv6 Configured Static Routes for VRF "default"(1)
IPv6 Configured Static Routes for VRF "management"(2)
To display IPv6 traffic statistics, use the show ipv6 traffic command.
show ipv6 traffic [detail]
detail |
(Optional) Displays detailed IPv6 statistics. |
Displays IPv6 traffic statistics.
Any
network-admin
network-operator
This example shows how to display IPv6 traffic statistics:
n1000v# show ipv6 traffic
IPv6 Software Processed Traffic and Error Statistics, last reset: never
RP-Traffic Statistics:
Counter Unicast Multicast
------- ------- ---------
Packets forwarded: 0 0
Bytes forwarded: 0 0
Packets originated: 0 0
Bytes originated: 0 0
Packets consumed: 0 0
Bytes consumed: 0 0
Fragments originated: 0 0
Fragments consumed: 0 0
Error Statistics:
Bad version: 0, route lookup failed: 0, hop limit exceeded: 0
Ingress Drop (ifmgr init): 0, rpf drops: 0
Option header errors: 0, payload length too small: 0
PM errors: 0, MBUF errors: 0, encapsulation errors: 0
RFC 4293: IPv6 Software Processed Traffic Statistics
----------------------------------------
Reception
Pkts recv: 0, Bytes recv: 0,
inhdrerrors: 0, innoroutes: 0, inaddrerrors: 0,
inunknownprotos: 0, intruncatedpkts: 0, inforwdgrams: 0,
reasmreqds: 0, reasmoks: 0, reasmfails: 0,
indiscards: 0, indelivers: 0,
inmcastpkts: 0, inmcastbytes: 0,
Transmission
Pkts sent: 0, Bytes sent: 0
outrequests: 0, outnoroutes: 0, outforwdgrams: 0,
outdiscards: 0, outfragreqds: 0, outfragoks: 0,
outfragfails: 0, outfragcreates: 0, outtransmits: 0,
outmcastpkts: 0, outmcastbytes: 0
This example shows how to display detailed IPv6 traffic statistics:
n1000v# show ipv6 traffic detail
IPv6 Software Processed Traffic and Error Statistics, last reset: never
RP-Traffic Statistics:
Counter Unicast Multicast
------- ------- ---------
Packets forwarded: 0 0
Bytes forwarded: 0 0
Packets originated: 0 0
Bytes originated: 0 0
Packets consumed: 0 0
Bytes consumed: 0 0
Fragments originated: 0 0
Fragments consumed: 0 0
Error Statistics:
Bad version: 0, route lookup failed: 0, hop limit exceeded: 0
Ingress Drop (ifmgr init): 0, rpf drops: 0
Option header errors: 0, payload length too small: 0
PM errors: 0, MBUF errors: 0, encapsulation errors: 0
RFC 4293: IPv6 Software Processed Traffic Statistics
----------------------------------------
Reception
Pkts recv: 0, Bytes recv: 0,
inhdrerrors: 0, innoroutes: 0, inaddrerrors: 0,
inunknownprotos: 0, intruncatedpkts: 0, inforwdgrams: 0,
reasmreqds: 0, reasmoks: 0, reasmfails: 0,
indiscards: 0, indelivers: 0,
inmcastpkts: 0, inmcastbytes: 0,
Transmission
Pkts sent: 0, Bytes sent: 0
outrequests: 0, outnoroutes: 0, outforwdgrams: 0,
outdiscards: 0, outfragreqds: 0, outfragoks: 0,
outfragfails: 0, outfragcreates: 0, outtransmits: 0,
outmcastpkts: 0, outmcastbytes: 0
Protocol Statistics:
To display information about the Layer 2 multicast route database, use the show l2 mroute command.
show l2 mroute [flood [hex | resolved [hex]] | group {ipv4_group_add | ipv6_group_add | mac_group_add} [hex | resolved [hex]] | hex | omf [hex | resolved [hex]] | resolved [hex] | source {ipv4_source_add | ipv6_source_add | mac_source_add} [group {ipv4_group_add | ipv6_group_add | mac_group_add} [hex | resolved [hex]]] | summary | vdc-omf [resolved] | vlan vlan_id [flood [hex | resolved [hex]] | group {ipv4_group_add | ipv6_group_add | mac_group_add} [hex | resolved [hex]] | hex | omf [hex | resolved [hex]] | resolved [hex] | source {ipv4_source_add | ipv6_source_add | mac_source_add} [group {ipv4_group_add | ipv6_group_add | mac_group_add}] [hex | resolved [hex]]]
Displays information about the Layer 2 multicast route database.
Any
network-admin
This example shows how to display information about the Layer 2 multicast route:
n1000v# show l2 mroute
Found total 0 route(s)
To display information about a Link Aggregation Control Protocol (LACP) counters, use the show lacp counters command.
show lacp counters [interface {port-channel port_chan_num [. sub_if_num]}]
Displays information about the LACP counters.
Any
network-admin
This example shows how to display information about the LACP counters:
n1000v# show lacp counters
LACPDUs Marker Marker Response LACPDUs
Port Sent Recv Sent Recv Sent Recv Pkts Err
---------------------------------------------------------------------
port-channel1
Ethernet4/4 2604 2605 0 0 0 0 0
Ethernet4/3 2604 2604 0 0 0 0 0
Ethernet4/6 2597 2596 0 0 0 0 0
Ethernet4/5 2597 2596 0 0 0 0 0
port-channel2
Ethernet4/2 2597 2596 0 0 0 0 0
Ethernet4/1 2597 2596 0 0 0 0 0
port-channel4
Ethernet3/2 2598 2598 0 0 0 0 0
Ethernet3/1 2598 2598 0 0 0 0 0
port-channel6
Ethernet3/5 2606 2607 0 0 0 0 0
Ethernet3/6 2598 2598 0 0 0 0 0
Ethernet3/4 2598 2598 0 0 0 0 0
Ethernet3/3 2598 2598 0 0 0 0 0
This example shows how to display information about the LACP counters for port channel 1:
n1000v# show lacp counters interface port-channel 1
LACPDUs Marker Marker Response LACPDUs
Port Sent Recv Sent Recv Sent Recv Pkts Err
---------------------------------------------------------------------
port-channel1
Ethernet4/4 2606 2607 0 0 0 0 0
Ethernet4/3 2606 2606 0 0 0 0 0
Ethernet4/6 2599 2599 0 0 0 0 0
Ethernet4/5 2599 2599 0 0 0 0 0
|
|
---|---|
clear lacp counter |
Clears statistics for all LACP group interfaces. |
To display information about a Link Aggregation Control Protocol (LACP) interface, use the show lacp interface command.
show lacp interface [ethernet slot/chassis_num / port/slot_num [. port_num]]
Displays information about the LACP interface.
Any
network-admin
This example shows how to display information about an LACP Ethernet interface:
n1000v# show lacp interface ethernet 3/2
Interface Ethernet3/2 is up
Channel group is 4 port channel is Po4
PDUs sent: 2608
PDUs rcvd: 2607
Markers sent: 0
Markers rcvd: 0
Marker response sent: 0
Marker response rcvd: 0
Unknown packets rcvd: 0
Illegal packets rcvd: 0
Lag Id: [[(00:05:73:d8:ef:01, 32768, 60, 0x8000, 0x105), (00:05:73:d8:ef:01, 32768, 60, 0x8000, 0x105)]]
Operational as aggregated link since
Local Port: Eth3/2 MAC Address= 2-0-c-0-0-3c
System Identifier=0x8000,2-0-c-0-0-3c
Port Identifier=0x8000,0x302
Operational key=3
LACP_Activity=active
LACP_Timeout=Long Timeout (30s)
Synchronization=IN_SYNC
Collecting=true
Distributing=true
Partner information refresh timeout=Long Timeout (90s)
Actor Admin State=(Ac-1:To-0:Ag-1:Sy-1:Co-1:Di-1:De-0:Ex-0)
Actor Oper State=(Ac-1:To-0:Ag-1:Sy-1:Co-1:Di-1:De-0:Ex-0)
Neighbor: 1/5
MAC Address= 0-5-73-d8-ef-1
System Identifier=0x8000,0-5-73-d8-ef-1
Port Identifier=0x8000,0x105
Operational key=60
LACP_Activity=active
LACP_Timeout=Long Timeout (30s)
Synchronization=IN_SYNC
Collecting=true
Distributing=true
Partner Admin State=(Ac-1:To-0:Ag-1:Sy-1:Co-1:Di-1:De-0:Ex-0)
Partner Oper State=(Ac-1:To-0:Ag-1:Sy-1:Co-1:Di-1:De-0:Ex-0)
|
|
---|---|
clear lacp counter |
Clears statistics for all LACP group interfaces. |
To display internal information about the Link Aggregation Control Protocol (LACP), use the show lacp internal command.
show lacp internal {event-history {errors | global | ifindex interface_index | interface ethernet slot/chassis_num / port/slot_num [. port_num] | lock | msgs} | info [all | global | ifindex interface_index [detail] | interface ethernet slot/chassis_num / port/slot_num [. port_num] | log | pc-db interface port-channel port_chan_num [. sub_if_num] | pss] | mem-stats [detail]}
None
Any
network-admin
This example shows how to display information about the internal LACP event history error messages:
n1000v# # show lacp internal event-history errors
1) Event:E_DEBUG, length:85, at 630000 usecs after Thu Apr 18 08:33:54 2013
[102] lacp_vem_lc_offline_notify_handler(886): Failed to get IF OBJ for IFDX 25014040
2) Event:E_DEBUG, length:85, at 630000 usecs after Thu Apr 18 08:33:54 2013
[102] lacp_vem_lc_offline_notify_handler(886): Failed to get IF OBJ for IFDX 25014000
3) Event:E_DEBUG, length:85, at 790000 usecs after Thu Apr 18 08:21:49 2013
[102] lacp_vem_lc_offline_notify_handler(886): Failed to get IF OBJ for IFDX 25014040
4) Event:E_DEBUG, length:85, at 600000 usecs after Thu Apr 18 08:17:58 2013
[102] lacp_vem_lc_offline_notify_handler(886): Failed to get IF OBJ for IFDX 25014040
5) Event:E_DEBUG, length:85, at 600000 usecs after Thu Apr 18 08:17:58 2013
[102] lacp_vem_lc_offline_notify_handler(886): Failed to get IF OBJ for IFDX 25014000
...
|
|
---|---|
clear lacp counter |
Clears statistics for all LACP group interfaces. |
To display information about a Link Aggregation Control Protocol (LACP) interface neighbor, use the show lacp neighbor command.
show lacp neighbor [interface {port-channel port_chan_num [. sub_if_num]}]
Displays information about the LACP interface neighbor.
Any
network-admin
This example shows how to display information about the LACP port channel 1 neighbor:
n1000v# show lacp neighbor interface port-channel 1
Flags: S - Device is sending Slow LACPDUs F - Device is sending Fast LACPDUs
A - Device is in Active mode P - Device is in Passive mode
Partner's information
Partner Partner Partner
Port System ID Port Number Age Flags
Eth4/4 32768,0-5-73-d6-c9-1 0x210b 78890 SA
LACP Partner Partner Partner
Port Priority Oper Key Port State
32768 0x3b 0x3d
Partner's information
Partner Partner Partner
Port System ID Port Number Age Flags
Eth4/3 32768,0-5-73-d6-c9-1 0x2108 78890 SA
LACP Partner Partner Partner
Port Priority Oper Key Port State
32768 0x3b 0x3d
Partner's information
Partner Partner Partner
Port System ID Port Number Age Flags
Eth4/6 32768,0-5-73-d6-c9-1 0x210a 78994 SA
LACP Partner Partner Partner
Port Priority Oper Key Port State
32768 0x3b 0x3d
...
|
|
---|---|
clear lacp counter |
Clears statistics for all LACP group interfaces. |
To display information about the Link Aggregation Control Protocol (LACP) offload status, use the show lacp offload status command.
show lacp offload status
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display information about the LACP offload status:
n1000v# show lacp offload status
Current Status : Enabled
Running Config Status : Enabled
Saved Config Status : Enabled
|
|
---|---|
clear lacp counter |
Clears statistics for all LACP group interfaces. |
To display information about the Link Aggregation Control Protocol (LACP) port channel interfaces, use the show lacp port-channel command.
show lacp port-channel [interface {port-channel port_chan_num [. sub_if_num]}]
Displays information about the LACP port channel interfaces.
Any
network-admin
This example shows how to display information about the LACP port channels:
n1000v# # show lacp port-channel
port-channel1
System Mac=2-0-c-0-0-3c
Local System Identifier=0x8000,2-0-c-0-0-3c
Admin key=0x0
Operational key=0x0
Partner System Identifier=0x8000,0-5-73-d6-c9-1
Operational key=0x3b
Member Port List=3-6
port-channel2
System Mac=2-0-c-0-0-3c
Local System Identifier=0x8000,2-0-c-0-0-3c
Admin key=0x1
Operational key=0x1
Partner System Identifier=0x8000,0-5-73-d6-c9-1
Operational key=0x3c
Member Port List=1-2
port-channel4
System Mac=2-0-c-0-0-3c
Local System Identifier=0x8000,2-0-c-0-0-3c
Admin key=0x3
Operational key=0x3
Partner System Identifier=0x8000,0-5-73-d8-ef-1
Operational key=0x3c
Member Port List=1-2
port-channel6
System Mac=2-0-c-0-0-3c
Local System Identifier=0x8000,2-0-c-0-0-3c
Admin key=0x5
Operational key=0x5
Partner System Identifier=0x8000,0-5-73-d8-ef-1
Operational key=0x3b
|
|
---|---|
clear lacp counter |
Clears statistics for all LACP group interfaces. |
To display the Link Aggregation Control Protocol (LACP) system identifier, use the show lacp system-identifier command.
show lacp system-identifier
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display the LACP system identifier:
n1000v# show lacp system-identifier
32768,2-0-c-0-0-3c
|
|
---|---|
clear lacp counter |
Clears statistics for all LACP group interfaces. |
To display information about the license, use the show license command.
show license [brief | default | file license_file | host-id | usage]
Displays information about the license.
Any
network-admin
This example shows how to display the services using the default license:
n1000v# show license default
Feature Default License Count
-------------------------------------------------------------------------------
NEXUS_VSG_SERVICES_PKG 16
N1KV_MSFT_LAN_SERVICES_PKG 512
NEXUS_ASA1000V_SERVICES_PKG 16
-------------------------------------------------------------------------------
This example shows how to display t the license host ID:
n1000v# show license host-id
License hostid: VDH=1300095395136032199
This example shows how to display the license usage table:
n1000v# show license usage
Feature Ins Lic Status Expiry Date Comments
Count
--------------------------------------------------------------------------------
NEXUS_VSG_SERVICES_PKG No 16 Unused Never -
N1KV_MSFT_LAN_SERVICES_PKG No 512 Unused Never -
NEXUS_ASA1000V_SERVICES_PKG No 16 Unused 09 Apr 2013 -
--------------------------------------------------------------------------------
To display the parameters of a terminal line, use the show line command.
show line [com1 | console [connected]] [user-input-string]
Displays the parameters of a terminal line.
Any
network-admin
This example shows how to display the parameters of a terminal line:
n1000v# show line
line Console:
Speed: 9600 baud
Databits: 8 bits per byte
Stopbits: 1 bit(s)
Parity: none
Modem In: Disable
Modem Init-String -
default : ATE0Q1&D2&C1S0=1\015
line Aux:
Speed: 9600 baud
Databits: 8 bits per byte
Stopbits: 1 bit(s)
Parity: none
Modem In: Disable
Modem Init-String -
default : ATE0Q1&D2&C1S0=1\015
Hardware Flowcontrol: ON
This example shows how to display the parameters of auxiliary lines:
n1000v# show line com1
line Aux:
Speed: 9600 baud
Databits: 8 bits per byte
Stopbits: 1 bit(s)
Parity: none
Modem In: Disable
Modem Init-String -
default : ATE0Q1&D2&C1S0=1\015
Hardware Flowcontrol: ON
|
|
---|---|
clear line |
Ends a session on a specified terminal. |
line console |
Enters console configuration mode. |
To display information about the system logs, use the show logging command.
show logging [console | info | internal info | ip {access-list {cache module module_num | internal (errors | event-history {errors | msgs} | info global | mem-stats [detail] | msgs} | status}} | last num_lines | logfile [duration hh:mm:ss | last-index | start-seqn start_seq | start-time year month day hh:mm:ss] | module | monitor | pending | pending-diff | server | session {status} | status | timestamp]
Displays the system logs.
Any
network-admin
This example shows how to display information about system logs:
n1000v# show logging
Logging console: enabled (Severity: critical)
Logging monitor: enabled (Severity: notifications)
Logging linecard: enabled (Severity: notifications)
Logging fex: enabled (Severity: notifications)
Logging timestamp: Seconds
Logging server: disabled
Logging logfile: enabled
Name - messages: Severity - notifications Size - 4194304
Facility Default Severity Current Session Severity
-------- ---------------- ------------------------
aaa 3 3
aclcomp 2 2
acllog 2 2
aclmgr 3 3
auth 0 0
authpriv 3 3
bootvar 5 5
capability 2 2
capability 2 2
cdp 2 2
cert_enroll 2 2
clis 7 7
confcheck 2 2
cron 3 3
daemon 3 3
dhcp_snoop 2 2
dhcp_snoop 2 2
eth-port-sec 2 2
eth_port_channel 5 5
ethpm 5 5
evmc 5 5
...
To display information about the system logging level, use the show logging command.
show logging level [aaa | acllog | aclmgr | adjmgr | arp | auth | authpriv | bootvar | capability | cdp | cert_enroll | clis | core | cron | daemon | dhcp_snoop | ethpm | evmc | evms | feature-mgr | fs-daemon | ftp | im | ip igmp | ipconf [ipv6] | ipqos | ipv6 icmp | kernel | l3vm | lacp | licmgr | local0 | local1 | local2 | local3 | local4 | local5 | local6 | local7 | lpr | m2rib | mail | module | monitor | mvsh | netstack | news | nfm | ntp | platform | plugin | port-channel | port-profile | port-security | private-vlan | radius | redun_mgr | res_mgr | rpm | sal | scheduler | security | smm | snmpd | spanning-tree | syslog | sysmgr | u6rib | urib | user | uucp | vem_mgr | vim | vlan_mgr | vmm | vns_agent | vshd]
Displays information about the system logging level.
Any
network-admin
This example shows how to display information about the Cron/at logs:
n1000v# show logging level cron
Facility Default Severity Current Session Severity
-------- ---------------- ------------------------
cron 3 3
0(emergencies) 1(alerts) 2(critical)
3(errors) 4(warnings) 5(notifications)
6(information) 7(debugging)
To display information about the MAC access control lists (ACLs), use the show mac access-lists command.
show mac access-lists [acl_list name [capture session session_id [dynamic | expanded | summary] | dynamic | expanded | summary] | capture session session_id [dynamic | expanded | summary] | dynamic [capture session session_id [dynamic | expanded | summary]] | expanded | summary]
Displays information about the MAC ACLs.
Any
network-admin
This example shows how to display information about MAC ACLs:
n1000v# show mac access-lists
MAC ACL test-mac
30 permit 0002.3000.0000 0000.00ff.ffff any
40 permit 0002.3100.0000 0000.00ff.ffff any
50 permit 0002.3200.0000 0000.00ff.ffff any
60 permit 0002.3300.0000 0000.00ff.ffff any
70 permit 0002.3400.0000 0000.00ff.ffff any
80 permit 0002.3500.0000 0000.00ff.ffff any
90 permit 0002.3600.0000 0000.00ff.ffff any
100 permit 0002.3700.0000 0000.00ff.ffff any
110 permit 0002.3800.0000 0000.00ff.ffff any
120 permit 0002.3900.0000 0000.00ff.ffff any
130 permit 0002.3a00.0000 0000.00ff.ffff any
140 permit 0002.3b00.0000 0000.00ff.ffff any
150 permit 0002.3c00.0000 0000.00ff.ffff any
170 permit 0002.3e00.0000 0000.00ff.ffff any
180 permit 0015.5df4.8506 0000.0000.0000 any
200 permit 0015.5df4.8704 0000.0000.0000 any
210 permit 0015.5df4.8312 0000.0000.0000 any
220 permit 0015.5df4.8706 0000.0000.0000 any
230 permit 0015.5df4.8700 0000.0000.0000 any
250 deny 0015.5df4.8304 0000.0000.0000 any
260 permit any any
MAC ACL test-mac-in
30 permit 0002.3000.0000 0000.00ff.ffff any
40 permit 0002.3100.0000 0000.00ff.ffff any
50 permit 0002.3200.0000 0000.00ff.ffff any
60 permit 0002.3300.0000 0000.00ff.ffff any
70 permit 0002.3400.0000 0000.00ff.ffff any
80 permit 0002.3500.0000 0000.00ff.ffff any
90 permit 0002.3600.0000 0000.00ff.ffff any
...
This example shows how to display summary information about a specific MAC ACL:
n1000v# show mac access-lists test-mac-in summary
MAC ACL test-mac-in
Total ACEs Configured:20
Configured on interfaces:
Active on interfaces:
This example shows how to display summary information about MAC ACLs:
n1000v# show mac access-lists summary
MAC ACL test-mac
Total ACEs Configured:21
Configured on interfaces:
Active on interfaces:
MAC ACL test-mac-in
Total ACEs Configured:20
Configured on interfaces:
Active on interfaces:
To display information about the MAC address table, use the show mac address-table command.
show mac address-table
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display the MAC address table:
n1000v# show mac address-table
VLAN MAC Address Type Age Port Mod
---------+-----------------+-------+---------+------------------------------+---
1 0002.3d12.e600 static 0 N1KV Internal Port 3
1 0002.3d22.e600 static 0 N1KV Internal Port 3
1 0002.3d32.e602 static 0 N1KV Internal Port 3
1 0002.3d42.e600 static 0 N1KV Internal Port 3
1 0002.3d42.e602 static 0 N1KV Internal Port 3
1 0002.3d62.e602 static 0 N1KV Internal Port 3
1 0002.3d82.e602 static 0 N1KV Internal Port 3
262 0015.5de1.9629 dynamic 1 Po2 3
262 0015.5de1.9d07 dynamic 123 Po2 3
262 0015.5de1.9e03 dynamic 3 Po2 3
262 001d.d8b7.1c01 dynamic 0 Po2 3
263 0015.5de1.9626 dynamic 1 Po1 3
1 0002.3d12.e600 static 0 N1KV Internal Port 4
1 0002.3d22.e600 static 0 N1KV Internal Port 4
1 0002.3d32.e603 static 0 N1KV Internal Port 4
1 0002.3d42.e600 static 0 N1KV Internal Port 4
1 0002.3d42.e603 static 0 N1KV Internal Port 4
1 0002.3d62.e603 static 0 N1KV Internal Port 4
1 0002.3d82.e603 static 0 N1KV Internal Port 4
262 0015.5de1.9629 dynamic 1 Po7 4
262 0015.5de1.9d07 dynamic 123 Po7 4
262 0015.5de1.9e03 dynamic 3 Po7 4
262 001d.d8b7.1c01 dynamic 0 Po7 4
263 0015.5de1.9626 dynamic 1 Po8 4
1 0002.3d12.e600 static 0 N1KV Internal Port 5
1 0002.3d22.e600 static 0 N1KV Internal Port 5
1 0002.3d32.e604 static 0 N1KV Internal Port 5
1 0002.3d42.e600 static 0 N1KV Internal Port 5
1 0002.3d42.e604 static 0 N1KV Internal Port 5
1 0002.3d62.e604 static 0 N1KV Internal Port 5
1 0002.3d82.e604 static 0 N1KV Internal Port 5
262 0015.5de1.9629 dynamic 1 Po10 5
262 0015.5de1.9d07 dynamic 123 Po10 5
262 0015.5de1.9e03 dynamic 3 Po10 5
262 001d.d8b7.1c01 dynamic 0 Po10 5
263 0015.5de1.9626 dynamic 1 Po9 5
1 0002.3d12.e600 static 0 N1KV Internal Port 6
1 0002.3d22.e600 static 0 N1KV Internal Port 6
1 0002.3d32.e605 static 0 N1KV Internal Port 6
1 0002.3d42.e600 static 0 N1KV Internal Port 6
1 0002.3d42.e605 static 0 N1KV Internal Port 6
1 0002.3d62.e605 static 0 N1KV Internal Port 6
1 0002.3d82.e605 static 0 N1KV Internal Port 6
262 0015.5de1.9629 dynamic 2 Po13 6
262 0015.5de1.9d07 dynamic 123 Po13 6
262 0015.5de1.9e03 dynamic 4 Po13 6
262 001d.d8b7.1c01 dynamic 1 Po13 6
263 0015.5de1.9626 dynamic 2 Po12 6
Total MAC Addresses: 48
To display information about a specific MAC address table, use the show mac address-table address command.
show mac address-table address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id]
Displays information about a specific MAC address table.
Any
network-admin
This example shows how to display a specific MAC address table:
n1000v# show mac address-table address f0f7.55aa.bd11
VLAN MAC Address Type Age Port Mod
---------+-----------------+-------+---------+------------------------------+---
2012 f0f7.55aa.bd11 dynamic 10 Po6 5
2012 f0f7.55aa.bd11 dynamic 10 Po8 6
Total MAC Addresses: 2
To display information about the configured or default MAC address table aging time, use the show mac address-table aging-time command.
show mac address-table aging-time [bridge-domain bridge_dom_name | vlan vlan_id]
Displays information about the configured or default MAC address table aging time.
Any
network-admin
This example shows how to display the MAC address table aging time:
n1000v# show mac address-table aging-time
Vlan Aging Time
----- ----------
100 300
200 300
173 300
101 300
1 300
To display information about the MAC address table for a specific bridge domain (BD), use the show mac address-table bridge-domain command.
show mac address-table bridge-domain bridge_dom_name
bridge_dom_name |
BD name. The name is a maximum of 128 characters. |
Displays information about the MAC address table for a specific BD.
Any
network-admin
This example shows how to display the MAC address table for a specific BD name:
n1000v# show mac address-table bridge-domain
To display the count of MAC address table entries, use the show mac address-table count command.
show mac address-table count
[address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id] |
bridge-domain bridge_dom_name |
dynamic [address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id]] |
interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} |
secure [address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id]] |
static [address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id]] |
vlan vlan_id]
Displays the count of MAC address table entries.
Any
network-admin
This example shows how to display the count of MAC address table entries:
n1000v# show mac address-table count
Total MAC Addresses: 10
To display information about dynamic MAC address table entries, use the show mac address-table dynamic command.
show mac address-table dynamic [address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id]]
Displays information about dynamic MAC address table entries.
Any
network-admin
This example shows how to display the dynamic MAC address table for a specific port-channel interface:
n1000v# show mac address-table dynamic interface port-channel 6
VLAN MAC Address Type Age Port Mod
---------+-----------------+-------+---------+------------------------------+---
261 0010.1857.0cde dynamic 30 Po6 5
261 0010.1857.0cdf dynamic 5 Po6 5
262 001d.d8b7.1df9 dynamic 7 Po6 5
263 001d.d8b7.1df8 dynamic 6 Po6 5
2012 0000.c9b0.1c90 dynamic 82 Po6 5
2012 0000.c9b0.1c91 dynamic 0 Po6 5
2012 001b.21c2.497c dynamic 12 Po6 5
2012 f0f7.55aa.bd11 dynamic 2 Po6 5
2012 f0f7.55aa.bd13 dynamic 1 Po6 5
Total MAC Addresses: 9
To display information about the MAC address table interface, use the show mac address-table interface command.
show mac address-table interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num} [bridge-domain bridge_dom_name | vlan vlan_id]
None
Any
network-admin
This example shows how to display the MAC address table interface entries for a specific port channel interface:
n1000v# show mac address-table interface port-channel 8
AC Address Type Age Port Mod
---------+-----------------+-------+---------+------------------------------+---
261 0010.1857.0cde dynamic 1 Po8 6
261 0010.1857.0cdf dynamic 23 Po8 6
262 001d.d8b7.1df9 dynamic 12 Po8 6
263 001d.d8b7.1df8 dynamic 18 Po8 6
2012 0000.c9b0.1c90 dynamic 4 Po8 6
2012 0000.c9b0.1c91 dynamic 0 Po8 6
2012 0014.1b45.6800 dynamic 249 Po8 6
2012 001b.21c2.497c dynamic 99 Po8 6
2012 f0f7.55aa.bd11 dynamic 11 Po8 6
2012 f0f7.55aa.bd13 dynamic 1 Po8 6
Total MAC Addresses: 10
To display information about the virtual Ethernet Module (VEM) MAC address table, use the show mac address-table module command.
show mac address-table module module_num
[address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id] |
bridge-domain bridge_dom_name |
count [address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id] | bridge-domain bridge_dom_name | dynamic [address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id]] | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | secure [address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id]] | static [address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id]] | vlan vlan_id] |
dynamic [address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id]] |
interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} |
secure [address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id]] |
static [address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id]] |
vlan vlan_id]
Displasy information about the VEM MAC address table.
Any
network-admin
This example shows how to display the MAC address table, VEM module specific information:
n1000v# show mac address-table module 6
VLAN MAC Address Type Age Port Mod
---------+-----------------+-------+---------+------------------------------+---
1 0002.3d10.0800 static 0 N1KV Internal Port 6
1 0002.3d20.0800 static 0 N1KV Internal Port 6
1 0002.3d30.0805 static 0 N1KV Internal Port 6
1 0002.3d40.0800 static 0 N1KV Internal Port 6
1 0002.3d40.0805 static 0 N1KV Internal Port 6
1 0002.3d60.0805 static 0 N1KV Internal Port 6
1 0002.3d80.0805 static 0 N1KV Internal Port 6
261 0010.1857.0cde dynamic 1 Po8 6
261 0010.1857.0cdf dynamic 2 Po8 6
262 001d.d8b7.1df9 dynamic 3 Po8 6
263 001d.d8b7.1df8 dynamic 24 Po8 6
264 001d.d8b7.1dfa dynamic 10 Po7 6
2012 0000.c9b0.1c90 dynamic 64 Po8 6
2012 0000.c9b0.1c91 dynamic 0 Po8 6
2012 0014.1b45.6800 dynamic 108 Po8 6
2012 001b.21c2.497c dynamic 112 Po8 6
2012 f0f7.55aa.bd11 dynamic 2 Po8 6
2012 f0f7.55aa.bd13 dynamic 2 Po8 6
Total MAC Addresses: 18
To display information about the secure MAC address table entries, use the show ma address-table secure command.
show mac address-table secure [address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id]]
Displays information about secure MAC address table entries.
Any
network-admin
This example shows how to display secure MAC address table entries:
n1000v# show mac address-table secure
Total MAC Addresses: 0
To display information about static MAC address table entries, use the show mac address-table static command.
show mac address-table static [address mac_address [bridge-domain bridge_dom_name | interface {ethernet slot/chassis_num / port/slot_num [. port_num] | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num [bridge-domain bridge_dom_name | vlan vlan_id]} | vlan vlan_id]]
Displays information about static MAC address table entries.
Any
network-admin
This example shows how to display static MAC address table for a specific MAC address:
n1000v# show mac address-table static address 0002.3d60.0804
VLAN MAC Address Type Age Port Mod
---------+-----------------+-------+---------+------------------------------+---
1 0002.3d60.0804 static 0 N1KV Internal Port 5
Total MAC Addresses: 1
To display information about the MAC address table VLAN entries, use the show mac address-yable vlan command.
show mac address-table vlan vlan_id
vlan_id |
VLAN identification number. The range is from 1 to 3967 and 4048 to 4093 or range(s): 1 to 5, 10 or 2-5,7-19. |
None
Any
network-admin
This example shows how to display MAC address table VLAN entries:
n1000v# show mac address-table vlan 1
VLAN MAC Address Type Age Port Mod
---------+-----------------+-------+---------+------------------------------+---
1 0002.3d10.0800 static 0 N1KV Internal Port 3
1 0002.3d20.0800 static 0 N1KV Internal Port 3
1 0002.3d30.0802 static 0 N1KV Internal Port 3
1 0002.3d40.0800 static 0 N1KV Internal Port 3
1 0002.3d40.0802 static 0 N1KV Internal Port 3
1 0002.3d60.0802 static 0 N1KV Internal Port 3
1 0002.3d80.0802 static 0 N1KV Internal Port 3
1 0002.3d10.0800 static 0 N1KV Internal Port 4
1 0002.3d20.0800 static 0 N1KV Internal Port 4
1 0002.3d30.0803 static 0 N1KV Internal Port 4
1 0002.3d40.0800 static 0 N1KV Internal Port 4
1 0002.3d40.0803 static 0 N1KV Internal Port 4
1 0002.3d60.0803 static 0 N1KV Internal Port 4
1 0002.3d80.0803 static 0 N1KV Internal Port 4
1 0002.3d10.0800 static 0 N1KV Internal Port 5
1 0002.3d20.0800 static 0 N1KV Internal Port 5
1 0002.3d30.0804 static 0 N1KV Internal Port 5
1 0002.3d40.0800 static 0 N1KV Internal Port 5
1 0002.3d40.0804 static 0 N1KV Internal Port 5
1 0002.3d60.0804 static 0 N1KV Internal Port 5
1 0002.3d80.0804 static 0 N1KV Internal Port 5
1 0002.3d10.0800 static 0 N1KV Internal Port 6
1 0002.3d20.0800 static 0 N1KV Internal Port 6
1 0002.3d30.0805 static 0 N1KV Internal Port 6
1 0002.3d40.0800 static 0 N1KV Internal Port 6
1 0002.3d40.0805 static 0 N1KV Internal Port 6
1 0002.3d60.0805 static 0 N1KV Internal Port 6
1 0002.3d80.0805 static 0 N1KV Internal Port 6
Total MAC Addresses: 28
To display information about MAC lists, use the show mac-list command.
show mac-list [mac_list_name [mac_address [mac_mask]] | seq seq_num]
Displays information about MAC lists.
Any
network-admin
This example shows how to display information about MAC lists:
n1000v# show mac-list
|
|
---|---|
show mac address-table |
Displays information about the MAC address table. |
show mac access-lists |
Displays information about the MAC access control lists (ACLs). |
To display information for all chassis I/O and supervisor modules, use the show module command.
show module [module_num [bandwidth-fairness | ipv6-info | recovery-steps]]
Displays information for all chassis I/O and supervisor modules.
Any
network-admin
This example shows how to display module information for all I/O modules and supervisor modules in the chassis:
n1000v# show module
Mod Ports Module-Type Model Status
--- ----- -------------------------------- ------------------ ------------
1 0 Virtual Supervisor Module Nexus1000V active *
2 0 Virtual Supervisor Module Nexus1000V ha-standby
5 288 Virtual Ethernet Module NA ok
6 288 Virtual Ethernet Module NA ok
Mod Sw Hw
--- ------------------ ------------------------------------------------
1 5.2(1)SM1(5.0.342) 0.0
2 5.2(1)SM1(5.0.342) 0.0
5 5.2(1)SM1(5.1) Windows Server 2012 - Datacenter (6.2.9200, 6.30)
6 5.2(1)SM1(5.1) Windows Server 2012 - Datacenter (6.2.9200, 6.30)
Mod MAC-Address(es) Serial-Num
--- -------------------------------------- ----------
1 00-19-07-6c-5a-a8 to 00-19-07-6c-62-a8 NA
2 00-19-07-6c-5a-a8 to 00-19-07-6c-62-a8 NA
5 02-00-0c-00-05-00 to 02-00-0c-00-05-80 NA
6 02-00-0c-00-06-00 to 02-00-0c-00-06-80 NA
Mod Server-IP Server-UUID Server-Name
--- --------------- ------------------------------------ --------------------
1 10.105.225.180 NA NA
2 10.105.225.180 NA NA
3 10.105.225.157 20D6995A-82DC-E111-0000-0AA11223349E NODE-UCS-157
4 10.105.225.158 20D6995A-82DC-E111-0000-0AA11223346E NODE-UCS-158
* this terminal session
|
|
---|---|
module vem |
Allows the user to enter remote commands on the VEM, from the Cisco Nexus 1000V. |
vem |
Configures a VEM. |
To display the session state, use the show monitor command.
show monitor
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display the session state:
n1000v# show monitor
Session State Reason Description
------- ----------- ---------------------- --------------------------------
1 up The session is up
To display information about the network state, use the show network-state tracking command.
show network-state tracking [configuration | interface {port-channel port_chan_num [. sub_if_num]} | module module_num]
Displays information about the network state.
Any
network-admin
This example shows how to display the network state:
n1000v# show network-state tracking module 3
ERROR: network-state tracking is disabled
To display information about the pool of network segmentation manager (NSM) IP addresses, use the show nsm ip pool template command.
show nsm ip pool template [name ip_pool | usage {network segment [name ip_pool]}]
Displays information about the pool of NSM IP addresses.
Any
network-admin
This example shows how to display information about the pool of the NSM IP addresses:
n1000v# show nsm ip pool template
Name: default-Abhi-Pool
Description:
IP-address-range: 192.168.5.10-192.168.5.254
Network: 192.168.5.0
Subnet mask: 255.255.255.0
Default router: 192.168.5.1
Netbios: Enabled
DHCP: Disabled
Reserved-ip-list:
192.168.5.30
192.168.5.31
192.168.5.39
192.168.5.40
Netbios-name-server-list:
192.168.5.7
192.168.5.8
192.168.5.9
192.168.5.6
DNS-server-list:
192.168.5.2
192.168.5.3
192.168.5.4
192.168.5.5
DNS-suffix-list:
Name: test
Description:
IP-address-range: 10.1.1.20-10.1.1.50
Network: 10.1.1.0
Subnet mask: 255.255.255.0
Default router: 10.1.1.1
Netbios: Disabled
DHCP: Disabled
Reserved-ip-list:
10.1.1.25
10.1.1.26
10.1.1.27
Netbios-name-server-list:
10.1.1.45
10.1.1.46
10.1.1.47
DNS-server-list:
10.1.1.35
10.1.1.36
DNS-suffix-list:
This example shows how to display information about a NSM IP pool named pool10:
n1000v# show nsm ip pool template name pool10
Name: pool10
Cisco Nexus 1000V for Microsoft Hyper-V Network Segmentation Manager Configuration Guide, Release
5.2(1)SM1(5.1)
12 OL-28338-01
Configuring Network Segmentation Manager
Building Network Infrastructure for Microsoft SCVMM
Description: pool
IP-address-range: 172.16.0.7-172.16.0.9
Network: 172.16.10.10
Subnet mask: 255.255.255.0
Default router:
Netbios: Disabled
DHCP: Disabled
Reserved-ip-list:
Netbios-name-server-list:
DNS-server-list:
DNS-suffix-list:
This example shows how to display information about network segments:
n1000v# show nsm ip pool template usage network segment
Ip-pool: default-Abhi-Pool
LLVLAN-1621
LLVLAN-1622
LLVLAN-1623
LLVLAN-1624
.
.
.
community-2012
dhcp-261
new-pvlan-prim
novlan
sec-10
sec-20
sec-30-isolated
sec-40
sec-50
sec-60
sec-80
sec-promisc
Ip-pool: test
This example shows how to display information about a network segment using the NSM IP pool template name default-Abhi-pool:
n1000v# show nsm ip pool template usage network segment name default-Abhi-Pool
Ip-pool: default-Abhi-Pool
NS_VLAN_1
NS_VLAN_200
NS_VLAN_201
NS_VLAN_202
NS_VLAN_203
NS_VLAN_204
NS_VLAN_205
.
.
.
community-2012
new-pvlan-prim
novlan
sec-10
sec-20
sec-30-isolated
sec-40
sec-50
sec-60
sec-80
sec-promisc
To display a complete list of the network segmentation manager (NSM) logical networks, use the show nsm logical network command.
show nsm logical network [name logical_net]
name logical_net |
(Optional) Specifies an NSM logical network. Logical network name. The name is a maximum of 64 case-sensitive, alphanumeric characters. |
Displays a complete list of the NSM logical networks.
Any
network-admin
This example shows how to display a complete list of NSM logical networks:
n1000v# show nsm logical network
Name: Cisco-New
Description:
Name: IntranetSFO
Description: Network for external Internet connectivity
Name: Nexus1000V-Even
Description:
Name: Nexus1000V-Odd
Description:
Name: OTHER-N1k-2
Description:
Name: OTHERS-N1K
Description:
Name: System-Fabric
Description:
Name: new-pvlan
Description:
This example shows how to display an NSM logical network named IntranetSFO:
n1000v# show nsm logical network name IntranetSFO
Name: IntranetSFO
Description: Network for external Internet connectivity
To display information about the network segmentation manager (NSM) network segments, use the show nsm network segment command.
show nsm network segment [brief | filter [network | pvlan {host prim_vlan/pvlan sec_vlan/pvlan | primary prim_vmnd/vlan | promiscuous vmnd | secondary sec_vlan} | vlan vlan_id] | name net_seg_pool | pool [name net_seg_pool] | virtual usage [name net_seg_pool]]
Displays information about an NSM network segment.
Any
network-admin
NSM automatically creates and deletes a VLAN as per segment configuration. Dhe example below shows VLAN ID 342 which was auto created because segment vlan_342 is set to access vlan 342.
This example shows how to display information about NSM network segments:
n1000v# # show nsm network segment
Name: NS_VLAN_1
VM Network Name: NS_VLAN_1
VM Network GUID: 67d1daca-8c47-463a-8952-e0327ec6b284
Description:
GUID: 102cde9c-2824-4589-9585-cc6d0efc7bac
Network segment pool: System-Definition
Vlan: 1
System Network Segment: TRUE
ip pool template: default-Abhi-Pool
ip pool template GUID: dca93874-e919-4bab-bb36-ddb1a0c74324
Publish-name: NS_VLAN_1
Name: NS_VLAN_200
VM Network Name: NS_VLAN_200
VM Network GUID: 85a5ae8a-5432-4752-b9c7-c7544b7c5e14
Description:
GUID: e8caa13b-5f76-4b2f-bfbe-945c39d7b143
Network segment pool: ND_VLAN_200
Vlan: 200
System Network Segment: FALSE
ip pool template: default-Abhi-Pool
ip pool template GUID: b4b3ffb1-ff83-4ff6-b513-a8a31907de1c
Publish-name: NS_VLAN_200
Name: NS_VLAN_201
VM Network Name: NS_VLAN_201
VM Network GUID: 3618421d-1e4e-42f9-b877-b72a943ae173
Description:
GUID: 1011fb3f-3ce7-4338-99c1-52422673f1e9
Network segment pool: ND_VLAN_201
Vlan: 201
System Network Segment: FALSE
...
This example shows how to display information about a NSM network segment named NS_VLAN_202:
n1000v# show nsm network segment name NS_VLAN_202
Name: NS_VLAN_202
VM Network Name: NS_VLAN_202
VM Network GUID: 567ee28a-6cfb-46ad-b464-568a133e7592
Description:
GUID: 09f638c6-c1f4-4b94-a9b9-a44e1dd92202
Nsm Network Segment Pool: ND_VLAN_202
Vlan: 202
System Network-Segment: FALSE
nsm ip pool template:
IP-Pool_template GUID:
Publish-name: NS_VLAN_202
This example shows how to display brief information about NSM network segments:
n1000v# show nsm network segment brief
--------------------------------------------------------------------------------
Network segment Mode VLAN Pub Sys
--------------------------------------------------------------------------------
DATA-Macpin access pÃÓ¿$̦·t 0 0
NS_VLAN_1 access 1 1 1
NS_VLAN_200 access 200 1 0
NS_VLAN_201 access 201 1 0
NS_VLAN_202 access 202 1 0
NS_VLAN_203 access 203 1 0
NS_VLAN_204 access 204 1 0
NS_VLAN_205 access 205 1 0
NS_VLAN_206 access 206 1 0
...
This example shows how to display information about the NSM network segment pool configuration:
n1000v# show nsm network segment pool
Name: Cisco-Campus-New
GUID: ac0e898e-6a2d-400c-8f62-7a4bc7c08506
Logical network Name: Cisco-New
Intra Port Communication: Disabled
Publish-name: Cisco-Campus-New
Name: ND-PVLAN-264
GUID: 768ba7ab-ee0c-4aec-85d7-71de127f3b8d
Logical network Name: Nexus1000V-Even
Intra Port Communication: Disabled
Primary Private-VLAN: 264
Publish-name: ND-PVLAN-264
Name: ND_VLAN_200
GUID: d6792668-52c7-4ac0-b5b2-b349a7b714b2
Logical network Name: Nexus1000V-Even
Intra Port Communication: Disabled
Publish-name: ND_VLAN_200
Name: ND_VLAN_201
GUID: b84e4b66-fe4b-4f43-8af8-f317720b42a4
Logical network Name: Nexus1000V-Odd
Intra Port Communication: Disabled
Publish-name: ND_VLAN_201
...
This example shows how to display information about the NSM network segment pool configuration for a network named Cisco-Campus-New:
n1000v# show nsm network segment pool name Cisco-Campus-New
Name: Cisco-Campus-New
GUID: ac0e898e-6a2d-400c-8f62-7a4bc7c08506
Logical network Name: Cisco-New
Intra Port Communication: Disabled
Publish-name: Cisco-Campus-New
This example shows how to display the details of the NSM network segment pool for PVLAN host 264:
n1000v# show nsm network segment filter pvlan host 264
Name: sec-10
VM Network Name: sec-10
VM Network GUID: 38633a4f-0a86-40f7-a362-a604a895fac6
Description:
GUID: be0d8b14-6b5a-418d-9d8b-66c0da1d9166
Network segment pool: ND-PVLAN-264
Mode: switchport mode private-vlan host community
Vlan: 0
PVLAN Host-Association: primary {264} secondary {10}
System Network Segment: FALSE
ip pool template: default-Abhi-Pool
ip pool template GUID: f1218e34-1e30-4621-af76-f9bf82f27f32
Publish-name: sec-10
Name: sec-20
VM Network Name: sec-20
VM Network GUID: ff5546c4-7139-4074-851e-8519d2b5a963
Description:
GUID: 6af9ccd8-c129-4bfd-b445-af82db0bbfe1
Network segment pool: ND-PVLAN-264
Mode: switchport mode private-vlan host community
Vlan: 0
PVLAN Host-Association: primary {264} secondary {20}
System Network Segment: FALSE
ip pool template: default-Abhi-Pool
ip pool template GUID: 6320607b-937f-4de5-b7ab-f19b9892f655
Publish-name: sec-20
Name: sec-30-isolated
VM Network Name: sec-30-isolated
VM Network GUID: e0d86e1f-46fd-422b-8810-9b2b78d7e381
Description:
GUID: 2691443d-f695-4c0d-a5e7-b14fae9f1e99
Network segment pool: ND-PVLAN-264
Mode: switchport mode private-vlan host isolated
Vlan: 0
PVLAN Host-Association: primary {264} secondary {30}
System Network Segment: FALSE
ip pool template: default-Abhi-Pool
ip pool template GUID: 5059a879-3ca4-486c-9ed4-0c778da84029
Publish-name: sec-30-isolated
Name: sec-40
VM Network Name: sec-40
VM Network GUID: 1069747e-d4df-4fb9-b439-1bf0eeb5b739
Description:
GUID: 59eb805c-24d7-4db3-aac4-ce6a9058b95e
Network segment pool: ND-PVLAN-264
Mode: switchport mode private-vlan host community
Vlan: 0
PVLAN Host-Association: primary {264} secondary {40}
System Network Segment: FALSE
ip pool template: default-Abhi-Pool
ip pool template GUID: fda154ab-b977-4a5f-82eb-8c8db56f4b12
Publish-name: sec-40
Name: sec-50
VM Network Name: sec-50
VM Network GUID: 14588b6a-6560-4ceb-9568-e232e8a96e25
Description:
GUID: f2f2eb11-fff2-40f5-b4c4-6b9b20a4d124
Network segment pool: ND-PVLAN-264
Mode: switchport mode private-vlan host community
Vlan: 0
PVLAN Host-Association: primary {264} secondary {50}
System Network Segment: FALSE
ip pool template: default-Abhi-Pool
ip pool template GUID: 3ae53713-a92e-4361-a3a9-00420a48da32
Publish-name: sec-50
n1000v#
This example shows how to display the NSM network segment pool PVLAN details for primary VLAN 264:
n1000v# show nsm network segment filter pvlan primary 264
Name: PVLAN-PRIMARY-264
VM Network Name: PVLAN-PRIMARY-264
VM Network GUID: 98506e72-363b-46b8-a384-6f35f6b41cd3
Description:
GUID: 394ebee8-ace4-4acf-b431-de88e8086f8d
Network segment pool: ND-PVLAN-264
Mode: switchport mode private-vlan primary
Primary Private-VLAN: 264
System Network Segment: FALSE
ip pool template: default-Abhi-Pool
ip pool template GUID: 28fc2fe8-ca31-4219-8182-0ea6fa0017f7
Publish-name: <unpublished>
n1000v#
This example shows how to display the promiscuous mode host NSM network segment under primary VLAN 403:
n1000v# show nsm network segment filter pvlan promiscuous 403
Name: sec-promisc
VM Network Name: sec-promisc
VM Network GUID: e89ea8c2-ae6d-401f-9303-34b092dbc1f5
Description:
GUID: 20734e14-a6b6-441d-acf9-5a365003d5ab
Network segment pool: new-pvlan-pool
Mode: switchport mode private-vlan promiscuous
Vlan: 0
PVLAN Mapping: primary {403} secondary {ALL}
System Network Segment: FALSE
ip pool template: default-Abhi-Pool
ip pool template GUID: 683dd45c-f790-44da-879d-c9d9108421a2
Publish-name: sec-promisc
This example shows how to display the NSM network segment PVLAN details for secondary VLAN 100:
n1000v# show nsm network segment filter pvlan secondary 100
Name: VMNetworkB
VM Network Name: VMNetworkB
VM Network GUID: 70afb65b-3bdf-406d-810c-eebdb9c887f1
Description:
GUID: 0037b276-cd32-46ce-9c64-eb1e8c1bc53d
Network segment pool: IntranetSJ
Mode: switchport mode private-vlan secondary
Primary Private-VLAN: 264
System Network Segment: FALSE
ip pool template: pool10
ip pool template GUID: 790d7b34-d23f-4000-8984-f30a9f733657
Publish-name: <unpublished>
n1000v#
The following example shows how to display information about network segment pool information for VLAN 312:
n1000v# show nsm network segment filter vlan 312
Name: VLAN-312
VM Network Name: VLAN-312
VM Network GUID: 67639a71-d88c-400e-8c54-e0bab1e4ffd3
Description:
GUID: ecd1bd51-633f-4983-8660-c19b69cde734
Network segment pool: Cisco-Campus-New
Vlan: 312
System Network Segment: FALSE
ip pool template: default-Abhi-Pool
ip pool template GUID: 9e9f13cb-4ad8-4afa-811a-04fe5c578690
Publish-name: VLAN-312
n1000v#
This example shows how to display NSM network segment virtual port profile usage by interface.
n1000v# show nsm network segment virtual usage
-------------------------------------------------------------------------------
Network segment Port Profile Port Owner
-------------------------------------------------------------------------------
NS_VLAN_261 dynpp_39dd6ff0-7102-469e-bfe2-8de7eaaf0882_
c6cd32a9-08ab-46cb-a1fa-7ae9f4641625
Veth3 SUSE-003
Veth6 SUSE-002
Veth9 SUSE-004
Veth12 SUSE-001
dynpp_18e87473-bdb5-4e84-8fa5-204642fcaa32_
c6cd32a9-08ab-46cb-a1fa-7ae9f4641625
Veth1 Win2012-001
Veth2 Win2012-002
NS_VLAN_263 dynpp_39dd6ff0-7102-469e-bfe2-8de7eaaf0882_
694182a4-d4ed-4a24-9e98-de733ea16a10
Veth4 SUSE-003
Veth7 SUSE-002
Veth10 SUSE-004
Veth13 SUSE-001
sec-20 dynpp_39dd6ff0-7102-469e-bfe2-8de7eaaf0882_
6af9ccd8-c129-4bfd-b445-af82db0bbfe1
Veth5 SUSE-003
Veth8 SUSE-002
Veth11 SUSE-004
Veth14 SUSE-001
To display information about the network segmentation manager (NSM) uplink network configuration, use the show nsm network uplink command.
show nsm network uplink [brief | filter {network segment pool net_seg_pool} | name uplink_net]
Displays information about the NSM uplink network configuration.
Any
network-admin
This example shows how to display information about the NSM uplink network configuration:
n1000v# show nsm network uplink
nsm network uplink: DATA-Lacp
Publish-name: DATA-Lacp
import port-profile: Lacp-Policy
nsm network segment pool:
ND_VLAN_203
ND_VLAN_205
ND_VLAN_207
ND_VLAN_209
ND_VLAN_211
.
.
.
Cisco-Campus-New
port-profile config:
switchport mode trunk
switchport trunk allowed vlan 203,205,207,209,211,213,215,217,219,221
switchport trunk allowed vlan add 223,225,227,229,231,233,235,237,239
switchport trunk allowed vlan add 241,243,245,247,249,251,253,255,257
switchport trunk allowed vlan add 261-263,265,267,269,271,273,275,277
switchport trunk allowed vlan add 281,283,285,287,289,291,293,295,297
switchport trunk allowed vlan add 299,302,304,306,308,310,312,314,316
switchport trunk allowed vlan add 318,320,322,324,326,328,330,332,334
switchport trunk allowed vlan add 336,338,340,342,344,346,348,350,352
switchport trunk allowed vlan add 354,356,358,360,362,364,366,368,370
switchport trunk allowed vlan add 372,374,376,378,380,382,384,386,388
switchport trunk allowed vlan add 390,392,394,396,398,400-402,2012
nsm network uplink: DATA-Macpin
Publish-name: DATA-Macpin
import port-profile: Macpin-Policy
nsm network segment pool:
ND_VLAN_203
ND_VLAN_205
ND_VLAN_207
ND_VLAN_209
...
This example shows how to display information about the a specific NSM network segment pool:
n1000v# show nsm network uplink filter network segment pool ND_VLAN_203
uplink network: DATA-Lacp
Publish-name: DATA-Lacp
import port-profile: Lacp-Policy
network segment pool:
ND_VLAN_203
ND_VLAN_205
ND_VLAN_207
ND_VLAN_209
ND_VLAN_211
ND_VLAN_213
ND_VLAN_215
ND_VLAN_217
ND_VLAN_219
ND_VLAN_221
ND_VLAN_223
ND_VLAN_225
ND_VLAN_227
ND_VLAN_229
...
The following example shows how to display brief information about the NSM network uplink:
n1000v# show nsm network uplink brief
--------------------------------------------------------------------------------
network uplink Pub Sys
--------------------------------------------------------------------------------
DATA-Lacp 1 1
DATA-Lacp-System 1 1
DATA-Macpin 1 0
DATA-Macpin-System 1 1
PVLAN_Lacp 1 0
PVLAN_Lacp_System 1 1
PVLAN_Macpin 1 0
PVLAN_Macpin_System 1 1
UPLINK-MGMT-LACP 1 1
Uplink-MGMT 1 1
Uplink-MGMT-Host-180 1 1
Uplink_Even_Lacp 1 0
Uplink_Even_Macpin 1 0
--------------------------------------------------------------------------------
Total Total Pub Total Sys
--------------------------------------------------------------------------------
13 13 8
n1000v#
The following example shows how to display the list of NSM network uplinks that are filtered based on the Ethernet policy port profile:
n1000v# show nsm network uplink filter import UplinkNoPortChannel
uplink network: NexusUplink
Publish-name: NexusUplink
import port-profile: UplinkNoPortChannel
network segment pool:
IntranetSJ
System Uplink-Network: TRUE
Switchport mode override:auto
Native network segment: VMNetworkB
port-profile config:
switchport mode private-vlan trunk promiscuous
switchport private-vlan trunk allowed vlan 100,200
switchport private-vlan trunk native vlan 101
n1000v#
The following example shows how to display the list of the network uplinks that are filtered based on the NSM network segment pools used:
n1000v# show nsm network uplink filter network segment pool IntranetSJ
Publish-name: NexusUplink
import port-profile: UplinkNoPortChannel
network segment pool:
IntranetSJ
System Uplink-Network: TRUE
Switchport mode override:auto
Native network segment: VMNetworkB
port-profile config:
switchport mode private-vlan trunk promiscuous
switchport private-vlan trunk allowed vlan 100,200
switchport private-vlan trunk native vlan 101
n1000v#
To display Network Time Protocol (NTP) statistics, use the show ntp command.
show ntp {authentication-keys | authentication-status | internal {event-history {config | fsm | msgs | rts | tstamp} | mem-stats [detail] | module-info} | logging-status | peer-status | peers | pending peers | pending-diff | rts-update | session status | source | statistics {io | local | memory | peer {ipaddr {ipv4_addr | ipv6_addr} | name peer_name} | status | trusted-keys}
None
Any
network-admin
This example shows how to display messages about the NTP internal event history:
n1000v# show ntp internal event-history msgs
1) Event:E_MTS_RX, length:60, at 850000 usecs after Tue Apr 2 16:38:30 2013
[REQ] Opc:MTS_OPC_NTP_SHOW_REQ(2702), Id:0X000C6945, Ret:SUCCESS
Src:0x00000101/17080, Dst:0x00000101/72, Flags:None
HA_SEQNO:0X00000000, RRtoken:0x000C6945, Sync:UNKNOWN, Payloadsize:200
Payload:
0x0000: 00 00 00 01 00 00 00 58 00 00 00 00 61 64 6d 69
2) Event:E_MTS_TX, length:60, at 250000 usecs after Tue Apr 2 16:38:15 2013
[NOT] Opc:MTS_OPC_NTP_TIME_UPD(2707), Id:0X000C67EB, Ret:SUCCESS
Src:0x00000101/72, Dst:0x00000101/0, Flags:None
HA_SEQNO:0X00000000, RRtoken:0x00000000, Sync:UNKNOWN, Payloadsize:16
Payload:
0x0000: 77 09 5b 51 90 d0 03 00 e9 47 00 00 80 b2 e6 0e
3) Event:E_MTS_RX, length:60, at 460000 usecs after Tue Apr 2 16:38:07 2013
[REQ] Opc:MTS_OPC_NTP_SHOW_REQ(2702), Id:0X000C678B, Ret:SUCCESS
Src:0x00000101/17078, Dst:0x00000101/72, Flags:None
HA_SEQNO:0X00000000, RRtoken:0x000C678B, Sync:UNKNOWN, Payloadsize:200
Payload:
0x0000: 00 00 00 01 00 00 00 58 00 00 00 00 61 64 6d 69
4) Event:E_MTS_TX, length:60, at 250000 usecs after Tue Apr 2 16:36:45 2013
[NOT] Opc:MTS_OPC_NTP_TIME_UPD(2707), Id:0X000C601D, Ret:SUCCESS
Src:0x00000101/72, Dst:0x00000101/0, Flags:None
HA_SEQNO:0X00000000, RRtoken:0x00000000, Sync:UNKNOWN, Payloadsize:16
Payload:
0x0000: 1d 09 5b 51 90 d0 03 00 8f 47 00 00 80 b2 e6 0e
...
To display the status of the password strength check utility, use the show password strength-check command.
show password strength-check
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display the status of the password strength check:
n1000v# show password strength-check
Password strength check enabled
|
|
---|---|
password strength-check |
Enables password strength checking. |
To display information about the policy maps, use the show policy-map command.
show policy-map [name]
name |
(Optional) Policy map name. The name is alphanumeric. |
Displays all of the policy maps.
Any
network-admin
This example shows how to display information about the policy map:
n1000v# show policy-map
Type qos policy-maps
====================
policy-map type qos pol
class class-default
police cir 30 mbps bc 200 ms conform transmit violate drop
policy-map type qos fail
policy-map type qos test-p
class test
set dscp 50
policy-map type qos abhi-pmap
class abhi-cmp1
set dscp 20
policy-map type qos abhi-pmap1
class abhi-cmp2
set dscp 30
policy-map type qos abhi-pmap2
class abhi-cmp2
set dscp 31
policy-map type qos abhi-pmap3
class abhi-cmp2
set dscp 32
...
To display service policy on an interface, use the show policy-map interface command.
show policy-map interface [brief | ethernet slot/chassis_num / port/slot_num [. port_num] [input | output] [type [qos name | queuing]] | input [type [qos name | queuing]] | output [type [qos name | queuing]] | port-channel port_chan_num [. sub_if_num] [ input | output] [type [qos name | queuing]] | type [qos name | queuing] | vethernet vethernet_num [input | output] | type [qos name | queuing]]
Displays whether the global statistics status is enabled or disabled.
Any
network-admin
This example shows how to display brief information about the service policy on an interface:
n1000v# show policy-map interface brief
Interface/VLAN [Status]:INP QOS OUT QOS INP QUE OUT QUE
================================================================================
Vethernet1 [Active]:test-p test-p
Vethernet2 [Active]:test-p test-p
Vethernet3 [Active]:test-p test-p
Vethernet4 [Active]:test-p test-p
Vethernet5 [Active]:test-p test-p
Vethernet6 [Active]:test-p test-p
Vethernet7 [Active]:test-p test-p
Vethernet8 [Active]:test-p test-p
Vethernet9 [Active]:test-p test-p
Vethernet10 [Active]:test-p test-p
Vethernet11 [Active]:test-p test-p
Vethernet12 [Active]:test-p test-p
Vethernet13 [Active]:test-p test-p
...
To display information about the policy maps type, use the show policy-map type command.
show policy-map type {qos name | queuing}
qos name |
(Optional) Specifies the policy map type as quality of service (QoS). Policy map name. The name is alphanumeric. |
queuing |
Displays the policy map type as queuing. |
None
Any
network-admin
This example shows how to display information about the policy maps type QoS:
n1000v# show policy-map type qos
Type qos policy-maps
====================
policy-map type qos pol
class class-default
police cir 30 mbps bc 200 ms conform transmit violate drop
policy-map type qos fail
policy-map type qos test-p
class test
set dscp 50
policy-map type qos abhi-pmap
class abhi-cmp1
set dscp 20
policy-map type qos abhi-pmap1
class abhi-cmp2
set dscp 30
policy-map type qos abhi-pmap2
class abhi-cmp2
set dscp 31
policy-map type qos abhi-pmap3
class abhi-cmp2
set dscp 32
...
To display information about the VLAN policy maps, use the show policy-map vlan command.
show policy-map vlan vlan_id [input | output] [type [qos name | queuing]]
Displays the state of the VLAN policy map.
Any
network-admin
This example shows how to display information about the VLAN policy map:
n1000v# show policy-map vlan
Global statistics status : enabled
To display information about the capacity of the port channels, use the show port-channel capacity command.
show port-channel capacity
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display port channel capacity information:
n1000v# show port-channel capacity
Port-channel resources
1600 total 13 used 1587 free 0% used
To display the port channel Cisco Discovery Protocol map, use the show port-channel cdp-map command.
show port-channel cdp-map
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display information about the port channel Cisco Discovery Protocol map:
n1000v# show port-channel cdp-map --------------------------------------------------------------------------------
Sub-grp id Device-id
--------------------------------------------------------------------------------
0 N5K-2-RowP-Rack6(SSI144506V9)
1 N5K-1-RowP-Rack7(SSI144506TY)
To display information about port channel compatibility parameters, use the show port-channel compatibility-parameters command.
show port-channel compatibility-parameters
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display information about port channel compatibility parameters:
n1000v# show port-channel compatibility-parameters
* port mode
Members must have the same port mode configured.
* port mode
Members must have the same port mode configured, either E,F or AUTO. If
they are configured in AUTO port mode, they have to negotiate E or F mode
when they come up. If a member negotiates a different mode, it will be
suspended.
* speed
Members must have the same speed configured. If they are configured in AUTO
speed, they have to negotiate the same speed when they come up. If a member
negotiates a different speed, it will be suspended.
* MTU
Members have to have the same MTU configured. This only applies to ethernet
port-channel.
* shut lan
Members have to have the same shut lan configured. This only applies to
ethernet port-channel.
* MEDIUM
Members have to have the same medium type configured. This only applies to
ethernet port-channel.
* Span mode
Members must have the same span mode.
* load interval
Member must have same load interval configured.
* sub interfaces
Members must not have sub-interfaces.
* Duplex Mode
Members must have same Duplex Mode configured.
* Ethernet Layer
Members must have same Ethernet Layer (switchport/no-switchport) configured.
* Span Port
Members cannot be SPAN ports.
* Storm Control
Members must have same storm-control configured.
* Flow Control
Members must have same flowctrl configured.
* Capabilities
Members must have common capabilities.
* Capabilities speed
Members must have common speed capabilities.
* Capabilities duplex
Members must have common speed duplex capabilities.
* rate mode
Members must have the same rate mode configured.
...
To display information about the port-channel database, use the show port-channel database command.
show port-channel database [interface {port-channel port_chan_num}]
interface |
(Optional) Specifies a port channel. |
port-channel port_chan_num |
Specifies a port channel interface. Port channel number. The range is from 1 to 4096. |
Displays the port channel databases.
Any
network-admin
This example shows how to display information about the port channel database:
n1000v# show port-channel database
port-channel1
Last membership update is successful
4 ports in total, 4 ports up
First operational port is Ethernet3/8
Age of the port-channel is 0d:02h:15m:38s
Time since last bundle is 0d:02h:15m:38s
Last bundled member is Ethernet3/8
Ports: Ethernet3/5 [on] [up]
Ethernet3/6 [on] [up]
Ethernet3/7 [on] [up]
Ethernet3/8 [on] [up] *
...
To display load balance information for the port channels, use the show port-channel load-balance command.
show port-channel load-balance
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display port channel load balance information:
n1000v# show port-channel load-balance
port channel Load-Balancing Configuration:
System: source-mac
port channel Load-Balancing Addresses Used Per-Protocol:
Non-IP: source-mac
IP: source-mac
To display port channel summary information, use the show port-channel summary command.
show port-channel summary
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display port channel summary information:
n1000v# show port-channel summary
Flags: D - Down P - Up in port-channel (members)
I - Individual H - Hot-standby (LACP only)
s - Suspended r - Module-removed
S - Switched R - Routed
U - Up (port-channel)
M - Not in use. Min-links not met
--------------------------------------------------------------------------------
Group Port- Type Protocol Member Ports
Channel
--------------------------------------------------------------------------------
1 Po1(SU) Eth NONE Eth3/5(P) Eth3/6(P)
2 Po2(SU) Eth NONE Eth3/3(P) Eth3/4(P)
3 Po3(SU) Eth NONE Eth3/1(P) Eth3/2(P)
4 Po4(SD) Eth NONE --
5 Po5(SD) Eth NONE --
6 Po6(SU) Eth NONE Eth4/1(P) Eth4/2(P)
7 Po7(SU) Eth NONE Eth4/3(P) Eth4/4(P)
...
To display port channel traffic statistics, use the show port-channel traffic command.
show port-channel traffic [interface {port-channel port_chan_num [. sub_if_num]}]
None
Any
network-admin
This example shows how to display port channel traffic statistics:
n1000v# show port-channel traffic
show port-channel traffic
ChanId Port Rx-Ucst Tx-Ucst Rx-Mcst Tx-Mcst Rx-Bcst Tx-Bcst
------ --------- ------- ------- ------- ------- ------- -------
1 Eth3/8 24.64% 0.0% 24.90% 18.45% 25.03% 0.0%
1 Eth3/7 24.64% 0.0% 24.85% 18.45% 25.01% 0.0%
1 Eth3/6 24.96% 0.0% 25.29% 18.45% 25.02% 0.0%
1 Eth3/5 25.75% 100.00% 24.94% 44.62% 24.92% 100.00%
------ --------- ------- ------- ------- ------- ------- -------
2 Eth3/4 47.29% 25.00% 49.92% 31.61% 50.11% 17.59%
2 Eth3/3 52.70% 75.00% 50.07% 68.38% 49.88% 82.40%
------ --------- ------- ------- ------- ------- ------- -------
3 Eth4/6 0.0% 0.0% 4.59% 24.96% 0.0% 0.0%
3 Eth4/5 57.96% 0.0% 60.82% 25.03% 69.91% 0.0%
3 Eth4/4 0.0% 0.0% 4.76% 24.96% 0.09% 0.0%
3 Eth4/3 42.03% 0.0% 29.82% 25.03% 29.99% 0.0%
...
This example shows how to display port channel traffic statistics for a specific interface:
n1000v# show port-channel traffic interface port-channel 2
ChanId Port Rx-Ucst Tx-Ucst Rx-Mcst Tx-Mcst Rx-Bcst Tx-Bcst
------ --------- ------- ------- ------- ------- ------- -------
2 Eth3/4 47.33% 25.00% 49.92% 31.46% 50.10% 17.59%
2 Eth3/3 52.66% 75.00% 50.07% 68.53% 49.89% 82.40%
To display information about the port channel number usage, use the show port-channel usage command.
show port-channel usage
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display information about port channel usage:
n1000v# show port-channel usage
Total 0 port-channel numbers used
============================================
Used :
Unused: 1 - 4096
(some numbers may be in use by SAN port channels)
To display information about the port profile, use the show port-profile command.
show port-profile [brief | expand-interface port_profile_name | fip | name port_profile_name | | usage [port_profile_name] | virtual {usage [port_profile_name]}]
Displays all port profiles.
Any
network-admin
This example shows how to display information about port profiles:
n1000v# show port-profile
port-profile ACL_POLICY
type: Vethernet
description:
status: enabled
max-ports: 32
min-ports: 1
inherit:
config attributes:
ip port access-group acl-test in
no shutdown
evaluated config attributes:
ip port access-group acl-test in
no shutdown
assigned interfaces:
port-group: ACL_POLICY
system vlans: none
capability l3control: no
capability iscsi-multipath: no
capability vxlan: no
capability l3-vn-service: no
port-profile role: none
port-binding: static
port-profile ACL_QOS
type: Vethernet
description:
status: disabled
max-ports: 32
min-ports: 1
inherit:
config attributes:
evaluated config attributes:
assigned interfaces:
port-group:
system vlans: none
capability l3control: no
capability iscsi-multipath: no
capability vxlan: no
capability l3-vn-service: no
port-profile role: none
port-binding: static
.
.
.
port-profile uplink_network_default_policy
type: Ethernet
description: NSM created profile. Do not delete.
status: enabled
max-ports: 512
min-ports: 1
inherit:
config attributes:
no shutdown
evaluated config attributes:
no shutdown
assigned interfaces:
port-group:
system vlans: none
capability l3control: no
capability iscsi-multipath: no
capability vxlan: no
capability l3-vn-service: no
port-profile role: none
port-binding: static
...
This example shows how to display brief information about the port profiles:
n1000v# show port-profile brief
--------------------------------------------------------------------------------
Port Profile Profile Conf Eval Assigned Child
Profile Type State Items Items Intfs Profs
--------------------------------------------------------------------------------
ACL_POLICY Vethernet 1 2 2 0 0
ACL_QOS Vethernet 0 0 0 0 0
AllAccess Ethernet 1 2 2 0 1
AllAccess1 Vethernet 1 1 1 0 0
AllowWebServerAccess Vethernet 1 1 1 0 0
NSM_template_segmentation Vethernet 1 1 1 0 0
NSM_template_vlan Vethernet 1 1 1 0 0
NexusUplink Ethernet 1 3 4 0 0
PortChannelProfile Ethernet 1 2 2 0 0
UNN Ethernet 1 3 3 0 0
bbb Vethernet 0 0 0 0 0
channel Ethernet 1 1 2 0 0
hsrp-1 Vethernet 1 3 3 0 0
ms-nlb Vethernet 1 3 3 0 0
msft Vethernet 1 1 1 0 0
name Ethernet 1 3 3 0 0
qos Vethernet 1 0 0 0 0
trunk Ethernet 1 2 2 0 0
uplink-port-channel Ethernet 1 2 3 0 0
uplink_network_default_policy Ethernet 1 1 1 0 5
vrrp-1 Vethernet 1 3 3 0 0
--------------------------------------------------------------------------------
Profile Assigned Total Sys Parent Child UsedBy
Type Intfs Prfls Prfls Prfls Prfls Prfls
--------------------------------------------------------------------------------
Vethernet 0 12 0 12 0 0
Ethernet 0 9 1 7 6 0
This example shows how to display the active port profile configuration applied in an interface:
n1000v# show port-profile expand-interface name PVLAN_Macpin
port-profile PVLAN_Macpin
port-channel5
switchport mode private-vlan trunk promiscuous
switchport private-vlan mapping trunk 264 10,20,30,40,50
switchport private-vlan trunk allowed vlan 214,224,234,244,254,284,294
switchport private-vlan trunk allowed vlan add 298
channel-group auto mode on mac-pinning
no shutdown
port-channel6
switchport mode private-vlan trunk promiscuous
switchport private-vlan mapping trunk 264 10,20,30,40,50
switchport private-vlan trunk allowed vlan 214,224,234,244,254,284,294
switchport private-vlan trunk allowed vlan add 298
channel-group auto mode on mac-pinning
no shutdown
port-channel7
switchport mode private-vlan trunk promiscuous
switchport private-vlan mapping trunk 264 10,20,30,40,50
switchport private-vlan trunk allowed vlan 214,224,234,244,254,284,294
switchport private-vlan trunk allowed vlan add 298
channel-group auto mode on mac-pinning
no shutdown
port-channel8
switchport mode private-vlan trunk promiscuous
switchport private-vlan mapping trunk 264 10,20,30,40,50
switchport private-vlan trunk allowed vlan 214,224,234,244,254,284,294
switchport private-vlan trunk allowed vlan add 298
channel-group auto mode on mac-pinning
no shutdown
Ethernet4/1
switchport mode private-vlan trunk promiscuous
switchport private-vlan mapping trunk 264 10,20,30,40,50
switchport private-vlan trunk allowed vlan 214,224,234,244,254,284,294
switchport private-vlan trunk allowed vlan add 298
channel-group auto mode on mac-pinning
no shutdown
...
This example shows how to display the enabled port profile FIP:
n1000v# show port-profile fip
Total number of Actions for ppm: 11
Action ID: 1 -> crash
Action ID: 2 -> switchover
Action ID: 3 -> reload
Action ID: 4 -> pssdump runtime db
Action ID: 5 -> pssdump runtime cfg
Action ID: 6 -> Sleep for 10 seconds
Action ID: 7 -> Sleep for 20 seconds
Action ID: 8 -> Sleep for 30 seconds
Action ID: 9 -> Sleep for 90 seconds
Action ID: 10 -> Sleep for 3 minutes
Action ID: 11 -> Sleep for 10 minutes
Total number of Fault injection points for ppm: 1
FIP ID: 1
Description: __dummy_entry_"ppm"
Enabled: no
Action ID: 0
Repeat Count: 0
This example shows how to display a specific port profile by its name:
n1000v# show port-profile name Lacp-Policy
port-profile Lacp-Policy
type: Ethernet
description:
status: enabled
max-ports: 512
min-ports: 1
inherit:
config attributes:
channel-group auto mode active
no shutdown
evaluated config attributes:
channel-group auto mode active
no shutdown
assigned interfaces:
port-group:
system vlans: none
port-binding: static
This example shows how to display a list of interfaces inherited by a port profile:
n1000v# show port-profile usage
port-profile Lacp-Policy
port-profile Macpin-Policy
port-profile NSM_template_segmentation
port-profile NSM_template_vlan
port-profile NexusNoRestriction
port-profile NexusUplink
port-profile PVLAN_Macpin
port-channel5
port-channel6
port-channel7
port-channel8
Ethernet4/1
Ethernet4/2
Ethernet5/2
Ethernet5/3
Ethernet6/1
Ethernet6/2
port-profile PortChannelProfile
port-profile Uplink-10G-Lacp
port-profile Uplink-10G-Macpin
port-profile Uplink-MGMT
port-profile Uplink-Odd-Long-Macpin
port-channel1
port-channel2
port-channel3
port-channel4
Ethernet4/3
Ethernet4/5
...
This example shows how to display virtual port profile information:
n1000v# show port-profile virtual usage
-------------------------------------------------------------------------------
Port Profile Port Adapter Owner
-------------------------------------------------------------------------------
PVLAN_Macpin Po5
Po6
Po7
Po8
Eth4/1 vmnic0 NODE-137
Eth4/2 vmnic1 NODE-137
Eth5/2 vmnic1 NODE-139
Eth5/3 vmnic2 NODE-139
Uplink-Odd-Long-Macpin Po1
Po2
Po3
Po4
Eth4/3 vmnic2 NODE-137
Eth4/5 vmnic4 NODE-137
Eth5/4 vmnic3 NODE-139
Eth5/5 vmnic4 NODE-139
dynpp_3d5413ff-4755-41bd-9 Veth1 WIN-VM-07
Veth2 WIN-VM-07
Veth3 WIN-VM-08
Veth4 WIN-VM-08
Veth5 WIN-VM-01
Veth6 WIN-VM-01
Veth7 WIN-VM-06
Veth8 WIN-VM-06
Veth9 WIN-VM-03
Veth10 WIN-VM-03
Veth11 WIN-VM-04
Veth12 WIN-VM-04
Veth13 WIN-VM-05
Veth14 WIN-VM-05
Veth15 WIN-VM-02
Veth16 WIN-VM-02
...
To display information about port security, use the show port-security command.
show port-security [address [interface vethernet vethernet_num ] | interface vethernet vethernet_num | state]
Displays all port security information.
Any
network-admin
network-operator
This example shows how to display information about a specific secured virtual Ethernet address:
n1000v# show port-security address interface vethernet 1
Secure Mac Address Table
----------------------------------------------------------------------
Vlan Mac Address Type Ports Configured Age
(mins)
---- ----------- ------ ----- ---------------
261 001D.D8B7.23F8 STICKY Vethernet1 0
----------------------------------------------------------------------
This example shows how to display information about the port security state:
n1000v# show port-security state
EthPortSecurity : Enabled
To display information about your privilege level, use the show privilege command.
show privilege
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display information about your privilege level:
n1000v# show privilege
User name: admin
Current privilege level: -1
Feature privilege: Disabled
To display information about processes, use the show processes command.
show processes [cpu [history | sort] | log [details | pid pid_num | vdc-all] | memory [shared [detail | dynamic]] | vdc vdc_number [cpu | log [details | pid pid_num] | memory]]
Displays all of the running processes.
Any
network-admin
This example shows how to display information about the CPU utility history of a processes:
n1000v# show processes
PID State PC Start_cnt TTY Process
----- ----- -------- ----------- ---- -------------
1 S 41520eb8 1 - init
2 S 0 1 - kthreadd
3 S 0 1 - migration/0
4 S 0 1 - ksoftirqd/0
5 S 0 1 - watchdog/0
6 S 0 1 - events/0
7 S 0 1 - khelper
8 S 0 1 - kblockd/0
9 S 0 1 - kacpid
10 S 0 1 - kacpi_notify
11 S 0 1 - kseriod
12 S 0 1 - ata/0
13 S 0 1 - ata_aux
14 S 0 1 - ksuspend_usbd
15 S 0 1 - khubd
16 S 0 1 - pdflush
17 S 0 1 - pdflush
18 S 0 1 - kswapd0
19 S 0 1 - aio/0
20 S 0 1 - nfsiod
21 S 0 1 - rpciod/0
331 S 0 1 - kjournald
336 S 0 1 - kjournald
908 S 0 1 - kjournald
915 S 0 1 - kjournald
985 S 0 1 - hv_vmbus_con/0
...
This example shows how to display information about the CPU process history:
n1000v# show processes cpu history
3132 34 1 122 2 3 1311 2 12 2 211 12 122 31 1 2
100
90
80
70
60
50
40
30
20
10
0....5....1....1....2....2....3....3....4....4....5....5....
0 5 0 5 0 5 0 5 0 5
CPU% per second (last 60 seconds)
# = average CPU%
2 43 3 5 3 55 2 3 4 3 3 5 2 33 6
413346343444545645444756541056404544639348454407304444449548
100
90
80
70 *
60 *
50 * * ** * * *
40 * * * ** * * * * ** *
30 ** * * * ** * * * * * ** *
20 * ** * * * ** * * * * * * * ** *
10 * ** ** **** **** **** * * * * * * ** * * ** #
0....5....1....1....2....2....3....3....4....4....5....5....
0 5 0 5 0 5 0 5 0 5
CPU% per minute (last 60 minutes)
* = maximum CPU% # = average CPU%
1
0
0
100 *
90 *
80 *
70 *
60 *
50 *
40 *
30 *
20 *
10 *
0....5....1....1....2....2....3....3....4....4....5....5....6....6....7.
0 5 0 5 0 5 0 5 0 5 0 5 0
CPU% per hour (last 72 hours)
* = maximum CPU% # = average CPU%
This example shows how to display detailed CPU process log information:
n1000v# show processes log details
======================================================
Service: nsmgr
Description: NSMGR Daemon
Executable: /isan/bin/nsmgr
Started at Sat Mar 2 14:23:24 2013 (106772 us)
Stopped at Sat Mar 2 14:54:46 2013 (65483 us)
Uptime: 31 minutes 22 seconds
Start type: SRV_OPTION_RESTART_STATELESS (23)
Death reason: SYSMGR_DEATH_REASON_FAILURE_SIGNAL (2)
Last heartbeat 2.21 secs ago
RLIMIT_AS: 188358438
System image name: n1000vh-dk9.5.2.1.SM1.5.0.7.bin
System image version: 5.2(1)SM1(5.0.7) S0
PID: 3630
Exit code: signal 11 (core dumped)
CWD: /var/sysmgr/work
RLIMIT_AS: -1
Virtual Memory:
CODE 08048000 - 081A3C04
DATA 081A4000 - 081A6468
BRK 081B9000 - 085BF000
STACK BFBAC5A0
TOTAL 94380 KB
Memory Map: 08048000 nsmg 081A4000 nsmg 4143F000 ld-2.8.s 41459000 ld-2.8.s 4145A000 ld-2.8.s 4145D000 libc-2.8.s 41596000 libc-2.8.s 41598000 libc-2.8.s 4159E000 libdl-2.8.s
415A0000 libdl-2.8.s 415A1000 libdl-2.8.s 415A4000 libuuid.so.1. 415A7000 libuuid.so.1. 415BE000 libpthread-2.8.s 415D2000 libpthread-2.8.s 415D3000 libpthread-2.8.s 415D800
0 libm-2.8.s 415FC000 libm-2.8.s 415FD000 libm-2.8.s 41600000 libtinfo.so.5. 41615000 libtinfo.so.5. 41634000 librt-2.8.s 4163B000 librt-2.8.s 4163C000 librt-2.8.s 41654000 l
ibz.so.1.2. 41666000 libz.so.1.2. B2BE5000 libsyserr-data.so.0.0. B2CEB000 libsyserr-data.so.0.0. B2D15000 mts B6D15000 libmtsdlutils.so.0.0. B6D16000 libmtsdlutils.so.0.0. B
...
This example shows how to display information about shared CPU dynamic memory:
n1000v# show processes memory shared dynamic
Component Shared Memory Current Size Max Size Used
rsw_shm_urib 0X52650000 1048264 100663296 860160
rsw_shm_u6rib 0X59480000 1048264 16777216 588456
'+' - Dynamic shared memory segment.
'*' - Non-default sized share memory segment.
|
|
---|---|
attach module |
Accesses the standby VSM console from the active VSM. |
To display the quality of service (QoS) shared policies, use the show qos shared-policer command.
show qos shared-policer [policer_name | type {qos [policer_name]}]
policer_name |
(Optional) Policer name. The name is a maximum of 40 characters. |
type |
(Optional) Displays the type of shared policer. |
qos |
Displays type QoS. |
Displays the QoS shared policies.
Any
network-admin
network-operator
This example shows how to display the QoS shared policies:
n1000v#
show qos shared-policer
|
|
---|---|
clear qos statistics |
Clears the counters for the QoS statistics. |
To display the Remote Authentication Dial-In User Service (RADIUS) server configuration, use the show radius-server command.
show radius-server [host | directed-request | groups [group_name] | sorted | statistics host]
Displays the RADIUS server configuration.
Any
network-admin
network-operator
This example shows how to display the RADIUS server configuration:
n1000v# show radius-server
retransmission count:1
timeout value:5
deadtime value:0
source interface:any available
total number of servers:0
This example shows how to display information about the RADIUS server group configuration:
n1000v# show radius-server groups
total number of groups:1
following RADIUS server groups are configured:
group radius:
server: all configured radius servers
deadtime is 0
This example shows how to display the RADIUS server configuration in a sorted format:
n1000v# show radius-server sorted
timeout value:5
retransmission count:1
deadtime value:0
source interface:any available
total number of servers:0
To display information about the system redundancy status, use the show redundancy status command.
show redundancy status
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display information about the redundancy status:
n1000v# show redundancy status
Redundancy role
---------------
administrative: standalone
operational: standalone
Redundancy mode
---------------
administrative: HA
operational: None
This supervisor (sup-1)
-----------------------
Redundancy state: Active
Supervisor state: Active
Internal state: Active with no standby
Other supervisor (sup-2)
------------------------
Redundancy state: N/A
Supervisor state: N/A
Internal state: N/A
System start time: Tue Feb 19 20:39:03 2013
System uptime: 4 days, 14 hours, 2 minutes, 14 seconds
Kernel uptime: 4 days, 14 hours, 3 minutes, 1 seconds
Active supervisor uptime: 4 days, 14 hours, 1 minutes, 38 seconds
|
|
---|---|
attach module |
Accesses the standby VSM console from the active VSM. |
To display information about the resource configuration for the virtual device context (VDC), use the show resource command.
show resource [internal {event-history {errors | msgs} | info {resource [monitor-session | port-channel | u4route-mem | u6route-mem | vlan | vrf]}} | monitor-session | port-channel | u4route-mem | u6route-mem | vlan | vrf]
Displays information about the resource configuration for the VDC.
Any
network-admin
This example shows how to display information about internal event history messages:
n1000v# show resource internal event-history msgs
1) Event:E_MTS_RX, length:60, at 430700 usecs after Sat Mar 2 21:36:55 2013
[REQ] Opc:MTS_OPC_SDWRAP_DEBUG_DUMP(1530), Id:0X0001EBC3, Ret:SUCCESS
Src:0x00000101/5993, Dst:0x00000101/387, Flags:None
HA_SEQNO:0X00000000, RRtoken:0x0001EBC3, Sync:UNKNOWN, Payloadsize:216
Payload:
0x0000: 01 00 2f 74 6d 70 2f 64 62 67 64 75 6d 70 31 32
2) Event:E_MTS_RX, length:60, at 121661 usecs after Sat Mar 2 21:32:54 2013
[REQ] Opc:MTS_OPC_VSH_CMD_TLV(7679), Id:0X0001C66C, Ret:SUCCESS
Src:0x00000101/3351, Dst:0x00000101/387, Flags:None
HA_SEQNO:0X00000000, RRtoken:0x0001C66C, Sync:UNKNOWN, Payloadsize:264
Payload:
0x0000: 04 03 02 01 08 01 00 00 00 00 00 00 00 00 00 00
3) Event:E_MTS_RX, length:60, at 585476 usecs after Sat Mar 2 21:30:58 2013
[REQ] Opc:MTS_OPC_VSH_CMD_TLV(7679), Id:0X0001B184, Ret:SUCCESS
Src:0x00000101/3351, Dst:0x00000101/387, Flags:None
HA_SEQNO:0X00000000, RRtoken:0x0001B184, Sync:UNKNOWN, Payloadsize:272
Payload:
0x0000: 04 03 02 01 10 01 00 00 00 00 00 00 00 00 00 00
...
This example shows how to display information about port channel resources:
n1000v# show resource port-channel
Resource Min Max Used Unused Avail
-------- --- --- ---- ------ -----
port-channel 0 1600 16 0 1584
This example shows how to display information about the IPv6 unicast route memory resources:
n1000v# show resource u6route-mem
Resource Min Max Used Unused Avail
-------- --- --- ---- ------ -----
u6route-mem 16 16 1 15 15
|
|
---|---|
show resource-availability |
Displays information about the available resources. |
To display the current remote monitoring (RMON) agent status on the router, use the show rmon command.
show rmon {alarms | events | hcalarms | info | logs}
Any
network-admin
This example shows how to display RMON events:
n1000v# show rmon events
Event 1 is active, owned by PMON@FATAL
Description is FATAL(1)
Event firing causes log and trap to community public, last fired never
Event 2 is active, owned by PMON@CRITICAL
Description is CRITICAL(2)
Event firing causes log and trap to community public, last fired never
Event 3 is active, owned by PMON@ERROR
Description is ERROR(3)
Event firing causes log and trap to community public, last fired never
Event 4 is active, owned by PMON@WARNING
Description is WARNING(4)
Event firing causes log and trap to community public, last fired never
Event 5 is active, owned by PMON@INFO
Description is INFORMATION(5)
Event firing causes log and trap to community public, last fired never
This example shows how to display RMON information:
n1000v# show rmon info
show rmon info
Maximum allowed 32 bit or 64 bit alarms : 512
Number of 32 bit alarms configured : 0
Number of 64 bit hcalarms configured : 0
To display information about the role configuration, use the show role command.
show role [feature [detail | name feature_name] | name | pending | pending-diff | session {status} | status]
Displays information about the role configuration.
Any
network-admin
Entering a ? after show role name produces a list of predefined network administration and system- defined privilege roles.
This example shows how to display detailed information about the role feature:
n1000v# # show role feature detail
aaa (AAA service related commands)
show aaa *
config t ; aaa *
aaa *
clear aaa *
debug aaa *
show accounting *
config t ; accounting *
accounting *
clear accounting *
debug accounting *
arp (ARP protocol related commands)
show ip arp *
config t; ip arp *
clear ip arp *
debug ip arp *
debug-filter ip arp *
cdp (Cisco Discovery Protocol related commands)
show cdp *
config t ; cdp *
cdp *
clear cdp *
debug cdp *
l3vm (Layer 3 virtualization related commands)
show vrf *
config t ; vrf *
routing-context vrf *
ping (Network reachability test commands)
show ping *
config t ; ping *
ping *
clear ping *
debug ping *
show ping6 *
config t ; ping6 *
ping6 *
clear ping6 *
debug ping6 *
show traceroute *
config t ; traceroute *
traceroute *
clear traceroute *
debug traceroute *
show traceroute6 *
config t ; traceroute6 *
traceroute6 *
clear traceroute6 *
debug traceroute6 *
...
This example shows how to display information about the role session status:
n1000v# show role session status
Last Action Time Stamp : None
Last Action : None
Last Action Result : None
Last Action Failure Reason : none
To display current the routing context, use the show routing-context command.
show routing-context
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display the routing context:
n1000v# show routing-context
Current Route Context: default
To display the current operating configuration, use the show running-config command.
show running-config [aaa [all] | acllog [all] | aclmg [all] | adjmgr [all] | all | arp [all] | cdp [all] | cert-enroll [all] | diff | eem | exclude-provision | expand-port-profile | icmpv6 [all] | ip [all] | ipqos [all] | ipv6 [all] | l3vm [all] | license [all] | monitor [all] | netflow | network segment [manager {switch} | policy policy_name] | ntp [all] | port-security [all] | radius [all] | rpm [all] | security [all] | snmp [all] | spanning-tree [all | interface {port-channel port_chan_num [. sub_if_num]}] | vdc-all [all] | vlan vlan_id | vrf {vrf_name | default | management} [all] | vservice [node | path] [vservice_name] | vshd]
Displays the running configuration.
Any
network-admin
This example shows how to display all of the information about the AAA running configuration:
n1000v# show running-config aaa all
!Time: Mon Feb 25 06:52:42 2013
version 5.2(1)SM1(5.1)
aaa authentication login default local
aaa authorization ssh-publickey default local
aaa authorization ssh-certificate default local
aaa accounting default local
aaa user default-role
aaa authentication login default fallback error local
aaa authentication login console fallback error local
no aaa authentication login error-enable
no aaa authentication login mschap enable
no aaa authentication login mschapv2 enable
no aaa authentication login chap enable
no aaa authentication login ascii-authentication
no radius-server directed-request
This example shows how to display all of the information about the AM running configuration:
n1000v# show running-config adjmgr all
!Command: show running-config adjmgr all
!Time: Mon Feb 25 06:58:55 2013
version 5.2(1)SM1(5.1)
ip adjmgr internal event-history snmp size small
ip adjmgr internal event-history sdb size small
ip adjmgr internal event-history cli size small
ip adjmgr internal event-history ha size small
ip adjmgr internal event-history stats size small
ip adjmgr internal event-history ipc size small
ip adjmgr internal event-history errors size small
ip adjmgr internal event-history control size small
hardware ip glean throttle maximum 1000
hardware ip glean throttle timeout 300
hardware ip glean throttle syslog 10000
hardware ipv6 glean throttle maximum 1000
hardware ipv6 glean throttle timeout 300
hardware ipv6 glean throttle syslog 10000
ip adjacency route distance 250
ipv6 adjacency route distance 250
This example shows how to display all of the information about the ARP running configuration:
n1000v# show running-config arp all
!Command: show running-config arp all
!Time: Mon Feb 25 07:02:32 2013
version 5.2(1)SM1(5.1)
ip arp timeout 1500
hardware ip glean throttle maximum 1000
hardware ip glean throttle timeout 300
hardware ip glean throttle syslog 10000
ip arp event-history cli size small
ip arp event-history snmp size small
ip arp event-history client-errors size small
ip arp event-history client-event size small
ip arp event-history lcache-errors size small
ip arp event-history lcache size small
ip arp event-history errors size small
ip arp event-history ha size small
ip arp event-history control size small
ip arp event-history event size small
ip arp event-history packet size small
interface control0
ip arp gratuitous update
ip arp gratuitous request
interface mgmt0
ip arp gratuitous update
ip arp gratuitous request
ip arp gratuitous hsrp duplicate
This example shows how to display information about the EM running configuration:
n1000v# show running-config eem
!Command: show running-config eem
!Time: Mon Feb 25 07:07:17 2013
version 5.2(1)SM1(5.1)
This example shows how to display all of the information about the ICMPv6 running configuration:
n1000v# show running-config icmpv6 all
!Time: Mon Feb 25 07:25:59 2013
version 5.2(1)SM1(5.1)
ipv6 icmp internal event-history sync-event size small
ipv6 icmp internal event-history cli size small
ipv6 icmp internal event-history vrf size small
ipv6 icmp internal event-history ha size small
ipv6 icmp internal event-history mld events size small
ipv6 icmp internal event-history nd size small
ipv6 icmp internal event-history icmpv6-internal size small
ipv6 icmp internal event-history errors size small
hardware ipv6 glean throttle maximum 1000
hardware ipv6 glean throttle timeout 300
hardware ipv6 glean throttle syslog 10000
This example shows how to display all of the information about the IP running configuration:
n1000v# show running-config ip all
!Command: show running-config ip all
!Time: Thu May 30 14:23:52 2013
version 5.2(1)SM1(5.1)
vrf context management
ip route 0.0.0.0/0 10.105.225.161
ip internal event-history static-rt size small
ip internal event-history arp-miss size small
ip internal event-history vrf-errors size small
ip internal event-history cli size small
ip internal event-history ppf size small
ip internal event-history ha size small
ip internal event-history snmp size small
ip internal event-history ipc size small
ip internal event-history log size small
ip internal event-history errors size small
interface mgmt0
ip address 10.105.225.180/27
This example shows how to display all of the information about the IP QoS running configuration:
n1000v# show running-config ipqos all
!Command: show running-config ipqos all
!Time: Tue Feb 26 01:33:35 2013
version 5.2(1)SM1(5.1)
qos statistics
table-map cir-markdown-map
default copy
from 10,12 to 12
from 18,20 to 20
from 26,28 to 28
from 34,36 to 36
table-map pir-markdown-map
default copy
from 10,12 to 14
from 18,20 to 22
from 26,28 to 30
from 34,36 to 38
errdisable detect cause qos-exception
This example shows how to display all of the information about the IPv6 running configuration:
n1000v# show running-config ipv6 all
!Command: show running-config ipv6 all
!Time: Tue Feb 26 01:36:37 2013
version 5.2(1)SM1(5.1)
ipv6 icmp internal event-history sync-event size small
ipv6 icmp internal event-history cli size small
ipv6 icmp internal event-history vrf size small
ipv6 icmp internal event-history ha size small
ipv6 icmp internal event-history mld events size small
ipv6 icmp internal event-history nd size small
ipv6 icmp internal event-history icmpv6-internal size small
ipv6 icmp internal event-history errors size small
hardware ipv6 glean throttle maximum 1000
hardware ipv6 glean throttle timeout 300
hardware ipv6 glean throttle syslog 10000
This example shows how to display information about the network segment running configuration:
n1000v# show running-config network segment
!Time: Thu May 30 14:26:35 2013
version 5.2(1)SM1(5.1)
feature network-segmentation-manager
nsm ip pool template default-Abhi-Pool
ip address 192.168.5.10 192.168.5.254
network 192.168.5.0 255.255.255.0
default-router 192.168.5.1
netbt
ip reserved 192.168.5.30
ip reserved 192.168.5.31
ip reserved 192.168.5.39
ip reserved 192.168.5.40
netbios-name-server 192.168.5.7
netbios-name-server 192.168.5.8
netbios-name-server 192.168.5.9
netbios-name-server 192.168.5.6
dns-server 192.168.5.2
dns-server 192.168.5.3
dns-server 192.168.5.4
dns-server 192.168.5.5
nsm ip pool template test
ip address 10.1.1.20 10.1.1.50
network 10.1.1.0 255.255.255.0
default-router 10.1.1.1
ip reserved 10.1.1.25
ip reserved 10.1.1.26
ip reserved 10.1.1.27
netbios-name-server 10.1.1.45
netbios-name-server 10.1.1.46
netbios-name-server 10.1.1.47
dns-server 10.1.1.35
dns-server 10.1.1.36
nsm logical network OTHERS-N1K
nsm logical network Nexus1000V-Even
nsm logical network Nexus1000V-Odd
nsm logical network OTHER-N1k-2
nsm logical network System-Fabric
nsm logical network Cisco-New
nsm logical network new-pvlan
nsm logical network test
description 123
nsm network segment pool ND_VLAN_200
guid d6792668-52c7-4ac0-b5b2-b349a7b714b2
member-of logical network Nexus1000V-Even
nsm network segment pool ND_VLAN_201
guid b84e4b66-fe4b-4f43-8af8-f317720b42a4
member-of logical network Nexus1000V-Odd
nsm network segment pool ND_VLAN_202
guid 930dfa53-d7d3-4f97-9aa9-54178f4748db
member-of logical network Nexus1000V-Even
...
This example shows how to display all of the information about the RADIUS server running configuration:
n1000v# show running-config radius all
!Command: show running-config radius all
!Time: Tue Feb 26 02:14:20 2013
version 5.2(1)SM1(5.1)
radius-server test username test password test idle-time 0
radius-server timeout 5
radius-server retransmit 1
radius-server deadtime 0
aaa group server radius radius
deadtime 0
use-vrf default
no source-interface
no ip radius source-interface
This example shows how to display all of the information about the security running configuration:
n1000v# show running-config security all
!Time: Tue Feb 26 02:21:45 2013
version 5.2(1)SM1(5.1)
feature telnet
feature http-server
no feature scp-server
no feature sftp-server
feature ssh
username adminbackup password 5 ! role network-operator
username admin password 5 $1$BDbVzz6B$CxQD7xT9iwTJ51rq.XPhH1 role network-admin
password strength-check
banner motd #Nexus 1000V Switch
#
ssh key rsa 1024
no ssh key dsa
This example shows how to display all of the information about the SNMP running configuration:
n1000v# show running-config snmp all
!Command: show running-config snmp all
!Time: Tue Feb 26 02:32:24 2013
version 5.2(1)SM1(5.1)
snmp-server aaa-user cache-timeout 3600
snmp-server protocol enable
no snmp-server globalEnforcePriv
snmp-server tcp-session auth
snmp-server user admin auth md5 0x524afc847e9ae2f1d543c649bbc1e858 priv 0x524afc847e9ae2f1d543c649bbc1e858 localizedkey engineID 128:0:0:9:3:2:0:12:
0:0:0
rmon event 1 log trap public description FATAL(1) owner PMON@FATAL
rmon event 2 log trap public description CRITICAL(2) owner PMON@CRITICAL
rmon event 3 log trap public description ERROR(3) owner PMON@ERROR
rmon event 4 log trap public description WARNING(4) owner PMON@WARNING
rmon event 5 log trap public description INFORMATION(5) owner PMON@INFO
no snmp-server enable traps link
snmp-server enable traps entity entity_mib_change
snmp-server enable traps entity entity_module_status_change
snmp-server enable traps entity entity_power_status_change
snmp-server enable traps entity entity_module_inserted
snmp-server enable traps entity entity_module_removed
snmp-server enable traps entity entity_unrecognised_module
snmp-server enable traps entity entity_fan_status_change
snmp-server enable traps entity entity_power_out_change
snmp-server enable traps link linkDown
snmp-server enable traps link linkUp
snmp-server enable traps link extended-linkDown
snmp-server enable traps link extended-linkUp
snmp-server enable traps link cieLinkDown
snmp-server enable traps link cieLinkUp
snmp-server enable traps rf redundancy_framework
no snmp-server enable traps aaa server-state-change
...
This example shows how to display information about the VLAN range 1 to 5 running configuration:
n1000v# show running-config vlan 1,5
!Command: show running-config vlan 1, 5
!Time: Tue Feb 26 02:41:19 2013
version 5.2(1)SM1(5.1)
vlan 1
To exclude configurations in the display of the current running configuration, use the show running-config exclude command.
show running-config exclude {aaa | callhome | cdp | cert-enroll | cfs | eem | license | ntp | radius | security | vshd}
None
Any
network-admin
The exclude command allows the user to enter a list of one to four keywords. Exceeding four keywords results in an `Invalid command' message.
This example shows how to exclude running configuration information:
n1000v# show running-config exclude aaa cdp cfs eem
!Command: show running-config exclude aaa cdp cfs eem
!Time: Tue Feb 26 03:35:38 2013
version 5.2(1)SM1(5.1)
hostname Nexus1000V
feature telnet
feature private-vlan
feature network-segmentation-manager
username adminbackup password 5 ! role network-operator
username admin password 5 $1$BDbVzz6B$CxQD7xT9iwTJ51rq.XPhH1 role network-admin
banner motd #Nexus 1000V Switch
#
ip domain-lookup
errdisable recovery cause failed-port-state
snmp-server user admin auth md5 0x524afc847e9ae2f1d543c649bbc1e858 priv 0x524afc847e9ae2f1d543c649bbc1e858 localizedkey engineID 128:0:0:9:3:2:0:12:
0:0:0
rmon event 1 log trap public description FATAL(1) owner PMON@FATAL
rmon event 2 log trap public description CRITICAL(2) owner PMON@CRITICAL
rmon event 3 log trap public description ERROR(3) owner PMON@ERROR
rmon event 4 log trap public description WARNING(4) owner PMON@WARNING
rmon event 5 log trap public description INFORMATION(5) owner PMON@INFO
vrf context management
ip route 0.0.0.0/0 209.165.201.1
vlan 1,100-101,173,200,400
port-channel load-balance ethernet source-mac
port-profile default max-ports 32
...
To display all of the running configuration interfaces, use the show running-config interface all command.
show running-config interface all [expand-port-profile]
expand-port-profile |
(Optional) Displays expanded port profile information. |
Displays the running configuration for all interfaces.
Any
network-admin
This example shows how to display information about the interface running configuration:
n1000v# show running-config interface all
!Time: Thu May 30 14:29:42 2013
version 5.2(1)SM1(5.1)
interface port-channel1
inherit port-profile DATA-Macpin
no description
no switchport dot1q ethertype
lacp graceful-convergence
lacp suspend-individual
lacp fast-select-hot-standby
vem 3
no switchport block unicast
no switchport block multicast
no hardware multicast hw-hash
spanning-tree port-priority 128
spanning-tree cost auto
spanning-tree link-type auto
spanning-tree port type network
no spanning-tree bpduguard
no spanning-tree bpdufilter
logging event port link-status default
logging event port trunk-status default
speed auto
duplex auto
flowcontrol receive off
flowcontrol send off
mtu 1500
delay 1
snmp trap link-status
bandwidth 30000000
.
.
.
interface mgmt0
no description
speed auto
duplex auto
snmp trap link-status
no shutdown
cdp enable
ip address 10.105.225.180/27
interface Vethernet1
no description
shutdown
switchport
switchport mode access
no switchport dot1q ethertype
no switchport priority extend
no switchport block unicast
no switchport block multicast
no hardware multicast hw-hash
no hardware vethernet mac filtering per-vlan
no capability iscsi-multipath
no capability vxlan
no capability l3-vservice
mac auto-static-learn
no switchport uufb disable
spanning-tree port-priority 128
spanning-tree cost auto
spanning-tree link-type auto
spanning-tree port type edge
spanning-tree bpduguard enable
no spanning-tree bpdufilter
storm-control broadcast level 100
storm-control multicast level 100
storm-control unicast level 100
.
.
.
interface Ethernet3/2
inherit port-profile DATA-Macpin
no description
lacp port-priority 32768
lacp rate normal
cdp enable
no switchport dot1q ethertype
no switchport priority extend
spanning-tree port-priority 128
spanning-tree cost auto
spanning-tree link-type auto
spanning-tree port type edge
spanning-tree bpduguard enable
no spanning-tree bpdufilter
.
.
.interface control0
no description
speed auto
duplex auto
snmp trap link-status
no shutdown
To display the control interface running configuration, use the show running-config interface control command.
show running-config interface control if_num [all [expand-port-profile] | expand-port-profile]
None
Any
network-admin
This example shows how to display information about the control interface running configuration:
n1000v# show running-config interface control 0
!Command: show running-config interface control0
!Time: Wed Mar 6 18:13:52 2013
version 5.2(1)SM1(5.1)
interface control0
no snmp trap link-status
To display the Ethernet interface running configuration, use the show running-config interface ethernet command.
show running-config interface ethernet slot/chassis_num / port/slot_num [. sub_if_num | all [expand-port-profile] | expand-port-profile]
None
Any
network-admin
This example shows how to display information about the ethernet interface running configuration:
n1000v# show running-config interface ethernet 9/7 all
!Command: show running-config interface Ethernet9/7 all
!Time: Wed Mar 6 18:27:14 2013
version 5.2(1)SM1(5.1)
interface Ethernet9/7
inherit port-profile PVLAN_Lacp
no description
lacp port-priority 32768
lacp rate normal
cdp enable
no switchport dot1q ethertype
no switchport priority extend
spanning-tree port-priority 128
spanning-tree cost auto
spanning-tree link-type auto
spanning-tree port type edge
spanning-tree bpduguard enable
no spanning-tree bpdufilter
speed auto
mtu 1500
snmp trap link-status
switchport private-vlan trunk native vlan 1
To display the management interface running configuration, use the show running-config interface mgmt command.
show running-config interface mgmt mgmt_if_num [all [expand-port-profile] | expand-port-profile]
Displays information about the management interface running configuration.
Any
network-admin
This example shows how to display all the information about the management interface running configuration:
n1000v# show running-config interface mgmt 0 all
!Command: show running-config interface mgmt0 all
!Time: Wed Mar 6 18:31:01 2013
version 5.2(1)SM1(5.1)
version 5.2(1)SM1(5.1)
interface mgmt0
no description
speed auto
duplex auto
snmp trap link-status
no shutdown
cdp enable
ip address 10.105.225.180/27
To display the port channel interface running configuration, use the show running-config interface port-channel command.
show running-config interface port-channel port_chan_num [. port_num | all [expand-port-profile] | expand-port-profile | membership [expand-port-profile] {sub_if_num [all [expand-port-profile] | expand-port-profile | membership [expand-port-profile]]}]
Displays the port channel interface running configuration.
Any
network-admin
This example shows how to display all of the information about the port channel interface running configuration:
n1000v# show running-config interface port-channel 1 all
!Command: show running-config interface port-channel1 all
!Time: Wed Mar 6 18:36:44 2013
version 5.2(1)SM1(5.1)
interface port-channel1
inherit port-profile PVLAN_Macpin
no description
no switchport dot1q ethertype
lacp graceful-convergence
lacp suspend-individual
lacp fast-select-hot-standby
vem 3
no switchport block unicast
no switchport block multicast
no hardware multicast hw-hash
spanning-tree port-priority 128
spanning-tree cost auto
spanning-tree link-type auto
spanning-tree port type network
no spanning-tree bpduguard
no spanning-tree bpdufilter
logging event port link-status default
logging event port trunk-status default
speed auto
duplex auto
flowcontrol receive off
flowcontrol send off
mtu 1500
delay 1
snmp trap link-status
bandwidth 4000000
...
To display the port profile running configuration, use the show running-config port-profile command.
show running-config port-profile [port_profile_name]
port_profile_name |
(Optional) Port profile name. The name is a maximum of 80 case-sensitive, alphanumeric characters. |
Displays the running configuration of all port profiles.
Any
network-admin
Using a ? after the command, followed by a Return, will produce a list of all the running configuration port profiles.
This example shows how to display a list of all running port profiles:
n1000v# show running-config port-profile ?
CDP-Policy
DATA-Lacp
DATA-Macpin
DHCP-SERVER-UPLINK
ETH1
Eth-Profile-Mgmt
Lacp-Policy
Macpin-Policy
Macpin-Policy2
NSM_template_segmentation
NSM_template_vlan
PVLAN_Lacp
PVLAN_Macpin
U1
Uplink-10G-Lacp
Uplink-10G-Macpin
Uplink-MGMT
Uplink-Odd-Long-Macpin
Uplink_Even_Lacp
Uplink_Even_Macpin
Uplink_Even_Macpin2
Uplink_Even_Macpin3
...
This example shows how to display information about the running configuration for all port profiles:
n1000v# show running-config port-profile
!Command: show running-config port-profile
!Time: Thu Feb 28 12:31:13 2013
version 5.2(1)SM1(5.1)
port-profile default max-ports 32
port-profile default port-binding static
port-profile type vethernet NSM_template_vlan
no shutdown
guid 68bb01b1-ce5f-420f-92d6-4fb0bb3c6e0b
description NSM default port-profile for VLAN networks. Do not delete.
state enabled
port-profile type vethernet NSM_template_segmentation
no shutdown
guid d8fc84eb-1462-4fd9-8de8-ee806fab79e4
description NSM default port-profile for VXLAN networks. Do not delete.
state enabled
port-profile type ethernet ETH1
no shutdown
guid a2674200-64ca-411e-83c9-a92e0bd508c0
max-ports 512
state enabled
port-profile type vethernet VETH1
no shutdown
guid 39e631a2-0828-45e3-a33a-28cd2ef14d02
publish port-profile
state enabled
port-profile type ethernet uplink_network_default_policy
no shutdown
guid b77be06a-5e10-4fa3-a654-7585a1f0e017
max-ports 512
description NSM created profile. Do not delete.
state enabled
This example shows how to display information about a specific port profile's running configuration:
n1000v# show running-config port-profile vic-uplink
version 5.2(1)SM1(5.1)
port-profile type ethernet vic-uplink
inherit port-profile vmdata-vpc-mac
switchport mode private-vlan trunk promiscuous
switchport private-vlan mapping trunk 255 256-257
switchport private-vlan mapping trunk 258 259
switchport private-vlan trunk allowed vlan 240-254,280
switchport private-vlan trunk native vlan 240
no shutdown
guid 1d8703cd-40b4-4848-867d-296be908921e
max-ports 512
description NSM created profile. Do not delete.
system vlan 240,251,280
state enabled
To display information about the Simple Network Management Protocol (SNMP), use the show snmp command.
show snmp [community | context | engineID | group | host | sessions | source-interface | trap | user [user_id [engineID target_id]]]
Displays all of the information about the SNMP.
Any
network-admin
This example shows how to display information about SNMP:
n1000v# show snmp
Community Group / Access context acl_filter
----------------------------- -------------- ------- ----------
sys contact:
sys location:
0 SNMP packets input
0 Bad SNMP versions
0 Unknown community name
0 Illegal operation for community name supplied
0 Encoding errors
0 Number of requested variables
0 Number of altered variables
0 Get-request PDUs
0 Get-next PDUs
0 Set-request PDUs
61 SNMP packets output
0 Too big errors
0 No such name errors
0 Bad values errors
0 General errors
0 In No such name PDU
0 In Bad vlaue PDU
0 In Read only PDU
0 In General errors
0 In Get Responses
0 Unknown Context name
61 Out Traps PDU
0 Out Get Requests
0 Out Get Next Requests
0 Out Set Requests
0 Out Get Responses
0 Silent Drops
...
This example shows how to display information about the SNMP engineID:
n1000v# show snmp engineID
Local SNMP engineID: [Hex] 1234412336123361464013104123361361717461126131362417715
[Dec] 3682865:3158064:3158064:3747888:3354672:3158064:3224112:3356976:3486258:3355441:3290672
This example shows how to display information about the SNMP host:
n1000v# show snmp host
-------------------------------------------------------------------
Host Port Version Level Type SecName
-------------------------------------------------------------------
This example shows how to display information about the SNMP source interface:
n1000v# show snmp source-interface
-------------------------------------------------------------------
Notification source-interface
-------------------------------------------------------------------
trap -
inform -
-------------------------------------------------------------------
This example shows how to display information about the SNMP trap:
n1000v# show snmp trap
--------------------------------------------------------------------------------
Trap type Description Enabled
--------------------------------------------------------------------------------
entity : entity_mib_change Yes
entity : entity_module_status_change Yes
entity : entity_power_status_change Yes
entity : entity_module_inserted Yes
entity : entity_module_removed Yes
entity : entity_unrecognised_module Yes
entity : entity_fan_status_change Yes
entity : entity_power_out_change Yes
link : linkDown Yes
link : linkUp Yes
link : extended-linkDown Yes
link : extended-linkUp Yes
link : cieLinkDown Yes
link : cieLinkUp Yes
rf : redundancy_framework Yes
aaa : server-state-change No
license : notify-license-expiry Yes
license : notify-no-license-for-feature Yes
license : notify-licensefile-missing Yes
license : notify-license-expiry-warning Yes
upgrade : UpgradeOpNotifyOnCompletion No
upgrade : UpgradeJobStatusNotify No
feature-control : FeatureOpStatusChange No
sysmgr : cseFailSwCoreNotifyExtended No
rmon : risingAlarm Yes
rmon : fallingAlarm Yes
rmon : hcRisingAlarm Yes
rmon : hcFallingAlarm Yes
config : ccmCLIRunningConfigChanged No
snmp : authentication No
link : cisco-xcvr-mon-status-chg No
vtp : notifs No
vtp : vlancreate No
vtp : vlandelete No
bridge : newroot No
bridge : topologychange No
To display information about the Secure Shell (SSH) sessions, use the show ssh command.
show ssh {key [dsa | rsa] | server}
None
Any
network-admin
This example shows how to display the SSH key:
n1000v# show ssh key
**************************************
rsa Keys generated:Tue Dec 18 14:05:14 2012
ssh-rsa AAAAB3NzaC1yc2EAAAADAQABAAAAgQDYBHLZgAs3cz5RtwgUcOvEGEfVn/pUHs5Lq8vfPF
5Rrtt6Kvb7GZx58o+K1SVD2pP9GTJS4dJchdo9O80HMmeTY2VRg0XSQ2xi9VJsKmf6yOkw3x9yTijm9
698dUTaFIo8YjMaPJBlb6/g6f3Zf9NN2DapzOJreh0lJMdhqeezOw==
bitcount:1024
fingerprint:
a2:25:3b:33:63:d0:cb:61:ee:65:87:19:83:09:1a:d7
**************************************
could not retrieve dsa key information
**************************************
This example shows how to display the SSH RSA key:
n1000v# show ssh key rsa
**************************************
rsa Keys generated:Wed Feb 27 14:44:30 2013
ssh-rsa AAAAB3NzaC1yc2EAAAADAQABAAAAgQCtXrFuRgBYeHPeZYwgdoYzsQG8jRLcZce7E+vNpnWn9N8R+K+qaqChgmlQdv pVFHAt7nnyQwnvmGnroZ4wEq7vHH15CFJrJGrzw1mH1QKqoC83IAdUwUykFMVe8JkyTkorIaMG0B
o+OMtqDQOPPefF0r3VtjZNN92cERDCwCuUBQ==
bitcount:1024
fingerprint:
9a:e8:e6:50:3a:dd:f9:ca:f3:7f:26:b6:80:fe:c5:ec
**************************************
This example shows how to display the SSH server:
n1000v# show ssh server
ssh version 2 is enabled
To display information about the network startup configuration, use the show startup-config command.
show startup-config [aaa | acllog [all] | aclmgr [all] | adjmgr [all] | arp [all] | bfd [all] | cdp [all] | cert-enroll | dhcp [all] | dot1x [all] | eem | exclude {aaa | callhome | cdp | cert-enroll | cfs | eem | license | ntp | radius | security | vshd} | exclude-provision | expand-port-profile | glsb | hsrp | icmpv6 [all] | ip [all] | ipqos [all] | ipv6 {all] | l3vm [all] | license [all] | log | monitor | netflow [all] | network segment [manager {switch} | policy policy_name] | ntp [all] | port-security [all] | radius | rpm [all] | security | snmp [all] | vdc-all | vlan | vrf {vrf_name | default | management} | vrrp | vservice [node | path] [vservice_name] | vshd | wccp [all]]
Displays information about the network startup configuration.
Any
network-admin
The exclude command allows the user to enter a list of one to four items, each separated by white space. Exceeding four items will result in an `Invalid command' message.
This example shows how to display information about the AAA startup configuration:
n1000v# show startup-config aaa
!Command: show startup-config aaa
!Time: Tue Feb 26 03:55:46 2013
!Startup config saved at: Mon Feb 25 14:55:27 2013
version 5.2(1)SM1(5.1)
This example shows how to display all of the information about the BFD startup configuration:
n1000v# show startup-config bfd all
!Command: show startup-config bfd all
!Time: Tue Feb 26 03:56:33 2013
!Startup config saved at: Mon Feb 25 14:55:27 2013
version 5.2(1)SM1(5.1)
This example shows how to display all of the information about the Cisco Discovery Protocol startup configuration:
n1000v# show startup-config cdp all
!Command: show startup-config cdp all
!Time: Tue Feb 26 03:58:05 2013
version 5.2(1)SM1(5.1)
cdp advertise v2
cdp enable
cdp holdtime 180
cdp timer 60
cdp format device-id system-name
interface mgmt0
cdp enable
This example shows how to display information about how to hide startup configuration information for offline preprovision interfaces:
n1000v# show startup-config exclude-provision
!Command: show startup-config exclude-provision
!Time: Tue Feb 26 04:13:18 2013
!Startup config saved at: Mon Feb 25 14:55:27 2013
version 5.2(1)SM1(5.1)
hostname nexus1000v
feature telnet
feature scp-server
feature sftp-server
feature tacacs+
feature private-vlan
feature netflow
feature lacp
feature dhcp
feature network-segmentation-manager
username adminbackup password 5 ! role network-operator
username admin password 5 $1$BDbVzz6B$CxQD7xT9iwTJ51rq.XPhH1 role network-admin
banner motd #Nexus 1000V Switch
#
ip domain-lookup
errdisable recovery cause failed-port-state
ip access-list PC_PVLAN-In
statistics per-entry
10 deny tcp any 60.1.1.1/0 eq ftp
20 deny tcp any 60.1.1.1/0 eq 666
30 deny udp any 60.1.1.1/0 eq tftp
40 deny tcp any 60.1.1.1/0 eq telnet
50 deny udp any 60.1.1.1/0 eq 1000
60 deny udp any 60.1.1.1/0 eq 1016
70 deny udp any 60.1.1.1/0 eq 1032
80 deny udp any 60.1.1.1/0 eq 1048
90 deny udp any 60.1.1.1/0 eq 1064
100 deny udp any 60.1.1.1/0 eq 1080
110 deny udp any 60.1.1.1/0 eq 1096
120 permit ip any any
.
.
.
mac access-list test-mac
statistics per-entry
30 permit 0002.3000.0000 0000.00FF.FFFF any
40 permit 0002.3100.0000 0000.00FF.FFFF any
50 permit 0002.3200.0000 0000.00FF.FFFF any
60 permit 0002.3300.0000 0000.00FF.FFFF any
70 permit 0002.3400.0000 0000.00FF.FFFF any
80 permit 0002.3500.0000 0000.00FF.FFFF any
90 permit 0002.3600.0000 0000.00FF.FFFF any
.
.
.
class-map type qos match-all abh
class-map type qos match-all test
match access-group name abhi-acl
class-map type qos match-all cmap-vl
match access-group name dhcp-allow-acl
class-map type qos match-all new-cmap
match access-group name abhi-acl
class-map type qos match-all abhi-cmp1
match access-group name match-acl
class-map type qos match-all abhi-cmp2
.
.
.
policy-map type qos fail
policy-map type qos test-p
class test
set dscp 50
policy-map type qos new-pmap
class new-cmap
set dscp 20
policy-map type qos abhi-pmap
class abhi-cmp1
set dscp 20
class class-default
.
.
.
snmp-server user admin auth md5 0x524afc847e9ae2f1d543c649bbc1e858 priv 0x524afc847e9ae2f1d543c649bbc1e858 localizedkey engineID 128:0:0:9:3:2:0:12:
0:0:0
rmon event 1 log trap public description FATAL(1) owner PMON@FATAL
rmon event 2 log trap public description CRITICAL(2) owner PMON@CRITICAL
rmon event 3 log trap public description ERROR(3) owner PMON@ERROR
rmon event 4 log trap public description WARNING(4) owner PMON@WARNING
rmon event 5 log trap public description INFORMATION(5) owner PMON@INFO
.
.
.
vrf context management
ip route 0.0.0.0/0 10.105.225.161
vlan 1,10,20,30,40,50,60,80,200-302,304,306,308,310,312,314,316,318,320,322,324,326,328,330,332,334,336,338,340,342,344,346,348,350,352,354,356,358,
360,362,364,366,368,370,372,374,376,378,380,382,384,386,388,390,392,394,396,398,400-403,405-406,408,410,412,414,416
vlan 418,420,422,424,426,428,430,432,436,438,440,1000,2012
flow exporter exporter2
transport udp 9996
source lc-exp 10.105.225.180/27
dscp 63
version 9
flow exporter e123456789012345678901234567890123456789
transport udp 6
source lc-exp 10.105.225.180/27
dscp 63
version 9
.
.
.
vlan 10,20
private-vlan community
vlan 30
private-vlan isolated
vlan 40,50,60,80
private-vlan community
vlan 264
private-vlan primary
private-vlan association 10,20,30,40,50
.
.
.
lacp offload
port-channel load-balance ethernet source-mac
port-profile default max-ports 32
port-profile default port-binding static
port-profile type vethernet NSM_template_vlan
no shutdown
guid 83ef9f6f-d9c5-44d9-91b4-451645189695
description NSM default port-profile for VLAN networks. Do not delete.
state enabled
port-profile type vethernet NSM_template_segmentation
no shutdown
guid b228a787-7546-48e3-ad44-d9871754d9e9
description NSM default port-profile for VXLAN networks. Do not delete.
state enabled
port-profile type ethernet PortChannelProfile
channel-group auto
no shutdown
guid ad99025e-dadd-46e9-8486-cfc1a0d5d796
max-ports 512
state enabled
.
.
.
system storage-loss log time 30
interface mgmt0
ip address 10.105.225.180/27
interface Vethernet1
inherit port-profile dynpp_4a4baaec-30e6-4686-b130-24f31acbdcb2_2c97d33c-44b5-4e93-9b2e-d96ad521bad4
description 1000V
dvport uuid "D962C7C4-DF69-4254-A07C-E67F33CF887B"
interface Vethernet2
inherit port-profile dynpp_4a4baaec-30e6-4686-b130-24f31acbdcb2_2c97d33c-44b5-4e93-9b2e-d96ad521bad4
description 1000V
dvport uuid "1BD62078-9929-4118-9098-EB396D9BC143"
interface Ethernet3/5
inherit port-profile Uplink-MGMT
interface Ethernet4/5
inherit port-profile Uplink-MGMT
interface control0
no snmp trap link-status
line console
line vty
boot kickstart bootflash:/n1000vh-dk9-kickstart.5.2.1.SM1.5.0.4.bin sup-1
boot system bootflash:/n1000vh-dk9.5.2.1.SM1.5.0.4.bin sup-1
boot kickstart bootflash:/n1000vh-dk9-kickstart.5.2.1.SM1.5.0.4.bin sup-2
boot system bootflash:/n1000vh-dk9.5.2.1.SM1.5.0.4.bin sup-2
...
This example shows how to display all of the information about the IP start up configuration:
n1000v# show startup-config ip all
!Command: show startup-config ip all
!
!Command: show startup-config ip all
!Time: Thu May 30 14:45:54 2013
!Startup config saved at: Mon May 27 16:37:08 2013
version 5.2(1)SM1(5.1)
vrf context management
ip route 0.0.0.0/0 10.105.225.161
ip internal event-history static-rt size small
ip internal event-history arp-miss size small
ip internal event-history vrf-errors size small
ip internal event-history cli size small
ip internal event-history ppf size small
ip internal event-history ha size small
ip internal event-history snmp size small
ip internal event-history ipc size small
ip internal event-history log size small
ip internal event-history errors size small
interface mgmt0
ip address 10.105.225.180/27
This example shows how to display the Ethernet SPAN sessions startup configuration:
n1000v# show startup-config monitor
!Time: Thu May 30 14:45:54 2013
!Startup config saved at: Mon May 27 16:37:08 2013
version 5.2(1)SM1(5.1)
vrf context management
ip route 0.0.0.0/0 10.105.225.161
ip internal event-history static-rt size small
ip internal event-history arp-miss size small
ip internal event-history vrf-errors size small
ip internal event-history cli size small
ip internal event-history ppf size small
ip internal event-history ha size small
ip internal event-history snmp size small
ip internal event-history ipc size small
ip internal event-history log size small
ip internal event-history errors size small
interface mgmt0
ip address 10.105.225.180/27
JARVIS# show startup-config monitor
!Command: show startup-config monitor
!Time: Thu May 30 14:46:56 2013
!Startup config saved at: Mon May 27 16:37:08 2013
version 5.2(1)SM1(5.1)
monitor session 1 type erspan-source
erspan-id 111
destination ip 10.105.225.148
mtu 1500
no shut
erspan-id 111
ip ttl 255
ip prec 0
ip dscp 0
mtu 1500
header-type 2
This example shows how to display information about the network segment startup configuration:
n1000v# show startup-config network segment
!Command: show startup-config network segment
!Time: Thu May 30 14:47:58 2013
!Startup config saved at: Mon May 27 16:37:08 2013
version 5.2(1)SM1(5.1)
feature network-segmentation-manager
nsm ip pool template default-Abhi-Pool
ip address 192.168.5.10 192.168.5.254
network 192.168.5.0 255.255.255.0
default-router 192.168.5.1
netbt
ip reserved 192.168.5.30
ip reserved 192.168.5.31
ip reserved 192.168.5.39
ip reserved 192.168.5.40
netbios-name-server 192.168.5.7
netbios-name-server 192.168.5.8
netbios-name-server 192.168.5.9
netbios-name-server 192.168.5.6
dns-server 192.168.5.2
dns-server 192.168.5.3
dns-server 192.168.5.4
dns-server 192.168.5.5
nsm ip pool template test
ip address 10.1.1.20 10.1.1.50
network 10.1.1.0 255.255.255.0
default-router 10.1.1.1
ip reserved 10.1.1.25
ip reserved 10.1.1.26
ip reserved 10.1.1.27
netbios-name-server 10.1.1.45
netbios-name-server 10.1.1.46
netbios-name-server 10.1.1.47
dns-server 10.1.1.35
dns-server 10.1.1.36
nsm logical network OTHERS-N1K
nsm logical network Nexus1000V-Even
nsm logical network Nexus1000V-Odd
nsm logical network OTHER-N1k-2
nsm logical network System-Fabric
nsm logical network Cisco-New
nsm logical network new-pvlan
nsm network segment pool ND_VLAN_200
guid d6792668-52c7-4ac0-b5b2-b349a7b714b2
member-of logical network Nexus1000V-Even
nsm network segment pool ND_VLAN_201
guid b84e4b66-fe4b-4f43-8af8-f317720b42a4
member-of logical network Nexus1000V-Odd
nsm network segment pool ND_VLAN_202
guid 930dfa53-d7d3-4f97-9aa9-54178f4748db
member-of logical network Nexus1000V-Even
...
This example shows how to display information about the RADIUS server startup configuration:
n1000v# show startup-config radius
!Command: show startup-config radius
!Time: Wed Feb 27 18:07:21 2013
!Startup config saved at: Wed Feb 27 17:24:30 2013
version 5.2(1)SM1(5.1)
This example shows how to display information about the vService startup configuration:
n1000v# show startup-config vservice
!Command: show startup-config vservice
!Time: Wed Feb 27 18:09:15 2013
!Startup config saved at: Wed Feb 27 17:24:30 2013
version 5.2(1)SM1(5.1)
vservice global type vsg
tcp state-checks
This example shows how to display information about the VSHD startup configuration:
n1000v# show startup-config vshd
!Command: show startup-config vshd
!Time: Wed Feb 27 18:10:45 2013
!Startup config saved at: Wed Feb 27 17:24:30 2013
version 5.2(1)SM1(5.1)
line vty
To display the control interface startup configuration, use the show startup-config interface control command.
show startup-config interface control if_num [expand-port-profile | membership [expand-port-profile]]
if_num |
Control interface number. The only valid value is 0. |
expand-port-profile |
(Optional) Displays expanded port profile information. |
membership |
(Optional) Displays membership information. |
Displays the control interface startup configuration.
Any
network-admin
This example shows how to display information about the control interface startup configuration:
n1000v# show startup-config interface control 0
!Command: show startup-config interface control0
!Time: Wed May 29 14:46:48 2013
!Startup config saved at: Mon May 27 16:37:08 2013
version 5.2(1)SM1(5.1)
interface control0
no snmp trap link-status
To display the Ethernet interface startup configuration, use the show startup-config interface ethernet command.
show startup-config interface ethernet slot/chassis_num / port/slot_num [. port_num [expand-port-profile] | expand-port-profile]
Displays the Ethernet interface startup configuration.
Any
network-admin
This example shows how to display information about the Ethernet interface startup configuration:
n1000v# show startup-config interface ethernet 3/5
!Time: Thu May 30 11:57:44 2013
!Startup config saved at: Mon May 27 16:37:08 2013
version 5.2(1)SM1(5.1)
interface Ethernet3/5
inherit port-profile Uplink-MGMT
To display the management interface startup configuration, use the show startup-config interface mgmt command.
show startup-config interface mgmt mgmt_if_num [expand-port-profile | membership [expand-port-profile]]
mgmt_if_num |
Management interface number. The only valid value is 0. |
expand-port-profile |
(Optional) Displays expanded port profile information. |
membership |
(Optional) Displays membership information. |
Displays the management interface startup configuration.
Any
network-admin
This example shows how to display information about the management interface startup configuration:
n1000v# show startup-config interface mgmt 0
!Command: show startup-config interface mgmt0
!Time: Thu May 30 14:51:13 2013
!Startup config saved at: Mon May 27 16:37:08 2013
version 5.2(1)SM1(5.1)
interface mgmt0
ip address 10.105.225.180/27
To display the port channel interface startup configuration, use the show startup-config interface port-channel command.
show startup-config interface port-channel port_chan_num [. sub_if_num [expand-port-profile | membership [expand-port-profile]] | expand-port-profile | membership [expand-port-profile]]
Displays the port channel interface startup configuration.
Any
network-admin
This example shows how to display the port channel interface startup configuration:
n1000v# show startup-config interface port-channel 1
!Command: show startup-config interface port-channel5
!Time: Tue Apr 23 13:49:02 2013
!Startup config saved at: Mon Apr 22 10:59:34 2013
version 5.2(1)SM1(5.1)
interface port-channel5
inherit port-profile PVLAN_Macpin
vem 5
switchport trunk allowed vlan 203,205,207,209,211,213,215,217,219,221
switchport trunk allowed vlan add 223,225,227,229,231,233,235,237,239
switchport trunk allowed vlan add 241,243,245,247,249,251,253,255,257
switchport trunk allowed vlan add 261-263,265,267,269,271,273,275,277
switchport trunk allowed vlan add 281,283,285,287,289,291,293,295,297
switchport trunk allowed vlan add 299,302,304,306,308,310,312,314,316
switchport trunk allowed vlan add 318,320,322,324,326,328,330,332,334
switchport trunk allowed vlan add 336,338,340,342,344,346,348,350,352
switchport trunk allowed vlan add 354,356,358,360,362,364,366,368,370
switchport trunk allowed vlan add 372,374,376,378,380,382,384,386,388
switchport trunk allowed vlan add 390,392,394,396,398,400-402,2012
switchport private-vlan trunk allowed vlan 214,224,234,244,254,284,294
To display information about the virtual Ethernet interface startup configuration, use the show startup-config interface vethernet command.
show startup-config interface vethernet vethernet_num [expand-port-profile | membership [expand-port-profile]]
Displays information about the virtual Ethernet interface startup configuration.
Any
network-admin
This example shows how to display information about the startup configuration for the virtual Ethernet interface:
n1000v# show startup-config interface vethernet 1 expand-port-profile
!Command: show startup-config interface Vethernet1 expand-port-profile
!Time: Tue Feb 26 04:55:14 2013
!Startup config saved at: Mon Feb 25 14:55:27 2013
version 5.2(1)SM1(5.1)
interface Vethernet1
To display information about the port profile startup configuration, use the show startup-config port-profile command.
show startup-config port-profile [port_profile_name]
port_profile_name |
(Optional) Port profile name. The name is a maximum of 80 case-sensitive, alphanumeric characters. |
Displays information about the port profile startup configuration.
Any
network-admin
This example shows how to display a list of commands and available startup configuration port profiles:
n1000v# show startup-config port-profile ?
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
CDP-Policy
DATA-Lacp
DATA-Lacp-System
DATA-Macpin
DATA-Macpin-System
Eth-Profile-Mgmt
Lacp-Policy
Macpin-Policy
Macpin-Policy2
NSM_template_segmentation
NSM_template_vlan
PORT_CHANNEL
PVLAN_Lacp
PVLAN_Lacp_System
PVLAN_Macpin
PVLAN_Macpin_System
Uplink-MGMT
Uplink-MGMT-Host-180
Uplink_Even_Lacp
Uplink_Even_Macpin
large-pp
system-veth
uplink_network_default_policy
veth-no-policy
veth-policy
veth-policy1
veth-policy2
| Pipe command output to filter
This example shows how to display information about the port profile startup configuration:
n1000v# show startup-config port-profile
!Command: show startup-config port-profile
!Time: Thu Feb 28 12:54:26 2013
!Startup config saved at: Thu Feb 28 10:18:11 2013
version 5.2(1)SM1(5.1)
port-profile default max-ports 32
port-profile default port-binding static
port-profile type vethernet NSM_template_vlan
no shutdown
guid 68bb01b1-ce5f-420f-92d6-4fb0bb3c6e0b
description NSM default port-profile for VLAN networks. Do not delete.
state enabled
port-profile type vethernet NSM_template_segmentation
no shutdown
guid d8fc84eb-1462-4fd9-8de8-ee806fab79e4
description NSM default port-profile for VXLAN networks. Do not delete.
state enabled
port-profile type ethernet ETH1
no shutdown
guid a2674200-64ca-411e-83c9-a92e0bd508c0
max-ports 512
state enabled
port-profile type vethernet VETH1
no shutdown
guid 39e631a2-0828-45e3-a33a-28cd2ef14d02
publish port-profile
state enabled
port-profile type ethernet uplink_network_default_policy
no shutdown
guid b77be06a-5e10-4fa3-a654-7585a1f0e017
max-ports 512
description NSM created profile. Do not delete.
...
This example shows how to display information about a specific port profile startup configuration:
n1000v# show startup-config port-profile uplink_network_default_policy
!Command: show startup-config port-profile uplink_network_default_policy
!Time: Thu Feb 28 12:55:41 2013
!Startup config saved at: Thu Feb 28 10:18:11 2013
version 5.2(1)SM1(5.1)
port-profile type ethernet uplink_network_default_policy
no shutdown
guid b77be06a-5e10-4fa3-a654-7585a1f0e017
max-ports 512
description NSM created profile. Do not delete.
state enabled
To display Secure Tunnel (STUN) statistical information, use the show stun statistics command.
show stun statistics {protocol_name | brief}
protocol_name |
Protocol name. |
brief |
Displays a brief statistical summary for all the protocols. |
None
Any
network-admin
This example shows how to display a brief statistical summary of STUN information:
n1000v# show stun statistics brief
Protocol: Direction TxPkts RxPkts DropPkts
----------------------------------------------------------------------------------
0: VSM 1234492 1550156 0
VEM 1550156 1234512 20
1: VSM 227168 67774 0
VEM 67774 227168 0
2: VSM 597129 687448 0
VEM 687448 597129 0
3: VSM 162513 162515 0
VEM 162515 162513 0
4: VSM 3 5 0
VEM 5 3 0
5: VSM 0 0 0
VEM 0 0 324926
To display Server Virtualization Switch (SVS) information, use the show svs command.
show svs {aipcdrops | connections [svs_connect_name] | domain | neighbors | upgrade {status}}
None
Any
network-admin
This example shows how to display SVS AIPC drops:
n1000v# show svs aipcdrops
Active Domain ID: 1023
AIPC Interface MAC: 0015-5de1-854c
Inband Interface MAC: 0015-5de1-854e
Src MAC Type Domain-id Node-id Last learnt (Sec. ago)
------------------------------------------------------------------------
This example shows how to display the SVS domain configuration:
n1000v# show svs domain
SVS domain config:
Domain id: 1023
Control vlan: 1
Packet vlan: 1
Control mode: L3
Switch guid: e19ff967-8526-4e1d-bef2-b737801de793
L3 control interface: mgmt0
Status: Config not pushed to Management Server.
To display information about the switch edition, use the show switch edition command.
show switch edition
This command has no arguments or keywords.
None
Any
network-admin
There are 2 switch editions, Advanced and Essential.
This example shows how to display information about the switch edition:
n1000v# show switch edition
Switch Edition: Advanced
Advanced Features
Feature Name Feature State
--------------------------------
dhcp-snooping enabled
Licenses Available: 501
Licenses In Use: 11
License Expiry Date: Never
n1000v# show switch edition
Switch Edition: Essential
Advanced Features
Feature Name Feature State
--------------------------------
dhcp-snooping disabled
Licenses Available: 48
Licenses In Use: 0
License Expiry Date: Never
|
|
---|---|
show switchname |
Displays the switchname. |
To display the switchname, use the show switchname command.
show switchname
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display the switchname:
n1000v# show switchname
n1000v
|
|
---|---|
switchname |
Configures the hostname for a device. |
To display information about the system, use the show system command.
show system {cores | error-id {error | list} | exception-info | inband queuing {statistics | status} | index-table allocation | pss shrink status [details] | redundancy status | reset-reason [module module_num] | resources | standby manual-boot | uptime | vem {feature level | version range} | vlan reserved}
None
Any
network-admin
This example shows how to display information about the system resources:
nexus1000v# show system resources
Load average: 1 minute: 0.00 5 minutes: 0.00 15 minutes: 0.00
Processes : 289 total, 2 running
CPU states : 1.0% user, 0.0% kernel, 99.0% idle
Memory usage: 2064844K total, 1368044K used, 696800K free
Current memory status: OK
This example shows how to display a list of system errors:
nexus1000v# show system error-id list
Common errors:
0x00000000 (SYSERR_SUCCESS): "success".
0x00000001 (SYSERR_NOMEM): "not enough memory".
0x00000002 (SYSERR_PSS_ERROR): "error while accessing PSS".
0x00000003 (SYSERR_CMI_NO_RESPOSE_PAYLOAD): "no cmi response payload".
0x00000004 (SYSERR_CMI_NULL_RECEIVE_BUF): "null cmi receive buffer".
0x00000005 (SYSERR_MGMT_ERROR): "unknown error".
0x00000006 (SYSERR_MGMT_NO_ENTRY): "entry not present".
0x00000007 (SYSERR_MGMT_NO_OBJECT): "object not present".
0x00000008 (SYSERR_MGMT_CREATION_FAILED): "error in creation".
0x00000009 (SYSERR_MGMT_DELETION_FAILED): "error in deleting".
0x0000000A (SYSERR_MGMT_INCONSISTENT_VALUE): "wrong value".
0x0000000B (SYSERR_IFINDEX_INVALID_TYPE): "if_index type invalid".
0x0000000C (SYSERR_IFINDEX_TYPE_MISMATCH): "if_index type mismatch".
0x0000000D (SYSERR_IFINDEX_TYPE_OUT_OF_RANGE): "if_index type out of range".
0x0000000E (SYSERR_IFINDEX_INVALID_ARG): "if_index arg invalid".
0x0000000F (SYSERR_FU_INVALID_ARG): "fu arg invalid".
0x00000010 (SYSERR_FU_FAILURE): "fu unknown error".
0x00000011 (SYSERR_FU_HASHTABLE_NOT_INITIALIZED): "fu hashtable not initialized".
0x00000012 (SYSERR_FU_HASHTABLE_KEY_NOT_PRESENT): "fu hashtable key not present".
0x00000013 (SYSERR_FU_HASHTABLE_EMPTY): "fu hashtable empty".
0x00000014 (SYSERR_FU_FSM_NOT_SYSTEM_MSG): "fu not a system message".
0x00000015 (SYSERR_FU_FSM_MSG_PROCESSED): "fu fsm message processed".
0x00000016 (SYSERR_FU_CQ_QUEUE_FULL): "fu cqueue full".
0x00000017 (SYSERR_FU_CQ_QUEUE_EMPTY): "fu cqueue empty".
0x00000018 (SYSERR_FU_CQ_NODE_ALLOC_FAILED): "fu cqueue node allocation failed".
0x00000019 (SYSERR_FU_CQ_INVALID_CQ_PTR): "fu cqueue invalid pointer".
0x0000001A (SYSERR_FU_CQ_INVALID_NODE_FOR_CQ): "fu cqueue invalid node".
0x0000001B (SYSERR_FU_CQ_NODE_NOT_FOUND): "fu cqueue node not found".
0x0000001C (SYSERR_FU_PSEL_Q_ENTRY_NOT_PRESENT): "fu priority select queue entry not present".
0x0000001D (SYSERR_FU_HA_NOT_STDBY_MSG): "fu ha not a standby message".
0x0000001E (SYSERR_FU_STDBY_EVENT_GENERATED): "fu ha standby event generated".
...
This example shows how to display system error by its hex address:
nexus1000v# show system error-id 0x0000001C
Error Facility: (null)
Error Description: fu priority select queue entry not present
This example shows how to display information about the system uptime:
n1000v# show system uptime
System start time: Sat Mar 2 16:35:51 2013
System uptime: 0 days, 2 hours, 37 minutes, 21 seconds
Kernel uptime: 0 days, 2 hours, 38 minutes, 9 seconds
To display information about the system command-line interface (CLI) event history, use the show system clis event-history command.
show system clis event-history {cli | client | errors | ha | nvdb | parser}
None
Any
network-admin
This example shows how to display information about the system NVDB events:
n1000v# show system clis event-history nvdb
2013 Apr 12 15:00:30.810000 clis [2229]: [5889]: nvdb: transient thread created
2013 Apr 12 08:40:07.220000 clis [2229]: [2229]: nvdb: rx if removed
2013 Apr 12 08:39:20.520000 clis [2229]: [2229]: nvdb: rx layer 2 change
2013 Apr 12 08:39:20.460000 clis [2229]: [2229]: nvdb: rx pcm change
2013 Apr 12 08:39:20.440000 clis [2229]: [2229]: nvdb: rx layer 2 change
2013 Apr 12 08:39:20.270000 clis [2229]: [2229]: nvdb: rx layer 2 change
2013 Apr 12 08:39:19.870000 clis [2229]: [2229]: nvdb: rx if created
2013 Apr 12 08:33:20.310000 clis [2229]: [2229]: nvdb: rx if removed
2013 Apr 12 08:16:54.190000 clis [2229]: [2229]: nvdb: rx if created
2013 Apr 12 08:16:36.020000 clis [2229]: [2229]: nvdb: rx if removed
2013 Apr 12 08:16:28.340000 clis [2229]: [2229]: nvdb: rx layer 2 change
2013 Apr 12 08:16:28.320000 clis [2229]: [2229]: nvdb: rx layer 2 change
2013 Apr 12 08:16:27.790000 clis [2229]: [2229]: nvdb: Processed acfg gen req for comp = 0 type = 1 all = 0 vrf = null
2013 Apr 12 08:16:27.790000 clis [2229]: [2229]: nvdb: Rcvd acfg gen req for comp = 0 type = 1 all = 0 vrf = null
2013 Apr 12 08:16:27.790000 clis [2229]: [2229]: nvdb: rx ascii config gen
...
To display the table map, use the show table-map command.
show table-map [table_map_name | cir-markdown-map | pir-markdown-map]
Displays all the table maps.
Any
network-admin
This example shows how to display table map information:
n1000v# show table-map
Table-map cir-markdown-map
default copy
from 10,12 to 12
from 18,20 to 20
from 26,28 to 28
from 34,36 to 36
Table-map pir-markdown-map
default copy
from 10,12 to 14
from 18,20 to 22
from 26,28 to 30
from 34,36 to 38
Table-map cos-dscp-map
default copy
Table-map cos-precedence-map
default copy
...
This example shows how to display a table map by name:
n1000v# show table-map cir-markdown-map
Table-map cir-markdown-map
default copy
from 10,12 to 12
from 18,20 to 20
from 26,28 to 28
from 34,36 to 36
To display Terminal Access Controller Access Control System Plus (TACACS+) configuration information, use the show tacacs-server command.
show tacacs-server [dns_or_ip | directed-request | groups [group_name] | sorted | statistics [dns_or_ip]]
Displays TACACS+ configuration information.
Any
network-admin
This example shows how to display TACACS+ configuration information:
n1000v# show tacacs-server
timeout value:5
deadtime value:0
source interface:any available
total number of servers:0
To display technical support, use the show tech-support command.
show tech-support {aclmgr | adjmgr | arp | bootvar | bridge-domain | brief | cert-enroll | cli | clis | commands | details | dhcp | eem | ethpm | ethport | ha | icmpv6 | im | include-time | internal | ip | ipqos | ipv6 | l3vm | lacp | license | netflow | npacl | ntp | pktmgr | port | port-channel | port-profile | routing | rpm | sal | smm | snmp | sockets | span | sup-filesys | svs | sysmgr | vlan | vvlan | xml}
None
Any
network-admin
Following many of the above commands with a space, then a question mark (?) will bring-up menus of additional arguments or keywords. If the menu contains a carriage return <cr>, with or without additional options, the command may be terminated at that level or, if they exist, one of the options may be chosen.
This example shows how to display technical support for the ACL manager:
n1000v# show tech-support aclmgr
`show system internal aclmgr status`
Current operation: None
last operation: CLI configuration
Last operation status: success
CLI:
`show system internal aclmgr log`
2013-03-02 18:26:40.549682 [0x0004a80f] Responding to MTS message with status 0x0
2013-03-02 18:26:40.570733 DESTROYING session ff01018210000190
2013-03-02 18:26:40.782523 [0x0004aa19] Received MEMBER_DOWN event...
2013-03-02 18:26:40.786322 [PLAN]
0: ACLMGR_PLANNING_SESSION_ID (1) (not done)
1: ACLMGR_PLANNING_MTS_EVENT_DETAILS (2) (not done)
type = 61453 (MTS_OPC_ETHPM_BUNDLE_MEMBER_DOWN);
2: ACLMGR_PLANNING_COMMIT (3) (not done)
2013-03-02 18:26:40.786330 [0x0004aa19] Responding to MTS message with status 0x0
2013-03-02 18:26:40.786335 [0x0004aa19] .......MEMBER_DOWN includes bundle/ifindex 0x1600000b/0x25014000
2013-03-02 18:26:40.787342 DESTROYING session ff01018210000191
2013-03-02 18:26:41.110305 [0x0004ab31] Received PHY_CLEANUP event for ifindex 0x25014000...
2013-03-02 18:26:41.114345 [PLAN]
0: ACLMGR_PLANNING_SESSION_ID (1) (not done)
1: ACLMGR_PLANNING_MTS_EVENT_DETAILS (2) (not done)
type = 61446 (MTS_OPC_ETHPM_PORT_PHY_CLEANUP);
2: ACLMGR_PLANNING_COMMIT (3) (not done)
2013-03-02 18:26:41.114353 [0x0004ab31] Responding to MTS message with status 0x0
2013-03-02 18:26:41.116801 DESTROYING session ff01018210000192
2013-03-02 18:26:41.124687 [PLAN]
0: ACLMGR_PLANNING_SESSION_ID (1) (not done)
1: ACLMGR_PLANNING_MTS_EVENT_DETAILS (2) (not done)
type = 62483 (MTS_OPC_IM_PORT_L2_PARAM_CHANGE);
2: ACLMGR_PLANNING_COMMIT (3) (not done)
2013-03-02 18:26:41.124694 [0x0004ab4d] Responding to MTS message with status 0x0
2013-03-02 18:26:41.125792 DESTROYING session ff01018210000193
2013-03-02 18:26:41.172917 [PLAN]
0: ACLMGR_PLANNING_SESSION_ID (1) (not done)
1: ACLMGR_PLANNING_MTS_EVENT_DETAILS (2) (not done)
type = 62483 (MTS_OPC_IM_PORT_L2_PARAM_CHANGE);
2: ACLMGR_PLANNING_COMMIT (3) (not done)
2013-03-02 18:26:41.172924 [0x0004abab] Responding to MTS message with status 0x0
2013-03-02 18:26:41.173937 DESTROYING session ff01018210000194
...
This example shows how to query for command branches under tech-support ip, then choosing igmp as an option:
n1000v# show tech-support ip ?
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
brief Brief information
igmp Display IGMP status and configuration
| Pipe command output to filter
n1000v# show tech-support ip igmp
`show running-config igmp`
!Command: show running-config igmp
!Time: Tue Apr 23 14:36:17 2013
version 5.2(1)SM1(5.1)
vlan configuration 77
no ip igmp snooping explicit-tracking
`show system internal sysmgr service name igmp`
Service "igmp" ("igmp", 35):
UUID = 0x11E, PID = 2655, SAP = 352
State: SRV_STATE_HANDSHAKED (entered at time Mon Apr 22 10:37:49 2013).
Restart count: 1
Time of last restart: Mon Apr 22 10:37:48 2013.
The service never crashed since the last reboot.
Tag = N/A
Plugin ID: 1
`show system internal feature-mgr feature state | include igmp`
`show processes threads igmp`
Thread-name Pid Stack-base Stack-size Bytes used MaxTimeigmp:worker-thread 2980 0xb2342000 0x1f000 0x1054
3% 0
igmp:ip-thread 2979 0xb2362000 0x1f000 0x2744 8% 10
igmp:main-thread 2978 0xb2382000 0x3f000 0x620c 10% 110
igmp:igmp-cli-thread 2677 0xb240b000 0x3f000 0x5198 8% 10
igmp:gq-proxy-response-th 2674 0xb24ce000 0x1f000 0x1014 3% 0
igmp:rib-update-thread 2673 0xb24ee000 0x1f000 0x1c6c 6% 0
igmp:igmp-sysmgr-thread 2672 0xb2549000 0x1f000 0x3f8c 13% 10
igmp:active-timer-thread 2667 0xb2569000 0x1f000 0x2084 7% 0
`show ip client igmp`
Client: igmp, uuid: 286, pid: 2655, extended pid: 2655
...
This example shows how to display port profile technical support:
n1000v# show tech-support port-profile
`show port-profile`
port-profile CDP-Policy
type: Ethernet
description:
status: enabled
max-ports: 512
min-ports: 1
inherit:
config attributes:
channel-group auto mode on sub-group cdp
no shutdown
evaluated config attributes:
channel-group auto mode on sub-group cdp
no shutdown
assigned interfaces:
port-group:
system vlans: none
capability l3control: no
capability iscsi-multipath: no
capability vxlan: no
capability l3-vn-service: no
port-profile role: none
port-binding: static
port-profile DATA-Lacp
type: Ethernet
description: NSM created profile. Do not delete.
status: enabled
max-ports: 512
min-ports: 1
inherit: Lacp-Policy
config attributes:
...
This example shows how to display brief information about sockets technical support:
n1000v# show tech-support sockets brief
`show sockets buffers`
TCPUDP Packet buffer status:
Packet mbuf statistics:
mbufs obtained from page pool 285
clusters obtained from page pool 228
spare 0
free clusters 21
times failed to find space 0
times waited for space 0
times drained protocols for space 0
Types
Free 0
Data 208
Out of band data 0
Security rights 0
Socket name 0
Control 0
Socket Options 0
Header 1
Free addr
0x86caf00
`show sockets statistics all`
TCP v4 Received:
12537 total packets received, 8158 packets received in sequence,
380582 bytes received in sequence, 61 duplicate-only packets received,
5100 duplicate-only bytes received, 2 packets with some duplicate data,
616 dup. bytes in part-dup. packets, 289 out-of-order packets received
...
To display the status of the Telnet server, use the show telnet server command.
show telnet server
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display the status of the Telnet server:
n1000v# show telnet server
telnet service enabled
|
|
---|---|
feature telnet |
Enables a Telnet server. |
telnet |
Creates and configures a Telnet session. |
To display information about the terminal, use the show terminal command.
show terminal [internal info]
internal info |
(Optional) Displays terminal internal information. |
Displays brief information about the terminal.
Any
network-admin
This example shows how to display information about the terminal:
n1000v# show terminal
TTY: /dev/pts/2 Type: "vt100"
Length: 22 lines, Width: 61 columns
Session Timeout: 30 minutes
Event Manager CLI event bypass: yes
Redirection mode: ascii
Accounting log all commands (including show commands): no
Vlan mutex value: 1
Vlan batch mode: yes
This example shows how to display internal terminal information:
n1000v# show terminal internal info
Process info:
Name: vsh
State: R (running)
Tgid: 14225
Pid: 14225
PPid: 14186
TracerPid: 0
Uid: 2002 2002 2002 2002
Gid: 503 503 503 503
FDSize: 256
Groups: 503
VmPeak: 129364 kB
VmSize: 128640 kB
VmLck: 0 kB
VmHWM: 12168 kB
VmRSS: 11908 kB
VmData: 2908 kB
VmStk: 84 kB
VmExe: 48 kB
VmLib: 18836 kB
VmPTE: 96 kB
Threads: 1
SigQ: 0/16383
SigPnd: 0000000000000000
ShdPnd: 0000000000000000
SigBlk: 0000001000000000
SigIgn: 0000000000300004
SigCgt: 0000000180007002
...
Memory limits:
core file size (blocks, -c) unlimited
data seg size (kbytes, -d) unlimited
scheduling priority (-e) 0
file size (blocks, -f) unlimited
pending signals (-i) 16383
max locked memory (kbytes, -l) 32
max memory size (kbytes, -m) unlimited
open files (-n) 1024
pipe size (512 bytes, -p) 8
POSIX message queues (bytes, -q) 819200
real-time priority (-r) 0
stack size (kbytes, -s) 8192
cpu time (seconds, -t) unlimited
max user processes (-u) 1024
virtual memory (kbytes, -v) 286933
file locks (-x) unlimited
To display upgrade mode information, use the show upgrade mode command.
show upgrade mode
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display information about the upgrade mode:
n1000v# show upgrade mode
Upgrade mode: Normal
|
|
---|---|
show version |
Displays the software version. |
To display information about the users, use the show username command.
show username {user_nane keypair}
user_nane keypair |
User name. The name is a maximum of 28 case-sensitive characters. The Secure Shell (SSH) key pairs. |
None
Any
network-admin
This example shows how to display information about a user:
n1000v# show username admin keypair
**************************************
could not retrieve rsa key information
**************************************
could not retrieve dsa key information
**************************************
|
|
---|---|
clear user |
Clears a user session. |
show users |
Displays information about the logged in users. |
username |
Creates and configures a user account. |
To display information about the logged in users, use the show users command.
show users
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display the users that are logged in to the system:
n1000v# show users
NAME LINE TIME IDLE PID COMMENT
admin pts/0 May 30 14:11 . 29577 (10.61.92.212) session=ssh *
admin pts/2 May 29 19:54 03:56 11962 (10.105.225.143) session=ssh
To display the status of the Unknown Unicast Flood Blocking (UUFB), use the show uufb status command.
show uufb status
This command has no arguments or keywords.
None
Any
network-admin
This example shows how to display the UUFB status:
n1000v# show uufb status
UUFB Status: Disabled
To display information about the switch version, use the show version command.
show version [image {bootflash: | modflash: | volatile:} | internal {build-identifier | srg-compare {ks | module module_num | system} {bootflash: | volatile:}} | module module_num]
Displays information about the switch version.
Any
network-admin
When you type the bootflash:, modflash:, or volatile: options and then press the Tab Key, the command-line interface (CLI) lists a selection of filenames contained in the named directory.
This example shows how to display information about the bootflash files:
n1000v# show version image bootflash:<Tab>
bootflash:/// bootflash://module-2/ bootflash://sup-2/ bootflash://sup-local/ bootflash://sup-standby/
bootflash://module-1/ bootflash://sup-1/ bootflash://sup-active/ bootflash://sup-remote/
This example shows how to display information about the version:
n1000v# show version
Cisco Nexus Operating System (NX-OS) Software
TAC support: http://www.cisco.com/tac
Documents: http://www.cisco.com/en/US/products/ps9372/tsd_products_support_series_home.html
Copyright (c) 2002-2013, Cisco Systems, Inc. All rights reserved.
The copyrights to certain works contained herein are owned by
other third parties and are used and distributed under license.
Some parts of this software are covered under the GNU Public
License. A copy of the license is available at
http://www.gnu.org/licenses/gpl.html.
Software
loader: version unavailable [last: loader version not available]
kickstart: version 5.2(1)SM1(5.1) [build 5.2(1)SM1(5.0.7)]
system: version 5.2(1)SM1(5.1) [build 5.2(1)SM1(5.0.7)]
kickstart image file is: bootflash:///n1000vh-dk9-kickstart.5.2.1.SM1.5.0.7.bin
kickstart compile time: 2/28/2013 19:00:00 [03/01/2013 03:12:52]
system image file is: bootflash:///n1000vh-dk9.5.2.1.SM1.5.0.7.bin
system compile time: 2/28/2013 19:00:00 [03/01/2013 05:49:34]
Hardware
cisco Nexus 1000V Chassis ("Virtual Supervisor Module")
Intel(R) Xeon(R) CPU with 2064844 kB of memory.
Processor Board ID T155DE1854D
Device name: nexus1000v
bootflash: 3122988 kB
Kernel uptime is 0 day(s), 0 hour(s), 58 minute(s), 43 second(s)
plugin
Core Plugin, Ethernet Plugin, Virtualization Plugin
This example shows how to display information about the version build:
n1000v# show version internal build-identifier
Kickstart image file: bootflash:///n1000vh-dk9-kickstart.5.2.1.SM1.5.0.327.bin : S0
System image file: bootflash:///n1000vh-dk9.5.2.1.SM1.5.0.327.bin : S0
|
|
---|---|
reload module |
Reloads one of the VSMs in a redundant pair. |
To display internal information about the VLAN broadcast domains, use the show vlan command.
show vlan [access-list access_list name | access-map access_map_name | all-ports | brief | dot1q tag native | filter [access-map access_map_name | vlan vlan_id] | id vlan_id [private-vlan [type]] | name vlan_name l private-vlan [type] | summary]
Displays internal information about the VLAN broadcast domains.
Any
network-admin
This example shows how to display information about the configured VLANs:
n1000v# show vlan
VLAN Name Status Ports
---- -------------------------------- --------- -------------------------------
1 default active
10 VLAN0010 active
20 VLAN0020 active
30 VLAN0030 active
40 VLAN0040 active
50 VLAN0050 active
200 VLAN0200 active
201 VLAN0201 active
202 VLAN0202 active
203 VLAN0203 active
204 VLAN0204 active
205 VLAN0205 active
206 VLAN0206 active
207 VLAN0207 active
Eth5/3, Eth5/4, Eth6/3, Eth6/4
.
.
.
VLAN Type Vlan-mode
---- ----- ----------
1 enet CE
10 enet CE
20 enet CE
30 enet CE
40 enet CE
50 enet CE
200 enet CE
201 enet CE
202 enet CE
203 enet CE
204 enet CE
205 enet CE
206 enet CE
207 enet CE
.
.
.
Remote SPAN VLANs
-------------------------------------------------------------------------------
Primary Secondary Type Ports
------- --------- --------------- -------------------------------------------
264 10 community Po3, Po6, Po11, Po14
264 20 community Po3, Po6, Po11, Po14
264 30 isolated Po3, Po6, Po11, Po14
264 40 community Po3, Po6, Po11, Po14
264 50 community Po3, Po6, Po11, Po14
1701 1702 community
1701 1703 community
1701 1704 community
1701 1705 community
1701 1706 isolated
...
This example shows how to display information about the VLAN ports:
n1000v# show vlan all-ports
VLAN Name Status Ports
---- -------------------------------- --------- -------------------------------
1 default active
10 VLAN0010 active
20 VLAN0020 active
30 VLAN0030 active
40 VLAN0040 active
50 VLAN0050 active
200 VLAN0200 active
201 VLAN0201 active
202 VLAN0202 active
203 VLAN0203 active
204 VLAN0204 active
205 VLAN0205 active
206 VLAN0206 active
207 VLAN0207 active
208 VLAN0208 active
209 VLAN0209 active
210 VLAN0210 active
211 VLAN0211 active Po1, Po4, Po7, Po10, Eth3/5
Eth3/6, Eth4/5, Eth4/6, Eth5/5
Eth5/6, Eth6/5, Eth6/6
...
This example shows how to display brief information about the VLAN ports:
n1000v# show vlan brief
VLAN Name Status Ports
---- -------------------------------- --------- -------------------------------
1 default active
10 VLAN0010 active
20 VLAN0020 active
30 VLAN0030 active
40 VLAN0040 active
50 VLAN0050 active
200 VLAN0200 active
201 VLAN0201 active
202 VLAN0202 active
203 VLAN0203 active
204 VLAN0204 active
205 VLAN0205 active
206 VLAN0206 active
207 VLAN0207 active
208 VLAN0208 active
209 VLAN0209 active
210 VLAN0210 active
211 VLAN0211 active Po1, Po4, Po7, Po10, Eth3/5
Eth3/6, Eth4/5, Eth4/6, Eth5/5
Eth5/6, Eth6/5, Eth6/6
...
This example shows how to display information about PVLANs:
n1000v# show vlan private-vlan
Primary Secondary Type Ports
------- --------- --------------- -------------------------------------------
264 10 community Po6
264 20 community Po6
264 30 isolated Po6
264 40 community Po6
264 50 community Po6
403 60 community Po6
403 80 community Po6
To display virtual network manager (VNM) policy agent information, use the show vnm-pa command.
show vnm-pa {status | tech-support}
status |
Displays VNM policy agent status. |
tech-support |
Displays VNM policy agent technical support generation. |
None
Any
network-admin
This example shows how to display information about the VNM policy agent:
n1000v# show vnm-pa status
VNM Policy-Agent status is - Not Installed
|
|
---|---|
vnm-policy-agent |
Configures the VNM policy agent. |
To display virtual routing and forwarding (VRF) information, use the show vrf command.
show vrf [vrf_name | all | default | detail | interface [control if_num | ethernet slot/chassis_num / port/slot_num [. port_num] | mgmt mgmt_if_num | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num] | management [detail | interface [control if_num | ethernet slot/chassis_num / port/slot_num [. port_num] | mgmt mgmt_if_num | port-channel port_chan_num [. sub_if_num] | vethernet vethernet_num]]]
Displays information about all VRF instances.
Any
network-admin
This example shows how to display information about VRF instances:
n1000v# show vrf
show vrf
VRF-Name VRF-ID State Reason
default 1 Up --
management 2 Up --
This example shows how to display information about the VRF management interface:
n1000v# show vrf interface mgmt 0
Interface VRF-Name VRF-ID Site-of-Origin
mgmt0 management 2 --
|
|
---|---|
vrf |
Configures VRF parameters. |
To display brief information about virtual services (vServices), use the show vservice brief command.
show vservice brief [module module_num | node-ipaddr node_ipv4_address [module module_num] | node-l3 [module module_num | node-ipaddr node_ipv4_address [module module_num]] | node-name node_name [module module_num]]
Displays brief information about all vServices.
Any
network-admin
This example shows how to display brief vService information:
n1000v# show vservice brief
|
|
---|---|
show vservice |
Displays information about the vService. |
To display information about the virtual service (vService) connections maintained at the virtual Ethernet module (VEM), use the show vservice connection command.
show vservice connection [module module_num | node-ipaddr node_ipv4_address [module module_num] | node-l3 [module module_num | node-ipaddr node_ipv4_address [module module_num]] | node-name node_name [module module_num] | port-profile port_prof_name [module module_num] | service-profile service_prof_name [module module_num]]
Displays information about the vService connection.
Any
network-admin
This example shows how to display vService connection information:
n1000v# show vservice connection
|
|
---|---|
show vservice |
Displays information about the vService. |
To display detailed information about the virtual services (vServices) in use, use the show vservice detail command.
show vservice detail [module module_num | node-ipaddr node_ipv4_address [module module_num] | node-l3 [module module_num | node-ipaddr node_ipv4_address [module module_num]] | node-name node_name [module module_num]]
Displays details of the vService.
Any
network-admin
This example shows how to display detailed information about the vService:
n1000v# show vservice detail
|
|
---|---|
show vservice |
Displays information about the vService. |
To display information about the virtual service (vService) license, use the show vservice license command.
show vservice license {brief | module module_num}
brief |
Displays brief information about the vServices in use on all modules. |
module module_num |
(Optional) Specifies the module filter. Module number. The range is from 3 to 66. |
None
Any
network-admin
This example shows how to display brief information about the vService license:
n1000v# show vservice license brief
|
|
---|---|
show vservice |
Displays information about the vService. |
To display brief information about the virtual service (vService) node, use the show vservice node brief command.
show vservice node brief [ipaddr node_ipv4_address [module module_num] | l3 [module module_num | ipaddr node_ipv4_address [module module_num]] | module module_num | name node_name [module module_num]]
Displays brief information about the vService nodes.
Any
network-admin
This example shows how to display brief information about the vService node:
n1000v# show vservice node brief
|
|
---|---|
show vservice |
Displays information about the vService. |
To display detailed information about the virtual service (vService) node, use the show vservice node detail command.
show vservice node detail [ipaddr node_ipv4_address [module module_num] | l3 [module module_num | ipaddr node_ipv4_address [module module_num]] | module module_num | name node_name [module module_num]]
Displays detailed information about the vService nodes.
Any
network-admin
This example shows how to display detailed information about the vService node:
n1000v# show vservice node detail
|
|
---|---|
show vservice |
Displays information about the vService. |
To display brief information about the virtual service (vService) node MAC, use the show vservice node mac brief command.
show vservice node mac brief [ipaddr node_ipv4_address [module module_num] | l3 [module module_num | ipaddr node_ipv4_address [module module_num]] | module module_num | name node_name [module module_num]]
None
Any
network-admin
This example shows how to display brief information about the vService node MAC:
n1000v# show vservice node mac brief
|
|
---|---|
show vservice |
Displays information about the vService. |
To display information about the ports attached to the virtual service (vService) nodes, use the show vservice port command.
show vservice port {brief | detail} [module module_num | node-ipaddr node_ipv4_address [module module_num] | node-l3 [module module_num | node-ipaddr node_ipv4_address [module module_num]] | node-name node_name [module module_num] | port-profile port_prof_name [module module_num] | service-profile service_prof_name [module module_num] | vethernet vethernet_num [module module_num]]
None
Any
network-admin
This example shows how to display detailed vService port information:
n1000v# show vservice port detail
|
|
---|---|
show vservice |
Displays information about the vService. |
To display virtual service (vService) statistics, use the show vservice statistics command.
show vservice statistics [ip node_ipv4_address [module module_num] | module module_num]
None
Any
network-admin
This example shows how to display vService statistical information:
n1000v# show vservice statistics
|
|
---|---|
show vservice |
Displays information about the vService. |