Displays various show output for mirror instances.
mirror_name | Displays the mirror name. |
mirror_name_li | Displays mirror instance name for Lawful Intercept account only. You must have lawful intercept user privileges to specify this variable. |
all | Displays all mirror instances. |
enabled | Displays only enabled mirror instances. |
control_index | Selects the particular mirror MIB instance, as defined by a control index (1–4), to show information about. |
N/A.
Use this command to display mirror statistics and determine if mirroring is enabled or disabled on the switch.
Note
The mirror instance for a remote IP address is only installed in hardware if the status is “Up.Active”.The following command displays switch mirroring information:
# show mirror DefaultMirror (Disabled) Description: Default Mirror Instance, created automatically Mirror to port: - PolicyMirror-1003 (Enabled) Mirror Destination Indices: 1 - Enabled Description: Mirror to port: 3 TunMir (Enabled) Mirror Destination Indices: 3 - Enabled Description: Mirror to remote IP: 192.168.97.100 VR : VR-Default From IP : 192.168.97.184 Ping check: On Status : Up Mirrors defined: 3 Mirrors enabled: 2 (Maximum 4) HW filter instances used: 0 (Maximum 128) HW mirror instances used: 0 ingress, 0 egress (Maximum 4 total, 2 egress) Remote IP protocol type: Trans Ether Bridging (0x6558) Destination Control Index 1: Enabled (Active) Destination Control Index 3: Enabled (Active)
The following example displays output for a lawful intercept user session:
* show mirror DefaultMirror (Disabled) Description: Default Mirror Instance, created automatically Mirror to port: - law_mirror (Enabled) Description: user for lawful intercept Mirror to port: 3 Source filter instances used : 2 Port 7, all vlans, ingress only Port 8, all vlans, ingress only main_mirror (Enabled) Description: Mirror instance for Admin Mirror to port: 2 Source filter instances used : 1 Port 10, all vlans, ingress only Mirrors defined: 3 Mirrors enabled: 2 (0 with egress filters) HW filter instances used: 3 (Maximum 128) Remote IP protocol type: ERSPAN v1 (0x88BE)
The following example shows mirroring to remote IP addresses:
# show mirror analytics_chicago_1 (Enabled) Description: Mirror to remote IP: 5.1.1.2 VR : VR-Default From IP : Auto source IP Ping check: On Priority : 50 Status : Up. Active Mirror to remote IP: 4.1.1.2 VR : VR-Default From IP : Auto source IP Ping check: On Priority : 40 Status : Up. Standby Mirror to remote IP: 3.1.1.2 VR : VR-Default From IP : Auto source IP Ping check: On Priority : 30 Status : Down. Ping timed out Mirror to remote IP: 2.1.1.2 VR : VR-Default From IP : Auto source IP Ping check: On Priority : 20 Status : Up. Standby Source filter instances used : 1 All ports, vlan v1, ingress only analytics_seattle_2 (Enabled) Description: Mirror to remote IP: 5.6.7.8 VR : VR-Default From IP : 10.1.1.1 Ping check: Off Priority : 50 Status : Down. No route Source filter instances used : 1 Port 2, vlan v2, ingress only bldg_1_sniffer (Enabled) Description: Mirror to port: 5 Source filter instances used : 1 All ports, vlan v3, ingress only DefaultMirror (Disabled) Description: Default Mirror Instance, created automatically Mirror to port: - Mirrors defined: 4 Mirrors enabled: 3 (Maximum 4) HW filter instances used: 3 (Maximum 128) HW mirror instances used: 3 ingress, 0 egress (Maximum 4 total, 2 egress) Remote IP protocol type: ERSPAN v1 (0x88BE)
The following example shows information about Mirror MIB instance for control index "1":
# show mirror 1 Destination Control Index 1: Enabled (Active)
This command was first available in ExtremeXOS 15.3.
The mirror_name_li variable was added in ExtremeXOS 15.3.2.
Mirroring to remote IP addresses information was added in ExtremeXOS 22.4.
Mirror MIB instance (control index) information for policy-based mirrors was added in ExtremeXOS 30.2.
Redundant remote IP address information was added in ExtremeXOS 30.4.
GRE protocol type for mirror-to-remote IP addresses was added in ExtremeXOS 30.5.
This command is available on ExtremeSwitching X435, X440-G2, X450-G2, X460-G2, X465, X590, X620, and X695 series switches.