show ip os-interface
Displays information of all current operating system packet interface filters.
Parameters
Modes
User EXEC mode
Privileged EXEC mode
Global configuration mode
Interface configuration mode
The command displays the following information:
| Output field | Description |
|---|---|
| IPv4 Mask | Shows the mask that is applied to the ingress packet's IP address to determine if it matches the filter. |
| IPv6 Mask | Shows the mask that is applied to the ingress packet's IP address to determine if it matches the filter. |
| IPv4 Val | Shows the expected value expected after the filter is applied for the ingress IP address to match the filter. |
| IPv6 Val | Shows the expected value expected after the filter is applied for the ingress IP address to match the filter. |
| IP Protocol | Shows the expected value of the IP Protocol Number field in the ingress IP header to match the filter. |
| Port | Shows the expected value of the TCP/UDP Port number in the ingress IP header to match the filter. |
| Match-Count | Shows the number of packets which have matched this filter. |
| Interface | Shows the L3 interface for which the information is displayed. |
| VRF | Shows the VRF configuration for the corresponding L3 interface. |
| OS intf | Shows the name of the corresponding interface representation in the OS. |
| Status | Shows the status of the corresponding OS interface. |
| MTU | Shows the MTU setting for the corresponding OS interface. |
| MAC address | Shows the L2 MAC address for the corresponding OS interface. |
| IPv4/IPv6 Address | Shows the list of assigned IPv4/IPv6 addresses for the corresponding OS interface. |
| Port | Shows the L3 interface for which the information is displayed. |
| OS Intf | Shows the name of the corresponding interface representation in the OS. |
| In Packets | Shows the number of packets received on this OS interface. |
| In Bytes | Shows the number of bytes received on this OS interface. |
| Out Packets | Shows the number of packets transmitted on this OS interface. |
| Out Bytes | Shows the number of bytes transmitted on this OS interface. |
Examples
The following example shows sample output from the
show ip os-interface filter-info command.
device# show ip os-interface filter-info
IPv4 Mask IPv4 Val IP Protocol Port Match-Count
0.0.0.0 0.0.0.0 6 8686 0
0.0.0.0 0.0.0.0 17 8686 0
0.0.0.0 0.0.0.0 6 8000 0
IPv6 Mask IPv6 Val IP Protocol Port Match-Count
:: :: 17 8686 0
:: :: 6 8686 0
The following example shows output from the
show ip os-interface port-info
command.
device# show ip os-interface port-info
Interface VRF OS intf Status MTU MAC Address IPv4/IPv6 Address
ve 1023 default-vrf tap14337 Up 1500 748e.f8f9.6c80 80.1.123.1/24
80::1/64
ve 101 default-vrf tap14338 Up 1500 748e.f8f9.6c80 101.1.1.1/24
ethernet mgmt1 default-vrf tap49 Down 1500 748e.f8f9.6c80 10.177.120.31/24
loopback 1 default-vrf tap14592 Up 1500 748e.f8f9.6c80 112.1.1.1/24
The following example shows sample output from the
show ip os-interface port-info statistics command.
device# show ip os-interface port-info statistics Port OS Intf In Packets In Bytes Out Packets Out Bytes ve 1023 tap14337 1 64 2 128 ve 101 tap14338 0 0 0 0 ethernet mgmt1 tap49 0 0 0 0 loopback 1 tap14592 0 0 0 0
The following example shows sample output from the
show ip os-interface debug-info command.
device#show ip os-interface debug-info
lo Status: Up MAC: 0000.0000.0000 MTU: 65536
tx_packets = 0; rx_packets = 0
tx_bytes = 0; rx_bytes = 0
tap14592 Status: Up MAC: 609c.9f51.d014 MTU: 1500
tx_packets = 0; rx_packets = 0
tx_bytes = 0; rx_bytes = 0
tap49 Status: Up MAC: 609c.9f51.d014 MTU: 1500
tx_packets = 0; rx_packets = 0
tx_bytes = 0; rx_bytes = 0
tap14337 Status: Up MAC: 609c.9f51.d014 MTU: 1300
tx_packets = 0; rx_packets = 0
tx_bytes = 0; rx_bytes = 0
tap14338 Status: Up MAC: 609c.9f51.d014 MTU: 1500
tx_packets = 0; rx_packets = 0
tx_bytes = 0; rx_bytes = 0
tap14688 Status: Up MAC: 609c.9f51.d014 MTU: 1476
tx_packets = 0; rx_packets = 0
tx_bytes = 0; rx_bytes = 0
tap14689 Status: Up MAC: 609c.9f51.d014 MTU: 1500
tx_packets = 0; rx_packets = 0
tx_bytes = 0; rx_bytes = 0
lo <127.0.0.1>
tap49 <10.177.120.39>
tap14337 <10.1.1.1>
tap14337 <100.1.1.2>
tap14338 <11.1.1.1>
tap14688 <80.1.1.1>
lo <::1>
tap14592 <64::1>
tap14592 <fe80::629c:9fff:fe51:d014%tap14592>
tap49 <2::2>
tap49 <fe80::629c:9fff:fe51:d014%tap49>
tap14337 <10::1>
tap14337 <100::1>
tap14337 <fe80::629c:9fff:fe51:d014%tap14337>
tap14338 <11::1>
tap14338 <fe80::629c:9fff:fe51:d014%tap14338>
tap14688 <fe80::629c:9fff:fe51:d014%tap14688>
tap14689 <110::1>
tap14689 <fe80::629c:9fff:fe51:d014%tap14689>
The following example shows sample output from the
show ip os-interface logs command.
device#show ip os-interface logs Start i/max/iter 0/272/1 Feb 14 00:46:44:Info : creating tunnel task Feb 14 00:46:57:The soft limit is 1024 400 Feb 14 00:46:57:The hard limit is 1024 400 Feb 14 00:46:57:The soft limit is 1500 5dc Feb 14 00:46:57:The hard limit is 1500 5dc Feb 14 00:46:57:os_pkt_intx_tx created successfully Feb 14 00:46:58:/usr/bin/ip netns add fi Feb 14 00:46:58:set_task_namespace> ns_name = fi ns_dir_path = /var/run/netns/fi Feb 14 00:46:58:/usr/bin/ip netns exec fi /usr/bin/ip link set dev lo up Feb 14 00:46:58:fd_set_blocking> fd: 39 flags: 2 2048 Feb 14 00:46:59:os_pkt_intf_assign_ip6_address> vrf_index: 0 port_number: 14591 ip_address: 64::1 prefix_len: 64 Feb 14 00:46:59:os_pkt_intf_task_intf_ipv6_addr_add_callback called vrf 0 port loopback 1 ip_address: 64::1 prefix len: 64 mtu: 1500 Feb 14 00:46:59:Unable to get vrf 0 port 14591 from hash Feb 14 00:46:59:Assigned IP 64::1 mask: 64 to port loopback 1 Feb 14 00:46:59:os_pkt_intf_assign_ip6_address> vrf_index: 0 port_number: 48 ip_address: 2::2 prefix_len: 64
History
| Release version | Command history |
|---|---|
| 08.0.90 | This command was introduced. |