show interface
show interface
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_interface": [
{
"ROW_interface": [
{
"admin_beacon_mode": "off",
"admin_mode": "auto",
"admin_rxbufsize": 2112,
"admin_trunk_mode": "on",
"hardware": "Fibre Channel",
"interface": "fc1/1",
"interface_last_changed": "Wed Nov 10 14:12:35 1976",
"last_cleared_time": "never",
"logical_type": "Unknown(0)",
"oper_port_state": "down",
"port_down_reason": "Link failure or not-connected",
"port_vsan": 1,
"port_wwn": "20:01:00:2a:6a:fd:04:a0",
"rx_bytes": 1529072,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 28453,
"rx_invalid_crc": 0,
"rx_loop_inits": 1,
"rx_lrr": 1,
"rx_nos": 0,
"rx_ols": 1,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"sfp": "SFP is short wave laser w/o OFC (SN)",
"snmp_trap": "enabled",
"tx_bytes": 2290864,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 28454,
"tx_loop_inits": 1,
"tx_lrr": 1,
"tx_nos": 1,
"tx_ols": 1,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
},
{
"admin_b2b_state_change": "on",
"admin_beacon_mode": "off",
"admin_mode": "F",
"admin_rxbufsize": 2112,
"admin_speed": "auto",
"admin_trunk_mode": "on",
"b2b_state_change_neg_val": 14,
"fcid": "0xab1800",
"flow_control": "R_RDY",
"hardware": "Fibre Channel",
"interface": "fc1/2",
"interface_last_changed": "Tue Nov 9 12:16:33 1976",
"last_cleared_time": "never",
"logical_type": "edge",
"oper_b2b_state_change": "up",
"oper_mode": "F",
"oper_port_state": "up",
"oper_rxbbcredit": 64,
"oper_speed": "8 Gbps",
"oper_txbbcredit": 64,
"peer_port_wwn": "20:03:8c:60:4f:19:b4:70",
"port_vsan": 1,
"port_wwn": "20:02:00:2a:6a:fd:04:a0",
"rate_mode": "dedicated",
"rx_b2b_credit_remain": 64,
"rx_bytes": 162116,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 3111,
"rx_invalid_crc": 0,
"rx_loop_inits": 0,
"rx_lrr": 0,
"rx_nos": 0,
"rx_ols": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"sfp": "SFP is short wave laser w/o OFC (SN)",
"snmp_trap": "enabled",
"tx_b2b_credit_remain": 64,
"tx_b2b_low_pri_cre": 64,
"tx_bytes": 4917992,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 3120,
"tx_loop_inits": 0,
"tx_lrr": 1,
"tx_nos": 0,
"tx_ols": 1,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
},
{
"admin_beacon_mode": "off",
"admin_mode": "F",
"admin_rxbufsize": 2112,
"admin_trunk_mode": "off",
"hardware": "Fibre Channel",
"interface": "fc1/3",
"last_cleared_time": "never",
"logical_type": "Unknown(0)",
"oper_port_state": "down",
"port_down_reason": "Link failure or not-connected",
"port_vsan": 1,
"port_wwn": "20:03:00:2a:6a:fd:04:a0",
"rx_bytes": 0,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 0,
"rx_invalid_crc": 0,
"rx_loop_inits": 0,
"rx_lrr": 0,
"rx_nos": 0,
"rx_ols": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"sfp": "SFP is short wave laser w/o OFC (SN)",
"snmp_trap": "enabled",
"tx_bytes": 0,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 0,
"tx_loop_inits": 0,
"tx_lrr": 0,
"tx_nos": 0,
"tx_ols": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
},
{
"admin_beacon_mode": "off",
"admin_mode": "auto",
"admin_rxbufsize": 2112,
"admin_trunk_mode": "on",
"hardware": "Fibre Channel",
"interface": "fc1/4",
"last_cleared_time": "never",
"logical_type": "Unknown(0)",
"oper_port_state": "down",
"port_down_reason": "Link failure or not-connected",
"port_vsan": 1,
"port_wwn": "20:04:00:2a:6a:fd:04:a0",
"rx_bytes": 0,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 0,
"rx_invalid_crc": 0,
"rx_loop_inits": 0,
"rx_lrr": 0,
"rx_nos": 0,
"rx_ols": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"sfp": "SFP is short wave laser w/o OFC (SN)",
"snmp_trap": "enabled",
"tx_bytes": 0,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 0,
"tx_loop_inits": 0,
"tx_lrr": 0,
"tx_nos": 0,
"tx_ols": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
},
{
"admin_beacon_mode": "off",
"admin_mode": "auto",
"admin_rxbufsize": 2112,
"admin_trunk_mode": "on",
"hardware": "Fibre Channel",
"interface": "fc1/5",
"last_cleared_time": "never",
"logical_type": "Unknown(0)",
"oper_port_state": "down",
"port_down_reason": "Link failure or not-connected",
"port_vsan": 1,
"port_wwn": "20:05:00:2a:6a:fd:04:a0",
"rx_bytes": 0,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 0,
"rx_invalid_crc": 0,
"rx_loop_inits": 0,
"rx_lrr": 0,
"rx_nos": 0,
"rx_ols": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"sfp": "SFP is short wave laser w/o OFC (SN)",
"snmp_trap": "enabled",
"tx_bytes": 0,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 0,
"tx_loop_inits": 0,
"tx_lrr": 0,
"tx_nos": 0,
"tx_ols": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
}
]
},
{
"ROW_interface": [
{
"admin_state": "down",
"eth_autoneg": "on",
"eth_babbles": 0,
"eth_bad_eth": 0,
"eth_bad_proto": 0,
"eth_beacon": "off",
"eth_bia_addr": "74a2.e661.9d65",
"eth_bw": 10000000,
"eth_clear_counters": "never",
"eth_coll": 0,
"eth_crc": 0,
"eth_deferred": 0,
"eth_dly": 10,
"eth_dribble": 0,
"eth_duplex": "auto",
"eth_encap": "ARPA",
"eth_frame": 0,
"eth_giants": 0,
"eth_hw_addr": "74a2.e661.9d65",
"eth_hw_desc": "10000 Ethernet",
"eth_ignored": 0,
"eth_in_flowctrl": "off",
"eth_in_ifdown_drops": 0,
"eth_inbcast": 0,
"eth_inbytes": 0,
"eth_indiscard": 0,
"eth_inerr": 0,
"eth_inmcast": 0,
"eth_inpause": 0,
"eth_inpkts": 0,
"eth_inrate1_bits": 0,
"eth_inrate1_pkts": 0,
"eth_inrate1_summary_bits": "0 bps",
"eth_inrate1_summary_pkts": "0 pps",
"eth_inrate2_bits": 0,
"eth_inrate2_pkts": 0,
"eth_inrate2_summary_bits": "0 bps",
"eth_inrate2_summary_pkts": "0 pps",
"eth_inucast": 0,
"eth_jumbo_inpkts": 0,
"eth_jumbo_outpkts": 0,
"eth_latecoll": 0,
"eth_link_flapped": "never",
"eth_load_interval1_rx": 30,
"eth_load_interval1_tx": 30,
"eth_load_interval2_rx": 300,
"eth_load_interval2_tx": 300,
"eth_lostcarrier": 0,
"eth_mdix": "off",
"eth_media": "10G",
"eth_mode": "access",
"eth_mtu": " MTU 1500(0-2,4-7) bytes MTU 2112(3) bytes",
"eth_nobuf": 0,
"eth_nocarrier": 0,
"eth_out_flowctrl": "off",
"eth_outbcast": 0,
"eth_outbytes": 0,
"eth_outdiscard": 0,
"eth_outerr": 0,
"eth_outmcast": 0,
"eth_outpause": 0,
"eth_outpkts": 0,
"eth_outrate1_bits": 0,
"eth_outrate1_pkts": 0,
"eth_outrate1_summary_bits": "0 bps",
"eth_outrate1_summary_pkts": "0 pps",
"eth_outrate2_bits": 0,
"eth_outrate2_pkts": 0,
"eth_outrate2_summary_bits": "0 bps",
"eth_outrate2_summary_pkts": "0 pps",
"eth_outucast": 0,
"eth_overrun": 0,
"eth_ratemode": "dedicated",
"eth_reliability": "255",
"eth_reset_cntr": 0,
"eth_runts": 0,
"eth_rxload": "1",
"eth_speed": "auto-speed",
"eth_storm_supp": 0,
"eth_swt_monitor": "off",
"eth_txload": "1",
"eth_underrun": 0,
"eth_watchdog": 0,
"interface": "Ethernet1/1",
"medium": "broadcast",
"share_state": "Dedicated",
"state": "down",
"state_rsn_desc": "Administratively down"
},
{
"admin_state": "down",
"eth_autoneg": "on",
"eth_babbles": 0,
"eth_bad_eth": 0,
"eth_bad_proto": 0,
"eth_beacon": "off",
"eth_bia_addr": "74a2.e661.9d66",
"eth_bw": 10000000,
"eth_clear_counters": "never",
"eth_coll": 0,
"eth_crc": 0,
"eth_deferred": 0,
"eth_dly": 10,
"eth_dribble": 0,
"eth_duplex": "auto",
"eth_encap": "ARPA",
"eth_frame": 0,
"eth_giants": 0,
"eth_hw_addr": "74a2.e661.9d66",
"eth_hw_desc": "10000 Ethernet",
"eth_ignored": 0,
"eth_in_flowctrl": "off",
"eth_in_ifdown_drops": 0,
"eth_inbcast": 0,
"eth_inbytes": 0,
"eth_indiscard": 0,
"eth_inerr": 0,
"eth_inmcast": 0,
"eth_inpause": 0,
"eth_inpkts": 0,
"eth_inrate1_bits": 0,
"eth_inrate1_pkts": 0,
"eth_inrate1_summary_bits": "0 bps",
"eth_inrate1_summary_pkts": "0 pps",
"eth_inrate2_bits": 0,
"eth_inrate2_pkts": 0,
"eth_inrate2_summary_bits": "0 bps",
"eth_inrate2_summary_pkts": "0 pps",
"eth_inucast": 0,
"eth_jumbo_inpkts": 0,
"eth_jumbo_outpkts": 0,
"eth_latecoll": 0,
"eth_link_flapped": "never",
"eth_load_interval1_rx": 30,
"eth_load_interval1_tx": 30,
"eth_load_interval2_rx": 300,
"eth_load_interval2_tx": 300,
"eth_lostcarrier": 0,
"eth_mdix": "off",
"eth_mode": "access",
"eth_mtu": " MTU 1500(0-2,4-7) bytes MTU 2112(3) bytes",
"eth_nobuf": 0,
"eth_nocarrier": 0,
"eth_out_flowctrl": "off",
"eth_outbcast": 0,
"eth_outbytes": 0,
"eth_outdiscard": 0,
"eth_outerr": 0,
"eth_outmcast": 0,
"eth_outpause": 0,
"eth_outpkts": 0,
"eth_outrate1_bits": 0,
"eth_outrate1_pkts": 0,
"eth_outrate1_summary_bits": "0 bps",
"eth_outrate1_summary_pkts": "0 pps",
"eth_outrate2_bits": 0,
"eth_outrate2_pkts": 0,
"eth_outrate2_summary_bits": "0 bps",
"eth_outrate2_summary_pkts": "0 pps",
"eth_outucast": 0,
"eth_overrun": 0,
"eth_reliability": "255",
"eth_reset_cntr": 0,
"eth_runts": 0,
"eth_rxload": "1",
"eth_speed": "auto-speed",
"eth_storm_supp": 0,
"eth_swt_monitor": "off",
"eth_txload": "1",
"eth_underrun": 0,
"eth_watchdog": 0,
"interface": "Ethernet1/2",
"medium": "broadcast",
"share_state": "Dedicated",
"state": "down",
"state_rsn_desc": "SFP not inserted"
},
{
"admin_state": "down",
"eth_autoneg": "on",
"eth_babbles": 0,
"eth_bad_eth": 0,
"eth_bad_proto": 0,
"eth_beacon": "off",
"eth_bia_addr": "74a2.e661.9d67",
"eth_bw": 10000000,
"eth_clear_counters": "never",
"eth_coll": 0,
"eth_crc": 0,
"eth_deferred": 0,
"eth_dly": 10,
"eth_dribble": 0,
"eth_duplex": "auto",
"eth_encap": "ARPA",
"eth_frame": 0,
"eth_giants": 0,
"eth_hw_addr": "74a2.e661.9d67",
"eth_hw_desc": "10000 Ethernet",
"eth_ignored": 0,
"eth_in_flowctrl": "off",
"eth_in_ifdown_drops": 0,
"eth_inbcast": 0,
"eth_inbytes": 0,
"eth_indiscard": 0,
"eth_inerr": 0,
"eth_inmcast": 0,
"eth_inpause": 0,
"eth_inpkts": 0,
"eth_inrate1_bits": 0,
"eth_inrate1_pkts": 0,
"eth_inrate1_summary_bits": "0 bps",
"eth_inrate1_summary_pkts": "0 pps",
"eth_inrate2_bits": 0,
"eth_inrate2_pkts": 0,
"eth_inrate2_summary_bits": "0 bps",
"eth_inrate2_summary_pkts": "0 pps",
"eth_inucast": 0,
"eth_jumbo_inpkts": 0,
"eth_jumbo_outpkts": 0,
"eth_latecoll": 0,
"eth_link_flapped": "never",
"eth_load_interval1_rx": 30,
"eth_load_interval1_tx": 30,
"eth_load_interval2_rx": 300,
"eth_load_interval2_tx": 300,
"eth_lostcarrier": 0,
"eth_mdix": "off",
"eth_media": "10G",
"eth_mode": "access",
"eth_mtu": " MTU 1500(0-2,4-7) bytes MTU 2112(3) bytes",
"eth_nobuf": 0,
"eth_nocarrier": 0,
"eth_out_flowctrl": "off",
"eth_outbcast": 0,
"eth_outbytes": 0,
"eth_outdiscard": 0,
"eth_outerr": 0,
"eth_outmcast": 0,
"eth_outpause": 0,
"eth_outpkts": 0,
"eth_outrate1_bits": 0,
"eth_outrate1_pkts": 0,
"eth_outrate1_summary_bits": "0 bps",
"eth_outrate1_summary_pkts": "0 pps",
"eth_outrate2_bits": 0,
"eth_outrate2_pkts": 0,
"eth_outrate2_summary_bits": "0 bps",
"eth_outrate2_summary_pkts": "0 pps",
"eth_outucast": 0,
"eth_overrun": 0,
"eth_ratemode": "dedicated",
"eth_reliability": "255",
"eth_reset_cntr": 0,
"eth_runts": 0,
"eth_rxload": "1",
"eth_speed": "auto-speed",
"eth_storm_supp": 0,
"eth_swt_monitor": "off",
"eth_txload": "1",
"eth_underrun": 0,
"eth_watchdog": 0,
"interface": "Ethernet1/3",
"medium": "broadcast",
"share_state": "Dedicated",
"state": "down",
"state_rsn_desc": "Administratively down"
},
{
"admin_state": "down",
"eth_autoneg": "on",
"eth_babbles": 0,
"eth_bad_eth": 0,
"eth_bad_proto": 0,
"eth_beacon": "off",
"eth_bia_addr": "74a2.e661.9d68",
"eth_bw": 10000000,
"eth_clear_counters": "never",
"eth_coll": 0,
"eth_crc": 0,
"eth_deferred": 0,
"eth_dly": 10,
"eth_dribble": 0,
"eth_duplex": "auto",
"eth_encap": "ARPA",
"eth_frame": 0,
"eth_giants": 0,
"eth_hw_addr": "74a2.e661.9d68",
"eth_hw_desc": "10000 Ethernet",
"eth_ignored": 0,
"eth_in_flowctrl": "off",
"eth_in_ifdown_drops": 0,
"eth_inbcast": 0,
"eth_inbytes": 0,
"eth_indiscard": 0,
"eth_inerr": 0,
"eth_inmcast": 0,
"eth_inpause": 0,
"eth_inpkts": 0,
"eth_inrate1_bits": 0,
"eth_inrate1_pkts": 0,
"eth_inrate1_summary_bits": "0 bps",
"eth_inrate1_summary_pkts": "0 pps",
"eth_inrate2_bits": 0,
"eth_inrate2_pkts": 0,
"eth_inrate2_summary_bits": "0 bps",
"eth_inrate2_summary_pkts": "0 pps",
"eth_inucast": 0,
"eth_jumbo_inpkts": 0,
"eth_jumbo_outpkts": 0,
"eth_latecoll": 0,
"eth_link_flapped": "never",
"eth_load_interval1_rx": 30,
"eth_load_interval1_tx": 30,
"eth_load_interval2_rx": 300,
"eth_load_interval2_tx": 300,
"eth_lostcarrier": 0,
"eth_mdix": "off",
"eth_media": "10G",
"eth_mode": "access",
"eth_mtu": " MTU 1500(0-2,4-7) bytes MTU 2112(3) bytes",
"eth_nobuf": 0,
"eth_nocarrier": 0,
"eth_out_flowctrl": "off",
"eth_outbcast": 0,
"eth_outbytes": 0,
"eth_outdiscard": 0,
"eth_outerr": 0,
"eth_outmcast": 0,
"eth_outpause": 0,
"eth_outpkts": 0,
"eth_outrate1_bits": 0,
"eth_outrate1_pkts": 0,
"eth_outrate1_summary_bits": "0 bps",
"eth_outrate1_summary_pkts": "0 pps",
"eth_outrate2_bits": 0,
"eth_outrate2_pkts": 0,
"eth_outrate2_summary_bits": "0 bps",
"eth_outrate2_summary_pkts": "0 pps",
"eth_outucast": 0,
"eth_overrun": 0,
"eth_ratemode": "dedicated",
"eth_reliability": "255",
"eth_reset_cntr": 0,
"eth_runts": 0,
"eth_rxload": "1",
"eth_speed": "auto-speed",
"eth_storm_supp": 0,
"eth_swt_monitor": "off",
"eth_txload": "1",
"eth_underrun": 0,
"eth_watchdog": 0,
"interface": "Ethernet1/4",
"medium": "broadcast",
"share_state": "Dedicated",
"state": "down",
"state_rsn_desc": "Administratively down"
},
{
"admin_state": "down",
"eth_autoneg": "on",
"eth_babbles": 0,
"eth_bad_eth": 0,
"eth_bad_proto": 0,
"eth_beacon": "off",
"eth_bia_addr": "74a2.e661.9d69",
"eth_bw": 10000000,
"eth_clear_counters": "never",
"eth_coll": 0,
"eth_crc": 0,
"eth_deferred": 0,
"eth_dly": 10,
"eth_dribble": 0,
"eth_duplex": "auto",
"eth_encap": "ARPA",
"eth_frame": 0,
"eth_giants": 0,
"eth_hw_addr": "74a2.e661.9d69",
"eth_hw_desc": "10000 Ethernet",
"eth_ignored": 0,
"eth_in_flowctrl": "off",
"eth_in_ifdown_drops": 0,
"eth_inbcast": 0,
"eth_inbytes": 0,
"eth_indiscard": 0,
"eth_inerr": 0,
"eth_inmcast": 0,
"eth_inpause": 0,
"eth_inpkts": 0,
"eth_inrate1_bits": 0,
"eth_inrate1_pkts": 0,
"eth_inrate1_summary_bits": "0 bps",
"eth_inrate1_summary_pkts": "0 pps",
"eth_inrate2_bits": 0,
"eth_inrate2_pkts": 0,
"eth_inrate2_summary_bits": "0 bps",
"eth_inrate2_summary_pkts": "0 pps",
"eth_inucast": 0,
"eth_jumbo_inpkts": 0,
"eth_jumbo_outpkts": 0,
"eth_latecoll": 0,
"eth_link_flapped": "never",
"eth_load_interval1_rx": 30,
"eth_load_interval1_tx": 30,
"eth_load_interval2_rx": 300,
"eth_load_interval2_tx": 300,
"eth_lostcarrier": 0,
"eth_mdix": "off",
"eth_mode": "access",
"eth_mtu": " MTU 1500(0-2,4-7) bytes MTU 2112(3) bytes",
"eth_nobuf": 0,
"eth_nocarrier": 0,
"eth_out_flowctrl": "off",
"eth_outbcast": 0,
"eth_outbytes": 0,
"eth_outdiscard": 0,
"eth_outerr": 0,
"eth_outmcast": 0,
"eth_outpause": 0,
"eth_outpkts": 0,
"eth_outrate1_bits": 0,
"eth_outrate1_pkts": 0,
"eth_outrate1_summary_bits": "0 bps",
"eth_outrate1_summary_pkts": "0 pps",
"eth_outrate2_bits": 0,
"eth_outrate2_pkts": 0,
"eth_outrate2_summary_bits": "0 bps",
"eth_outrate2_summary_pkts": "0 pps",
"eth_outucast": 0,
"eth_overrun": 0,
"eth_reliability": "255",
"eth_reset_cntr": 0,
"eth_runts": 0,
"eth_rxload": "1",
"eth_speed": "auto-speed",
"eth_storm_supp": 0,
"eth_swt_monitor": "off",
"eth_txload": "1",
"eth_underrun": 0,
"eth_watchdog": 0,
"interface": "Ethernet1/5",
"medium": "broadcast",
"share_state": "Dedicated",
"state": "down",
"state_rsn_desc": "SFP not inserted"
}
]
}
],
"TABLE_interface_fcip": {
"ROW_interface_fcip": [
{
"TABLE_tcp_conn": {
"ROW_tcp_conn": [
{
"rx_bytes": 0,
"rx_c2_3_bytes": 0,
"rx_c2_3_frames": 0,
"rx_cf_bytes": 0,
"rx_cf_frames": 0,
"rx_error_frames": 0,
"rx_packets": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_reass_frames": 0,
"rx_tstamp_error": 0,
"tx_bytes": 0,
"tx_c2_3_bytes": 0,
"tx_c2_3_frames": 0,
"tx_cf_bytes": 0,
"tx_cf_frames": 0,
"tx_error_frames": 0,
"tx_packets": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
}
]
},
"admin_mode": "auto",
"admin_tape_acc": "off",
"admin_trunk_mode": "on",
"admin_write_acc": "off",
"ficon_loadbal_acc": "off for all vsans",
"ficon_tape_acc": "off",
"ficon_xrc_acc": "off",
"hardware": "IPStorage",
"interface": "fcip1",
"ip_compression": "disabled",
"max_tcp_conn": 2,
"num_active_conn": 0,
"num_conn_attr": 0,
"num_conn_drops": 0,
"oper_port_state": "down",
"port_down_reason": "Tunnel port src interface unbound",
"port_vsan": 1,
"port_wwn": "00:00:00:00:00:00:00:00",
"qos_control": 0,
"qos_data": 0,
"snmp_trap": "enabled",
"tape_acc_bufsize": "automatic"
}
]
},
"TABLE_interface_ipstorage": {
"ROW_interface_ipstorage": [
{
"auto_negotiation": "on",
"beacon_status": "off",
"hardware": "IPStorage",
"interface": "IPStorage1/1",
"mac_address": "74a2.e661.9d63",
"mtu": 1500,
"oper_mode": "IPS",
"oper_port_state": "down",
"port_down_reason": "Administratively down",
"rx_bytes": 0,
"rx_compressed": 0,
"rx_error_frames": 0,
"rx_errors": 0,
"rx_fifo": 0,
"rx_mcast_frames": 0,
"rx_overrun": 0,
"rx_packets": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"tx_bytes": 0,
"tx_carrier_errors": 0,
"tx_collisions": 0,
"tx_errors": 0,
"tx_fifo": 0,
"tx_packets": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0,
"tx_underruns": 0
},
{
"auto_negotiation": "on",
"beacon_status": "off",
"hardware": "IPStorage",
"interface": "IPStorage1/2",
"mac_address": "74a2.e661.9d64",
"mtu": 1500,
"oper_mode": "IPS",
"oper_port_state": "down",
"port_down_reason": "Administratively down",
"rx_bytes": 0,
"rx_compressed": 0,
"rx_error_frames": 0,
"rx_errors": 0,
"rx_fifo": 0,
"rx_mcast_frames": 0,
"rx_overrun": 0,
"rx_packets": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"tx_bytes": 0,
"tx_carrier_errors": 0,
"tx_collisions": 0,
"tx_errors": 0,
"tx_fifo": 0,
"tx_packets": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0,
"tx_underruns": 0
}
]
},
"TABLE_interface_iscsi": {
"ROW_interface_iscsi": [
{
"admin_mode": "ISCSI",
"burst_size_in_kb": 50,
"conf_rtt_in_usec": 1000,
"forwarding_mode": "store-and-forward",
"hardware": "IPStorage",
"initiator_id_mode": "name",
"interface": "iscsi1/1",
"jitter_in_us": 500,
"keepalive_in_sec": 60,
"local_port": 3260,
"max_bw_in_kbps": 10000000,
"max_retrans": 4,
"min_avail_bw_in_kbps": 70000,
"min_retrans_in_ms": 300,
"num_disc_sess": 0,
"num_iscsi_sess": 0,
"num_tcp_conn": 0,
"oper_port_state": "down",
"pmtu_disc": "enabled",
"port_down_reason": "Administratively down",
"port_vsan": 1,
"port_wwn": "20:29:00:2a:6a:fd:04:a0",
"qos": 0,
"reset_timeout_in_sec": 3600,
"rx_bytes": 0,
"rx_cmd_pdus": 0,
"rx_data_bytes": 0,
"rx_data_pdus": 0,
"rx_packets": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_unsol_bytes": 0,
"sack": "enabled",
"send_buff_size_in_kb": 4096,
"snmp_trap": "enabled",
"tmf_queueing_mode": "enabled",
"trans_rdy_frame": 0,
"tx_bytes": 0,
"tx_data_bytes": 0,
"tx_data_pdus": 0,
"tx_packets": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0,
"tx_resp_frame": 0,
"tx_resp_sense_frame": 0
},
{
"admin_mode": "ISCSI",
"burst_size_in_kb": 50,
"conf_rtt_in_usec": 1000,
"forwarding_mode": "store-and-forward",
"hardware": "IPStorage",
"initiator_id_mode": "name",
"interface": "iscsi1/2",
"jitter_in_us": 500,
"keepalive_in_sec": 60,
"local_port": 3260,
"max_bw_in_kbps": 10000000,
"max_retrans": 4,
"min_avail_bw_in_kbps": 70000,
"min_retrans_in_ms": 300,
"num_disc_sess": 0,
"num_iscsi_sess": 0,
"num_tcp_conn": 0,
"oper_port_state": "down",
"pmtu_disc": "enabled",
"port_down_reason": "Administratively down",
"port_vsan": 1,
"port_wwn": "20:31:00:2a:6a:fd:04:a0",
"qos": 0,
"reset_timeout_in_sec": 3600,
"rx_bytes": 0,
"rx_cmd_pdus": 0,
"rx_data_bytes": 0,
"rx_data_pdus": 0,
"rx_packets": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_unsol_bytes": 0,
"sack": "enabled",
"send_buff_size_in_kb": 4096,
"snmp_trap": "enabled",
"tmf_queueing_mode": "enabled",
"trans_rdy_frame": 0,
"tx_bytes": 0,
"tx_data_bytes": 0,
"tx_data_pdus": 0,
"tx_packets": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0,
"tx_resp_frame": 0,
"tx_resp_sense_frame": 0
}
]
},
"TABLE_interface_mgmt": {
"ROW_interface_mgmt": [
{
"bw": "1000",
"bw_state": "full",
"hardware": "GigabitEthernet",
"interface": "mgmt0",
"ip_address": "10.197.155.246/24",
"ipv6_address": [
"6666::6/48",
"fe80::76a2:e6ff:fe61:9d60/64"
],
"mac_address": "74a2.e661.9d60",
"mtu": 1500,
"rx_bytes": 540883948,
"rx_compressed": 0,
"rx_dropped": 0,
"rx_error_frames": 0,
"rx_errors": 0,
"rx_fifo_errors": 0,
"rx_mcast_frames": 0,
"rx_packets": 4754654,
"status": "up",
"tx_bytes": 51878354,
"tx_carrier_errors": 0,
"tx_collisions": 0,
"tx_dropped": 0,
"tx_errors": 0,
"tx_fifo_errors": 0,
"tx_packets": 241132
}
]
},
"TABLE_interface_sup": {
"ROW_interface_sup": [
{
"hardware": "Fibre Channel",
"interface": "sup-fc0",
"rx_bytes": 140075068,
"rx_compressed": 0,
"rx_dropped": 0,
"rx_error_frames": 0,
"rx_errors": 0,
"rx_fifo_errors": 0,
"rx_mcast_frames": 0,
"rx_packets": 775617,
"speed": "1",
"status": "up",
"tx_bytes": 145592868,
"tx_carrier_errors": 0,
"tx_collisions": 0,
"tx_dropped": 0,
"tx_errors": 0,
"tx_fifo_errors": 0,
"tx_packets": 775626
}
]
}
}
<TABLE_interface>
<ROW_interface>
<interface>fc1/1</interface>
<oper_port_state>down</oper_port_state>
<port_down_reason>Link failure or not-connected</port_down_reason>
<hardware>Fibre Channel</hardware>
<sfp>SFP is short wave laser w/o OFC (SN)</sfp>
<port_wwn>20:01:00:2a:6a:fd:04:a0</port_wwn>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<snmp_trap>enabled</snmp_trap>
<port_vsan>1</port_vsan>
<admin_rxbufsize>2112</admin_rxbufsize>
<admin_beacon_mode>off</admin_beacon_mode>
<logical_type>Unknown(0)</logical_type>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_frames>28453</rx_frames>
<rx_bytes>1529072</rx_bytes>
<rx_discard_frames>0</rx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<rx_invalid_crc>0</rx_invalid_crc>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<tx_frames>28454</tx_frames>
<tx_bytes>2290864</tx_bytes>
<tx_discard_frames>0</tx_discard_frames>
<tx_error_frames>0</tx_error_frames>
<rx_ols>1</rx_ols>
<rx_lrr>1</rx_lrr>
<rx_nos>0</rx_nos>
<rx_loop_inits>1</rx_loop_inits>
<tx_ols>1</tx_ols>
<tx_lrr>1</tx_lrr>
<tx_nos>1</tx_nos>
<tx_loop_inits>1</tx_loop_inits>
<interface_last_changed>Wed Nov 10 14:12:35 1976</interface_last_changed>
<last_cleared_time>never</last_cleared_time>
</ROW_interface>
<ROW_interface>
<interface>fc1/2</interface>
<oper_port_state>up</oper_port_state>
<hardware>Fibre Channel</hardware>
<sfp>SFP is short wave laser w/o OFC (SN)</sfp>
<port_wwn>20:02:00:2a:6a:fd:04:a0</port_wwn>
<peer_port_wwn>20:03:8c:60:4f:19:b4:70</peer_port_wwn>
<admin_mode>F</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<snmp_trap>enabled</snmp_trap>
<oper_mode>F</oper_mode>
<fcid>0xab1800</fcid>
<port_vsan>1</port_vsan>
<admin_speed>auto</admin_speed>
<oper_speed>8 Gbps</oper_speed>
<rate_mode>dedicated</rate_mode>
<flow_control>R_RDY</flow_control>
<oper_txbbcredit>64</oper_txbbcredit>
<oper_rxbbcredit>64</oper_rxbbcredit>
<admin_b2b_state_change>on</admin_b2b_state_change>
<oper_b2b_state_change>up</oper_b2b_state_change>
<b2b_state_change_neg_val>14</b2b_state_change_neg_val>
<admin_rxbufsize>2112</admin_rxbufsize>
<admin_beacon_mode>off</admin_beacon_mode>
<logical_type>edge</logical_type>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_frames>3111</rx_frames>
<rx_bytes>162116</rx_bytes>
<rx_discard_frames>0</rx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<rx_invalid_crc>0</rx_invalid_crc>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<tx_frames>3120</tx_frames>
<tx_bytes>4917992</tx_bytes>
<tx_discard_frames>0</tx_discard_frames>
<tx_error_frames>0</tx_error_frames>
<rx_ols>0</rx_ols>
<rx_lrr>0</rx_lrr>
<rx_nos>0</rx_nos>
<rx_loop_inits>0</rx_loop_inits>
<tx_ols>1</tx_ols>
<tx_lrr>1</tx_lrr>
<tx_nos>0</tx_nos>
<tx_loop_inits>0</tx_loop_inits>
<rx_b2b_credit_remain>64</rx_b2b_credit_remain>
<tx_b2b_credit_remain>64</tx_b2b_credit_remain>
<tx_b2b_low_pri_cre>64</tx_b2b_low_pri_cre>
<interface_last_changed>Tue Nov 9 12:16:33 1976</interface_last_changed>
<last_cleared_time>never</last_cleared_time>
</ROW_interface>
<ROW_interface>
<interface>fc1/3</interface>
<oper_port_state>down</oper_port_state>
<port_down_reason>Link failure or not-connected</port_down_reason>
<hardware>Fibre Channel</hardware>
<sfp>SFP is short wave laser w/o OFC (SN)</sfp>
<port_wwn>20:03:00:2a:6a:fd:04:a0</port_wwn>
<admin_mode>F</admin_mode>
<admin_trunk_mode>off</admin_trunk_mode>
<snmp_trap>enabled</snmp_trap>
<port_vsan>1</port_vsan>
<admin_rxbufsize>2112</admin_rxbufsize>
<admin_beacon_mode>off</admin_beacon_mode>
<logical_type>Unknown(0)</logical_type>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_frames>0</rx_frames>
<rx_bytes>0</rx_bytes>
<rx_discard_frames>0</rx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<rx_invalid_crc>0</rx_invalid_crc>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<tx_frames>0</tx_frames>
<tx_bytes>0</tx_bytes>
<tx_discard_frames>0</tx_discard_frames>
<tx_error_frames>0</tx_error_frames>
<rx_ols>0</rx_ols>
<rx_lrr>0</rx_lrr>
<rx_nos>0</rx_nos>
<rx_loop_inits>0</rx_loop_inits>
<tx_ols>0</tx_ols>
<tx_lrr>0</tx_lrr>
<tx_nos>0</tx_nos>
<tx_loop_inits>0</tx_loop_inits>
<last_cleared_time>never</last_cleared_time>
</ROW_interface>
<ROW_interface>
<interface>fc1/4</interface>
<oper_port_state>down</oper_port_state>
<port_down_reason>Link failure or not-connected</port_down_reason>
<hardware>Fibre Channel</hardware>
<sfp>SFP is short wave laser w/o OFC (SN)</sfp>
<port_wwn>20:04:00:2a:6a:fd:04:a0</port_wwn>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<snmp_trap>enabled</snmp_trap>
<port_vsan>1</port_vsan>
<admin_rxbufsize>2112</admin_rxbufsize>
<admin_beacon_mode>off</admin_beacon_mode>
<logical_type>Unknown(0)</logical_type>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_frames>0</rx_frames>
<rx_bytes>0</rx_bytes>
<rx_discard_frames>0</rx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<rx_invalid_crc>0</rx_invalid_crc>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<tx_frames>0</tx_frames>
<tx_bytes>0</tx_bytes>
<tx_discard_frames>0</tx_discard_frames>
<tx_error_frames>0</tx_error_frames>
<rx_ols>0</rx_ols>
<rx_lrr>0</rx_lrr>
<rx_nos>0</rx_nos>
<rx_loop_inits>0</rx_loop_inits>
<tx_ols>0</tx_ols>
<tx_lrr>0</tx_lrr>
<tx_nos>0</tx_nos>
<tx_loop_inits>0</tx_loop_inits>
<last_cleared_time>never</last_cleared_time>
</ROW_interface>
<ROW_interface>
<interface>fc1/5</interface>
<oper_port_state>down</oper_port_state>
<port_down_reason>Link failure or not-connected</port_down_reason>
<hardware>Fibre Channel</hardware>
<sfp>SFP is short wave laser w/o OFC (SN)</sfp>
<port_wwn>20:05:00:2a:6a:fd:04:a0</port_wwn>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<snmp_trap>enabled</snmp_trap>
<port_vsan>1</port_vsan>
<admin_rxbufsize>2112</admin_rxbufsize>
<admin_beacon_mode>off</admin_beacon_mode>
<logical_type>Unknown(0)</logical_type>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_frames>0</rx_frames>
<rx_bytes>0</rx_bytes>
<rx_discard_frames>0</rx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<rx_invalid_crc>0</rx_invalid_crc>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<tx_frames>0</tx_frames>
<tx_bytes>0</tx_bytes>
<tx_discard_frames>0</tx_discard_frames>
<tx_error_frames>0</tx_error_frames>
<rx_ols>0</rx_ols>
<rx_lrr>0</rx_lrr>
<rx_nos>0</rx_nos>
<rx_loop_inits>0</rx_loop_inits>
<tx_ols>0</tx_ols>
<tx_lrr>0</tx_lrr>
<tx_nos>0</tx_nos>
<tx_loop_inits>0</tx_loop_inits>
<last_cleared_time>never</last_cleared_time>
</ROW_interface>
</TABLE_interface>
<TABLE_interface_iscsi>
<ROW_interface_iscsi>
<interface>iscsi1/1</interface>
<oper_port_state>down</oper_port_state>
<port_down_reason>Administratively down</port_down_reason>
<hardware>IPStorage</hardware>
<port_wwn>20:29:00:2a:6a:fd:04:a0</port_wwn>
<admin_mode>ISCSI</admin_mode>
<snmp_trap>enabled</snmp_trap>
<port_vsan>1</port_vsan>
<initiator_id_mode>name</initiator_id_mode>
<num_iscsi_sess>0</num_iscsi_sess>
<num_disc_sess>0</num_disc_sess>
<num_tcp_conn>0</num_tcp_conn>
<local_port>3260</local_port>
<pmtu_disc>enabled</pmtu_disc>
<reset_timeout_in_sec>3600</reset_timeout_in_sec>
<keepalive_in_sec>60</keepalive_in_sec>
<min_retrans_in_ms>300</min_retrans_in_ms>
<max_retrans>4</max_retrans>
<sack>enabled</sack>
<qos>0</qos>
<max_bw_in_kbps>10000000</max_bw_in_kbps>
<min_avail_bw_in_kbps>70000</min_avail_bw_in_kbps>
<conf_rtt_in_usec>1000</conf_rtt_in_usec>
<send_buff_size_in_kb>4096</send_buff_size_in_kb>
<burst_size_in_kb>50</burst_size_in_kb>
<jitter_in_us>500</jitter_in_us>
<forwarding_mode>store-and-forward</forwarding_mode>
<tmf_queueing_mode>enabled</tmf_queueing_mode>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_packets>0</rx_packets>
<rx_bytes>0</rx_bytes>
<rx_cmd_pdus>0</rx_cmd_pdus>
<tx_data_pdus>0</tx_data_pdus>
<tx_data_bytes>0</tx_data_bytes>
<rx_unsol_bytes>0</rx_unsol_bytes>
<tx_packets>0</tx_packets>
<tx_bytes>0</tx_bytes>
<tx_resp_frame>0</tx_resp_frame>
<tx_resp_sense_frame>0</tx_resp_sense_frame>
<trans_rdy_frame>0</trans_rdy_frame>
<rx_data_pdus>0</rx_data_pdus>
<rx_data_bytes>0</rx_data_bytes>
</ROW_interface_iscsi>
<ROW_interface_iscsi>
<interface>iscsi1/2</interface>
<oper_port_state>down</oper_port_state>
<port_down_reason>Administratively down</port_down_reason>
<hardware>IPStorage</hardware>
<port_wwn>20:31:00:2a:6a:fd:04:a0</port_wwn>
<admin_mode>ISCSI</admin_mode>
<snmp_trap>enabled</snmp_trap>
<port_vsan>1</port_vsan>
<initiator_id_mode>name</initiator_id_mode>
<num_iscsi_sess>0</num_iscsi_sess>
<num_disc_sess>0</num_disc_sess>
<num_tcp_conn>0</num_tcp_conn>
<local_port>3260</local_port>
<pmtu_disc>enabled</pmtu_disc>
<reset_timeout_in_sec>3600</reset_timeout_in_sec>
<keepalive_in_sec>60</keepalive_in_sec>
<min_retrans_in_ms>300</min_retrans_in_ms>
<max_retrans>4</max_retrans>
<sack>enabled</sack>
<qos>0</qos>
<max_bw_in_kbps>10000000</max_bw_in_kbps>
<min_avail_bw_in_kbps>70000</min_avail_bw_in_kbps>
<conf_rtt_in_usec>1000</conf_rtt_in_usec>
<send_buff_size_in_kb>4096</send_buff_size_in_kb>
<burst_size_in_kb>50</burst_size_in_kb>
<jitter_in_us>500</jitter_in_us>
<forwarding_mode>store-and-forward</forwarding_mode>
<tmf_queueing_mode>enabled</tmf_queueing_mode>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_packets>0</rx_packets>
<rx_bytes>0</rx_bytes>
<rx_cmd_pdus>0</rx_cmd_pdus>
<tx_data_pdus>0</tx_data_pdus>
<tx_data_bytes>0</tx_data_bytes>
<rx_unsol_bytes>0</rx_unsol_bytes>
<tx_packets>0</tx_packets>
<tx_bytes>0</tx_bytes>
<tx_resp_frame>0</tx_resp_frame>
<tx_resp_sense_frame>0</tx_resp_sense_frame>
<trans_rdy_frame>0</trans_rdy_frame>
<rx_data_pdus>0</rx_data_pdus>
<rx_data_bytes>0</rx_data_bytes>
</ROW_interface_iscsi>
</TABLE_interface_iscsi>
<TABLE_interface_sup>
<ROW_interface_sup>
<interface>sup-fc0</interface>
<status>up</status>
<hardware>Fibre Channel</hardware>
<speed>1</speed>
<rx_packets>775619</rx_packets>
<rx_bytes>140075456</rx_bytes>
<rx_mcast_frames>0</rx_mcast_frames>
<rx_compressed>0</rx_compressed>
<rx_errors>0</rx_errors>
<rx_error_frames>0</rx_error_frames>
<rx_dropped>0</rx_dropped>
<rx_fifo_errors>0</rx_fifo_errors>
<tx_packets>775628</tx_packets>
<tx_bytes>145593256</tx_bytes>
<tx_dropped>0</tx_dropped>
<tx_errors>0</tx_errors>
<tx_collisions>0</tx_collisions>
<tx_fifo_errors>0</tx_fifo_errors>
<tx_carrier_errors>0</tx_carrier_errors>
</ROW_interface_sup>
</TABLE_interface_sup>
<TABLE_interface_ipstorage>
<ROW_interface_ipstorage>
<interface>IPStorage1/1</interface>
<oper_port_state>down</oper_port_state>
<port_down_reason>Administratively down</port_down_reason>
<hardware>IPStorage</hardware>
<mac_address>74a2.e661.9d63</mac_address>
<mtu>1500</mtu>
<oper_mode>IPS</oper_mode>
<beacon_status>off</beacon_status>
<auto_negotiation>on</auto_negotiation>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_packets>0</rx_packets>
<rx_bytes>0</rx_bytes>
<rx_mcast_frames>0</rx_mcast_frames>
<rx_compressed>0</rx_compressed>
<rx_errors>0</rx_errors>
<rx_error_frames>0</rx_error_frames>
<rx_overrun>0</rx_overrun>
<rx_fifo>0</rx_fifo>
<tx_packets>0</tx_packets>
<tx_bytes>0</tx_bytes>
<tx_underruns>0</tx_underruns>
<tx_errors>0</tx_errors>
<tx_collisions>0</tx_collisions>
<tx_fifo>0</tx_fifo>
<tx_carrier_errors>0</tx_carrier_errors>
</ROW_interface_ipstorage>
<ROW_interface_ipstorage>
<interface>IPStorage1/2</interface>
<oper_port_state>down</oper_port_state>
<port_down_reason>Administratively down</port_down_reason>
<hardware>IPStorage</hardware>
<mac_address>74a2.e661.9d64</mac_address>
<mtu>1500</mtu>
<oper_mode>IPS</oper_mode>
<beacon_status>off</beacon_status>
<auto_negotiation>on</auto_negotiation>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_packets>0</rx_packets>
<rx_bytes>0</rx_bytes>
<rx_mcast_frames>0</rx_mcast_frames>
<rx_compressed>0</rx_compressed>
<rx_errors>0</rx_errors>
<rx_error_frames>0</rx_error_frames>
<rx_overrun>0</rx_overrun>
<rx_fifo>0</rx_fifo>
<tx_packets>0</tx_packets>
<tx_bytes>0</tx_bytes>
<tx_underruns>0</tx_underruns>
<tx_errors>0</tx_errors>
<tx_collisions>0</tx_collisions>
<tx_fifo>0</tx_fifo>
<tx_carrier_errors>0</tx_carrier_errors>
</ROW_interface_ipstorage>
</TABLE_interface_ipstorage>
<TABLE_interface_fcip>
<ROW_interface_fcip>
<interface>fcip1</interface>
<oper_port_state>down</oper_port_state>
<port_down_reason>Tunnel port src interface unbound</port_down_reason>
<hardware>IPStorage</hardware>
<port_wwn>00:00:00:00:00:00:00:00</port_wwn>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<snmp_trap>enabled</snmp_trap>
<port_vsan>1</port_vsan>
<admin_write_acc>off</admin_write_acc>
<admin_tape_acc>off</admin_tape_acc>
<tape_acc_bufsize>automatic</tape_acc_bufsize>
<ficon_xrc_acc>off</ficon_xrc_acc>
<ficon_loadbal_acc>off for all vsans</ficon_loadbal_acc>
<ficon_tape_acc>off</ficon_tape_acc>
<ip_compression>disabled</ip_compression>
<max_tcp_conn>2</max_tcp_conn>
<qos_control>0</qos_control>
<qos_data>0</qos_data>
<num_active_conn>0</num_active_conn>
<num_conn_attr>0</num_conn_attr>
<num_conn_drops>0</num_conn_drops>
<TABLE_tcp_conn>
<ROW_tcp_conn>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_packets>0</rx_packets>
<rx_bytes>0</rx_bytes>
<rx_cf_frames>0</rx_cf_frames>
<rx_cf_bytes>0</rx_cf_bytes>
<rx_c2_3_frames>0</rx_c2_3_frames>
<rx_c2_3_bytes>0</rx_c2_3_bytes>
<rx_reass_frames>0</rx_reass_frames>
<rx_error_frames>0</rx_error_frames>
<rx_tstamp_error>0</rx_tstamp_error>
<tx_packets>0</tx_packets>
<tx_bytes>0</tx_bytes>
<tx_cf_frames>0</tx_cf_frames>
<tx_cf_bytes>0</tx_cf_bytes>
<tx_c2_3_frames>0</tx_c2_3_frames>
<tx_c2_3_bytes>0</tx_c2_3_bytes>
<tx_error_frames>0</tx_error_frames>
</ROW_tcp_conn>
</TABLE_tcp_conn>
</ROW_interface_fcip>
</TABLE_interface_fcip>
<TABLE_interface_mgmt>
<ROW_interface_mgmt>
<interface>mgmt0</interface>
<status>up</status>
<ip_address>10.197.155.246/24</ip_address>
<ipv6_address>6666::6/48</ipv6_address>
<ipv6_address>fe80::76a2:e6ff:fe61:9d60/64</ipv6_address>
<hardware>GigabitEthernet</hardware>
<mac_address>74a2.e661.9d60</mac_address>
<mtu>1500</mtu>
<bw>1000</bw>
<bw_state>full</bw_state>
<rx_packets>4754721</rx_packets>
<rx_bytes>540889909</rx_bytes>
<rx_mcast_frames>0</rx_mcast_frames>
<rx_compressed>0</rx_compressed>
<rx_errors>0</rx_errors>
<rx_error_frames>0</rx_error_frames>
<rx_dropped>0</rx_dropped>
<rx_fifo_errors>0</rx_fifo_errors>
<tx_packets>241186</tx_packets>
<tx_bytes>51952768</tx_bytes>
<tx_dropped>0</tx_dropped>
<tx_errors>0</tx_errors>
<tx_collisions>0</tx_collisions>
<tx_fifo_errors>0</tx_fifo_errors>
<tx_carrier_errors>0</tx_carrier_errors>
</ROW_interface_mgmt>
</TABLE_interface_mgmt>
<TABLE_interface>
<ROW_interface>
<interface>Ethernet1/1</interface>
<state>down</state>
<state_rsn_desc>Administratively down</state_rsn_desc>
<admin_state>down</admin_state>
<share_state>Dedicated</share_state>
<eth_hw_desc>10000 Ethernet</eth_hw_desc>
<eth_hw_addr>74a2.e661.9d65</eth_hw_addr>
<eth_bia_addr>74a2.e661.9d65</eth_bia_addr>
<eth_mtu> MTU 1500(0-2,4-7) bytes MTU 2112(3) bytes</eth_mtu>
<eth_bw>10000000</eth_bw>
<eth_dly>10</eth_dly>
<eth_reliability>255</eth_reliability>
<eth_txload>1</eth_txload>
<eth_rxload>1</eth_rxload>
<eth_encap>ARPA</eth_encap>
<medium>broadcast</medium>
<eth_mode>access</eth_mode>
<eth_duplex>auto</eth_duplex>
<eth_speed>auto-speed</eth_speed>
<eth_media>10G</eth_media>
<eth_beacon>off</eth_beacon>
<eth_autoneg>on</eth_autoneg>
<eth_in_flowctrl>off</eth_in_flowctrl>
<eth_out_flowctrl>off</eth_out_flowctrl>
<eth_mdix>off</eth_mdix>
<eth_ratemode>dedicated</eth_ratemode>
<eth_swt_monitor>off</eth_swt_monitor>
<eth_link_flapped>never</eth_link_flapped>
<eth_clear_counters>never</eth_clear_counters>
<eth_reset_cntr>0</eth_reset_cntr>
<eth_load_interval1_rx>30</eth_load_interval1_rx>
<eth_inrate1_bits>0</eth_inrate1_bits>
<eth_inrate1_pkts>0</eth_inrate1_pkts>
<eth_load_interval1_tx>30</eth_load_interval1_tx>
<eth_outrate1_bits>0</eth_outrate1_bits>
<eth_outrate1_pkts>0</eth_outrate1_pkts>
<eth_inrate1_summary_bits>0 bps</eth_inrate1_summary_bits>
<eth_inrate1_summary_pkts>0 pps</eth_inrate1_summary_pkts>
<eth_outrate1_summary_bits>0 bps</eth_outrate1_summary_bits>
<eth_outrate1_summary_pkts>0 pps</eth_outrate1_summary_pkts>
<eth_load_interval2_rx>300</eth_load_interval2_rx>
<eth_inrate2_bits>0</eth_inrate2_bits>
<eth_inrate2_pkts>0</eth_inrate2_pkts>
<eth_load_interval2_tx>300</eth_load_interval2_tx>
<eth_outrate2_bits>0</eth_outrate2_bits>
<eth_outrate2_pkts>0</eth_outrate2_pkts>
<eth_inrate2_summary_bits>0 bps</eth_inrate2_summary_bits>
<eth_inrate2_summary_pkts>0 pps</eth_inrate2_summary_pkts>
<eth_outrate2_summary_bits>0 bps</eth_outrate2_summary_bits>
<eth_outrate2_summary_pkts>0 pps</eth_outrate2_summary_pkts>
<eth_inucast>0</eth_inucast>
<eth_inmcast>0</eth_inmcast>
<eth_inbcast>0</eth_inbcast>
<eth_inpkts>0</eth_inpkts>
<eth_inbytes>0</eth_inbytes>
<eth_jumbo_inpkts>0</eth_jumbo_inpkts>
<eth_storm_supp>0</eth_storm_supp>
<eth_runts>0</eth_runts>
<eth_giants>0</eth_giants>
<eth_crc>0</eth_crc>
<eth_nobuf>0</eth_nobuf>
<eth_inerr>0</eth_inerr>
<eth_frame>0</eth_frame>
<eth_overrun>0</eth_overrun>
<eth_underrun>0</eth_underrun>
<eth_ignored>0</eth_ignored>
<eth_watchdog>0</eth_watchdog>
<eth_bad_eth>0</eth_bad_eth>
<eth_bad_proto>0</eth_bad_proto>
<eth_in_ifdown_drops>0</eth_in_ifdown_drops>
<eth_dribble>0</eth_dribble>
<eth_indiscard>0</eth_indiscard>
<eth_inpause>0</eth_inpause>
<eth_outucast>0</eth_outucast>
<eth_outmcast>0</eth_outmcast>
<eth_outbcast>0</eth_outbcast>
<eth_outpkts>0</eth_outpkts>
<eth_outbytes>0</eth_outbytes>
<eth_jumbo_outpkts>0</eth_jumbo_outpkts>
<eth_outerr>0</eth_outerr>
<eth_coll>0</eth_coll>
<eth_deferred>0</eth_deferred>
<eth_latecoll>0</eth_latecoll>
<eth_lostcarrier>0</eth_lostcarrier>
<eth_nocarrier>0</eth_nocarrier>
<eth_babbles>0</eth_babbles>
<eth_outdiscard>0</eth_outdiscard>
<eth_outpause>0</eth_outpause>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/2</interface>
<state>down</state>
<state_rsn_desc>SFP not inserted</state_rsn_desc>
<admin_state>down</admin_state>
<share_state>Dedicated</share_state>
<eth_hw_desc>10000 Ethernet</eth_hw_desc>
<eth_hw_addr>74a2.e661.9d66</eth_hw_addr>
<eth_bia_addr>74a2.e661.9d66</eth_bia_addr>
<eth_mtu> MTU 1500(0-2,4-7) bytes MTU 2112(3) bytes</eth_mtu>
<eth_bw>10000000</eth_bw>
<eth_dly>10</eth_dly>
<eth_reliability>255</eth_reliability>
<eth_txload>1</eth_txload>
<eth_rxload>1</eth_rxload>
<eth_encap>ARPA</eth_encap>
<medium>broadcast</medium>
<eth_mode>access</eth_mode>
<eth_duplex>auto</eth_duplex>
<eth_speed>auto-speed</eth_speed>
<eth_beacon>off</eth_beacon>
<eth_autoneg>on</eth_autoneg>
<eth_in_flowctrl>off</eth_in_flowctrl>
<eth_out_flowctrl>off</eth_out_flowctrl>
<eth_mdix>off</eth_mdix>
<eth_swt_monitor>off</eth_swt_monitor>
<eth_link_flapped>never</eth_link_flapped>
<eth_clear_counters>never</eth_clear_counters>
<eth_reset_cntr>0</eth_reset_cntr>
<eth_load_interval1_rx>30</eth_load_interval1_rx>
<eth_inrate1_bits>0</eth_inrate1_bits>
<eth_inrate1_pkts>0</eth_inrate1_pkts>
<eth_load_interval1_tx>30</eth_load_interval1_tx>
<eth_outrate1_bits>0</eth_outrate1_bits>
<eth_outrate1_pkts>0</eth_outrate1_pkts>
<eth_inrate1_summary_bits>0 bps</eth_inrate1_summary_bits>
<eth_inrate1_summary_pkts>0 pps</eth_inrate1_summary_pkts>
<eth_outrate1_summary_bits>0 bps</eth_outrate1_summary_bits>
<eth_outrate1_summary_pkts>0 pps</eth_outrate1_summary_pkts>
<eth_load_interval2_rx>300</eth_load_interval2_rx>
<eth_inrate2_bits>0</eth_inrate2_bits>
<eth_inrate2_pkts>0</eth_inrate2_pkts>
<eth_load_interval2_tx>300</eth_load_interval2_tx>
<eth_outrate2_bits>0</eth_outrate2_bits>
<eth_outrate2_pkts>0</eth_outrate2_pkts>
<eth_inrate2_summary_bits>0 bps</eth_inrate2_summary_bits>
<eth_inrate2_summary_pkts>0 pps</eth_inrate2_summary_pkts>
<eth_outrate2_summary_bits>0 bps</eth_outrate2_summary_bits>
<eth_outrate2_summary_pkts>0 pps</eth_outrate2_summary_pkts>
<eth_inucast>0</eth_inucast>
<eth_inmcast>0</eth_inmcast>
<eth_inbcast>0</eth_inbcast>
<eth_inpkts>0</eth_inpkts>
<eth_inbytes>0</eth_inbytes>
<eth_jumbo_inpkts>0</eth_jumbo_inpkts>
<eth_storm_supp>0</eth_storm_supp>
<eth_runts>0</eth_runts>
<eth_giants>0</eth_giants>
<eth_crc>0</eth_crc>
<eth_nobuf>0</eth_nobuf>
<eth_inerr>0</eth_inerr>
<eth_frame>0</eth_frame>
<eth_overrun>0</eth_overrun>
<eth_underrun>0</eth_underrun>
<eth_ignored>0</eth_ignored>
<eth_watchdog>0</eth_watchdog>
<eth_bad_eth>0</eth_bad_eth>
<eth_bad_proto>0</eth_bad_proto>
<eth_in_ifdown_drops>0</eth_in_ifdown_drops>
<eth_dribble>0</eth_dribble>
<eth_indiscard>0</eth_indiscard>
<eth_inpause>0</eth_inpause>
<eth_outucast>0</eth_outucast>
<eth_outmcast>0</eth_outmcast>
<eth_outbcast>0</eth_outbcast>
<eth_outpkts>0</eth_outpkts>
<eth_outbytes>0</eth_outbytes>
<eth_jumbo_outpkts>0</eth_jumbo_outpkts>
<eth_outerr>0</eth_outerr>
<eth_coll>0</eth_coll>
<eth_deferred>0</eth_deferred>
<eth_latecoll>0</eth_latecoll>
<eth_lostcarrier>0</eth_lostcarrier>
<eth_nocarrier>0</eth_nocarrier>
<eth_babbles>0</eth_babbles>
<eth_outdiscard>0</eth_outdiscard>
<eth_outpause>0</eth_outpause>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/3</interface>
<state>down</state>
<state_rsn_desc>Administratively down</state_rsn_desc>
<admin_state>down</admin_state>
<share_state>Dedicated</share_state>
<eth_hw_desc>10000 Ethernet</eth_hw_desc>
<eth_hw_addr>74a2.e661.9d67</eth_hw_addr>
<eth_bia_addr>74a2.e661.9d67</eth_bia_addr>
<eth_mtu> MTU 1500(0-2,4-7) bytes MTU 2112(3) bytes</eth_mtu>
<eth_bw>10000000</eth_bw>
<eth_dly>10</eth_dly>
<eth_reliability>255</eth_reliability>
<eth_txload>1</eth_txload>
<eth_rxload>1</eth_rxload>
<eth_encap>ARPA</eth_encap>
<medium>broadcast</medium>
<eth_mode>access</eth_mode>
<eth_duplex>auto</eth_duplex>
<eth_speed>auto-speed</eth_speed>
<eth_media>10G</eth_media>
<eth_beacon>off</eth_beacon>
<eth_autoneg>on</eth_autoneg>
<eth_in_flowctrl>off</eth_in_flowctrl>
<eth_out_flowctrl>off</eth_out_flowctrl>
<eth_mdix>off</eth_mdix>
<eth_ratemode>dedicated</eth_ratemode>
<eth_swt_monitor>off</eth_swt_monitor>
<eth_link_flapped>never</eth_link_flapped>
<eth_clear_counters>never</eth_clear_counters>
<eth_reset_cntr>0</eth_reset_cntr>
<eth_load_interval1_rx>30</eth_load_interval1_rx>
<eth_inrate1_bits>0</eth_inrate1_bits>
<eth_inrate1_pkts>0</eth_inrate1_pkts>
<eth_load_interval1_tx>30</eth_load_interval1_tx>
<eth_outrate1_bits>0</eth_outrate1_bits>
<eth_outrate1_pkts>0</eth_outrate1_pkts>
<eth_inrate1_summary_bits>0 bps</eth_inrate1_summary_bits>
<eth_inrate1_summary_pkts>0 pps</eth_inrate1_summary_pkts>
<eth_outrate1_summary_bits>0 bps</eth_outrate1_summary_bits>
<eth_outrate1_summary_pkts>0 pps</eth_outrate1_summary_pkts>
<eth_load_interval2_rx>300</eth_load_interval2_rx>
<eth_inrate2_bits>0</eth_inrate2_bits>
<eth_inrate2_pkts>0</eth_inrate2_pkts>
<eth_load_interval2_tx>300</eth_load_interval2_tx>
<eth_outrate2_bits>0</eth_outrate2_bits>
<eth_outrate2_pkts>0</eth_outrate2_pkts>
<eth_inrate2_summary_bits>0 bps</eth_inrate2_summary_bits>
<eth_inrate2_summary_pkts>0 pps</eth_inrate2_summary_pkts>
<eth_outrate2_summary_bits>0 bps</eth_outrate2_summary_bits>
<eth_outrate2_summary_pkts>0 pps</eth_outrate2_summary_pkts>
<eth_inucast>0</eth_inucast>
<eth_inmcast>0</eth_inmcast>
<eth_inbcast>0</eth_inbcast>
<eth_inpkts>0</eth_inpkts>
<eth_inbytes>0</eth_inbytes>
<eth_jumbo_inpkts>0</eth_jumbo_inpkts>
<eth_storm_supp>0</eth_storm_supp>
<eth_runts>0</eth_runts>
<eth_giants>0</eth_giants>
<eth_crc>0</eth_crc>
<eth_nobuf>0</eth_nobuf>
<eth_inerr>0</eth_inerr>
<eth_frame>0</eth_frame>
<eth_overrun>0</eth_overrun>
<eth_underrun>0</eth_underrun>
<eth_ignored>0</eth_ignored>
<eth_watchdog>0</eth_watchdog>
<eth_bad_eth>0</eth_bad_eth>
<eth_bad_proto>0</eth_bad_proto>
<eth_in_ifdown_drops>0</eth_in_ifdown_drops>
<eth_dribble>0</eth_dribble>
<eth_indiscard>0</eth_indiscard>
<eth_inpause>0</eth_inpause>
<eth_outucast>0</eth_outucast>
<eth_outmcast>0</eth_outmcast>
<eth_outbcast>0</eth_outbcast>
<eth_outpkts>0</eth_outpkts>
<eth_outbytes>0</eth_outbytes>
<eth_jumbo_outpkts>0</eth_jumbo_outpkts>
<eth_outerr>0</eth_outerr>
<eth_coll>0</eth_coll>
<eth_deferred>0</eth_deferred>
<eth_latecoll>0</eth_latecoll>
<eth_lostcarrier>0</eth_lostcarrier>
<eth_nocarrier>0</eth_nocarrier>
<eth_babbles>0</eth_babbles>
<eth_outdiscard>0</eth_outdiscard>
<eth_outpause>0</eth_outpause>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/4</interface>
<state>down</state>
<state_rsn_desc>Administratively down</state_rsn_desc>
<admin_state>down</admin_state>
<share_state>Dedicated</share_state>
<eth_hw_desc>10000 Ethernet</eth_hw_desc>
<eth_hw_addr>74a2.e661.9d68</eth_hw_addr>
<eth_bia_addr>74a2.e661.9d68</eth_bia_addr>
<eth_mtu> MTU 1500(0-2,4-7) bytes MTU 2112(3) bytes</eth_mtu>
<eth_bw>10000000</eth_bw>
<eth_dly>10</eth_dly>
<eth_reliability>255</eth_reliability>
<eth_txload>1</eth_txload>
<eth_rxload>1</eth_rxload>
<eth_encap>ARPA</eth_encap>
<medium>broadcast</medium>
<eth_mode>access</eth_mode>
<eth_duplex>auto</eth_duplex>
<eth_speed>auto-speed</eth_speed>
<eth_media>10G</eth_media>
<eth_beacon>off</eth_beacon>
<eth_autoneg>on</eth_autoneg>
<eth_in_flowctrl>off</eth_in_flowctrl>
<eth_out_flowctrl>off</eth_out_flowctrl>
<eth_mdix>off</eth_mdix>
<eth_ratemode>dedicated</eth_ratemode>
<eth_swt_monitor>off</eth_swt_monitor>
<eth_link_flapped>never</eth_link_flapped>
<eth_clear_counters>never</eth_clear_counters>
<eth_reset_cntr>0</eth_reset_cntr>
<eth_load_interval1_rx>30</eth_load_interval1_rx>
<eth_inrate1_bits>0</eth_inrate1_bits>
<eth_inrate1_pkts>0</eth_inrate1_pkts>
<eth_load_interval1_tx>30</eth_load_interval1_tx>
<eth_outrate1_bits>0</eth_outrate1_bits>
<eth_outrate1_pkts>0</eth_outrate1_pkts>
<eth_inrate1_summary_bits>0 bps</eth_inrate1_summary_bits>
<eth_inrate1_summary_pkts>0 pps</eth_inrate1_summary_pkts>
<eth_outrate1_summary_bits>0 bps</eth_outrate1_summary_bits>
<eth_outrate1_summary_pkts>0 pps</eth_outrate1_summary_pkts>
<eth_load_interval2_rx>300</eth_load_interval2_rx>
<eth_inrate2_bits>0</eth_inrate2_bits>
<eth_inrate2_pkts>0</eth_inrate2_pkts>
<eth_load_interval2_tx>300</eth_load_interval2_tx>
<eth_outrate2_bits>0</eth_outrate2_bits>
<eth_outrate2_pkts>0</eth_outrate2_pkts>
<eth_inrate2_summary_bits>0 bps</eth_inrate2_summary_bits>
<eth_inrate2_summary_pkts>0 pps</eth_inrate2_summary_pkts>
<eth_outrate2_summary_bits>0 bps</eth_outrate2_summary_bits>
<eth_outrate2_summary_pkts>0 pps</eth_outrate2_summary_pkts>
<eth_inucast>0</eth_inucast>
<eth_inmcast>0</eth_inmcast>
<eth_inbcast>0</eth_inbcast>
<eth_inpkts>0</eth_inpkts>
<eth_inbytes>0</eth_inbytes>
<eth_jumbo_inpkts>0</eth_jumbo_inpkts>
<eth_storm_supp>0</eth_storm_supp>
<eth_runts>0</eth_runts>
<eth_giants>0</eth_giants>
<eth_crc>0</eth_crc>
<eth_nobuf>0</eth_nobuf>
<eth_inerr>0</eth_inerr>
<eth_frame>0</eth_frame>
<eth_overrun>0</eth_overrun>
<eth_underrun>0</eth_underrun>
<eth_ignored>0</eth_ignored>
<eth_watchdog>0</eth_watchdog>
<eth_bad_eth>0</eth_bad_eth>
<eth_bad_proto>0</eth_bad_proto>
<eth_in_ifdown_drops>0</eth_in_ifdown_drops>
<eth_dribble>0</eth_dribble>
<eth_indiscard>0</eth_indiscard>
<eth_inpause>0</eth_inpause>
<eth_outucast>0</eth_outucast>
<eth_outmcast>0</eth_outmcast>
<eth_outbcast>0</eth_outbcast>
<eth_outpkts>0</eth_outpkts>
<eth_outbytes>0</eth_outbytes>
<eth_jumbo_outpkts>0</eth_jumbo_outpkts>
<eth_outerr>0</eth_outerr>
<eth_coll>0</eth_coll>
<eth_deferred>0</eth_deferred>
<eth_latecoll>0</eth_latecoll>
<eth_lostcarrier>0</eth_lostcarrier>
<eth_nocarrier>0</eth_nocarrier>
<eth_babbles>0</eth_babbles>
<eth_outdiscard>0</eth_outdiscard>
<eth_outpause>0</eth_outpause>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/5</interface>
<state>down</state>
<state_rsn_desc>SFP not inserted</state_rsn_desc>
<admin_state>down</admin_state>
<share_state>Dedicated</share_state>
<eth_hw_desc>10000 Ethernet</eth_hw_desc>
<eth_hw_addr>74a2.e661.9d69</eth_hw_addr>
<eth_bia_addr>74a2.e661.9d69</eth_bia_addr>
<eth_mtu> MTU 1500(0-2,4-7) bytes MTU 2112(3) bytes</eth_mtu>
<eth_bw>10000000</eth_bw>
<eth_dly>10</eth_dly>
<eth_reliability>255</eth_reliability>
<eth_txload>1</eth_txload>
<eth_rxload>1</eth_rxload>
<eth_encap>ARPA</eth_encap>
<medium>broadcast</medium>
<eth_mode>access</eth_mode>
<eth_duplex>auto</eth_duplex>
<eth_speed>auto-speed</eth_speed>
<eth_beacon>off</eth_beacon>
<eth_autoneg>on</eth_autoneg>
<eth_in_flowctrl>off</eth_in_flowctrl>
<eth_out_flowctrl>off</eth_out_flowctrl>
<eth_mdix>off</eth_mdix>
<eth_swt_monitor>off</eth_swt_monitor>
<eth_link_flapped>never</eth_link_flapped>
<eth_clear_counters>never</eth_clear_counters>
<eth_reset_cntr>0</eth_reset_cntr>
<eth_load_interval1_rx>30</eth_load_interval1_rx>
<eth_inrate1_bits>0</eth_inrate1_bits>
<eth_inrate1_pkts>0</eth_inrate1_pkts>
<eth_load_interval1_tx>30</eth_load_interval1_tx>
<eth_outrate1_bits>0</eth_outrate1_bits>
<eth_outrate1_pkts>0</eth_outrate1_pkts>
<eth_inrate1_summary_bits>0 bps</eth_inrate1_summary_bits>
<eth_inrate1_summary_pkts>0 pps</eth_inrate1_summary_pkts>
<eth_outrate1_summary_bits>0 bps</eth_outrate1_summary_bits>
<eth_outrate1_summary_pkts>0 pps</eth_outrate1_summary_pkts>
<eth_load_interval2_rx>300</eth_load_interval2_rx>
<eth_inrate2_bits>0</eth_inrate2_bits>
<eth_inrate2_pkts>0</eth_inrate2_pkts>
<eth_load_interval2_tx>300</eth_load_interval2_tx>
<eth_outrate2_bits>0</eth_outrate2_bits>
<eth_outrate2_pkts>0</eth_outrate2_pkts>
<eth_inrate2_summary_bits>0 bps</eth_inrate2_summary_bits>
<eth_inrate2_summary_pkts>0 pps</eth_inrate2_summary_pkts>
<eth_outrate2_summary_bits>0 bps</eth_outrate2_summary_bits>
<eth_outrate2_summary_pkts>0 pps</eth_outrate2_summary_pkts>
<eth_inucast>0</eth_inucast>
<eth_inmcast>0</eth_inmcast>
<eth_inbcast>0</eth_inbcast>
<eth_inpkts>0</eth_inpkts>
<eth_inbytes>0</eth_inbytes>
<eth_jumbo_inpkts>0</eth_jumbo_inpkts>
<eth_storm_supp>0</eth_storm_supp>
<eth_runts>0</eth_runts>
<eth_giants>0</eth_giants>
<eth_crc>0</eth_crc>
<eth_nobuf>0</eth_nobuf>
<eth_inerr>0</eth_inerr>
<eth_frame>0</eth_frame>
<eth_overrun>0</eth_overrun>
<eth_underrun>0</eth_underrun>
<eth_ignored>0</eth_ignored>
<eth_watchdog>0</eth_watchdog>
<eth_bad_eth>0</eth_bad_eth>
<eth_bad_proto>0</eth_bad_proto>
<eth_in_ifdown_drops>0</eth_in_ifdown_drops>
<eth_dribble>0</eth_dribble>
<eth_indiscard>0</eth_indiscard>
<eth_inpause>0</eth_inpause>
<eth_outucast>0</eth_outucast>
<eth_outmcast>0</eth_outmcast>
<eth_outbcast>0</eth_outbcast>
<eth_outpkts>0</eth_outpkts>
<eth_outbytes>0</eth_outbytes>
<eth_jumbo_outpkts>0</eth_jumbo_outpkts>
<eth_outerr>0</eth_outerr>
<eth_coll>0</eth_coll>
<eth_deferred>0</eth_deferred>
<eth_latecoll>0</eth_latecoll>
<eth_lostcarrier>0</eth_lostcarrier>
<eth_nocarrier>0</eth_nocarrier>
<eth_babbles>0</eth_babbles>
<eth_outdiscard>0</eth_outdiscard>
<eth_outpause>0</eth_outpause>
</ROW_interface>
<ROW_interface>
<interface>port-channel1</interface>
<oper_port_state>down</oper_port_state>
<port_down_reason>No operational members</port_down_reason>
<hardware>Fibre Channel</hardware>
<port_wwn>24:01:00:2a:6a:fd:04:a0</port_wwn>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<snmp_trap>enabled</snmp_trap>
<port_vsan>1</port_vsan>
<logical_type>Unknown(0)</logical_type>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_frames>0</rx_frames>
<rx_bytes>0</rx_bytes>
<rx_discard_frames>0</rx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<rx_invalid_crc>0</rx_invalid_crc>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<tx_frames>0</tx_frames>
<tx_bytes>0</tx_bytes>
<tx_discard_frames>0</tx_discard_frames>
<tx_error_frames>0</tx_error_frames>
<rx_ols>0</rx_ols>
<rx_lrr>0</rx_lrr>
<rx_nos>0</rx_nos>
<rx_loop_inits>0</rx_loop_inits>
<tx_ols>0</tx_ols>
<tx_lrr>0</tx_lrr>
<tx_nos>0</tx_nos>
<tx_loop_inits>0</tx_loop_inits>
</ROW_interface>
</TABLE_interface>
The show interface command displays the status of an interface.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| state_rsn_desc | Interface state reason description in detail | String | ['SFP not inserted', 'Administratively down'] |
| hardware | Interface type | String | ['IPStorage', 'Fibre Channel', 'GigabitEthernet'] |
| eth_beacon | Ethernet beacon state | String | ['off,on'] |
| oper_port_state | Port operational state | String | ['down', 'trunking', 'up'] |
| pmtu_disc | Path MTU discovery mode | String | ['enabled', 'disabled'] |
| tmf_queueing_mode | TMF queuing mode | String | ['enabled', 'disabled'] |
| sack | Sack | String | ['enabled', 'disabled'] |
| auto_negotiation | Auto-Negotiation mode | String | ['off', 'on'] |
| admin_b2b_state_change | Port B2B state change admin mode | String | ['off', 'on'] |
| beacon_status | Beacon status | String | ['off', 'on'] |
| eth_swt_monitor | Ethernet switchport monitor state | String | ['off', 'on'] |
| eth_out_flowctrl | Ethernet output flow control state | String | ['off', 'on'] |
| eth_in_flowctrl | Ethernet input flow control state | String | ['off', 'on'] |
| admin_beacon_mode | Master/Admin beacon mode for the interface | String | ['off', 'on'] |
| state | Port state | String | ['down', ' up', ' testing', ' trunking'] |
| admin_state | Master/Admin port state | String | ['down', ' up', ' testing', ' trunking'] |
| oper_state | Operational port state | ['down', ' up', ' testing', ' trunking'] | |
| status | Port status | String | ['up', 'down'] |
| medium | Medium type | String | ['broadcast', 'p2p'] |
| oper_mode | Port operational mode | String | ['--', 'auto', 'SD', 'F', 'E', 'TF', 'TE', 'IPS', 'ISCSI'] |
| admin_mode | Interface admin mode | String | ['--', 'auto', 'SD', 'F', 'E', 'TF', 'TE', 'IPS', 'ISCSI'] |
| port_down_reason | Reason for port down state | String | ['SFP not present', ' No operational members', ' Administratively down', ' Link failure or not-connected', ' Initializing'] |
| admin_trunk_mode | Admin/Master trunking mode for the interface | String | ['off', ' on'] |
| eth_autoneg | Ethernet auto-negotiation mode | String | ['off', 'on'] |
| eth_mdix | Ethernet Medium dependent independent crossover (MDIX) enabled or disabled | String | ['off', 'on'] |
| snmp_trap | SNMP trap state | String | ['enabled', 'disabled'] |
| speed | Port speed | String | |
| rx_dropped | Dropped input packets | Integer | |
| eth_watchdog | Ethernet input packets watchdog status | Integer | |
| eth_ignored | Ethernet input ignored packets | Integer | |
| eth_indiscard | Ethernet input discarded packets | Integer | |
| rx_loop_inits | Input loop inits | Integer | |
| eth_deferred | Ethernet output packets deferred | Integer | |
| burst_size_in_kb | Burst size (in kb) for ISCSI interface | Integer | |
| max_retrans | Maximum retransmit time for ISCSI interface | Integer | |
| rx_rate_frames_ps | Fibre channel input frames per second | Integer | |
| rx_compressed | Fibre channel input compressed frames | Integer | |
| eth_dribble | Input packets with dribble condition | Integer | |
| num_tcp_conn | Number of TCP connection | Integer | |
| jitter_in_us | Configured maximum jitter | Integer | |
| eth_babbles | Ethernet babbles value | Integer | |
| eth_outpause | Ethernet pause output | Integer | |
| interface_last_changed | Last changed interface | String | |
| max_bw_in_kbps | Maximum allowed bandwidth | Integer | |
| eth_outmcast | Ethernet output multicast | Integer | |
| tx_discard_frames | Ethernet output discarded frames | Integer | |
| eth_runts | Ethernet runts | Integer | |
| qos | Quality of service value | Integer | |
| eth_reliability | Ethernet reliability parameter | String | |
| eth_inpause | Ethernet pause input | Integer | |
| ipv6_address | IPV6 internet address | String List | |
| eth_crc | Invalid CRC for ethernet input frames | Integer | |
| eth_storm_supp | Ethernet input packets storm supression | Integer | |
| eth_outbytes | Ethernet output bytes | Integer | |
| eth_inpkts | Ethernet input packets | Integer | |
| eth_inmcast | Ethernet input multicasts | Integer | |
| ip_address | IPV4 address for interface | String | |
| eth_jumbo_outpkts | Ethernet outgoing jumbo packets | Integer | |
| eth_jumbo_inpkts | Ethernet incoming jumbo packets | Integer | |
| eth_nocarrier | Ethernet no carrier | Integer | |
| eth_giants | Ethernet giants | Integer | |
| num_iscsi_sess | Number of ISCSI sessions | Integer | |
| eth_outpkts | Ethernet output packets | Integer | |
| rx_mcast_frames | Input multicast frames | Integer | |
| eth_inucast | Ethernet input unicast frames | Integer | |
| eth_inerr | Ethernet input packet errors | Integer | |
| eth_coll | Ethernet output packet collisions | Integer | |
| eth_outbcast | Ethernet output packet broadcasts | Integer | |
| eth_lostcarrier | Ethernet output packet lost carrier | Integer | |
| local_port | Local port value for FCIP interface | Integer | |
| min_avail_bw_in_kbps | Minimum available bandwidth for ISCSI | Integer | |
| mac_address | Port MAC address | String | |
| eth_frame | Ethernet processed frames | Integer | |
| eth_latecoll | Ethernet output late collision packets | Integer | |
| eth_bw | Ethernet bandwidth | Integer | |
| eth_underrun | Ethernet underruns | Integer | |
| eth_outerr | Ethernet output errors | Integer | |
| min_retrans_in_ms | Minimum retransmit time for ISCSI interface | Integer | |
| bw | Bandwidth value | String | |
| eth_bad_eth | Bad ethernet type drop value | Integer | |
| eth_reset_cntr | Number of ethernet interface resets | Integer | |
| reset_timeout_in_sec | ISCSI reset timeout in seconds | Integer | |
| keepalive_in_sec | Keep alive timeout for ISCSI interface | Integer | |
| eth_dly | Ethernet frame delay | Integer | |
| eth_overrun | Ethernet output packet overruns | Integer | |
| eth_hw_addr | Ethernet port hardware address | String | |
| eth_outdiscard | Ethernet output discarded packets | Integer | |
| num_disc_sess | ISCSI number of discovery session | Integer | |
| eth_inbcast | Ethernet input broadcast value | Integer | |
| src_ipaddr | Source IP address | String | |
| lsp_id | LSP ID for FC-tunnel | String | |
| eth_bia_addr | Ethernet hardware address (BIA - burned in address) | String | |
| conf_rtt_in_usec | Configured round trip time for ISCSI interface | Integer | |
| eth_bad_proto | Ethernet dropped input packets due to bad protocol | Integer | |
| rx_unsol_bytes | Input unsolicited bytes | Integer | |
| trunk_vsan_up | Trunking vsans in up state | String | |
| trans_rdy_frame | Ready to transmit frames for ISCSI interface | Integer | |
| port_vsan | Port vsan ID | Integer | |
| eth_outucast | Ethernet output unicast frames | Integer | |
| eth_inbytes | Total number of ethernet input bytes | Integer | |
| fcid | Fibre channel ID | String | |
| rx_cmd_pdus | Received command pdus | Integer | |
| tx_lrr | Link reset responses transmitted | Integer | |
| rx_nos | Non-operational sequences received | Integer | |
| oper_rxbbcredit | Operational Rx B2B credit | Integer | |
| rx_b2b_credit_remain | Rx B2B credit remaining | Integer | |
| rx_discard_frames | Rx discarded frames | Integer | |
| eth_load_interval2_rx | Ethernet timer values (in sec) for 2nd interval | Integer | |
| eth_nobuf | Ethernet no buffer received | Integer | |
| eth_rxload | Ethernet Rx load | String | |
| rx_packets | Receiveed FCOE packets | Integer | |
| eth_inrate2_bits | Ethernet input bit rate for 2nd interval | Integer | |
| tx_data_pdus | Transmitted data PDUs | Integer | |
| eth_load_interval1_rx | Ethernet timer values (in sec) for 1st interval | Integer | |
| tx_ols | Offline sequences transmitted | Integer | |
| peer_port_wwn | Peer port wwn | String | |
| tx_resp_sense_frame | Tx response with sense frames | Integer | |
| rx_errors | Tx packet errors | Integer | |
| tx_nos | Non-operational sequences transmitted | Integer | |
| tx_error_frames | Total Tx frame errors | Integer | |
| rx_error_frames | Total Rx frame errors | Integer | |
| rx_overrun | Rx overruns | Integer | |
| rx_rate_bits_ps | Received rate in bits per second | Integer | |
| rx_invalid_crc | Received frames for invalid CRC | Integer | |
| rx_too_long_frames | Received frames too long | Integer | |
| eth_outrate2_bits | Ethernet output bit rate for 2nd interval | Integer | |
| eth_outrate2_pkts | Ethernet output packet rate for 2nd interval | Integer | |
| oper_txbbcredit | Operational Tx B2B credit | Integer | |
| interface | Interface ID | String | |
| tx_bytes | Total transmitted bytes | Integer | |
| rx_bytes | Total received bytes | Integer | |
| tx_b2b_credit_remain | Tx B2B credit remaining | Integer | |
| eth_in_ifdown_drops | Ethernet input if-down drops | Integer | |
| rx_unknown_class_frames | Received unknown class frames | Integer | |
| tx_frames | Total transmitted frames | Integer | |
| rx_fifo | Received FIFO (First in first out) | Integer | |
| tx_fifo_errors | Transmitted FIFO erros | Integer | |
| rx_data_bytes | Received data bytes | Integer | |
| tx_dropped | Dropped Tx packets | Integer | |
| port_wwn | Port wwn | String | |
| tx_rate_bytes_ps | Transmitted rate in bytes per sec | Integer | |
| rx_ols | Offline sequences received | Integer | |
| eth_outrate1_bits | Ethernet output bit rate for 1st interval | Integer | |
| b2b_state_change_neg_val | Port B2B state change | Integer | |
| tx_data_bytes | Transmitted data in bytes | Integer | |
| rx_data_pdus | Received data in PDUs | Integer | |
| tx_rate_bits_ps | Transmitted rate in bits per second | Integer | |
| rx_rate_bytes_ps | Received rate in bytes per second | Integer | |
| eth_inrate2_pkts | Ethernet input packet rate for 2nd interval | Integer | |
| tx_loop_inits | Transmitted loop initialisation | Integer | |
| admin_rxbufsize | Admin Rx buffer size | Integer | |
| tx_errors | Transmitted packet errors | Integer | |
| eth_txload | Ethernet Tx load | String | |
| eth_inrate1_pkts | Ethernet input packet rate for 1st interval | Integer | |
| tx_fifo | Tx FIFO (first in first out) for IPStorage | Integer | |
| eth_load_interval1_tx | Ethernet timer value (per sec) for 1st interval | Integer | |
| eth_load_interval2_tx | Ethernet timer value (per sec) for 2nd interval | Integer | |
| rx_lrr | Link reset response received | Integer | |
| mtu | Maximum transmission unit | Integer | |
| active_vsan | Allowed and active vsan list | String | |
| rx_too_short_frames | Received short frames value | Integer | |
| tx_packets | Transmitted FCOE packets | Integer | |
| eth_inrate1_bits | Ethernet input bit rate for 1st interface | Integer | |
| tx_b2b_low_pri_cre | Tx B2B low priority credit | Integer | |
| eth_outrate1_pkts | Ethernet output packet rate for 1st interval | Integer | |
| rx_frames | Total received frames | Integer | |
| tx_rate_frames_ps | Transmitted frame rate per second | Integer | |
| vsan | Vsan ID | Integer | |
| tunnel_id | FC-tunnel ID | Integer | |
| wwn | Port wwn | String | |
| tx_drop | Number of dropped transmitted packets | Integer | |
| send_buff_size_in_kb | Send buffer size (in kb) for ISCSI interface | Integer | |
| tx_carrier_errors | Transmitted carrier errors | Integer | |
| tx_resp_frame | Transmitted response frames for ISCSI interface | Integer | |
| rx_mcast | Total number of received multicasts | Integer | |
| rx_fifo_errors | Received FIFO errors | Integer | |
| tx_underruns | Transmitted frame underruns | Integer | |
| tx_collisions | Number of transmitted collisions | Integer | |
| eth_link_flapped | Name of last flapped link | String | |
| eth_hw_desc | Ethernet port hardware description | String | |
| last_cleared_time | List of last cleared counters | String | |
| eth_clear_counters | Last clearing of ethernet interface counters | String | |
| initiator_id_mode | Initiator ID mode for ISCSI interface statistics | String | |
| rate_mode | Operational port rate mode | String | |
| share_state | Interface ownership type | String | |
| sfp | SFP description | String | |
| oper_speed | Port operational speed | String | |
| description | Interface description | String | |
| eth_speed | Ethernet port speed | String | |
| admin_speed | Port speed | String | |
| eth_outrate1_summary_bits | Ethernet output bit rate summary for 1st interval | String | |
| eth_ratemode | Ethernet port rate mode | String | |
| bw_state | Bandwidth state | String | |
| eth_inrate2_summary_pkts | Ethernet input packet rate for 2nd interval | String | |
| eth_mode | Ethernet mode | String | |
| eth_outrate2_summary_bits | Ethernet output bit rate summary for 2nd interval | String | |
| dest_ipaddr | Destination IP address | String | |
| eth_media | Ethernet media type | String | |
| oper_state_cause | Operational state cause for FC tunnel | String | |
| trunk_vsan_isolated | List of isolated trunk VSANs | String | |
| eth_outrate2_summary_pkts | Ethernet output packet rate summary for 2nd interval | String | |
| eth_inrate1_summary_pkts | Ethernet input packet rate summary for 1st interval | String | |
| eth_outrate1_summary_pkts | Ethernet output packet rate summary for 1st interval | String | |
| trunk_vsan_initializing | Initialisation of trunk Vsan | String | |
| explicit_path | Explicit path name for fibre channel tunnel | String | |
| oper_b2b_state_change | Port B2B state change operation mode | String | |
| eth_inrate2_summary_bits | Ethernet input bit rate summary for 2nd interval | String | |
| eth_inrate1_summary_bits | Ethernet input bit rate summary for 1st interval | String | |
| line_proto | Line protocol status for interface | String | |
| eth_mtu | Ethernet maximum transmission unit (MTU) | String | |
| flow_control | Packet flow-control mode for the interface | String | |
| forwarding_mode | Port-Forwarding mode | String | |
| eth_encap | Ethernet encapsulation value | String | |
| eth_duplex | Ethernet duplex mode | String | |
| logical_type | Logical type | String |
show interface <*interface_id*>
show interface <interface_id>
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface <interface_id>"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_interface": {
"ROW_interface": [
{
"admin_b2b_state_change": "on",
"admin_beacon_mode": "off",
"admin_mode": "F",
"admin_rxbufsize": 2112,
"admin_speed": "auto",
"admin_trunk_mode": "on",
"b2b_state_change_neg_val": 14,
"fcid": "0xab1800",
"flow_control": "R_RDY",
"hardware": "Fibre Channel",
"interface": "fc1/2",
"interface_last_changed": "Tue Nov 9 12:16:33 1976",
"last_cleared_time": "never",
"logical_type": "edge",
"oper_b2b_state_change": "up",
"oper_mode": "F",
"oper_port_state": "up",
"oper_rxbbcredit": 64,
"oper_speed": "8 Gbps",
"oper_txbbcredit": 64,
"peer_port_wwn": "20:03:8c:60:4f:19:b4:70",
"port_vsan": 1,
"port_wwn": "20:02:00:2a:6a:fd:04:a0",
"rate_mode": "dedicated",
"rx_b2b_credit_remain": 64,
"rx_bytes": 162116,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 3111,
"rx_invalid_crc": 0,
"rx_loop_inits": 0,
"rx_lrr": 0,
"rx_nos": 0,
"rx_ols": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"sfp": "SFP is short wave laser w/o OFC (SN)",
"snmp_trap": "enabled",
"tx_b2b_credit_remain": 64,
"tx_b2b_low_pri_cre": 64,
"tx_bytes": 4917992,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 3120,
"tx_loop_inits": 0,
"tx_lrr": 1,
"tx_nos": 0,
"tx_ols": 1,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
}
]
}
}
<TABLE_interface>
<ROW_interface>
<interface>fc1/2</interface>
<oper_port_state>up</oper_port_state>
<hardware>Fibre Channel</hardware>
<sfp>SFP is short wave laser w/o OFC (SN)</sfp>
<port_wwn>20:02:00:2a:6a:fd:04:a0</port_wwn>
<peer_port_wwn>20:03:8c:60:4f:19:b4:70</peer_port_wwn>
<admin_mode>F</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<snmp_trap>enabled</snmp_trap>
<oper_mode>F</oper_mode>
<fcid>0xab1800</fcid>
<port_vsan>1</port_vsan>
<admin_speed>auto</admin_speed>
<oper_speed>8 Gbps</oper_speed>
<rate_mode>dedicated</rate_mode>
<flow_control>R_RDY</flow_control>
<oper_txbbcredit>64</oper_txbbcredit>
<oper_rxbbcredit>64</oper_rxbbcredit>
<admin_b2b_state_change>on</admin_b2b_state_change>
<oper_b2b_state_change>up</oper_b2b_state_change>
<b2b_state_change_neg_val>14</b2b_state_change_neg_val>
<admin_rxbufsize>2112</admin_rxbufsize>
<admin_beacon_mode>off</admin_beacon_mode>
<logical_type>edge</logical_type>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_frames>3111</rx_frames>
<rx_bytes>162116</rx_bytes>
<rx_discard_frames>0</rx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<rx_invalid_crc>0</rx_invalid_crc>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<tx_frames>3120</tx_frames>
<tx_bytes>4917992</tx_bytes>
<tx_discard_frames>0</tx_discard_frames>
<tx_error_frames>0</tx_error_frames>
<rx_ols>0</rx_ols>
<rx_lrr>0</rx_lrr>
<rx_nos>0</rx_nos>
<rx_loop_inits>0</rx_loop_inits>
<tx_ols>1</tx_ols>
<tx_lrr>1</tx_lrr>
<tx_nos>0</tx_nos>
<tx_loop_inits>0</tx_loop_inits>
<rx_b2b_credit_remain>64</rx_b2b_credit_remain>
<tx_b2b_credit_remain>64</tx_b2b_credit_remain>
<tx_b2b_low_pri_cre>64</tx_b2b_low_pri_cre>
<interface_last_changed>Tue Nov 9 12:16:33 1976</interface_last_changed>
<last_cleared_time>never</last_cleared_time>
</ROW_interface>
</TABLE_interface>
The show interface <*interface_id*> command displays the status of the specified interface range.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| state_rsn_desc | Interface state reason description in detail | String | ['SFP not inserted', 'Administratively down'] |
| hardware | Interface type | String | ['IPStorage', 'Fibre Channel', 'GigabitEthernet'] |
| eth_beacon | Ethernet beacon state | String | ['off,on'] |
| oper_port_state | Port operational state | String | ['down', 'trunking', 'up'] |
| pmtu_disc | Path MTU discovery mode | String | ['enabled', 'disabled'] |
| tmf_queueing_mode | TMF queuing mode | String | ['enabled', 'disabled'] |
| sack | Sack | String | ['enabled', 'disabled'] |
| auto_negotiation | Auto-Negotiation mode | String | ['off', 'on'] |
| admin_b2b_state_change | Port B2B state change admin mode | String | ['off', 'on'] |
| beacon_status | Beacon status | String | ['off', 'on'] |
| eth_swt_monitor | Ethernet switchport monitor state | String | ['off', 'on'] |
| eth_out_flowctrl | Ethernet output flow control state | String | ['off', 'on'] |
| eth_in_flowctrl | Ethernet input flow control state | String | ['off', 'on'] |
| admin_beacon_mode | Master/Admin beacon mode for the interface | String | ['off', 'on'] |
| state | Port state | String | ['down', ' up', ' testing', ' trunking'] |
| admin_state | Master/Admin port state | String | ['down', ' up', ' testing', ' trunking'] |
| oper_state | Operational port state | ['down', ' up', ' testing', ' trunking'] | |
| status | Port status | String | ['up', 'down'] |
| medium | Medium type | String | ['broadcast', 'p2p'] |
| oper_mode | Port operational mode | String | ['--', 'auto', 'SD', 'F', 'E', 'TF', 'TE', 'IPS', 'ISCSI'] |
| admin_mode | Interface admin mode | String | ['--', 'auto', 'SD', 'F', 'E', 'TF', 'TE', 'IPS', 'ISCSI'] |
| port_down_reason | Reason for port down state | String | ['SFP not present', ' No operational members', ' Administratively down', ' Link failure or not-connected', ' Initializing'] |
| admin_trunk_mode | Admin/Master trunking mode for the interface | String | ['off', ' on'] |
| eth_autoneg | Ethernet auto-negotiation mode | String | ['off', 'on'] |
| eth_mdix | Ethernet Medium dependent independent crossover (MDIX) enabled or disabled | String | ['off', 'on'] |
| snmp_trap | SNMP trap state | String | ['enabled', 'disabled'] |
| speed | Port speed | String | |
| rx_dropped | Dropped input packets | Integer | |
| eth_watchdog | Ethernet input packets watchdog status | Integer | |
| eth_ignored | Ethernet input ignored packets | Integer | |
| eth_indiscard | Ethernet input discarded packets | Integer | |
| rx_loop_inits | Input loop inits | Integer | |
| eth_deferred | Ethernet output packets deferred | Integer | |
| burst_size_in_kb | Burst size (in kb) for ISCSI interface | Integer | |
| max_retrans | Maximum retransmit time for ISCSI interface | Integer | |
| rx_rate_frames_ps | Fibre channel input frames per second | Integer | |
| rx_compressed | Fibre channel input compressed frames | Integer | |
| eth_dribble | Input packets with dribble condition | Integer | |
| num_tcp_conn | Number of TCP connection | Integer | |
| jitter_in_us | Configured maximum jitter | Integer | |
| eth_babbles | Ethernet babbles value | Integer | |
| eth_outpause | Ethernet pause output | Integer | |
| interface_last_changed | Last changed interface | String | |
| max_bw_in_kbps | Maximum allowed bandwidth | Integer | |
| eth_outmcast | Ethernet output multicast | Integer | |
| tx_discard_frames | Ethernet output discarded frames | Integer | |
| eth_runts | Ethernet runts | Integer | |
| qos | Quality of service value | Integer | |
| eth_reliability | Ethernet reliability parameter | String | |
| eth_inpause | Ethernet pause input | Integer | |
| ipv6_address | IPV6 internet address | String List | |
| eth_crc | Invalid CRC for ethernet input frames | Integer | |
| eth_storm_supp | Ethernet input packets storm supression | Integer | |
| eth_outbytes | Ethernet output bytes | Integer | |
| eth_inpkts | Ethernet input packets | Integer | |
| eth_inmcast | Ethernet input multicasts | Integer | |
| ip_address | IPV4 address for interface | String | |
| eth_jumbo_outpkts | Ethernet outgoing jumbo packets | Integer | |
| eth_jumbo_inpkts | Ethernet incoming jumbo packets | Integer | |
| eth_nocarrier | Ethernet no carrier | Integer | |
| eth_giants | Ethernet giants | Integer | |
| num_iscsi_sess | Number of ISCSI sessions | Integer | |
| eth_outpkts | Ethernet output packets | Integer | |
| rx_mcast_frames | Input multicast frames | Integer | |
| eth_inucast | Ethernet input unicast frames | Integer | |
| eth_inerr | Ethernet input packet errors | Integer | |
| eth_coll | Ethernet output packet collisions | Integer | |
| eth_outbcast | Ethernet output packet broadcasts | Integer | |
| eth_lostcarrier | Ethernet output packet lost carrier | Integer | |
| local_port | Local port value for FCIP interface | Integer | |
| min_avail_bw_in_kbps | Minimum available bandwidth for ISCSI | Integer | |
| mac_address | Port MAC address | String | |
| eth_frame | Ethernet processed frames | Integer | |
| eth_latecoll | Ethernet output late collision packets | Integer | |
| eth_bw | Ethernet bandwidth | Integer | |
| eth_underrun | Ethernet underruns | Integer | |
| eth_outerr | Ethernet output errors | Integer | |
| min_retrans_in_ms | Minimum retransmit time for ISCSI interface | Integer | |
| bw | Bandwidth value | String | |
| eth_bad_eth | Bad ethernet type drop value | Integer | |
| eth_reset_cntr | Number of ethernet interface resets | Integer | |
| reset_timeout_in_sec | ISCSI reset timeout in seconds | Integer | |
| keepalive_in_sec | Keep alive timeout for ISCSI interface | Integer | |
| eth_dly | Ethernet frame delay | Integer | |
| eth_overrun | Ethernet output packet overruns | Integer | |
| eth_hw_addr | Ethernet port hardware address | String | |
| eth_outdiscard | Ethernet output discarded packets | Integer | |
| num_disc_sess | ISCSI number of discovery session | Integer | |
| eth_inbcast | Ethernet input broadcast value | Integer | |
| src_ipaddr | Source IP address | String | |
| lsp_id | LSP ID for FC-tunnel | String | |
| eth_bia_addr | Ethernet hardware address (BIA - burned in address) | String | |
| conf_rtt_in_usec | Configured round trip time for ISCSI interface | Integer | |
| eth_bad_proto | Ethernet dropped input packets due to bad protocol | Integer | |
| rx_unsol_bytes | Input unsolicited bytes | Integer | |
| trunk_vsan_up | Trunking vsans in up state | String | |
| trans_rdy_frame | Ready to transmit frames for ISCSI interface | Integer | |
| port_vsan | Port vsan ID | Integer | |
| eth_outucast | Ethernet output unicast frames | Integer | |
| eth_inbytes | Total number of ethernet input bytes | Integer | |
| fcid | Fibre channel ID | String | |
| rx_cmd_pdus | Received command pdus | Integer | |
| tx_lrr | Link reset responses transmitted | Integer | |
| rx_nos | Non-operational sequences received | Integer | |
| oper_rxbbcredit | Operational Rx B2B credit | Integer | |
| rx_b2b_credit_remain | Rx B2B credit remaining | Integer | |
| rx_discard_frames | Rx discarded frames | Integer | |
| eth_load_interval2_rx | Ethernet timer values (in sec) for 2nd interval | Integer | |
| eth_nobuf | Ethernet no buffer received | Integer | |
| eth_rxload | Ethernet Rx load | String | |
| rx_packets | Receiveed FCOE packets | Integer | |
| eth_inrate2_bits | Ethernet input bit rate for 2nd interval | Integer | |
| tx_data_pdus | Transmitted data PDUs | Integer | |
| eth_load_interval1_rx | Ethernet timer values (in sec) for 1st interval | Integer | |
| tx_ols | Offline sequences transmitted | Integer | |
| peer_port_wwn | Peer port wwn | String | |
| tx_resp_sense_frame | Tx response with sense frames | Integer | |
| rx_errors | Tx packet errors | Integer | |
| tx_nos | Non-operational sequences transmitted | Integer | |
| tx_error_frames | Total Tx frame errors | Integer | |
| rx_error_frames | Total Rx frame errors | Integer | |
| rx_overrun | Rx overruns | Integer | |
| rx_rate_bits_ps | Received rate in bits per second | Integer | |
| rx_invalid_crc | Received frames for invalid CRC | Integer | |
| rx_too_long_frames | Received frames too long | Integer | |
| eth_outrate2_bits | Ethernet output bit rate for 2nd interval | Integer | |
| eth_outrate2_pkts | Ethernet output packet rate for 2nd interval | Integer | |
| oper_txbbcredit | Operational Tx B2B credit | Integer | |
| interface | Interface ID | String | |
| tx_bytes | Total transmitted bytes | Integer | |
| rx_bytes | Total received bytes | Integer | |
| tx_b2b_credit_remain | Tx B2B credit remaining | Integer | |
| eth_in_ifdown_drops | Ethernet input if-down drops | Integer | |
| rx_unknown_class_frames | Received unknown class frames | Integer | |
| tx_frames | Total transmitted frames | Integer | |
| rx_fifo | Received FIFO (First in first out) | Integer | |
| tx_fifo_errors | Transmitted FIFO erros | Integer | |
| rx_data_bytes | Received data bytes | Integer | |
| tx_dropped | Dropped Tx packets | Integer | |
| port_wwn | Port wwn | String | |
| tx_rate_bytes_ps | Transmitted rate in bytes per sec | Integer | |
| rx_ols | Offline sequences received | Integer | |
| eth_outrate1_bits | Ethernet output bit rate for 1st interval | Integer | |
| b2b_state_change_neg_val | Port B2B state change | Integer | |
| tx_data_bytes | Transmitted data in bytes | Integer | |
| rx_data_pdus | Received data in PDUs | Integer | |
| tx_rate_bits_ps | Transmitted rate in bits per second | Integer | |
| rx_rate_bytes_ps | Received rate in bytes per second | Integer | |
| eth_inrate2_pkts | Ethernet input packet rate for 2nd interval | Integer | |
| tx_loop_inits | Transmitted loop initialisation | Integer | |
| admin_rxbufsize | Admin Rx buffer size | Integer | |
| tx_errors | Transmitted packet errors | Integer | |
| eth_txload | Ethernet Tx load | String | |
| eth_inrate1_pkts | Ethernet input packet rate for 1st interval | Integer | |
| tx_fifo | Tx FIFO (first in first out) for IPStorage | Integer | |
| eth_load_interval1_tx | Ethernet timer value (per sec) for 1st interval | Integer | |
| eth_load_interval2_tx | Ethernet timer value (per sec) for 2nd interval | Integer | |
| rx_lrr | Link reset response received | Integer | |
| mtu | Maximum transmission unit | Integer | |
| active_vsan | Allowed and active vsan list | String | |
| rx_too_short_frames | Received short frames value | Integer | |
| tx_packets | Transmitted FCOE packets | Integer | |
| eth_inrate1_bits | Ethernet input bit rate for 1st interface | Integer | |
| tx_b2b_low_pri_cre | Tx B2B low priority credit | Integer | |
| eth_outrate1_pkts | Ethernet output packet rate for 1st interval | Integer | |
| rx_frames | Total received frames | Integer | |
| tx_rate_frames_ps | Transmitted frame rate per second | Integer | |
| vsan | Vsan ID | Integer | |
| tunnel_id | FC-tunnel ID | Integer | |
| wwn | Port wwn | String | |
| tx_drop | Number of dropped transmitted packets | Integer | |
| send_buff_size_in_kb | Send buffer size (in kb) for ISCSI interface | Integer | |
| tx_carrier_errors | Transmitted carrier errors | Integer | |
| tx_resp_frame | Transmitted response frames for ISCSI interface | Integer | |
| rx_mcast | Total number of received multicasts | Integer | |
| rx_fifo_errors | Received FIFO errors | Integer | |
| tx_underruns | Transmitted frame underruns | Integer | |
| tx_collisions | Number of transmitted collisions | Integer | |
| eth_link_flapped | Name of last flapped link | String | |
| eth_hw_desc | Ethernet port hardware description | String | |
| last_cleared_time | List of last cleared counters | String | |
| eth_clear_counters | Last clearing of ethernet interface counters | String | |
| initiator_id_mode | Initiator ID mode for ISCSI interface statistics | String | |
| rate_mode | Operational port rate mode | String | |
| share_state | Interface ownership type | String | |
| sfp | SFP description | String | |
| oper_speed | Port operational speed | String | |
| description | Interface description | String | |
| eth_speed | Ethernet port speed | String | |
| admin_speed | Port speed | String | |
| eth_outrate1_summary_bits | Ethernet output bit rate summary for 1st interval | String | |
| eth_ratemode | Ethernet port rate mode | String | |
| bw_state | Bandwidth state | String | |
| eth_inrate2_summary_pkts | Ethernet input packet rate for 2nd interval | String | |
| eth_mode | Ethernet mode | String | |
| eth_outrate2_summary_bits | Ethernet output bit rate summary for 2nd interval | String | |
| dest_ipaddr | Destination IP address | String | |
| eth_media | Ethernet media type | String | |
| oper_state_cause | Operational state cause for FC tunnel | String | |
| trunk_vsan_isolated | List of isolated trunk VSANs | String | |
| eth_outrate2_summary_pkts | Ethernet output packet rate summary for 2nd interval | String | |
| eth_inrate1_summary_pkts | Ethernet input packet rate summary for 1st interval | String | |
| eth_outrate1_summary_pkts | Ethernet output packet rate summary for 1st interval | String | |
| trunk_vsan_initializing | Initialisation of trunk Vsan | String | |
| explicit_path | Explicit path name for fibre channel tunnel | String | |
| oper_b2b_state_change | Port B2B state change operation mode | String | |
| eth_inrate2_summary_bits | Ethernet input bit rate summary for 2nd interval | String | |
| eth_inrate1_summary_bits | Ethernet input bit rate summary for 1st interval | String | |
| line_proto | Line protocol status for interface | String | |
| eth_mtu | Ethernet maximum transmission unit (MTU) | String | |
| flow_control | Packet flow-control mode for the interface | String | |
| forwarding_mode | Port-Forwarding mode | String | |
| eth_encap | Ethernet encapsulation value | String | |
| eth_duplex | Ethernet duplex mode | String | |
| logical_type | Logical type | String |
show interface <*interface_id*> brief
show interface <interface_id> brief
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface <interface_id> brief"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_interface_brief_if": {
"ROW_interface_brief_if": [
{
"admin_mode": "F",
"admin_trunk_mode": "on",
"fcot_info": "swl",
"interface": "fc1/2",
"logical_type": "edge",
"oper_mode": "F",
"oper_speed": "8",
"port_channel": "--",
"status": "up",
"vsan": 1
}
]
}
}
<TABLE_interface_brief_if>
<ROW_interface_brief_if>
<interface>fc1/2</interface>
<vsan>1</vsan>
<admin_mode>F</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>up</status>
<fcot_info>swl</fcot_info>
<oper_mode>F</oper_mode>
<oper_speed>8</oper_speed>
<port_channel>--</port_channel>
<logical_type>edge</logical_type>
</ROW_interface_brief_if>
</TABLE_interface_brief_if>
The show interface <*interface_id*> brief command displays brief information for the specified Fibre Channel and Ethernet interface range.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| oper_mode | Oper mode | String | ['--', 'SD', 'TE', 'TF', 'F'] |
| admin_trunk_mode | Admin trunk mode | String | ['on', '--', 'off'] |
| logical_type | Logical type | String | ['--', 'core', 'edge'] |
| status | Port status | String | ['sfpAbsent', 'notConnected', 'up', 'init', 'down', 'trunking', 'noOperMembers', 'errDisabled', 'offline', 'outOfServc'] |
| port_channel | Port channel number | String | ['--', '15', '4'] |
| state | Interface state | String | ['down'] |
| ratemode | Interface port speed | String | ['D', 'S', 'I'] |
| portmode | Port mode | String | ['Access', ' Layer 3', ' Trunk', ' PVLAN', ' Fabric', ' 1q-Tunnel', ' FabricPath'] |
| vsan | Vsan ID | Integer | ['1-4093'] |
| vlan | Vlan ID | String | ['1-4094'] |
| admin_mode | Admin mode | String | ['auto', 'SD', 'F', 'E'] |
| oper_speed | Oper speed | String | ['--', '4', '8', '32', '16', '64'] |
| fcot_info | Fcot info | String | ['--', 'swl'] |
| dest_ipaddr | Destination IP address | String | |
| src_ipaddr | Source IP address | String | |
| cluster | Cluster name | String | |
| mtu | MTU value | Integer | |
| ip_address | IP Address for IPStorage/vsan/mgmt/Port-channel Interfaces | String | |
| tunnel_id | Tunnel ID | Integer | |
| speed | Speed | String | |
| state_rsn_desc | Interface state reason detailed | String | |
| explicit_path | Explicit path name | String | |
| type | Interface type | String | |
| interface | Interface ID | String |
show interface <*interface_id*> capabilities
show interface <interface_id> capabilities
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface <interface_id> capabilities"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_interface_capabilities_if": {
"ROW_interface_capabilities_if": [
{
"BB_state_change": "supported",
"FC-PH_version_high": 0,
"FC-PH_version_low": 6,
"FX_rx_BB_credit_def": 64,
"FX_rx_BB_credit_max": 253,
"FX_rx_BB_credit_min": 1,
"ISL_rx_BB_credit_def": 64,
"ISL_rx_BB_credit_max": 253,
"ISL_rx_BB_credit_min": 2,
"beacon_mode_config": "yes",
"class_2": "supported",
"class_3": "supported",
"class_service": "Class 2, Class 3, Class F",
"dedicated_performance_buf_mod_supp": "no",
"extended_B2B": "no",
"hold_time_max": 100000,
"hold_time_min": 1,
"interface": "fc1/2",
"max_BB_state_change": 14,
"max_speed": "16 Gbps",
"min_speed": "2 Gbps",
"on_demand_port": "yes",
"out_of_order": "yes",
"rate_mode_cap": "Dedicated",
"rate_mode_change": "not supported",
"recieve_BB_credit": "yes",
"recieve_data_max": 2112,
"recieve_data_min": 256,
"transmit_data_max": 2112,
"transmit_data_min": 128
}
]
}
}
<TABLE_interface_capabilities_if>
<ROW_interface_capabilities_if>
<interface>fc1/2</interface>
<min_speed>2 Gbps</min_speed>
<max_speed>16 Gbps</max_speed>
<FC-PH_version_high>0</FC-PH_version_high>
<FC-PH_version_low>6</FC-PH_version_low>
<recieve_data_max>2112</recieve_data_max>
<recieve_data_min>256</recieve_data_min>
<transmit_data_max>2112</transmit_data_max>
<transmit_data_min>128</transmit_data_min>
<class_service>Class 2, Class 3, Class F</class_service>
<class_2>supported</class_2>
<class_3>supported</class_3>
<hold_time_max>100000</hold_time_max>
<hold_time_min>1</hold_time_min>
<BB_state_change>supported</BB_state_change>
<max_BB_state_change>14</max_BB_state_change>
<rate_mode_change>not supported</rate_mode_change>
<rate_mode_cap>Dedicated</rate_mode_cap>
<recieve_BB_credit>yes</recieve_BB_credit>
<FX_rx_BB_credit_min>1</FX_rx_BB_credit_min>
<FX_rx_BB_credit_max>253</FX_rx_BB_credit_max>
<FX_rx_BB_credit_def>64</FX_rx_BB_credit_def>
<ISL_rx_BB_credit_min>2</ISL_rx_BB_credit_min>
<ISL_rx_BB_credit_max>253</ISL_rx_BB_credit_max>
<ISL_rx_BB_credit_def>64</ISL_rx_BB_credit_def>
<dedicated_performance_buf_mod_supp>no</dedicated_performance_buf_mod_supp>
<out_of_order>yes</out_of_order>
<beacon_mode_config>yes</beacon_mode_config>
<extended_B2B>no</extended_B2B>
<on_demand_port>yes</on_demand_port>
</ROW_interface_capabilities_if>
</TABLE_interface_capabilities_if>
The show interface <*interface_id*> capabilities command displays hardware port capabilities for the specified Fibre Channel and Ethernet interface range.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| class_service | Classes of service supported | String | ['Class 2', 'Class 3', 'Class F'] |
| extended_B2B | Extended B2B credit capable | String | ['yes', 'no'] |
| dedicated_performance_buf_mod_supp | Performance buffer modification supported | String | ['yes', 'no'] |
| on_demand_port | On demand port activation license supported | String | ['yes', 'no'] |
| BB_state_change | BB state change notification | String | ['supported', 'not supported'] |
| class_2 | Class 2 sequential delivery | String | ['supported'] |
| class_3 | Class 3 sequential delivery | String | ['\\tDedicated', 'Shared', 'supported'] |
| bcast_supp | Broadcast suppression | String | ['percentage(0-100)', 'no'] |
| duplex | Duplex | String | ['full', 'half', 'auto'] |
| cos_rewrite | CoS rewrite | String | ['yes', 'no'] |
| dce_capable | DCE mode capable | String | ['yes', 'no'] |
| eee_capable | EEE (efficient-eth) | String | ['yes', 'no'] |
| channel | Channel | String | ['yes', 'no'] |
| rate_mode_cap | Rate mode capabilities | String | ['Dedicated', 'Shared'] |
| rate_mode | Port bandwidth type | String | ['dedicated', 'shared', 'none'] |
| out_of_order | Out of service capable | String | ['yes', 'no'] |
| port_mode | Port mode | String | ['Routed', 'Switched', 'Unknown'] |
| rate_mode_change | Rate mode change | String | ['supported', 'not supported'] |
| pfc_capable | PFC capable | String | ['yes', 'no'] |
| interface | Interface ID | String | ['fc', 'ethernet'] |
| lnk_debounce_time | Enable or disable the debounce timer for Ethernet ports | String | ['yes', 'no'] |
| lnk_debounce | Link debounce enabled or disabled | String | ['yes', 'no'] |
| beacon_mode_config | Beacon mode whether enabled or disabled | String | ['yes', 'no'] |
| span | SPAN | String | ['yes', 'no'] |
| mdix | Medium dependent independent crossover (MDIX) enabled or disabled | String | ['yes', 'no'] |
| udld | Unidirectional link detection (UDLD) enabled or disabled | String | ['yes', 'no'] |
| tdr | Time domain reflectometry (TDR) enabled or disabled | String | ['yes', 'no'] |
| tos_rewrite | ToS rewrite | String | ['yes', 'no'] |
| lnk_up_debounce | Link debounce enable or disable | String | ['yes', 'no'] |
| recieve_BB_credit | Rx buffer to buffer credit modification supported | String | ['\\tyes', 'no'] |
| flo_ctrl | Flow control | String | |
| qos_scheduling | QOS scheduling | String | |
| max_BB_state_change | Maximum BB state change notifications | Integer | |
| isl_mode_perf_buf_min | ISL mode performance buffers minimun | String | |
| fx_mode_perf_buf_max | FX mode performance buffers maximum | String | |
| isl_mode_perf_buf_max | ISL mode performance buffers maximum | String | |
| fx_mode_perf_buf_def | FX mode performance buffers default | String | |
| recieve_data_max | Receive data field size maximum | Integer | |
| FC-PH_version_low | FC-PH version low | Integer | |
| FC-PH_version_high | FC-PH version high | Integer | |
| isl_mode_perf_buf_def | ISL mode performance buffers default | String | |
| recieve_data_min | Receive data field size minimum | Integer | |
| transmit_data_max | Transmit data field size maximum | Integer | |
| fx_mode_perf_buf_min | FX mode performance buffers minimum | String | |
| transmit_data_min | Transmit data field size minimum | Integer | |
| trunk_encap | Trunk encapsulation type | String | |
| max_speed | Maximum speed of interface | String | |
| min_speed | Minimum speed of interface | String | |
| type | SFP type | String | |
| hold_time_max | Hold time maximum (in micro second) | Integer | |
| hold_time_min | Hold time minimum (in micro second) | Integer | |
| speed | Speed of interface | String | |
| model | Model number | String | |
| ISL_rx_BB_credit_min | ISL mode Rx BB credit minimum | Integer | |
| ISL_rx_BB_credit_max | ISL mode Rx BB credit maximum | Integer | |
| FX_rx_BB_credit_def | FX mode Rx BB credit default | Integer | |
| ISL_rx_BB_credit_def | ISL mode Rx BB credit default | Integer | |
| FX_rx_BB_credit_min | FX mode Rx BB credit minimum | Integer | |
| FX_rx_BB_credit_max | FX mode Rx BB credit maximum | Integer |
show interface <*interface_id*> counters
show interface <interface_id> counters
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface <interface_id> counters"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_counters": {
"ROW_counters": [
{
"interface": "fc1/2",
"last_cleared_time": "never",
"rx_b2b_credit_remain": 64,
"rx_b2b_credit_to_zero": 1,
"rx_bytes": 162116,
"rx_c2_bytes": 0,
"rx_c2_frames": 0,
"rx_c3_bytes": 162116,
"rx_c3_frames": 3111,
"rx_cf_bytes": 0,
"rx_cf_frames": 0,
"rx_crc_fcs": 0,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 3111,
"rx_link_faliures": 0,
"rx_loop_inits": 0,
"rx_lrr": 0,
"rx_nos": 0,
"rx_ols": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_signal_loss": 0,
"rx_sync_loss": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"tx_b2b_credit_remain": 64,
"tx_b2b_credit_to_zero": 3,
"tx_b2b_low_pri_cre": 64,
"tx_bytes": 4917992,
"tx_c2_bytes": 0,
"tx_c2_frames": 0,
"tx_c3_bytes": 4917992,
"tx_c3_frames": 3120,
"tx_cf_bytes": 0,
"tx_cf_frames": 0,
"tx_credit_loss": 0,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 3120,
"tx_loop_inits": 0,
"tx_lrr": 1,
"tx_nos": 0,
"tx_ols": 1,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0,
"tx_timeout_discards": 0,
"txwait": 0,
"txwait_percent_1hr": 0,
"txwait_percent_1m": 0,
"txwait_percent_1s": 0,
"txwait_percent_72hr": 0
}
]
}
}
<TABLE_counters>
<ROW_counters>
<interface>fc1/2</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_frames>3111</rx_frames>
<rx_bytes>162116</rx_bytes>
<rx_c2_frames>0</rx_c2_frames>
<rx_c2_bytes>0</rx_c2_bytes>
<rx_c3_frames>3111</rx_c3_frames>
<rx_c3_bytes>162116</rx_c3_bytes>
<rx_cf_frames>0</rx_cf_frames>
<rx_cf_bytes>0</rx_cf_bytes>
<rx_discard_frames>0</rx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<rx_crc_fcs>0</rx_crc_fcs>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<tx_frames>3120</tx_frames>
<tx_bytes>4917992</tx_bytes>
<tx_c2_frames>0</tx_c2_frames>
<tx_c2_bytes>0</tx_c2_bytes>
<tx_c3_frames>3120</tx_c3_frames>
<tx_c3_bytes>4917992</tx_c3_bytes>
<tx_cf_frames>0</tx_cf_frames>
<tx_cf_bytes>0</tx_cf_bytes>
<tx_discard_frames>0</tx_discard_frames>
<tx_error_frames>0</tx_error_frames>
<tx_timeout_discards>0</tx_timeout_discards>
<tx_credit_loss>0</tx_credit_loss>
<rx_ols>0</rx_ols>
<rx_lrr>0</rx_lrr>
<rx_nos>0</rx_nos>
<rx_loop_inits>0</rx_loop_inits>
<tx_ols>1</tx_ols>
<tx_lrr>1</tx_lrr>
<tx_nos>0</tx_nos>
<tx_loop_inits>0</tx_loop_inits>
<rx_link_faliures>0</rx_link_faliures>
<rx_sync_loss>0</rx_sync_loss>
<rx_signal_loss>0</rx_signal_loss>
<tx_b2b_credit_to_zero>3</tx_b2b_credit_to_zero>
<rx_b2b_credit_to_zero>1</rx_b2b_credit_to_zero>
<txwait>0</txwait>
<txwait_percent_1s>0</txwait_percent_1s>
<txwait_percent_1m>0</txwait_percent_1m>
<txwait_percent_1hr>0</txwait_percent_1hr>
<txwait_percent_72hr>0</txwait_percent_72hr>
<rx_b2b_credit_remain>64</rx_b2b_credit_remain>
<tx_b2b_credit_remain>64</tx_b2b_credit_remain>
<tx_b2b_low_pri_cre>64</tx_b2b_low_pri_cre>
<last_cleared_time>never</last_cleared_time>
</ROW_counters>
</TABLE_counters>
The show interface <*interface_id*> counters command displays the interface counter information for the specified Fibre Channel and Ethernet interface range.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| interface | Interface ID | String | ['fc', ' ethernet', ' ethernet-port-channel', ' fcip', ' iscsi', ' vsan', ' ioa', ' mgmt', ' vfc', ' vfc-port-channel', ' fc-tunnel', ' sup-fc', ' port-channel', ' IPStorage'] |
| interface_tx | Interface ID Tx | String | ['ethernet', ' ethernet-port-channel'] |
| interface_rx | Interface ID Rx | String | ['ethernet', ' ethernet-port-channel'] |
| rx_rate_frames_ps | Received rate frames per second | Integer | |
| rx_bytes | Received bytes | Integer | |
| pg_acl_drops | Port group ACL drops | Integer | |
| tx_rate_bytes_ps | Transmitted rate in bytes per second | Integer | |
| pg_xbar_drops | Port group XBAR drops | Integer | |
| tx_credit_loss | Transmitted credit loss | Integer | |
| rx_rate_bytes_ps | Received rate in bytes per second | Integer | |
| rx_rate_bits_ps | Received rate in bits per second | Integer | |
| tx_rate_bits_ps | Transmitted rate in bits per second | Integer | |
| rx_c2_bytes | Bytes received for Class 2 frames | Integer | |
| tx_c2_frames | Transmitted Class 2 frames | Integer | |
| rx_cf_frames | Received Class f frames | Integer | |
| rx_crc_fcs | Received CRC frames | Integer | |
| rx_unknown_class_frames | Bytes received for Unknown Class frames | Integer | |
| tx_cf_frames | Transmitted Class f frames | Integer | |
| tx_cf_bytes | Bytes transmitted for Class f frames | Integer | |
| tx_bytes | Transmitted bytes | Integer | |
| pg_other_drops | Port group other drops | Integer | |
| rx_c3_bytes | Bytes received for Class 3 frames | Integer | |
| rx_b2b_credit_remain | Received B2B credit remaining | Integer | |
| rx_loop_inits | Received loop initialization | Integer | |
| pg_fib_drops | Port group FIB drops | Integer | |
| rx_link_faliures | Received link failures | Integer | |
| rx_cf_bytes | Bytes received for Class f frames | Integer | |
| rx_signal_loss | Received signal loss | Integer | |
| tx_loop_inits | Transmitted loop initialization | Integer | |
| tx_discard_frames | Transmitted discard frames | Integer | |
| rx_sync_loss | Received sync loss | Integer | |
| rx_c2_frames | Received Class 2 frames | Integer | |
| tx_error_frames | Transmitted error frames | Integer | |
| rx_too_long_frames | Too long frames received | Integer | |
| tx_c3_bytes | Bytes transmitted for Class 3 frames | Integer | |
| rx_c3_frames | Received Class 3 frames | Integer | |
| tx_c2_bytes | Bytes transmitted for Class 2 frames | Integer | |
| tx_frames | Transmitted frames | Integer | |
| rx_frames | Received frames | Integer | |
| tx_timeout_discards | Transmitted timeout discards | Integer | |
| tx_c3_frames | Transmitted Class 3 frames | Integer | |
| rx_discard_frames | Received discard frames | Integer | |
| rx_error_frames | Received error frames | Integer | |
| tx_rate_frames_ps | Transmitted rate frames per second | Integer | |
| rx_compressed | Received compressed frames | Integer | |
| tx_carrier_errors | Transmitted carrier errors | Integer | |
| rx_packets | Received packets | Integer | |
| rx_errors | Received errors | Integer | |
| rx_fifo | Received FIFO frames | Integer | |
| tx_errors | Transmitted errors | Integer | |
| tx_underruns | Transmitted underruns | Integer | |
| tx_collisions | Transmitted collisions | Integer | |
| rx_mcast_frames | Received multicast frames | Integer | |
| rx_overrun | Received overrun frames | Integer | |
| tx_fifo | Transmitted FIFO frames | Integer | |
| tx_packets | Transmitted packets | Integer | |
| rx_data_pdus | Received data PDUS | Integer | |
| rx_cmd_pdus | Received command PDUS | Integer | |
| tx_data_bytes | Transmitted data in bytes | Integer | |
| trans_rdy_frame | Ready to transmit frames | Integer | |
| rx_unsol_bytes | Received unsolicited bytes | Integer | |
| tx_resp_sense_frame | Transmitted response frames with sense | Integer | |
| rx_data_bytes | Received data in bytes | Integer | |
| tx_resp_frame | Transmitted response frames | Integer | |
| tx_data_pdus | Transmitted data PDUS | Integer | |
| rx_bad_protocol_drops | Received bad protocol drops | Integer | |
| rx_bad_ether_type_drops | Received bad ether type drops | Integer | |
| tx_arp_drops | Transmitted ARP drops | Integer | |
| tx_bcast_frames | Transmitted broadcast frames | Integer | |
| rx_queue_drops | Received queue drops | Integer | |
| rx_bcast_frames | Received broadcast frames | Integer | |
| rx_if_down_drops | Received interface down drops | Integer | |
| rx_red_drops | Received red drops | Integer | |
| tx_mcast_frames | Transmitted multicast frames | Integer | |
| tx_if_down_drops | Transmitted interface down drops | Integer | |
| eth_inucast | Received unicast frames | Integer | |
| eth_inmcast | Received multicast frames | Integer | |
| eth_outbytes | Transmitted frames in bytes | Integer | |
| eth_outbcast | Transmitted broadcast frames | Integer | |
| eth_outmcast | Transmitted multicast frames | Integer | |
| eth_inbytes | Received frames in bytes | Integer | |
| eth_outucast | Transmitted unicast frames | Integer | |
| eth_inbcast | Received broadcast frames | Integer | |
| tx_lrr | Link reset responses transmitted | Integer | |
| rx_lrr | Link reset responses received | Integer | |
| rx_ols | Offline sequences received | Integer | |
| tx_ols | Offline sequences transmitted | Integer | |
| rx_nos | Non-operational sequences received | Integer | |
| tx_nos | Non-operational sequences transmitted | Integer | |
| txwait_percent_1s | Percentage Tx wait for last 1 second | Integer | |
| tx_b2b_credit_remain | Tx B2B credit remaining | Integer | |
| rx_b2b_credit_to_zero | Rx B2B credit transitions to zero | Integer | |
| tx_b2b_credit_to_zero | Tx B2B credit transitions to zero | Integer | |
| txwait | Tx wait for 2.5us due to lack of transmit credits | Integer | |
| tx_b2b_low_pri_cre | Tx B2B low priority credit remaining | Integer | |
| txwait_percent_1hr | Percentage Tx wait for last 1 hour | Integer | |
| txwait_percent_72hr | Percentage Tx wait for last 72 hour | Integer | |
| txwait_percent_1m | Percentage Tx wait for last 1 minute | Integer | |
| rx_peer_bytes | Received peer bytes | Integer | |
| tx_peer_bytes | Transmitted peer bytes | Integer | |
| rx_dev_pkts | Received device packets | Integer | |
| tx_dev_pkts | Transmitted device packets | Integer | |
| rx_peer_pkts | Received peer packets | Integer | |
| rx_dev_bytes | Received device bytes | Integer | |
| deact_req | Deactivate request | String | |
| create_req | Create request | String | |
| destroy_req | Create destroy | String | |
| activate_req | Activate request | String | |
| tx_dev_bytes | Transmitted device bytes | Integer | |
| tx_peer_pkts | Transmitted peer packets | Integer | |
| rx_too_short_frames | Frames received with length less than the minimum indicated by the frame header | Integer | |
| pg_fib_start | FIB drops port group start port | String | |
| pg_fib_end | FIB drops port group end port | String | |
| pg_other_start | Other drops port group start port | String | |
| pg_xbar_end | XBAR drops port group end port | String | |
| pg_xbar_start | XBAR drops port group start port | String | |
| pg_other_end | Other drops port group end port | String | |
| last_cleared_time | Last clearing of "show interface" counters | String |
show interface <*interface_id*> counters brief
show interface <interface_id> counters brief
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface <interface_id> counters brief"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_counters_brief": {
"ROW_counters_brief": [
{
"interface": "fc1/2",
"rx_rate_MBps": 0,
"rx_total_frames": 3111,
"tx_rate_MBps": 0,
"tx_total_frames": 3120
}
]
}
}
<TABLE_counters_brief>
<ROW_counters_brief>
<interface>fc1/2</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>3111</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>3120</tx_total_frames>
</ROW_counters_brief>
</TABLE_counters_brief>
The show interface <*interface_id*> counters brief command displays the interface counter information in brief for the specified Fibre Channel and Ethernet interface range.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| interface | Interface ID | String | ['fc', ' ethernet', ' ethernet-port-channel', ' fcip', ' iscsi', ' vsan', ' ioa', ' mgmt', ' vfc', ' vfc-port-channel', ' fc-tunnel', ' sup-fc', ' port-channel', ' IPStorage'] |
| tx_rate_MBps | Transmitted rate in Mega bytes per second | Integer | |
| rx_rate_MBps | Received rate in Mega bytes per second | Integer | |
| tx_total_frames | Total transmitted frames | Integer | |
| rx_total_frames | Total received frames | Integer | |
| eth_load_intv1 | Interval 1 timer value in seconds | Integer | |
| eth_outframes1 | Interval 1 output rate in output frames (pkts) | Integer | |
| eth_outframes2 | Interval 2 output rate in output frames (pkts) | Integer | |
| eth_load_intv2 | Interval 2 timer value in seconds | Integer | |
| eth_inframes2 | Interval 2 input rate in frames (pkts) | Integer | |
| eth_outrate2 | Interval 2 output rate in Mega bits per second | Integer | |
| eth_inrate2 | Interval 2 input rate in Mega bits per second | Integer | |
| eth_inframes1 | Interval 1 input rate in frames (pkts) | Integer | |
| eth_inrate1 | Interval 1 input rate in Mega bits per second | Integer | |
| eth_outrate1 | Interval 1 output rate in Mega bits per second | Integer | |
| dev_rate_12hr | Average received rate (MBps) in 12 hour | Integer | |
| dev_rate_5min | Average received rate (MBps) in 5 minute | Integer | |
| dev_rate_24hr | Average received rate (MBps) in 24 hour | Integer | |
| peer_rate_5min | Average transmitted rate (MBps) in 5 minute | Integer | |
| peer_rate_24hr | Average transmitted rate (MBps) in 24 hour | Integer | |
| peer_rate_12hr | Average transmitted rate (MBps) in 12 hour | Integer | |
| dev_bytes | Total bytes received | Integer | |
| peer_bytes | Total bytes transmitted | Integer |
show interface <*interface_id*> counters detailed
show interface <interface_id> counters detailed
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface <interface_id> counters detailed"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_counters": {
"ROW_counters": [
{
"TABLE_congestion": {
"ROW_congestion": [
{
"rx_b2b_credit_remain": 0,
"rx_b2b_credit_to_zero": 1,
"tx_b2b_credit_remain": 0,
"tx_b2b_credit_to_zero": 3,
"tx_b2b_low_pri_cre": 0,
"tx_credit_loss": 0,
"tx_timeout_discards": 0,
"txwait": 0,
"txwait_percent_1hr": 0,
"txwait_percent_1m": 0,
"txwait_percent_1s": 0,
"txwait_percent_72hr": 0
}
]
},
"TABLE_link": {
"ROW_link": [
{
"bb_scr_incr": 0,
"bb_scs_resend": 0,
"rx_delim_err": 0,
"rx_eof_abort_frames": 0,
"rx_frag_frames": 0,
"rx_inv_crc": 0,
"rx_inv_trans_err": 0,
"rx_jabber_frames": 0,
"rx_link_failures": 0,
"rx_link_reset": 0,
"rx_link_reset_resp": 0,
"rx_non_oper_seq": 0,
"rx_off_seq_err": 0,
"rx_prm_seq_pro_err": 0,
"rx_runt_frames": 0,
"rx_signal_loss": 0,
"rx_sync_loss": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"tx_link_reset": 0,
"tx_link_reset_resp": 1,
"tx_non_oper_seq": 0,
"tx_off_seq_err": 1
}
]
},
"TABLE_loop": {
"ROW_loop": [
{
"rx_f8_lip_seq_err": 0,
"rx_non_f8_lip_seq_err": 0,
"tx_f8_lip_seq_err": 0,
"tx_non_f8_lip_seq_err": 0
}
]
},
"TABLE_others": {
"ROW_others": [
{
"last_cleared_time": "never"
}
]
},
"TABLE_totals": {
"ROW_totals": [
{
"rx_bcast_frames": 0,
"rx_bytes": 162116,
"rx_c2_bytes": 0,
"rx_c2_discard_frames": 0,
"rx_c2_frames": 0,
"rx_c2_port_rjt_frames": 0,
"rx_c3_bytes": 162116,
"rx_c3_discard_frames": 0,
"rx_c3_frames": 3111,
"rx_cf_bytes": 0,
"rx_cf_discard_frames": 0,
"rx_cf_frames": 0,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 3111,
"rx_mcast_frames": 0,
"rx_ucast_frames": 3111,
"tx_bcast_frames": 0,
"tx_bytes": 4917992,
"tx_c2_bytes": 0,
"tx_c2_frames": 0,
"tx_c3_bytes": 4917992,
"tx_c3_frames": 3120,
"tx_cf_bytes": 0,
"tx_cf_frames": 0,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 3120,
"tx_mcast_frames": 0,
"tx_ucast_frames": 3120
}
]
},
"interface": "fc1/2",
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
}
]
}
}
<TABLE_counters>
<ROW_counters>
<interface>fc1/2</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<TABLE_totals>
<ROW_totals>
<rx_frames>3111</rx_frames>
<tx_frames>3120</tx_frames>
<rx_bytes>162116</rx_bytes>
<tx_bytes>4917992</tx_bytes>
<rx_mcast_frames>0</rx_mcast_frames>
<tx_mcast_frames>0</tx_mcast_frames>
<rx_bcast_frames>0</rx_bcast_frames>
<tx_bcast_frames>0</tx_bcast_frames>
<rx_ucast_frames>3111</rx_ucast_frames>
<tx_ucast_frames>3120</tx_ucast_frames>
<rx_discard_frames>0</rx_discard_frames>
<tx_discard_frames>0</tx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<tx_error_frames>0</tx_error_frames>
<rx_c2_frames>0</rx_c2_frames>
<tx_c2_frames>0</tx_c2_frames>
<rx_c2_bytes>0</rx_c2_bytes>
<tx_c2_bytes>0</tx_c2_bytes>
<rx_c2_discard_frames>0</rx_c2_discard_frames>
<rx_c2_port_rjt_frames>0</rx_c2_port_rjt_frames>
<rx_c3_frames>3111</rx_c3_frames>
<tx_c3_frames>3120</tx_c3_frames>
<rx_c3_bytes>162116</rx_c3_bytes>
<tx_c3_bytes>4917992</tx_c3_bytes>
<rx_c3_discard_frames>0</rx_c3_discard_frames>
<rx_cf_frames>0</rx_cf_frames>
<tx_cf_frames>0</tx_cf_frames>
<rx_cf_bytes>0</rx_cf_bytes>
<tx_cf_bytes>0</tx_cf_bytes>
<rx_cf_discard_frames>0</rx_cf_discard_frames>
</ROW_totals>
</TABLE_totals>
<TABLE_link>
<ROW_link>
<rx_link_failures>0</rx_link_failures>
<rx_sync_loss>0</rx_sync_loss>
<rx_signal_loss>0</rx_signal_loss>
<rx_prm_seq_pro_err>0</rx_prm_seq_pro_err>
<rx_inv_trans_err>0</rx_inv_trans_err>
<rx_inv_crc>0</rx_inv_crc>
<rx_delim_err>0</rx_delim_err>
<rx_frag_frames>0</rx_frag_frames>
<rx_eof_abort_frames>0</rx_eof_abort_frames>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_runt_frames>0</rx_runt_frames>
<rx_jabber_frames>0</rx_jabber_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<rx_link_reset>0</rx_link_reset>
<tx_link_reset>0</tx_link_reset>
<rx_link_reset_resp>0</rx_link_reset_resp>
<tx_link_reset_resp>1</tx_link_reset_resp>
<rx_off_seq_err>0</rx_off_seq_err>
<tx_off_seq_err>1</tx_off_seq_err>
<rx_non_oper_seq>0</rx_non_oper_seq>
<tx_non_oper_seq>0</tx_non_oper_seq>
<bb_scs_resend>0</bb_scs_resend>
<bb_scr_incr>0</bb_scr_incr>
</ROW_link>
</TABLE_link>
<TABLE_loop>
<ROW_loop>
<rx_f8_lip_seq_err>0</rx_f8_lip_seq_err>
<tx_f8_lip_seq_err>0</tx_f8_lip_seq_err>
<rx_non_f8_lip_seq_err>0</rx_non_f8_lip_seq_err>
<tx_non_f8_lip_seq_err>0</tx_non_f8_lip_seq_err>
</ROW_loop>
</TABLE_loop>
<TABLE_congestion>
<ROW_congestion>
<tx_timeout_discards>0</tx_timeout_discards>
<tx_credit_loss>0</tx_credit_loss>
<txwait>0</txwait>
<txwait_percent_1s>0</txwait_percent_1s>
<txwait_percent_1m>0</txwait_percent_1m>
<txwait_percent_1hr>0</txwait_percent_1hr>
<txwait_percent_72hr>0</txwait_percent_72hr>
<rx_b2b_credit_remain>0</rx_b2b_credit_remain>
<tx_b2b_credit_remain>0</tx_b2b_credit_remain>
<tx_b2b_low_pri_cre>0</tx_b2b_low_pri_cre>
<rx_b2b_credit_to_zero>1</rx_b2b_credit_to_zero>
<tx_b2b_credit_to_zero>3</tx_b2b_credit_to_zero>
</ROW_congestion>
</TABLE_congestion>
<TABLE_others>
<ROW_others>
<last_cleared_time>never</last_cleared_time>
</ROW_others>
</TABLE_others>
</ROW_counters>
</TABLE_counters>
The show interface <*interface_id*> counters detailed command displays the interface counter information in detail for the Fibre Channel and Ethernet interface range.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| interface | Interface ID | String | ['fc', ' ethernet', ' ethernet-port-channel', ' fcip', ' iscsi', ' vsan', ' ioa', ' mgmt', ' vfc', ' vfc-port-channel', ' fc-tunnel', ' sup-fc', ' port-channel', ' IPStorage'] |
| rx_off_seq_err | Offline sequence error received | Integer | |
| tx_discard_frames | Transmitted discard frames | Integer | |
| rx_c2_discard_frames | Bytes received for Class 2 discard frames | Integer | |
| rx_fec_uncorrected | Received FEC uncorrected blocks | Integer | |
| tx_c3_bytes | Bytes transmitted for Class 3 frames | Integer | |
| tx_c3_frames | Transmitted Class 3 frames | Integer | |
| rx_runt_frames | Frames received that are shorter than the minimum allowable frame length regardless of the CRC/FCS error | Integer | |
| rx_rate_frames_ps | Received rate frames per second | Integer | |
| pg_acl_drops | Port group ACL drops | Integer | |
| tx_link_reset_resp | Link reset responses transmitted | Integer | |
| pg_xbar_drops | Port group XBAR drops | Integer | |
| tx_rate_bits_ps | Transmitted rate in bits per second | Integer | |
| rx_link_reset_resp | Link reset responses received | Integer | |
| rx_jabber_frames | Frames received that are longer than the minimum allowable frame length regardless of the CRC/FCS error | Integer | |
| rx_inv_trans_err | Received invalid transmission errors | Integer | |
| tx_bytes | Transmitted bytes | Integer | |
| pg_other_drops | Port group other drops | Integer | |
| tx_bcast_frames | Transmitted broadcast frames | Integer | |
| tx_ucast_frames | Transmitted unicast frames | Integer | |
| rx_signal_loss | Received signal loss | Integer | |
| rx_too_long_frames | Too long frames received | Integer | |
| rx_link_reset | Link reset received | Integer | |
| rx_c3_frames | Received Class 3 frames | Integer | |
| rx_mcast_frames | Received multicast frames | Integer | |
| rx_prm_seq_pro_err | Received primitive sequence protocol errors | Integer | |
| tx_link_reset | Link reset transmitted | Integer | |
| rx_frames | Received frames | Integer | |
| tx_rate_frames_ps | Transmitted rate frames per second | Integer | |
| tx_f8_lip_seq_err | f8 LIP sequence error transmitted | Integer | |
| rx_f8_lip_seq_err | f8 LIP sequence error received | Integer | |
| rx_non_f8_lip_seq_err | Non f8 LIP sequence error received | Integer | |
| tx_non_f8_lip_seq_err | Non f8 LIP sequence error transmitted | Integer | |
| last_cleared_time | Last clearing of "show interface" counters | String | |
| rx_rate_bytes_ps | Received rate in bytes per second | Integer | |
| rx_rate_bits_ps | Received rate in bits per second | Integer | |
| rx_c2_bytes | Bytes received for Class 2 frames | Integer | |
| tx_off_seq_err | Offline sequence error transmitted | Integer | |
| rx_eof_abort_frames | Frames EOF abort received | Integer | |
| tx_cf_bytes | Bytes transmitted for Class f frames | Integer | |
| rx_c3_bytes | Bytes received for Class 3 frames | Integer | |
| rx_bcast_frames | Received broadcast frames | Integer | |
| rx_inv_crc | Received invalid CRC | Integer | |
| rx_sync_loss | Received sync loss | Integer | |
| tx_error_frames | Transmitted error frames | Integer | |
| tx_c2_bytes | Bytes transmitted for Class 2 frames | Integer | |
| bb_scr_incr | Buffer-to-buffer state change R_RDY credit increments | Integer | |
| rx_frag_frames | Fragmented frames received | Integer | |
| rx_discard_frames | Received discard frames | Integer | |
| tx_mcast_frames | Transmitted multicast frames | Integer | |
| rx_error_frames | Received error frames | Integer | |
| tx_rate_bytes_ps | Transmitted rate in bytes per second | Integer | |
| rx_cf_discard_frames | Bytes received for Class f discard frames | Integer | |
| tx_credit_loss | Transmitted credit loss | Integer | |
| rx_bytes | Received bytes | Integer | |
| rx_unknown_class_frames | Bytes received for Unknown Class frames | Integer | |
| rx_cf_bytes | Bytes received for Class f frames | Integer | |
| rx_c2_frames | Received Class 2 frames | Integer | |
| pg_xbar_start | Port group XBAR drops start port | String | |
| rx_c3_discard_frames | Bytes received for Class 3 discard frames | Integer | |
| tx_frames | Transmitted frames | Integer | |
| tx_timeout_discards | Transmitted timeout discards | Integer | |
| bb_scs_resend | Buffer-to-buffer state change credit recoveries | Integer | |
| rx_fec_corrected | Received FEC corrected blocks | Integer | |
| rx_ucast_frames | Received unicast frames | Integer | |
| tx_c2_frames | Transmitted Class 2 frames | Integer | |
| rx_link_failures | Received link failures | Integer | |
| rx_cf_frames | Received Class f frames | Integer | |
| tx_cf_frames | Transmitted Class f frames | Integer | |
| pg_fib_drops | Port group FIB drops | Integer | |
| rx_c2_port_rjt_frames | Bytes received for Class 2 port reject frames | Integer | |
| rx_non_oper_seq | Non-operational sequences received | Integer | |
| tx_non_oper_seq | Non-operational sequences transmitted | Integer | |
| rx_delim_err | Received delimiter errors | Integer | |
| txwait_percent_1hr | Percentage Tx wait for last 1 hour | Integer | |
| txwait_percent_72hr | Percentage Tx wait for last 72 hour | Integer | |
| txwait_percent_1s | Percentage Tx wait for last 1 second | Integer | |
| tx_b2b_credit_to_zero | Tx B2B credit transitions to zero | Integer | |
| txwait | Tx wait for 2.5us due to lack of transmit credits | Integer | |
| txwait_percent_1m | Percentage Tx wait for last 1 minute | Integer | |
| tx_b2b_credit_remain | Tx B2B credit remaining | Integer | |
| rx_b2b_credit_to_zero | Rx B2B credit transitions to zero | Integer | |
| tx_b2b_low_pri_cre | Tx B2B low priority credit remaining | Integer | |
| rx_b2b_credit_remain | Rx B2B credit remaining | Integer | |
| pg_fib_start | FIB drops port group start port | ||
| rx_too_short_frames | Frames received with length less than the minimum indicated by the frame header | Integer | |
| pg_fib_end | FIB drops port group end port | String | |
| pg_xbar_end | XBAR drops port group end port | String |
show interface <*interface_id*> description
show interface <interface_id> description
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface <interface_id> description"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_interface": {
"ROW_interface": [
{
"description": "--",
"interface": "fc1/2"
}
]
}
}
<TABLE_interface>
<ROW_interface>
<interface>fc1/2</interface>
<description>--</description>
</ROW_interface>
</TABLE_interface>
The show interface <*interface_id*> description command displays the interface description for the specified Fibre Channel and Ethernet interface range.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| speed | Interface speed | String | ['10G'] |
| type | Interface type | String | ['eth', 'cli_show'] |
| interface | Interface ID | String | |
| description | Description for FC interfaces | String | |
| fc_tun_id | FC tunnel ID | Integer | |
| desc | Description for ethernet interfaces | String |
show interface <*interface_id*> transceiver
show interface <interface_id> transceiver
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface <interface_id> transceiver"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_interface_trans": {
"ROW_interface_trans": [
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VQV",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
},
{
"current": "6.97",
"optical_rx_pwr": "-3.29",
"optical_tx_pwr": "-3.21",
"temperature": "34.20",
"tx_fault_type": 0,
"volt": "3.31"
}
]
},
"interface_sfp": "fc1/2"
}
]
}
}
<TABLE_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/2</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VQV</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
</ROW_calib>
<ROW_calib>
<temperature>34.20</temperature>
<volt>3.31</volt>
<current>6.97</current>
<optical_tx_pwr>-3.21</optical_tx_pwr>
<optical_rx_pwr>-3.29</optical_rx_pwr>
<tx_fault_type>0</tx_fault_type>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
</TABLE_interface_trans>
The show interface <*interface_id*> transceiver command displays the transceiver information for the specified Fibre Channel and Ethernet interface range.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| tx_length | FC transmitter link lengths | String | ['very long distance', 'short distance', 'intermediate distance', 'long distance', 'middle range distance'] |
| sfp | SFP present or not | String | ['sfp not present', 'sfp is present'] |
| cisco_part_number | Cisco part number | String | |
| nominal_bitrate | Nominal bit rate in MBits/sec | Integer | |
| optical_tx_pwr | Optical transmitter power | String | |
| cisco_vendor_id | Cisco vendor identifier | String | |
| ciscoid_1 | Cisco extended Id Number | Integer | |
| volt | Voltage of SFP (in volt) | String | |
| current | Current (in mA) | String | |
| len_50_OM3 | Link length supported for 50/125um fiber (in meter) | Integer | |
| curr_intensity | Current intensity | String | |
| interface_sfp | Interface ID | String | |
| optical_rx_pwr | Optical receiver power | String | |
| type | SFP type | String | |
| rev | Vendor revision | String | |
| tx_medium | Transmission medium | String | |
| tx_fault_type | Tranmitted fault type | Integer | |
| serialnum | Serial number | String | |
| partnum | Manufacturer's part number | String | |
| cisco_product_id | Cisco product identifier | String | |
| name | Vendor name | String | |
| ciscoid | Cisco extended ID | String | |
| supported_speeds | Supported speed (min and max speed ) in Mb/s | String | |
| optical_rx_pw_intensity | Optical receiver power intensity | String | |
| optical_tx_pwr_intensity | Optical transmitter power intensity | String | |
| txcvr_type | Transceiver type | String | |
| len_50 | Link length supported for 50/125um fiber (in meter) | Integer | |
| len_625 | Link length supported for 62.5/125um fiber (in meter) | Integer | |
| temperature | Temperature (in celsius) | String |
show interface <*interface_id*> transceiver calibrations
show interface <interface_id> transceiver calibrations
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface <interface_id> transceiver calibrations"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_interface_trans": {
"ROW_interface_trans": [
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VQV",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
}
]
},
"interface_sfp": "fc1/2"
}
]
}
}
<TABLE_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/2</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VQV</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
</TABLE_interface_trans>
The show interface <*interface_id*> transceiver calibrations command displays transceiver calibration information for the specified Fibre Channel and Ethernet interface range.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| tx_length | FC transmitter link lengths | String | ['very long distance', 'short distance', 'intermediate distance', 'long distance', 'middle range distance'] |
| sfp | SFP present or not | String | ['sfp not present', 'sfp is present', 'present', 'not present'] |
| nominal_bitrate | Nominal bit rate in MBits/sec | Integer | |
| temp_slope | Temperature slope | Integer | |
| curr_offset | Current offset | Integer | |
| curr_slope | Current slope | Integer | |
| tx_medium | Transmission medium | String | |
| cisco_part_number | Cisco part umber | String | |
| ciscoid_1 | Cisco extended ID number | Integer | |
| cisco_vendor_id | Cisco vendor identifier | String | |
| volt_offset | Voltage offset | Integer | |
| interface_sfp | Interface ID | String | |
| temp_offset | Temperature offset | Integer | |
| volt_slope | Voltage slope | Integer | |
| txcvr_type | Transceiver type | String | |
| tx_pwr_slope | Transmitted power slope | Integer | |
| rx_pwr_3 | Received power 3 | Integer | |
| tx_pwr_offset | Transmitted power offset | Integer | |
| rx_pwr_2 | Received power 2 | Integer | |
| rx_pwr_0 | Received power 0 | Integer | |
| rx_pwr_4 | Received power 4 | Integer | |
| rx_pwr_1 | Received power 1 | Integer | |
| partnum | Manufacturer's part number | String | |
| name | Vendor name | String | |
| serialnum | Vendor serial number | String | |
| cisco_product_id | Cisco product identifier | String | |
| rev | Vendor revision | String | |
| supported_speeds | Supported speed (min and max speed ) in Mb/s | String | |
| ciscoid | Cisco extended ID | String | |
| type | SFP type | String | |
| len_50_OM3 | Link length supported for 50/125um fiber (in meter) | Integer | |
| len_50 | Link length supported for 50/125um fiber (in meter) | Integer | |
| len_625 | Link length supported for 62.5/125um fiber (in meter) | Integer |
show interface <*interface_id*> transceiver details
show interface <interface_id> transceiver details
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface <interface_id> transceiver details"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_interface_trans": {
"ROW_interface_trans": [
{
"TABLE_calib": {
"ROW_calib": [
{
"TABLE_calibration": {
"ROW_calibration": [
{
"TABLE_detail": {
"ROW_detail": [
{
"current": "6.98 mA",
"current_alrm_hi": "11.80 mA",
"current_alrm_lo": "4.00 mA",
"current_warn_hi": "10.80 mA",
"current_warn_lo": "5.00 mA",
"rx_pwr": "-3.28 dBm",
"rx_pwr_alrm_hi": "3.00 dBm",
"rx_pwr_alrm_lo": "-17.30 dBm",
"rx_pwr_warn_hi": "0.00 dBm",
"rx_pwr_warn_lo": "-13.30 dBm",
"temp_alrm_hi": "75.00 C",
"temp_alrm_lo": "-5.00 C",
"temp_warn_hi": "70.00 C",
"temp_warn_lo": "0.00 C",
"temperature": "34.20 C",
"tx_faults": 0,
"tx_pwr": "-3.21 dBm",
"tx_pwr_alrm_hi": "1.70 dBm",
"tx_pwr_alrm_lo": "-14.00 dBm",
"tx_pwr_warn_hi": "-1.30 dBm",
"tx_pwr_warn_lo": "-10.00 dBm",
"volt_alrm_hi": "3.63 V",
"volt_alrm_lo": "2.97 V",
"volt_warn_hi": "3.46 V",
"volt_warn_lo": "3.13 V",
"voltage": "3.31 V"
}
]
}
}
]
},
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VQV",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
}
]
},
"interface_sfp": "fc1/2"
}
]
}
}
<TABLE_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/2</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VQV</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
<TABLE_calibration>
<ROW_calibration>
<TABLE_detail>
<ROW_detail>
<temperature>34.20 C</temperature>
<temp_alrm_hi>75.00 C</temp_alrm_hi>
<temp_alrm_lo>-5.00 C</temp_alrm_lo>
<temp_warn_hi>70.00 C</temp_warn_hi>
<temp_warn_lo>0.00 C</temp_warn_lo>
<voltage>3.31 V</voltage>
<volt_alrm_hi>3.63 V</volt_alrm_hi>
<volt_alrm_lo>2.97 V</volt_alrm_lo>
<volt_warn_hi>3.46 V</volt_warn_hi>
<volt_warn_lo>3.13 V</volt_warn_lo>
<current>6.97 mA</current>
<current_alrm_hi>11.80 mA</current_alrm_hi>
<current_alrm_lo>4.00 mA</current_alrm_lo>
<current_warn_hi>10.80 mA</current_warn_hi>
<current_warn_lo>5.00 mA</current_warn_lo>
<tx_pwr>-3.21 dBm</tx_pwr>
<tx_pwr_alrm_hi>1.70 dBm</tx_pwr_alrm_hi>
<tx_pwr_alrm_lo>-14.00 dBm</tx_pwr_alrm_lo>
<tx_pwr_warn_hi>-1.30 dBm</tx_pwr_warn_hi>
<tx_pwr_warn_lo>-10.00 dBm</tx_pwr_warn_lo>
<rx_pwr>-3.30 dBm</rx_pwr>
<rx_pwr_alrm_hi>3.00 dBm</rx_pwr_alrm_hi>
<rx_pwr_alrm_lo>-17.30 dBm</rx_pwr_alrm_lo>
<rx_pwr_warn_hi>0.00 dBm</rx_pwr_warn_hi>
<rx_pwr_warn_lo>-13.30 dBm</rx_pwr_warn_lo>
<tx_faults>0</tx_faults>
</ROW_detail>
</TABLE_detail>
</ROW_calibration>
</TABLE_calibration>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
</TABLE_interface_trans>
The show interface <*interface_id*> transceiver details command displays the transceiver information in detail for the specified Fibre Channel and Ethernet interface range.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| tx_length | FC transmitter link lengths | String | ['very long distance', 'short distance', 'intermediate distance', 'long distance', 'middle range distance'] |
| sfp | SFP present or not | String | ['sfp not present', 'sfp is present'] |
| current | Current | String | |
| cisco_part_number | Cisco part number | String | |
| nominal_bitrate | Nominal bit rate in MBits/sec | Integer | |
| cisco_vendor_id | Cisco vendor identifier | String | |
| number_of_lanes | Number of lanes | Integer | |
| len_50 | Link length supported for 50/125um fiber (in meter) | Integer | |
| interface_sfp | Interface ID | String | |
| volt_warn_hi | Voltage warning high | String | |
| temp_alrm_hi | Temperature warn high | String | |
| temp_warn_hi | Temperature warn high | String | |
| volt_warn_lo | Voltage warning low | String | |
| temp_warn_lo | Temperature warn low | String | |
| current_warn_lo | Current warning low | String | |
| current_warn_hi | Current warning high | String | |
| current_alrm_hi | Current alarm high | String | |
| volt_alrm_lo | Voltage alarm low | String | |
| temp_alrm_lo | Temperature alarm low | String | |
| current_alrm_lo | Current alarm low | String | |
| volt_alrm_hi | Voltage alarm high | String | |
| xmit_faults | Transmit fault count | Integer | |
| volt_flag | Voltage flag | String | |
| ciscoid_1 | Cisco extended ID number | Integer | |
| temp_flag | Temperature flag | String | |
| txcvr_type | Transceiver type | String | |
| current_flag | Current flag | String | |
| rx_pwr_alrm_hi | Received power alarm high | String | |
| rx_pwr_alrm_lo | Received power alarm low | String | |
| rx_pwr | Received power | String | |
| tx_pwr | Received power | String | |
| tx_pwr_warn_lo | Received power warning low | String | |
| rx_pwr_warn_hi | Received power warning high | String | |
| rx_pwr_warn_lo | Received power warning low | String | |
| rx_pwr_flag | Received power flag | String | |
| tx_pwr_flag | Transmitted power flag | String | |
| tx_pwr_alrm_hi | Transmitted power alarm high | String | |
| tx_faults | Transmitted fault count | Integer | |
| tx_pwr_alrm_lo | Transmitted Power Alarm Low | String | |
| tx_medium | Transmission medium | String | |
| tx_pwr_warn_hi | Transmitted power warning high | String | |
| partnum | Manufacturer's part number | String | |
| cisco_product_id | Cisco product identifier | String | |
| type | SFP type | String | |
| rev | Vendor revision | String | |
| ciscoid | Cisco extended ID | String | |
| supported_speeds | Supported speed (min and max speed ) in Mb/s | String | |
| name | Vendor name | String | |
| serialnum | Vendor serial number | String | |
| len_50_OM3 | Link length supported for 50/125um fiber (in meter) | Integer | |
| len_625 | Link length supported for 62.5/125um fiber (in meter) | Integer | |
| temperature | Temperature (in celsius) | String | |
| voltage | Voltage of SFP (in volt) | String |
show interface brief
show interface brief
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface brief"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_interface_brief_eth": {
"ROW_interface_brief_eth": [
{
"eth_speed": "auto",
"interface": "Eth1/1",
"portmode": "access",
"ratemode": "D",
"state": "down",
"state_rsn_desc": "Administratively down",
"type": "eth",
"vlan": "1"
},
{
"eth_speed": "auto",
"interface": "Eth1/2",
"portmode": "access",
"ratemode": "D",
"state": "down",
"state_rsn_desc": "SFP not inserted",
"type": "eth",
"vlan": "1"
},
{
"eth_speed": "auto",
"interface": "Eth1/3",
"portmode": "access",
"ratemode": "D",
"state": "down",
"state_rsn_desc": "Administratively down",
"type": "eth",
"vlan": "1"
},
{
"eth_speed": "auto",
"interface": "Eth1/4",
"portmode": "access",
"ratemode": "D",
"state": "down",
"state_rsn_desc": "Administratively down",
"type": "eth",
"vlan": "1"
},
{
"eth_speed": "auto",
"interface": "Eth1/5",
"portmode": "access",
"ratemode": "D",
"state": "down",
"state_rsn_desc": "SFP not inserted",
"type": "eth",
"vlan": "1"
},
{
"eth_speed": "auto",
"interface": "Eth1/6",
"portmode": "access",
"ratemode": "D",
"state": "down",
"state_rsn_desc": "SFP not inserted",
"type": "eth",
"vlan": "1"
},
{
"eth_speed": "auto",
"interface": "Eth1/7",
"portmode": "access",
"ratemode": "D",
"state": "down",
"state_rsn_desc": "Administratively down",
"type": "eth",
"vlan": "1"
},
{
"eth_speed": "auto",
"interface": "Eth1/8",
"portmode": "access",
"ratemode": "D",
"state": "down",
"state_rsn_desc": "Administratively down",
"type": "eth",
"vlan": "1"
}
]
},
"TABLE_interface_brief_fc": {
"ROW_interface_brief_fc": [
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "swl",
"interface": "fc1/1",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "notConnected",
"vsan": 1
},
{
"admin_mode": "F",
"admin_trunk_mode": "on",
"fcot_info": "swl",
"interface": "fc1/2",
"logical_type": "edge",
"oper_mode": "F",
"oper_speed": "8",
"port_channel": "--",
"status": "up",
"vsan": 1
},
{
"admin_mode": "F",
"admin_trunk_mode": "off",
"fcot_info": "swl",
"interface": "fc1/3",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "notConnected",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "swl",
"interface": "fc1/4",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "notConnected",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "swl",
"interface": "fc1/5",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "notConnected",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "swl",
"interface": "fc1/6",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "down",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/7",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/8",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/9",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/10",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/11",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/12",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/13",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "swl",
"interface": "fc1/14",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "down",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "swl",
"interface": "fc1/15",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "down",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/16",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/17",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/18",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "swl",
"interface": "fc1/19",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "down",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/20",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/21",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/22",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "swl",
"interface": "fc1/23",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "down",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/24",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "swl",
"interface": "fc1/25",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "down",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/26",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/27",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/28",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/29",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/30",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/31",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/32",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/33",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/34",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/35",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/36",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/37",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/38",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/39",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
},
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"fcot_info": "--",
"interface": "fc1/40",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"port_channel": "--",
"status": "sfpAbsent",
"vsan": 1
}
]
},
"TABLE_interface_brief_fcip": {
"ROW_interface_brief_fcip": [
{
"admin_mode": "auto",
"admin_trunk_mode": "on",
"interface": "fcip1",
"ips": "--",
"oper_mode": "--",
"port_channel": "--",
"status": "srcUnbound",
"vsan": 1
}
]
},
"TABLE_interface_brief_ips": {
"ROW_interface_brief_ips": [
{
"interface": "IPStorage1/1",
"ip_address": "--",
"mtu": 1500,
"speed": "10 Gbps",
"status": "down"
},
{
"interface": "IPStorage1/2",
"ip_address": "--",
"mtu": 1500,
"speed": "10 Gbps",
"status": "down"
}
]
},
"TABLE_interface_brief_iscsi": {
"ROW_interface_brief_iscsi": [
{
"interface": "iscsi1/1",
"oper_mode": "--",
"oper_speed": "--",
"status": "down"
},
{
"interface": "iscsi1/2",
"oper_mode": "--",
"oper_speed": "--",
"status": "down"
}
]
},
"TABLE_interface_brief_mgmt": {
"ROW_interface_brief_mgmt": [
{
"interface": "mgmt0",
"ip_address": "10.197.155.246/24",
"mtu": 1500,
"speed": "1 Gbps",
"status": "up"
}
]
},
"TABLE_interface_brief_portchannel": {
"ROW_interface_brief_portchannel": [
{
"admin_trunk_mode": "on",
"interface": "port-channel1",
"ip_address": "--",
"logical_type": "--",
"oper_mode": "--",
"oper_speed": "--",
"status": "noOperMembers",
"vsan": 1
}
]
},
"TABLE_interface_brief_sup": {
"ROW_interface_brief_sup": [
{
"interface": "sup-fc0",
"speed": "1",
"status": "up"
}
]
}
}
<TABLE_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/1</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>notConnected</status>
<fcot_info>swl</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/2</interface>
<vsan>1</vsan>
<admin_mode>F</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>up</status>
<fcot_info>swl</fcot_info>
<oper_mode>F</oper_mode>
<oper_speed>8</oper_speed>
<port_channel>--</port_channel>
<logical_type>edge</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/3</interface>
<vsan>1</vsan>
<admin_mode>F</admin_mode>
<admin_trunk_mode>off</admin_trunk_mode>
<status>notConnected</status>
<fcot_info>swl</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/4</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>notConnected</status>
<fcot_info>swl</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/5</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>notConnected</status>
<fcot_info>swl</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/6</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>down</status>
<fcot_info>swl</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/7</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/8</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/9</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/10</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/11</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/12</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/13</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/14</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>down</status>
<fcot_info>swl</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/15</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>down</status>
<fcot_info>swl</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/16</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/17</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/18</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/19</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>down</status>
<fcot_info>swl</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/20</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/21</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/22</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/23</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>down</status>
<fcot_info>swl</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/24</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/25</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>down</status>
<fcot_info>swl</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/26</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/27</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/28</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/29</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/30</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/31</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/32</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/33</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/34</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/35</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/36</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/37</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/38</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/39</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
<ROW_interface_brief_fc>
<interface>fc1/40</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>sfpAbsent</status>
<fcot_info>--</fcot_info>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<port_channel>--</port_channel>
<logical_type>--</logical_type>
</ROW_interface_brief_fc>
</TABLE_interface_brief_fc>
<TABLE_interface_brief_iscsi>
<ROW_interface_brief_iscsi>
<interface>iscsi1/1</interface>
<status>down</status>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
</ROW_interface_brief_iscsi>
<ROW_interface_brief_iscsi>
<interface>iscsi1/2</interface>
<status>down</status>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
</ROW_interface_brief_iscsi>
</TABLE_interface_brief_iscsi>
<TABLE_interface_brief_sup>
<ROW_interface_brief_sup>
<interface>sup-fc0</interface>
<status>up</status>
<speed>1</speed>
</ROW_interface_brief_sup>
</TABLE_interface_brief_sup>
<TABLE_interface_brief_ips>
<ROW_interface_brief_ips>
<interface>IPStorage1/1</interface>
<status>down</status>
<ip_address>--</ip_address>
<speed>10 Gbps</speed>
<mtu>1500</mtu>
</ROW_interface_brief_ips>
<ROW_interface_brief_ips>
<interface>IPStorage1/2</interface>
<status>down</status>
<ip_address>--</ip_address>
<speed>10 Gbps</speed>
<mtu>1500</mtu>
</ROW_interface_brief_ips>
</TABLE_interface_brief_ips>
<TABLE_interface_brief_fcip>
<ROW_interface_brief_fcip>
<interface>fcip1</interface>
<vsan>1</vsan>
<admin_mode>auto</admin_mode>
<admin_trunk_mode>on</admin_trunk_mode>
<status>srcUnbound</status>
<oper_mode>--</oper_mode>
<ips>--</ips>
<port_channel>--</port_channel>
</ROW_interface_brief_fcip>
</TABLE_interface_brief_fcip>
<TABLE_interface_brief_mgmt>
<ROW_interface_brief_mgmt>
<interface>mgmt0</interface>
<status>up</status>
<ip_address>10.197.155.246/24</ip_address>
<speed>1 Gbps</speed>
<mtu>1500</mtu>
</ROW_interface_brief_mgmt>
</TABLE_interface_brief_mgmt>
<TABLE_interface_brief_eth>
<ROW_interface_brief_eth>
<interface>Eth1/1</interface>
<vlan>1</vlan>
<type>eth</type>
<portmode>access</portmode>
<state>down</state>
<state_rsn_desc>Administratively down</state_rsn_desc>
<eth_speed>auto</eth_speed>
<ratemode>D</ratemode>
</ROW_interface_brief_eth>
<ROW_interface_brief_eth>
<interface>Eth1/2</interface>
<vlan>1</vlan>
<type>eth</type>
<portmode>access</portmode>
<state>down</state>
<state_rsn_desc>SFP not inserted</state_rsn_desc>
<eth_speed>auto</eth_speed>
<ratemode>D</ratemode>
</ROW_interface_brief_eth>
<ROW_interface_brief_eth>
<interface>Eth1/3</interface>
<vlan>1</vlan>
<type>eth</type>
<portmode>access</portmode>
<state>down</state>
<state_rsn_desc>Administratively down</state_rsn_desc>
<eth_speed>auto</eth_speed>
<ratemode>D</ratemode>
</ROW_interface_brief_eth>
<ROW_interface_brief_eth>
<interface>Eth1/4</interface>
<vlan>1</vlan>
<type>eth</type>
<portmode>access</portmode>
<state>down</state>
<state_rsn_desc>Administratively down</state_rsn_desc>
<eth_speed>auto</eth_speed>
<ratemode>D</ratemode>
</ROW_interface_brief_eth>
<ROW_interface_brief_eth>
<interface>Eth1/5</interface>
<vlan>1</vlan>
<type>eth</type>
<portmode>access</portmode>
<state>down</state>
<state_rsn_desc>SFP not inserted</state_rsn_desc>
<eth_speed>auto</eth_speed>
<ratemode>D</ratemode>
</ROW_interface_brief_eth>
<ROW_interface_brief_eth>
<interface>Eth1/6</interface>
<vlan>1</vlan>
<type>eth</type>
<portmode>access</portmode>
<state>down</state>
<state_rsn_desc>SFP not inserted</state_rsn_desc>
<eth_speed>auto</eth_speed>
<ratemode>D</ratemode>
</ROW_interface_brief_eth>
<ROW_interface_brief_eth>
<interface>Eth1/7</interface>
<vlan>1</vlan>
<type>eth</type>
<portmode>access</portmode>
<state>down</state>
<state_rsn_desc>Administratively down</state_rsn_desc>
<eth_speed>auto</eth_speed>
<ratemode>D</ratemode>
</ROW_interface_brief_eth>
<ROW_interface_brief_eth>
<interface>Eth1/8</interface>
<vlan>1</vlan>
<type>eth</type>
<portmode>access</portmode>
<state>down</state>
<state_rsn_desc>Administratively down</state_rsn_desc>
<eth_speed>auto</eth_speed>
<ratemode>D</ratemode>
</ROW_interface_brief_eth>
</TABLE_interface_brief_eth>
<TABLE_interface_brief_portchannel>
<ROW_interface_brief_portchannel>
<interface>port-channel1</interface>
<vsan>1</vsan>
<admin_trunk_mode>on</admin_trunk_mode>
<status>noOperMembers</status>
<oper_mode>--</oper_mode>
<oper_speed>--</oper_speed>
<ip_address>--</ip_address>
<logical_type>--</logical_type>
</ROW_interface_brief_portchannel>
</TABLE_interface_brief_portchannel>
The show interface brief command displays brief information for Fibre Channel and Ethernet interfaces.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| status | Port status | String | ['sfpAbsent', 'down', 'notConnected', 'up', 'init', 'noOperMembers', 'trunking', 'outOfServc', 'offline', 'errDisabled'] |
| admin_mode | Admin mode | String | ['auto', 'SD', 'F', 'E'] |
| oper_mode | Oper mode | String | ['SD', '--', 'TE', 'TF', 'F'] |
| admin_trunk_mode | Admin trunk mode | String | ['--', 'on', 'off'] |
| logical_type | Logical type | String | ['--', 'core', 'edge'] |
| vsan | Vsan ID | Integer | ['1-4093'] |
| vlan | Vlan ID | String | ['1-4094'] |
| portmode | Port mode | String | ['Access', ' Layer 3', ' Trunk', ' PVLAN', ' Fabric', ' 1q-Tunnel', ' FabricPath'] |
| state | Interface state | String | ['down', ' up', ' testing', ' trunking'] |
| eth_speed | Ethernet interface speed | String | ['auto', '10', '100', '1000', '10000', '100000', '40000'] |
| fcot_info | Fcot info | String | ['--', 'swl'] |
| oper_speed | Oper speed | String | ['--', '4', '8', '32', '16', '64'] |
| ratemode | Ethernet interface port speed | String | ['D', 'S', 'I'] |
| src_ipaddr | Source IP address | String | |
| mtu | MTU value | Integer | |
| cluster | Cluster name | String | |
| tunnel_id | Tunnel ID | Integer | |
| ip_address | IP Address for IPStorage/vsan/mgmt/Port-channel Interfaces | String | |
| dest_ipaddr | Destination IP address | String | |
| port_channel | Port channel number | String | |
| state_rsn_desc | Interface state reason detailed | String | |
| speed | Speed | String | |
| interface | Interface ID | String | |
| type | Interface type | String | |
| explicit_path | FC tunnel - explicit path name | String |
show interface capabilities
show interface capabilities
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface capabilities"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_interface": {
"ROW_interface": [
{
"bcast_supp": "percentage(0-100)",
"channel": "yes",
"cos_rewrite": "yes",
"dce_capable": "yes",
"duplex": "full",
"eee_capable": "no",
"flo_ctrl": "rx-(off/on/desired),tx-(off/on/desired)",
"interface": "Ethernet1/1",
"lnk_debounce": "yes",
"lnk_debounce_time": "yes",
"lnk_up_debounce": "no",
"mdix": "no",
"model": "DS-C9250I-K9-SUP",
"pfc_capable": "yes",
"port_mode": "Routed,Switched",
"qos_scheduling": "rx-(8q4t),tx-(3p5q1t)",
"rate_mode": "dedicated",
"span": "yes",
"speed": "10000",
"tdr": "no",
"tos_rewrite": "yes",
"trunk_encap": "802.1Q",
"type": "10Gbase-SR",
"udld": "yes"
},
{
"bcast_supp": "percentage(0-100)",
"channel": "yes",
"cos_rewrite": "yes",
"dce_capable": "yes",
"duplex": "full",
"eee_capable": "no",
"flo_ctrl": "rx-(off/on/desired),tx-(off/on/desired)",
"interface": "Ethernet1/2",
"lnk_debounce": "yes",
"lnk_debounce_time": "yes",
"lnk_up_debounce": "no",
"mdix": "no",
"model": "DS-C9250I-K9-SUP",
"pfc_capable": "yes",
"port_mode": "Routed,Switched",
"qos_scheduling": "rx-(8q4t),tx-(3p5q1t)",
"rate_mode": "dedicated",
"span": "yes",
"speed": "10000",
"tdr": "no",
"tos_rewrite": "yes",
"trunk_encap": "802.1Q",
"type": "10Gbase-(unknown)",
"udld": "yes"
},
{
"bcast_supp": "percentage(0-100)",
"channel": "yes",
"cos_rewrite": "yes",
"dce_capable": "yes",
"duplex": "full",
"eee_capable": "no",
"flo_ctrl": "rx-(off/on/desired),tx-(off/on/desired)",
"interface": "Ethernet1/3",
"lnk_debounce": "yes",
"lnk_debounce_time": "yes",
"lnk_up_debounce": "no",
"mdix": "no",
"model": "DS-C9250I-K9-SUP",
"pfc_capable": "yes",
"port_mode": "Routed,Switched",
"qos_scheduling": "rx-(8q4t),tx-(3p5q1t)",
"rate_mode": "dedicated",
"span": "yes",
"speed": "10000",
"tdr": "no",
"tos_rewrite": "yes",
"trunk_encap": "802.1Q",
"type": "10Gbase-SR",
"udld": "yes"
},
{
"bcast_supp": "percentage(0-100)",
"channel": "yes",
"cos_rewrite": "yes",
"dce_capable": "yes",
"duplex": "full",
"eee_capable": "no",
"flo_ctrl": "rx-(off/on/desired),tx-(off/on/desired)",
"interface": "Ethernet1/4",
"lnk_debounce": "yes",
"lnk_debounce_time": "yes",
"lnk_up_debounce": "no",
"mdix": "no",
"model": "DS-C9250I-K9-SUP",
"pfc_capable": "yes",
"port_mode": "Routed,Switched",
"qos_scheduling": "rx-(8q4t),tx-(3p5q1t)",
"rate_mode": "dedicated",
"span": "yes",
"speed": "10000",
"tdr": "no",
"tos_rewrite": "yes",
"trunk_encap": "802.1Q",
"type": "10Gbase-SR",
"udld": "yes"
}
]
},
"TABLE_interface_capabilities_if": {
"ROW_interface_capabilities_if": [
{
"BB_state_change": "supported",
"FC-PH_version_high": 0,
"FC-PH_version_low": 6,
"FX_rx_BB_credit_def": 64,
"FX_rx_BB_credit_max": 253,
"FX_rx_BB_credit_min": 1,
"ISL_rx_BB_credit_def": 64,
"ISL_rx_BB_credit_max": 253,
"ISL_rx_BB_credit_min": 2,
"beacon_mode_config": "yes",
"class_2": "supported",
"class_3": "supported",
"class_service": "Class 2, Class 3, Class F",
"dedicated_performance_buf_mod_supp": "no",
"extended_B2B": "no",
"hold_time_max": 100000,
"hold_time_min": 1,
"interface": "fc1/1",
"max_BB_state_change": 14,
"max_speed": "16 Gbps",
"min_speed": "2 Gbps",
"on_demand_port": "yes",
"out_of_order": "yes",
"rate_mode_cap": "Dedicated",
"rate_mode_change": "not supported",
"recieve_BB_credit": "yes",
"recieve_data_max": 2112,
"recieve_data_min": 256,
"transmit_data_max": 2112,
"transmit_data_min": 128
},
{
"BB_state_change": "supported",
"FC-PH_version_high": 0,
"FC-PH_version_low": 6,
"FX_rx_BB_credit_def": 64,
"FX_rx_BB_credit_max": 253,
"FX_rx_BB_credit_min": 1,
"ISL_rx_BB_credit_def": 64,
"ISL_rx_BB_credit_max": 253,
"ISL_rx_BB_credit_min": 2,
"beacon_mode_config": "yes",
"class_2": "supported",
"class_3": "supported",
"class_service": "Class 2, Class 3, Class F",
"dedicated_performance_buf_mod_supp": "no",
"extended_B2B": "no",
"hold_time_max": 100000,
"hold_time_min": 1,
"interface": "fc1/2",
"max_BB_state_change": 14,
"max_speed": "16 Gbps",
"min_speed": "2 Gbps",
"on_demand_port": "yes",
"out_of_order": "yes",
"rate_mode_cap": "Dedicated",
"rate_mode_change": "not supported",
"recieve_BB_credit": "yes",
"recieve_data_max": 2112,
"recieve_data_min": 256,
"transmit_data_max": 2112,
"transmit_data_min": 128
},
{
"BB_state_change": "supported",
"FC-PH_version_high": 0,
"FC-PH_version_low": 6,
"FX_rx_BB_credit_def": 64,
"FX_rx_BB_credit_max": 253,
"FX_rx_BB_credit_min": 1,
"ISL_rx_BB_credit_def": 64,
"ISL_rx_BB_credit_max": 253,
"ISL_rx_BB_credit_min": 2,
"beacon_mode_config": "yes",
"class_2": "supported",
"class_3": "supported",
"class_service": "Class 2, Class 3, Class F",
"dedicated_performance_buf_mod_supp": "no",
"extended_B2B": "no",
"hold_time_max": 100000,
"hold_time_min": 1,
"interface": "fc1/3",
"max_BB_state_change": 14,
"max_speed": "16 Gbps",
"min_speed": "2 Gbps",
"on_demand_port": "yes",
"out_of_order": "yes",
"rate_mode_cap": "Dedicated",
"rate_mode_change": "not supported",
"recieve_BB_credit": "yes",
"recieve_data_max": 2112,
"recieve_data_min": 256,
"transmit_data_max": 2112,
"transmit_data_min": 128
},
{
"BB_state_change": "supported",
"FC-PH_version_high": 0,
"FC-PH_version_low": 6,
"FX_rx_BB_credit_def": 64,
"FX_rx_BB_credit_max": 253,
"FX_rx_BB_credit_min": 1,
"ISL_rx_BB_credit_def": 64,
"ISL_rx_BB_credit_max": 253,
"ISL_rx_BB_credit_min": 2,
"beacon_mode_config": "yes",
"class_2": "supported",
"class_3": "supported",
"class_service": "Class 2, Class 3, Class F",
"dedicated_performance_buf_mod_supp": "no",
"extended_B2B": "no",
"hold_time_max": 100000,
"hold_time_min": 1,
"interface": "fc1/4",
"max_BB_state_change": 14,
"max_speed": "16 Gbps",
"min_speed": "2 Gbps",
"on_demand_port": "yes",
"out_of_order": "yes",
"rate_mode_cap": "Dedicated",
"rate_mode_change": "not supported",
"recieve_BB_credit": "yes",
"recieve_data_max": 2112,
"recieve_data_min": 256,
"transmit_data_max": 2112,
"transmit_data_min": 128
}
]
}
}
<TABLE_interface_capabilities_if>
<ROW_interface_capabilities_if>
<interface>fc1/1</interface>
<min_speed>2 Gbps</min_speed>
<max_speed>16 Gbps</max_speed>
<FC-PH_version_high>0</FC-PH_version_high>
<FC-PH_version_low>6</FC-PH_version_low>
<recieve_data_max>2112</recieve_data_max>
<recieve_data_min>256</recieve_data_min>
<transmit_data_max>2112</transmit_data_max>
<transmit_data_min>128</transmit_data_min>
<class_service>Class 2, Class 3, Class F</class_service>
<class_2>supported</class_2>
<class_3>supported</class_3>
<hold_time_max>100000</hold_time_max>
<hold_time_min>1</hold_time_min>
<BB_state_change>supported</BB_state_change>
<max_BB_state_change>14</max_BB_state_change>
<rate_mode_change>not supported</rate_mode_change>
<rate_mode_cap>Dedicated</rate_mode_cap>
<recieve_BB_credit>yes</recieve_BB_credit>
<FX_rx_BB_credit_min>1</FX_rx_BB_credit_min>
<FX_rx_BB_credit_max>253</FX_rx_BB_credit_max>
<FX_rx_BB_credit_def>64</FX_rx_BB_credit_def>
<ISL_rx_BB_credit_min>2</ISL_rx_BB_credit_min>
<ISL_rx_BB_credit_max>253</ISL_rx_BB_credit_max>
<ISL_rx_BB_credit_def>64</ISL_rx_BB_credit_def>
<dedicated_performance_buf_mod_supp>no</dedicated_performance_buf_mod_supp>
<out_of_order>yes</out_of_order>
<beacon_mode_config>yes</beacon_mode_config>
<extended_B2B>no</extended_B2B>
<on_demand_port>yes</on_demand_port>
</ROW_interface_capabilities_if>
<ROW_interface_capabilities_if>
<interface>fc1/2</interface>
<min_speed>2 Gbps</min_speed>
<max_speed>16 Gbps</max_speed>
<FC-PH_version_high>0</FC-PH_version_high>
<FC-PH_version_low>6</FC-PH_version_low>
<recieve_data_max>2112</recieve_data_max>
<recieve_data_min>256</recieve_data_min>
<transmit_data_max>2112</transmit_data_max>
<transmit_data_min>128</transmit_data_min>
<class_service>Class 2, Class 3, Class F</class_service>
<class_2>supported</class_2>
<class_3>supported</class_3>
<hold_time_max>100000</hold_time_max>
<hold_time_min>1</hold_time_min>
<BB_state_change>supported</BB_state_change>
<max_BB_state_change>14</max_BB_state_change>
<rate_mode_change>not supported</rate_mode_change>
<rate_mode_cap>Dedicated</rate_mode_cap>
<recieve_BB_credit>yes</recieve_BB_credit>
<FX_rx_BB_credit_min>1</FX_rx_BB_credit_min>
<FX_rx_BB_credit_max>253</FX_rx_BB_credit_max>
<FX_rx_BB_credit_def>64</FX_rx_BB_credit_def>
<ISL_rx_BB_credit_min>2</ISL_rx_BB_credit_min>
<ISL_rx_BB_credit_max>253</ISL_rx_BB_credit_max>
<ISL_rx_BB_credit_def>64</ISL_rx_BB_credit_def>
<dedicated_performance_buf_mod_supp>no</dedicated_performance_buf_mod_supp>
<out_of_order>yes</out_of_order>
<beacon_mode_config>yes</beacon_mode_config>
<extended_B2B>no</extended_B2B>
<on_demand_port>yes</on_demand_port>
</ROW_interface_capabilities_if>
<ROW_interface_capabilities_if>
<interface>fc1/3</interface>
<min_speed>2 Gbps</min_speed>
<max_speed>16 Gbps</max_speed>
<FC-PH_version_high>0</FC-PH_version_high>
<FC-PH_version_low>6</FC-PH_version_low>
<recieve_data_max>2112</recieve_data_max>
<recieve_data_min>256</recieve_data_min>
<transmit_data_max>2112</transmit_data_max>
<transmit_data_min>128</transmit_data_min>
<class_service>Class 2, Class 3, Class F</class_service>
<class_2>supported</class_2>
<class_3>supported</class_3>
<hold_time_max>100000</hold_time_max>
<hold_time_min>1</hold_time_min>
<BB_state_change>supported</BB_state_change>
<max_BB_state_change>14</max_BB_state_change>
<rate_mode_change>not supported</rate_mode_change>
<rate_mode_cap>Dedicated</rate_mode_cap>
<recieve_BB_credit>yes</recieve_BB_credit>
<FX_rx_BB_credit_min>1</FX_rx_BB_credit_min>
<FX_rx_BB_credit_max>253</FX_rx_BB_credit_max>
<FX_rx_BB_credit_def>64</FX_rx_BB_credit_def>
<ISL_rx_BB_credit_min>2</ISL_rx_BB_credit_min>
<ISL_rx_BB_credit_max>253</ISL_rx_BB_credit_max>
<ISL_rx_BB_credit_def>64</ISL_rx_BB_credit_def>
<dedicated_performance_buf_mod_supp>no</dedicated_performance_buf_mod_supp>
<out_of_order>yes</out_of_order>
<beacon_mode_config>yes</beacon_mode_config>
<extended_B2B>no</extended_B2B>
<on_demand_port>yes</on_demand_port>
</ROW_interface_capabilities_if>
<ROW_interface_capabilities_if>
<interface>fc1/4</interface>
<min_speed>2 Gbps</min_speed>
<max_speed>16 Gbps</max_speed>
<FC-PH_version_high>0</FC-PH_version_high>
<FC-PH_version_low>6</FC-PH_version_low>
<recieve_data_max>2112</recieve_data_max>
<recieve_data_min>256</recieve_data_min>
<transmit_data_max>2112</transmit_data_max>
<transmit_data_min>128</transmit_data_min>
<class_service>Class 2, Class 3, Class F</class_service>
<class_2>supported</class_2>
<class_3>supported</class_3>
<hold_time_max>100000</hold_time_max>
<hold_time_min>1</hold_time_min>
<BB_state_change>supported</BB_state_change>
<max_BB_state_change>14</max_BB_state_change>
<rate_mode_change>not supported</rate_mode_change>
<rate_mode_cap>Dedicated</rate_mode_cap>
<recieve_BB_credit>yes</recieve_BB_credit>
<FX_rx_BB_credit_min>1</FX_rx_BB_credit_min>
<FX_rx_BB_credit_max>253</FX_rx_BB_credit_max>
<FX_rx_BB_credit_def>64</FX_rx_BB_credit_def>
<ISL_rx_BB_credit_min>2</ISL_rx_BB_credit_min>
<ISL_rx_BB_credit_max>253</ISL_rx_BB_credit_max>
<ISL_rx_BB_credit_def>64</ISL_rx_BB_credit_def>
<dedicated_performance_buf_mod_supp>no</dedicated_performance_buf_mod_supp>
<out_of_order>yes</out_of_order>
<beacon_mode_config>yes</beacon_mode_config>
<extended_B2B>no</extended_B2B>
<on_demand_port>yes</on_demand_port>
</ROW_interface_capabilities_if>
</TABLE_interface_capabilities_if>
<TABLE_interface>
<ROW_interface>
<interface>Ethernet1/1</interface>
<model>DS-C9250I-K9-SUP</model>
<type>10Gbase-SR</type>
<speed>10000</speed>
<duplex>full</duplex>
<trunk_encap>802.1Q</trunk_encap>
<dce_capable>yes</dce_capable>
<channel>yes</channel>
<bcast_supp>percentage(0-100)</bcast_supp>
<flo_ctrl>rx-(off/on/desired),tx-(off/on/desired)</flo_ctrl>
<rate_mode>dedicated</rate_mode>
<port_mode>Routed,Switched</port_mode>
<qos_scheduling>rx-(8q4t),tx-(3p5q1t)</qos_scheduling>
<cos_rewrite>yes</cos_rewrite>
<tos_rewrite>yes</tos_rewrite>
<span>yes</span>
<udld>yes</udld>
<mdix>no</mdix>
<tdr>no</tdr>
<lnk_debounce>yes</lnk_debounce>
<lnk_debounce_time>yes</lnk_debounce_time>
<eee_capable>no</eee_capable>
<pfc_capable>yes</pfc_capable>
<lnk_up_debounce>no</lnk_up_debounce>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/2</interface>
<model>DS-C9250I-K9-SUP</model>
<type>10Gbase-(unknown)</type>
<speed>10000</speed>
<duplex>full</duplex>
<trunk_encap>802.1Q</trunk_encap>
<dce_capable>yes</dce_capable>
<channel>yes</channel>
<bcast_supp>percentage(0-100)</bcast_supp>
<flo_ctrl>rx-(off/on/desired),tx-(off/on/desired)</flo_ctrl>
<rate_mode>dedicated</rate_mode>
<port_mode>Routed,Switched</port_mode>
<qos_scheduling>rx-(8q4t),tx-(3p5q1t)</qos_scheduling>
<cos_rewrite>yes</cos_rewrite>
<tos_rewrite>yes</tos_rewrite>
<span>yes</span>
<udld>yes</udld>
<mdix>no</mdix>
<tdr>no</tdr>
<lnk_debounce>yes</lnk_debounce>
<lnk_debounce_time>yes</lnk_debounce_time>
<eee_capable>no</eee_capable>
<pfc_capable>yes</pfc_capable>
<lnk_up_debounce>no</lnk_up_debounce>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/3</interface>
<model>DS-C9250I-K9-SUP</model>
<type>10Gbase-SR</type>
<speed>10000</speed>
<duplex>full</duplex>
<trunk_encap>802.1Q</trunk_encap>
<dce_capable>yes</dce_capable>
<channel>yes</channel>
<bcast_supp>percentage(0-100)</bcast_supp>
<flo_ctrl>rx-(off/on/desired),tx-(off/on/desired)</flo_ctrl>
<rate_mode>dedicated</rate_mode>
<port_mode>Routed,Switched</port_mode>
<qos_scheduling>rx-(8q4t),tx-(3p5q1t)</qos_scheduling>
<cos_rewrite>yes</cos_rewrite>
<tos_rewrite>yes</tos_rewrite>
<span>yes</span>
<udld>yes</udld>
<mdix>no</mdix>
<tdr>no</tdr>
<lnk_debounce>yes</lnk_debounce>
<lnk_debounce_time>yes</lnk_debounce_time>
<eee_capable>no</eee_capable>
<pfc_capable>yes</pfc_capable>
<lnk_up_debounce>no</lnk_up_debounce>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/4</interface>
<model>DS-C9250I-K9-SUP</model>
<type>10Gbase-SR</type>
<speed>10000</speed>
<duplex>full</duplex>
<trunk_encap>802.1Q</trunk_encap>
<dce_capable>yes</dce_capable>
<channel>yes</channel>
<bcast_supp>percentage(0-100)</bcast_supp>
<flo_ctrl>rx-(off/on/desired),tx-(off/on/desired)</flo_ctrl>
<rate_mode>dedicated</rate_mode>
<port_mode>Routed,Switched</port_mode>
<qos_scheduling>rx-(8q4t),tx-(3p5q1t)</qos_scheduling>
<cos_rewrite>yes</cos_rewrite>
<tos_rewrite>yes</tos_rewrite>
<span>yes</span>
<udld>yes</udld>
<mdix>no</mdix>
<tdr>no</tdr>
<lnk_debounce>yes</lnk_debounce>
<lnk_debounce_time>yes</lnk_debounce_time>
<eee_capable>no</eee_capable>
<pfc_capable>yes</pfc_capable>
<lnk_up_debounce>no</lnk_up_debounce>
</ROW_interface>
</TABLE_interface>
The show interface capabilities command displays hardware port capabilities for Fibre Channel and Ethernet interfaces.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| extended_B2B | Extended B2B credit capable | String | ['yes', 'no'] |
| class_2 | Class 2 sequential delivery | String | ['supported'] |
| class_3 | Class 3 sequential delivery | String | ['supported'] |
| port_mode | Port mode | String | ['Routed', 'Switched', 'Unknown'] |
| cos_rewrite | CoS rewrite | String | ['yes', 'no'] |
| tos_rewrite | ToS rewrite | String | ['yes', 'no'] |
| eee_capable | EEE (efficient-eth) | String | ['yes', 'no'] |
| on_demand_port | On demand port activation license supported | String | ['yes', 'no'] |
| BB_state_change | BB state change notification | String | ['supported', 'not supported'] |
| bcast_supp | Broadcast suppression | String | ['percentage(0-100)', 'no'] |
| dedicated_performance_buf_mod_supp | Performance buffer modification supported | String | ['yes', 'no'] |
| dce_capable | DCE mode capable | String | ['yes', 'no'] |
| span | SPAN | String | ['yes', 'no'] |
| channel | Channel | String | ['yes', 'no'] |
| class_service | Classes of service supported | String | ['Class 2', 'Class 3', 'Class F'] |
| out_of_order | Out of service capable | String | ['yes', 'no'] |
| rate_mode_cap | Rate mode capabilities | String | ['Dedicated', 'Shared'] |
| duplex | Duplex | String | ['full', 'half', 'auto'] |
| rate_mode | Port bandwidth type | String | ['dedicated', 'shared', 'none'] |
| pfc_capable | PFC capable | String | ['yes', 'no'] |
| rate_mode_change | Rate mode change | String | ['supported', 'not supported'] |
| interface | Interface ID | String | ['\\tfc', 'ethernet'] |
| lnk_debounce_time | Enable or disable the debounce timer for Ethernet ports | String | ['yes', 'no'] |
| tdr | Time domain reflectometry (TDR) enabled or disabled | String | ['yes', 'no'] |
| mdix | Medium dependent independent crossover (MDIX) enabled or disabled | String | ['yes', 'no'] |
| lnk_debounce | Link debounce enabled or disabled | String | ['yes', 'no'] |
| beacon_mode_config | Beacon mode whether enabled or disabled | String | ['yes', 'no'] |
| lnk_up_debounce | Link debounce enable or disable | String | ['yes', 'no'] |
| recieve_BB_credit | Rx buffer to buffer credit modification supported | String | ['yes', 'no'] |
| udld | Unidirectional link detection (UDLD) enabled or disabled | String | ['yes', 'no'] |
| max_BB_state_change | Maximum BB state change notifications | Integer | |
| fx_mode_perf_buf_def | FX mode performance buffers default | String | |
| FC-PH_version_low | FC-PH version low | Integer | |
| FC-PH_version_high | FC-PH version high | Integer | |
| isl_mode_perf_buf_def | ISL mode performance buffers default | String | |
| trunk_encap | Trunk encapsulation type | String | |
| ISL_rx_BB_credit_def | ISL mode receive BB credit default | Integer | |
| isl_mode_perf_buf_min | ISL mode performance buffers minimum | String | |
| fx_mode_perf_buf_max | FX mode performance buffers maximum | String | |
| isl_mode_perf_buf_max | ISL mode performance buffers maximum | String | |
| recieve_data_max | Receive data field size maximum | Integer | |
| recieve_data_min | Receive data field size minimum | Integer | |
| transmit_data_max | Transmit data field size maximum | Integer | |
| fx_mode_perf_buf_min | FX mode performance buffers minimum | String | |
| transmit_data_min | Transmit data field size minimum | Integer | |
| max_speed | Maximum speed of interface | String | |
| min_speed | Minimum speed of interface | String | |
| speed | Speed of interface | String | |
| hold_time_min | Hold time minimum (in micro second) | Integer | |
| hold_time_max | Hold time maximum (in micro second) | Integer | |
| type | SFP type | String | |
| qos_scheduling | QOS scheduling | String | |
| flo_ctrl | Flow control | String | |
| model | Model number | String | |
| FX_rx_BB_credit_max | FX mode Rx BB credit maximum | Integer | |
| FX_rx_BB_credit_min | FX mode Rx BB credit minimum | Integer | |
| ISL_rx_BB_credit_min | ISL mode Rx BB credit minimum | Integer | |
| ISL_rx_BB_credit_max | ISL mode Rx BB credit maximum | Integer | |
| FX_rx_BB_credit_def | FX mode Rx BB credit default | Integer |
show interface counters
show interface counters
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface counters"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_counters": [
{
"ROW_counters": [
{
"interface": "fc1/1",
"last_cleared_time": "never",
"rx_b2b_credit_remain": 1,
"rx_b2b_credit_to_zero": 3,
"rx_bytes": 1529072,
"rx_c2_bytes": 0,
"rx_c2_frames": 0,
"rx_c3_bytes": 232,
"rx_c3_frames": 5,
"rx_cf_bytes": 1528840,
"rx_cf_frames": 28448,
"rx_crc_fcs": 0,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 28453,
"rx_link_faliures": 1,
"rx_loop_inits": 1,
"rx_lrr": 1,
"rx_nos": 0,
"rx_ols": 1,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_signal_loss": 1,
"rx_sync_loss": 1,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"tx_b2b_credit_remain": 0,
"tx_b2b_credit_to_zero": 8,
"tx_b2b_low_pri_cre": 0,
"tx_bytes": 2290864,
"tx_c2_bytes": 0,
"tx_c2_frames": 0,
"tx_c3_bytes": 272,
"tx_c3_frames": 6,
"tx_cf_bytes": 2290592,
"tx_cf_frames": 28448,
"tx_credit_loss": 0,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 28454,
"tx_loop_inits": 1,
"tx_lrr": 1,
"tx_nos": 1,
"tx_ols": 1,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0,
"tx_timeout_discards": 0,
"txwait": 0,
"txwait_percent_1hr": 0,
"txwait_percent_1m": 0,
"txwait_percent_1s": 0,
"txwait_percent_72hr": 0
},
{
"interface": "fc1/2",
"last_cleared_time": "never",
"rx_b2b_credit_remain": 64,
"rx_b2b_credit_to_zero": 1,
"rx_bytes": 162116,
"rx_c2_bytes": 0,
"rx_c2_frames": 0,
"rx_c3_bytes": 162116,
"rx_c3_frames": 3111,
"rx_cf_bytes": 0,
"rx_cf_frames": 0,
"rx_crc_fcs": 0,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 3111,
"rx_link_faliures": 0,
"rx_loop_inits": 0,
"rx_lrr": 0,
"rx_nos": 0,
"rx_ols": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_signal_loss": 0,
"rx_sync_loss": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"tx_b2b_credit_remain": 64,
"tx_b2b_credit_to_zero": 3,
"tx_b2b_low_pri_cre": 64,
"tx_bytes": 4917992,
"tx_c2_bytes": 0,
"tx_c2_frames": 0,
"tx_c3_bytes": 4917992,
"tx_c3_frames": 3120,
"tx_cf_bytes": 0,
"tx_cf_frames": 0,
"tx_credit_loss": 0,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 3120,
"tx_loop_inits": 0,
"tx_lrr": 1,
"tx_nos": 0,
"tx_ols": 1,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0,
"tx_timeout_discards": 0,
"txwait": 0,
"txwait_percent_1hr": 0,
"txwait_percent_1m": 0,
"txwait_percent_1s": 0,
"txwait_percent_72hr": 0
},
{
"interface": "fc1/3",
"last_cleared_time": "never",
"rx_b2b_credit_remain": 1,
"rx_b2b_credit_to_zero": 0,
"rx_bytes": 0,
"rx_c2_bytes": 0,
"rx_c2_frames": 0,
"rx_c3_bytes": 0,
"rx_c3_frames": 0,
"rx_cf_bytes": 0,
"rx_cf_frames": 0,
"rx_crc_fcs": 0,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 0,
"rx_link_faliures": 0,
"rx_loop_inits": 0,
"rx_lrr": 0,
"rx_nos": 0,
"rx_ols": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_signal_loss": 0,
"rx_sync_loss": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"tx_b2b_credit_remain": 0,
"tx_b2b_credit_to_zero": 0,
"tx_b2b_low_pri_cre": 0,
"tx_bytes": 0,
"tx_c2_bytes": 0,
"tx_c2_frames": 0,
"tx_c3_bytes": 0,
"tx_c3_frames": 0,
"tx_cf_bytes": 0,
"tx_cf_frames": 0,
"tx_credit_loss": 0,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 0,
"tx_loop_inits": 0,
"tx_lrr": 0,
"tx_nos": 0,
"tx_ols": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0,
"tx_timeout_discards": 0,
"txwait": 0,
"txwait_percent_1hr": 0,
"txwait_percent_1m": 0,
"txwait_percent_1s": 0,
"txwait_percent_72hr": 0
},
{
"interface": "fc1/4",
"last_cleared_time": "never",
"rx_b2b_credit_remain": 1,
"rx_b2b_credit_to_zero": 0,
"rx_bytes": 0,
"rx_c2_bytes": 0,
"rx_c2_frames": 0,
"rx_c3_bytes": 0,
"rx_c3_frames": 0,
"rx_cf_bytes": 0,
"rx_cf_frames": 0,
"rx_crc_fcs": 0,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 0,
"rx_link_faliures": 0,
"rx_loop_inits": 0,
"rx_lrr": 0,
"rx_nos": 0,
"rx_ols": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_signal_loss": 0,
"rx_sync_loss": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"tx_b2b_credit_remain": 0,
"tx_b2b_credit_to_zero": 0,
"tx_b2b_low_pri_cre": 0,
"tx_bytes": 0,
"tx_c2_bytes": 0,
"tx_c2_frames": 0,
"tx_c3_bytes": 0,
"tx_c3_frames": 0,
"tx_cf_bytes": 0,
"tx_cf_frames": 0,
"tx_credit_loss": 0,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 0,
"tx_loop_inits": 0,
"tx_lrr": 0,
"tx_nos": 0,
"tx_ols": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0,
"tx_timeout_discards": 0,
"txwait": 0,
"txwait_percent_1hr": 0,
"txwait_percent_1m": 0,
"txwait_percent_1s": 0,
"txwait_percent_72hr": 0
}
]
},
{
"ROW_counters": [
{
"interface": "sup-fc0",
"rx_bytes": 140080364,
"rx_compressed": 0,
"rx_error_frames": 0,
"rx_errors": 0,
"rx_fifo": 0,
"rx_mcast_frames": 0,
"rx_overrun": 0,
"rx_packets": 0,
"tx_bytes": 145598164,
"tx_carrier_errors": 0,
"tx_collisions": 0,
"tx_errors": 0,
"tx_fifo": 0,
"tx_packets": 0,
"tx_underruns": 0
},
{
"interface": "IPStorage1/1",
"rx_bad_ether_type_drops": 0,
"rx_bad_protocol_drops": 0,
"rx_bcast_frames": 0,
"rx_bytes": 0,
"rx_errors": 0,
"rx_if_down_drops": 0,
"rx_mcast_frames": 0,
"rx_packets": 0,
"rx_queue_drops": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_red_drops": 0,
"tx_arp_drops": 0,
"tx_bcast_frames": 0,
"tx_bytes": 0,
"tx_collisions": 0,
"tx_errors": 0,
"tx_if_down_drops": 0,
"tx_mcast_frames": 0,
"tx_packets": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0,
"tx_underruns": 0
},
{
"interface": "IPStorage1/2",
"rx_bad_ether_type_drops": 0,
"rx_bad_protocol_drops": 0,
"rx_bcast_frames": 0,
"rx_bytes": 0,
"rx_errors": 0,
"rx_if_down_drops": 0,
"rx_mcast_frames": 0,
"rx_packets": 0,
"rx_queue_drops": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_red_drops": 0,
"tx_arp_drops": 0,
"tx_bcast_frames": 0,
"tx_bytes": 0,
"tx_collisions": 0,
"tx_errors": 0,
"tx_if_down_drops": 0,
"tx_mcast_frames": 0,
"tx_packets": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0,
"tx_underruns": 0
}
]
},
{
"ROW_counters": [
{
"interface": "mgmt0",
"rx_bytes": 541075085,
"rx_compressed": 0,
"rx_error_frames": 0,
"rx_errors": 0,
"rx_fifo": 0,
"rx_mcast_frames": 0,
"rx_overrun": 0,
"rx_packets": 0,
"tx_bytes": 52605748,
"tx_carrier_errors": 0,
"tx_collisions": 0,
"tx_errors": 0,
"tx_fifo": 0,
"tx_packets": 0,
"tx_underruns": 0
},
{
"interface": "port-channel1",
"rx_b2b_credit_to_zero": 0,
"rx_bytes": 0,
"rx_c2_bytes": 0,
"rx_c2_frames": 0,
"rx_c3_bytes": 0,
"rx_c3_frames": 0,
"rx_cf_bytes": 0,
"rx_cf_frames": 0,
"rx_crc_fcs": 0,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 0,
"rx_link_faliures": 0,
"rx_loop_inits": 0,
"rx_lrr": 0,
"rx_nos": 0,
"rx_ols": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_signal_loss": 0,
"rx_sync_loss": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"tx_b2b_credit_to_zero": 0,
"tx_bytes": 0,
"tx_c2_bytes": 0,
"tx_c2_frames": 0,
"tx_c3_bytes": 0,
"tx_c3_frames": 0,
"tx_cf_bytes": 0,
"tx_cf_frames": 0,
"tx_credit_loss": 0,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 0,
"tx_loop_inits": 0,
"tx_lrr": 0,
"tx_nos": 0,
"tx_ols": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0,
"tx_timeout_discards": 0,
"txwait": 0,
"txwait_percent_1hr": 0,
"txwait_percent_1m": 0,
"txwait_percent_1s": 0,
"txwait_percent_72hr": 0
}
]
}
],
"TABLE_fcip": {
"ROW_fcip": [
{
"TABLE_tcp_conn": {
"ROW_tcp_conn": [
{
"rx_bytes": 0,
"rx_c2_3_bytes": 0,
"rx_c2_3_frames": 0,
"rx_cf_bytes": 0,
"rx_cf_frames": 0,
"rx_error_frames": 0,
"rx_packets": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_reass_frames": 0,
"rx_tstamp_error": 0,
"tx_bytes": 0,
"tx_c2_3_bytes": 0,
"tx_c2_3_frames": 0,
"tx_cf_bytes": 0,
"tx_cf_frames": 0,
"tx_error_frames": 0,
"tx_packets": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
}
]
},
"interface": "fcip1",
"num_active_conn": 0,
"num_conn_attr": 0,
"num_conn_drops": 0
}
]
},
"TABLE_iscsi": {
"ROW_iscsi": [
{
"interface": "iscsi1/1",
"rx_bytes": 0,
"rx_cmd_pdus": 0,
"rx_data_bytes": 0,
"rx_data_pdus": 0,
"rx_packets": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_unsol_bytes": 0,
"trans_rdy_frame": 0,
"tx_bytes": 0,
"tx_data_bytes": 0,
"tx_data_pdus": 0,
"tx_packets": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0,
"tx_resp_frame": 0,
"tx_resp_sense_frame": 0
},
{
"interface": "iscsi1/2",
"rx_bytes": 0,
"rx_cmd_pdus": 0,
"rx_data_bytes": 0,
"rx_data_pdus": 0,
"rx_packets": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_unsol_bytes": 0,
"trans_rdy_frame": 0,
"tx_bytes": 0,
"tx_data_bytes": 0,
"tx_data_pdus": 0,
"tx_packets": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0,
"tx_resp_frame": 0,
"tx_resp_sense_frame": 0
}
]
}
}
<TABLE_counters>
<ROW_counters>
<interface>fc1/1</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_frames>28453</rx_frames>
<rx_bytes>1529072</rx_bytes>
<rx_c2_frames>0</rx_c2_frames>
<rx_c2_bytes>0</rx_c2_bytes>
<rx_c3_frames>5</rx_c3_frames>
<rx_c3_bytes>232</rx_c3_bytes>
<rx_cf_frames>28448</rx_cf_frames>
<rx_cf_bytes>1528840</rx_cf_bytes>
<rx_discard_frames>0</rx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<rx_crc_fcs>0</rx_crc_fcs>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<tx_frames>28454</tx_frames>
<tx_bytes>2290864</tx_bytes>
<tx_c2_frames>0</tx_c2_frames>
<tx_c2_bytes>0</tx_c2_bytes>
<tx_c3_frames>6</tx_c3_frames>
<tx_c3_bytes>272</tx_c3_bytes>
<tx_cf_frames>28448</tx_cf_frames>
<tx_cf_bytes>2290592</tx_cf_bytes>
<tx_discard_frames>0</tx_discard_frames>
<tx_error_frames>0</tx_error_frames>
<tx_timeout_discards>0</tx_timeout_discards>
<tx_credit_loss>0</tx_credit_loss>
<rx_ols>1</rx_ols>
<rx_lrr>1</rx_lrr>
<rx_nos>0</rx_nos>
<rx_loop_inits>1</rx_loop_inits>
<tx_ols>1</tx_ols>
<tx_lrr>1</tx_lrr>
<tx_nos>1</tx_nos>
<tx_loop_inits>1</tx_loop_inits>
<rx_link_faliures>1</rx_link_faliures>
<rx_sync_loss>1</rx_sync_loss>
<rx_signal_loss>1</rx_signal_loss>
<tx_b2b_credit_to_zero>8</tx_b2b_credit_to_zero>
<rx_b2b_credit_to_zero>3</rx_b2b_credit_to_zero>
<txwait>0</txwait>
<txwait_percent_1s>0</txwait_percent_1s>
<txwait_percent_1m>0</txwait_percent_1m>
<txwait_percent_1hr>0</txwait_percent_1hr>
<txwait_percent_72hr>0</txwait_percent_72hr>
<rx_b2b_credit_remain>1</rx_b2b_credit_remain>
<tx_b2b_credit_remain>0</tx_b2b_credit_remain>
<tx_b2b_low_pri_cre>0</tx_b2b_low_pri_cre>
<last_cleared_time>never</last_cleared_time>
</ROW_counters>
<ROW_counters>
<interface>fc1/2</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_frames>3111</rx_frames>
<rx_bytes>162116</rx_bytes>
<rx_c2_frames>0</rx_c2_frames>
<rx_c2_bytes>0</rx_c2_bytes>
<rx_c3_frames>3111</rx_c3_frames>
<rx_c3_bytes>162116</rx_c3_bytes>
<rx_cf_frames>0</rx_cf_frames>
<rx_cf_bytes>0</rx_cf_bytes>
<rx_discard_frames>0</rx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<rx_crc_fcs>0</rx_crc_fcs>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<tx_frames>3120</tx_frames>
<tx_bytes>4917992</tx_bytes>
<tx_c2_frames>0</tx_c2_frames>
<tx_c2_bytes>0</tx_c2_bytes>
<tx_c3_frames>3120</tx_c3_frames>
<tx_c3_bytes>4917992</tx_c3_bytes>
<tx_cf_frames>0</tx_cf_frames>
<tx_cf_bytes>0</tx_cf_bytes>
<tx_discard_frames>0</tx_discard_frames>
<tx_error_frames>0</tx_error_frames>
<tx_timeout_discards>0</tx_timeout_discards>
<tx_credit_loss>0</tx_credit_loss>
<rx_ols>0</rx_ols>
<rx_lrr>0</rx_lrr>
<rx_nos>0</rx_nos>
<rx_loop_inits>0</rx_loop_inits>
<tx_ols>1</tx_ols>
<tx_lrr>1</tx_lrr>
<tx_nos>0</tx_nos>
<tx_loop_inits>0</tx_loop_inits>
<rx_link_faliures>0</rx_link_faliures>
<rx_sync_loss>0</rx_sync_loss>
<rx_signal_loss>0</rx_signal_loss>
<tx_b2b_credit_to_zero>3</tx_b2b_credit_to_zero>
<rx_b2b_credit_to_zero>1</rx_b2b_credit_to_zero>
<txwait>0</txwait>
<txwait_percent_1s>0</txwait_percent_1s>
<txwait_percent_1m>0</txwait_percent_1m>
<txwait_percent_1hr>0</txwait_percent_1hr>
<txwait_percent_72hr>0</txwait_percent_72hr>
<rx_b2b_credit_remain>64</rx_b2b_credit_remain>
<tx_b2b_credit_remain>64</tx_b2b_credit_remain>
<tx_b2b_low_pri_cre>64</tx_b2b_low_pri_cre>
<last_cleared_time>never</last_cleared_time>
</ROW_counters>
<ROW_counters>
<interface>fc1/3</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_frames>0</rx_frames>
<rx_bytes>0</rx_bytes>
<rx_c2_frames>0</rx_c2_frames>
<rx_c2_bytes>0</rx_c2_bytes>
<rx_c3_frames>0</rx_c3_frames>
<rx_c3_bytes>0</rx_c3_bytes>
<rx_cf_frames>0</rx_cf_frames>
<rx_cf_bytes>0</rx_cf_bytes>
<rx_discard_frames>0</rx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<rx_crc_fcs>0</rx_crc_fcs>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<tx_frames>0</tx_frames>
<tx_bytes>0</tx_bytes>
<tx_c2_frames>0</tx_c2_frames>
<tx_c2_bytes>0</tx_c2_bytes>
<tx_c3_frames>0</tx_c3_frames>
<tx_c3_bytes>0</tx_c3_bytes>
<tx_cf_frames>0</tx_cf_frames>
<tx_cf_bytes>0</tx_cf_bytes>
<tx_discard_frames>0</tx_discard_frames>
<tx_error_frames>0</tx_error_frames>
<tx_timeout_discards>0</tx_timeout_discards>
<tx_credit_loss>0</tx_credit_loss>
<rx_ols>0</rx_ols>
<rx_lrr>0</rx_lrr>
<rx_nos>0</rx_nos>
<rx_loop_inits>0</rx_loop_inits>
<tx_ols>0</tx_ols>
<tx_lrr>0</tx_lrr>
<tx_nos>0</tx_nos>
<tx_loop_inits>0</tx_loop_inits>
<rx_link_faliures>0</rx_link_faliures>
<rx_sync_loss>0</rx_sync_loss>
<rx_signal_loss>0</rx_signal_loss>
<tx_b2b_credit_to_zero>0</tx_b2b_credit_to_zero>
<rx_b2b_credit_to_zero>0</rx_b2b_credit_to_zero>
<txwait>0</txwait>
<txwait_percent_1s>0</txwait_percent_1s>
<txwait_percent_1m>0</txwait_percent_1m>
<txwait_percent_1hr>0</txwait_percent_1hr>
<txwait_percent_72hr>0</txwait_percent_72hr>
<rx_b2b_credit_remain>1</rx_b2b_credit_remain>
<tx_b2b_credit_remain>0</tx_b2b_credit_remain>
<tx_b2b_low_pri_cre>0</tx_b2b_low_pri_cre>
<last_cleared_time>never</last_cleared_time>
</ROW_counters>
<ROW_counters>
<interface>fc1/4</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_frames>0</rx_frames>
<rx_bytes>0</rx_bytes>
<rx_c2_frames>0</rx_c2_frames>
<rx_c2_bytes>0</rx_c2_bytes>
<rx_c3_frames>0</rx_c3_frames>
<rx_c3_bytes>0</rx_c3_bytes>
<rx_cf_frames>0</rx_cf_frames>
<rx_cf_bytes>0</rx_cf_bytes>
<rx_discard_frames>0</rx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<rx_crc_fcs>0</rx_crc_fcs>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<tx_frames>0</tx_frames>
<tx_bytes>0</tx_bytes>
<tx_c2_frames>0</tx_c2_frames>
<tx_c2_bytes>0</tx_c2_bytes>
<tx_c3_frames>0</tx_c3_frames>
<tx_c3_bytes>0</tx_c3_bytes>
<tx_cf_frames>0</tx_cf_frames>
<tx_cf_bytes>0</tx_cf_bytes>
<tx_discard_frames>0</tx_discard_frames>
<tx_error_frames>0</tx_error_frames>
<tx_timeout_discards>0</tx_timeout_discards>
<tx_credit_loss>0</tx_credit_loss>
<rx_ols>0</rx_ols>
<rx_lrr>0</rx_lrr>
<rx_nos>0</rx_nos>
<rx_loop_inits>0</rx_loop_inits>
<tx_ols>0</tx_ols>
<tx_lrr>0</tx_lrr>
<tx_nos>0</tx_nos>
<tx_loop_inits>0</tx_loop_inits>
<rx_link_faliures>0</rx_link_faliures>
<rx_sync_loss>0</rx_sync_loss>
<rx_signal_loss>0</rx_signal_loss>
<tx_b2b_credit_to_zero>0</tx_b2b_credit_to_zero>
<rx_b2b_credit_to_zero>0</rx_b2b_credit_to_zero>
<txwait>0</txwait>
<txwait_percent_1s>0</txwait_percent_1s>
<txwait_percent_1m>0</txwait_percent_1m>
<txwait_percent_1hr>0</txwait_percent_1hr>
<txwait_percent_72hr>0</txwait_percent_72hr>
<rx_b2b_credit_remain>1</rx_b2b_credit_remain>
<tx_b2b_credit_remain>0</tx_b2b_credit_remain>
<tx_b2b_low_pri_cre>0</tx_b2b_low_pri_cre>
<last_cleared_time>never</last_cleared_time>
</ROW_counters>
</TABLE_counters>
<TABLE_iscsi>
<ROW_iscsi>
<interface>iscsi1/1</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_packets>0</rx_packets>
<rx_bytes>0</rx_bytes>
<rx_cmd_pdus>0</rx_cmd_pdus>
<tx_data_pdus>0</tx_data_pdus>
<tx_data_bytes>0</tx_data_bytes>
<rx_unsol_bytes>0</rx_unsol_bytes>
<tx_packets>0</tx_packets>
<tx_bytes>0</tx_bytes>
<tx_resp_frame>0</tx_resp_frame>
<tx_resp_sense_frame>0</tx_resp_sense_frame>
<trans_rdy_frame>0</trans_rdy_frame>
<rx_data_pdus>0</rx_data_pdus>
<rx_data_bytes>0</rx_data_bytes>
</ROW_iscsi>
<ROW_iscsi>
<interface>iscsi1/2</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_packets>0</rx_packets>
<rx_bytes>0</rx_bytes>
<rx_cmd_pdus>0</rx_cmd_pdus>
<tx_data_pdus>0</tx_data_pdus>
<tx_data_bytes>0</tx_data_bytes>
<rx_unsol_bytes>0</rx_unsol_bytes>
<tx_packets>0</tx_packets>
<tx_bytes>0</tx_bytes>
<tx_resp_frame>0</tx_resp_frame>
<tx_resp_sense_frame>0</tx_resp_sense_frame>
<trans_rdy_frame>0</trans_rdy_frame>
<rx_data_pdus>0</rx_data_pdus>
<rx_data_bytes>0</rx_data_bytes>
</ROW_iscsi>
</TABLE_iscsi>
<TABLE_counters>
<ROW_counters>
<interface>sup-fc0</interface>
<rx_packets>0</rx_packets>
<rx_bytes>140080364</rx_bytes>
<rx_mcast_frames>0</rx_mcast_frames>
<rx_compressed>0</rx_compressed>
<rx_errors>0</rx_errors>
<rx_error_frames>0</rx_error_frames>
<rx_overrun>0</rx_overrun>
<rx_fifo>0</rx_fifo>
<tx_packets>0</tx_packets>
<tx_bytes>145598164</tx_bytes>
<tx_underruns>0</tx_underruns>
<tx_errors>0</tx_errors>
<tx_collisions>0</tx_collisions>
<tx_fifo>0</tx_fifo>
<tx_carrier_errors>0</tx_carrier_errors>
</ROW_counters>
<ROW_counters>
<interface>IPStorage1/1</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_packets>0</rx_packets>
<rx_bytes>0</rx_bytes>
<rx_mcast_frames>0</rx_mcast_frames>
<rx_bcast_frames>0</rx_bcast_frames>
<rx_errors>0</rx_errors>
<rx_queue_drops>0</rx_queue_drops>
<rx_if_down_drops>0</rx_if_down_drops>
<rx_red_drops>0</rx_red_drops>
<rx_bad_ether_type_drops>0</rx_bad_ether_type_drops>
<rx_bad_protocol_drops>0</rx_bad_protocol_drops>
<tx_packets>0</tx_packets>
<tx_bytes>0</tx_bytes>
<tx_underruns>0</tx_underruns>
<tx_mcast_frames>0</tx_mcast_frames>
<tx_bcast_frames>0</tx_bcast_frames>
<tx_errors>0</tx_errors>
<tx_collisions>0</tx_collisions>
<tx_arp_drops>0</tx_arp_drops>
<tx_if_down_drops>0</tx_if_down_drops>
</ROW_counters>
<ROW_counters>
<interface>IPStorage1/2</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_packets>0</rx_packets>
<rx_bytes>0</rx_bytes>
<rx_mcast_frames>0</rx_mcast_frames>
<rx_bcast_frames>0</rx_bcast_frames>
<rx_errors>0</rx_errors>
<rx_queue_drops>0</rx_queue_drops>
<rx_if_down_drops>0</rx_if_down_drops>
<rx_red_drops>0</rx_red_drops>
<rx_bad_ether_type_drops>0</rx_bad_ether_type_drops>
<rx_bad_protocol_drops>0</rx_bad_protocol_drops>
<tx_packets>0</tx_packets>
<tx_bytes>0</tx_bytes>
<tx_underruns>0</tx_underruns>
<tx_mcast_frames>0</tx_mcast_frames>
<tx_bcast_frames>0</tx_bcast_frames>
<tx_errors>0</tx_errors>
<tx_collisions>0</tx_collisions>
<tx_arp_drops>0</tx_arp_drops>
<tx_if_down_drops>0</tx_if_down_drops>
</ROW_counters>
</TABLE_counters>
<TABLE_fcip>
<ROW_fcip>
<interface>fcip1</interface>
<num_active_conn>0</num_active_conn>
<num_conn_attr>0</num_conn_attr>
<num_conn_drops>0</num_conn_drops>
<TABLE_tcp_conn>
<ROW_tcp_conn>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_packets>0</rx_packets>
<rx_bytes>0</rx_bytes>
<rx_cf_frames>0</rx_cf_frames>
<rx_cf_bytes>0</rx_cf_bytes>
<rx_c2_3_frames>0</rx_c2_3_frames>
<rx_c2_3_bytes>0</rx_c2_3_bytes>
<rx_reass_frames>0</rx_reass_frames>
<rx_error_frames>0</rx_error_frames>
<rx_tstamp_error>0</rx_tstamp_error>
<tx_packets>0</tx_packets>
<tx_bytes>0</tx_bytes>
<tx_cf_frames>0</tx_cf_frames>
<tx_cf_bytes>0</tx_cf_bytes>
<tx_c2_3_frames>0</tx_c2_3_frames>
<tx_c2_3_bytes>0</tx_c2_3_bytes>
<tx_error_frames>0</tx_error_frames>
</ROW_tcp_conn>
</TABLE_tcp_conn>
</ROW_fcip>
</TABLE_fcip>
<TABLE_counters>
<ROW_counters>
<interface>mgmt0</interface>
<rx_packets>0</rx_packets>
<rx_bytes>541080253</rx_bytes>
<rx_mcast_frames>0</rx_mcast_frames>
<rx_compressed>0</rx_compressed>
<rx_errors>0</rx_errors>
<rx_error_frames>0</rx_error_frames>
<rx_overrun>0</rx_overrun>
<rx_fifo>0</rx_fifo>
<tx_packets>0</tx_packets>
<tx_bytes>52669732</tx_bytes>
<tx_underruns>0</tx_underruns>
<tx_errors>0</tx_errors>
<tx_collisions>0</tx_collisions>
<tx_fifo>0</tx_fifo>
<tx_carrier_errors>0</tx_carrier_errors>
</ROW_counters>
<ROW_counters>
<interface>port-channel1</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_frames>0</rx_frames>
<rx_bytes>0</rx_bytes>
<rx_c2_frames>0</rx_c2_frames>
<rx_c2_bytes>0</rx_c2_bytes>
<rx_c3_frames>0</rx_c3_frames>
<rx_c3_bytes>0</rx_c3_bytes>
<rx_cf_frames>0</rx_cf_frames>
<rx_cf_bytes>0</rx_cf_bytes>
<rx_discard_frames>0</rx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<rx_crc_fcs>0</rx_crc_fcs>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<tx_frames>0</tx_frames>
<tx_bytes>0</tx_bytes>
<tx_c2_frames>0</tx_c2_frames>
<tx_c2_bytes>0</tx_c2_bytes>
<tx_c3_frames>0</tx_c3_frames>
<tx_c3_bytes>0</tx_c3_bytes>
<tx_cf_frames>0</tx_cf_frames>
<tx_cf_bytes>0</tx_cf_bytes>
<tx_discard_frames>0</tx_discard_frames>
<tx_error_frames>0</tx_error_frames>
<tx_timeout_discards>0</tx_timeout_discards>
<tx_credit_loss>0</tx_credit_loss>
<rx_ols>0</rx_ols>
<rx_lrr>0</rx_lrr>
<rx_nos>0</rx_nos>
<rx_loop_inits>0</rx_loop_inits>
<tx_ols>0</tx_ols>
<tx_lrr>0</tx_lrr>
<tx_nos>0</tx_nos>
<tx_loop_inits>0</tx_loop_inits>
<rx_link_faliures>0</rx_link_faliures>
<rx_sync_loss>0</rx_sync_loss>
<rx_signal_loss>0</rx_signal_loss>
<tx_b2b_credit_to_zero>0</tx_b2b_credit_to_zero>
<rx_b2b_credit_to_zero>0</rx_b2b_credit_to_zero>
<txwait>0</txwait>
<txwait_percent_1s>0</txwait_percent_1s>
<txwait_percent_1m>0</txwait_percent_1m>
<txwait_percent_1hr>0</txwait_percent_1hr>
<txwait_percent_72hr>0</txwait_percent_72hr>
</ROW_counters>
</TABLE_counters>
The show interface counters command displays the interface counter information for Fibre Channel and Ethernet interfaces.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| vsan | Vsan ID | Integer | ['1-4094'] |
| interface | Interface ID | String | ['fc', ' ethernet', ' ethernet-port-channel', ' fcip', ' iscsi', ' vsan', ' ioa', ' mgmt', ' vfc', ' vfc-port-channel', ' fc-tunnel', ' sup-fc', ' port-channel', ' IPStorage'] |
| tx_packets | Transmitted packets | Integer | |
| rx_c2_bytes | Bytes received for Class 2 frames | Integer | |
| tx_cf_bytes | Bytes transmitted for Class f frames | Integer | |
| rx_c3_bytes | Bytes received for Class 3 frames | Integer | |
| pg_fib_drops | Port group FIB drops | Integer | |
| tx_c2_bytes | Bytes transmitted for Class 2 frames | Integer | |
| last_cleared_time | Last clearing of "show interface" counters | String | |
| rx_mcast | Received multicast frames | Integer | |
| trans_rdy_frame | Ready to transmit frames | Integer | |
| tx_resp_frame | Transmitted response frames | Integer | |
| tx_resp_sense_frame | Transmitted response frames with sense | Integer | |
| rx_red_drops | Received red drops | Integer | |
| rx_unsol_bytes | Received unsolicited bytes | Integer | |
| tx_mcast_frames | Transmitted multicast frames | Integer | |
| tx_bcast_frames | Transmitted broadcast frames | Integer | |
| rx_data_pdus | Received data PDUS | Integer | |
| rx_bad_protocol_drops | Received bad protocol drops | Integer | |
| rx_data_bytes | Received data in bytes | Integer | |
| rx_if_down_drops | Received interface down drops | Integer | |
| tx_data_pdus | Transmitted data PDUS | Integer | |
| tx_data_bytes | Transmitted data in bytes | Integer | |
| tx_if_down_drops | Transmitted interface down drops | Integer | |
| tx_arp_drops | Transmitted ARP drops | Integer | |
| tx_carrier_errors | Transmitted carrier errors | Integer | |
| rx_error_frames | Received error frames | Integer | |
| rx_overrun | Received overrun frames | Integer | |
| rx_discard_frames | Received discard frames | Integer | |
| tx_errors | Transmitted errors | Integer | |
| tx_error_frames | Transmitted error frames | Integer | |
| tx_fifo | Transmitted FIFO frames | Integer | |
| rx_loop_inits | Received loop initialization | Integer | |
| rx_sync_loss | Received sync loss | Integer | |
| rx_rate_bytes_ps | Received rate in bytes per second | Integer | |
| rx_rate_bits_ps | Received rate in bits per second | Integer | |
| rx_bcast_frames | Received broadcast frames | Integer | |
| rx_cmd_pdus | Received command PDUS | Integer | |
| rx_bad_ether_type_drops | Received bad ether type drops | Integer | |
| tx_rate_frames_ps | Transmitted rate frames per second | Integer | |
| rx_frames | Received frames | Integer | |
| rx_mcast_frames | Received multicast frames | Integer | |
| rx_packets | Received packets | Integer | |
| tx_error | Transmitted errors | Integer | |
| rx_signal_loss | Received signal loss | Integer | |
| tx_bytes | Transmitted bytes | Integer | |
| pg_other_drops | Port group other drops | Integer | |
| tx_rate_bits_ps | Transmitted rate in bits per second | Integer | |
| pg_xbar_drops | Port group XBAR drops | Integer | |
| pg_acl_drops | Port group ACL drops | Integer | |
| rx_rate_frames_ps | Received rate frames per second | Integer | |
| rx_fifo | Received FIFO frames | Integer | |
| tx_c3_bytes | Bytes transmitted for Class 3 frames | Integer | |
| tx_c3_frames | Transmitted Class 3 frames | Integer | |
| tx_discard_frames | Transmitted discard frames | Integer | |
| rx_link_faliures | Received link failures | Integer | |
| rx_c3_frames | Received Class 3 frames | Integer | |
| rx_errors | Received errors | Integer | |
| tx_cf_frames | Transmitted Class f frames | Integer | |
| rx_cf_frames | Received Class f frames | Integer | |
| tx_c2_frames | Transmitted Class 2 frames | Integer | |
| rx_error | Received errors | Integer | |
| tx_collisions | Transmitted collisions | Integer | |
| tx_underruns | Transmitted underruns | Integer | |
| tx_timeout_discards | Transmitted timeout discards | Integer | |
| tx_frames | Transmitted frames | Integer | |
| rx_compressed | Received compressed frames | Integer | |
| tx_drop | Transmitted drops | Integer | |
| rx_c2_frames | Received Class 2 frames | Integer | |
| tx_loop_inits | Transmitted loop initialization | Integer | |
| rx_cf_bytes | Bytes received for Class f frames | Integer | |
| rx_unknown_class_frames | Bytes received for Unknown Class frames | Integer | |
| rx_bytes | Received bytes | Integer | |
| tx_credit_loss | Transmitted credit loss | Integer | |
| tx_rate_bytes_ps | Transmitted rate in bytes per second | Integer | |
| rx_queue_drops | Received queue drops | Integer | |
| rx_lrr | Link reset responses received | Integer | |
| tx_lrr | Link reset responses transmitted | Integer | |
| rx_ols | Offline sequences received | Integer | |
| tx_ols | Offline sequences transmitted | Integer | |
| rx_nos | Non-operational sequences received | Integer | |
| tx_nos | Non-operational sequences transmitted | Integer | |
| txwait_percent_1s | Percentage Tx wait for last 1 second | Integer | |
| txwait_percent_1m | Percentage Tx wait for last 1 minute | Integer | |
| txwait | Tx wait for 2.5us due to lack of transmit credits | Integer | |
| txwait_percent_1hr | Percentage Tx wait for last 1 hour | Integer | |
| txwait_percent_72hr | Percentage Tx wait for last 72 hour | Integer | |
| tx_b2b_credit_to_zero | Tx B2B credit transitions to zero | Integer | |
| rx_b2b_credit_remain | Rx B2B credit remaining | Integer | |
| tx_b2b_low_pri_cre | Tx B2B low priority credit remaining | Integer | |
| tx_b2b_credit_remain | Tx B2B credit remaining | Integer | |
| rx_b2b_credit_to_zero | Rx B2B credit transitions to zero | Integer | |
| create_req | Create request | String | |
| deact_req | Deactivate request | String | |
| rx_crc_fcs | Received CRC frames | Integer | |
| rx_peer_bytes | Received peer bytes | Integer | |
| activate_req | Activate request | String | |
| tx_peer_bytes | Transmitted peer bytes | Integer | |
| tx_peer_pkts | Transmitted peer packets | Integer | |
| rx_peer_pkts | Received peer packets | Integer | |
| rx_dev_bytes | Received peer bytes | Integer | |
| rx_dev_pkts | Received device packets | Integer | |
| destroy_req | Create destroy | String | |
| tx_dev_pkts | Transmitted device packets | Integer | |
| tx_dev_bytes | Transmitted device bytes | Integer | |
| rx_too_short_frames | Frames received with length less than the minimum indicated by the frame header | Integer | |
| rx_too_long_frames | Frames received with length greater than what was agreed to in FLOGI/PLOGI | Integer | |
| pg_fib_end | FIB drops port group end port | String | |
| pg_other_start | Other drops port group start port | String | |
| pg_other_end | Other drops port group end port | String | |
| pg_xbar_start | XBAR drops port group start port | String | |
| pg_xbar_end | XBAR drops port group end port | String | |
| pg_fib_start | FIB drops port group start port | String |
show interface counters brief
show interface counters brief
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface counters brief"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_counters_brief": {
"ROW_counters_brief": [
{
"interface": "fc1/1",
"rx_rate_MBps": 0,
"rx_total_frames": 28453,
"tx_rate_MBps": 0,
"tx_total_frames": 28454
},
{
"interface": "fc1/2",
"rx_rate_MBps": 0,
"rx_total_frames": 3111,
"tx_rate_MBps": 0,
"tx_total_frames": 3120
},
{
"interface": "fc1/3",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/4",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/5",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/6",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/7",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/8",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/9",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/10",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/11",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/12",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/13",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/14",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/15",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/16",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/17",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/18",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/19",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/20",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/21",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/22",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/23",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/24",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/25",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/26",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/27",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/28",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/29",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/30",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/31",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/32",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/33",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/34",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/35",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/36",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/37",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/38",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/39",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/40",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
}
]
},
"TABLE_fcip": {
"ROW_fcip": [
{
"interface": "fcip1",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
}
]
},
"TABLE_interface": {
"ROW_interface": [
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/1"
},
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/2"
},
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/3"
},
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/4"
},
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/5"
},
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/6"
},
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/7"
},
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/8"
}
]
},
"TABLE_ips": {
"ROW_ips": [
{
"interface": "IPStorage1/1",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "IPStorage1/2",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
}
]
},
"TABLE_iscsi": {
"ROW_iscsi": [
{
"interface": "iscsi1/1",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "iscsi1/2",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
}
]
},
"TABLE_port_channel": {
"ROW_port_channel": [
{
"interface": "port-channel1",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
}
]
}
}
<TABLE_counters_brief>
<ROW_counters_brief>
<interface>fc1/1</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>28453</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>28454</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/2</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>3111</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>3120</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/3</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/4</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/5</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/6</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/7</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/8</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/9</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/10</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/11</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/12</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/13</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/14</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/15</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/16</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/17</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/18</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/19</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/20</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/21</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/22</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/23</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/24</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/25</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/26</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/27</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/28</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/29</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/30</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/31</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/32</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/33</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/34</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/35</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/36</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/37</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/38</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/39</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/40</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
</TABLE_counters_brief>
<TABLE_iscsi>
<ROW_iscsi>
<interface>iscsi1/1</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_iscsi>
<ROW_iscsi>
<interface>iscsi1/2</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_iscsi>
</TABLE_iscsi>
<TABLE_ips>
<ROW_ips>
<interface>IPStorage1/1</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_ips>
<ROW_ips>
<interface>IPStorage1/2</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_ips>
</TABLE_ips>
<TABLE_fcip>
<ROW_fcip>
<interface>fcip1</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_fcip>
</TABLE_fcip>
<TABLE_interface>
<ROW_interface>
<interface>Ethernet1/1</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/2</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/3</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/4</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/5</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/6</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/7</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/8</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
</TABLE_interface>
<TABLE_port_channel>
<ROW_port_channel>
<interface>port-channel1</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_port_channel>
</TABLE_port_channel>
The show interface counters brief command displays the interface counter information in brief for Fibre Channel and Ethernet interfaces.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| vsan_id | Vsan ID | Integer | ['1-4094'] |
| interface | Interface ID | String | ['fc', ' ethernet', ' ethernet-port-channel', ' fcip', ' iscsi', ' vsan', ' ioa', ' mgmt', ' vfc', ' vfc-port-channel', ' fc-tunnel', ' sup-fc', ' port-channel', ' IPStorage'] |
| tx_rate_MBps | Transmitted rate in Mega bytes per second | Integer | |
| rx_packets | Received packets | Integer | |
| tx_bytes | Transmitted bytes | Integer | |
| rx_rate_MBps | Received rate in Mega bytes per second | Integer | |
| tx_total_frames | Total transmitted frames | Integer | |
| rx_total_frames | Total received frames | Integer | |
| tx_packets | Transmitted packets | ||
| eth_load_intv2 | Interval 2 timer value in seconds | Integer | |
| eth_inrate2 | Interval 2 input rate in Mega bits per second | Integer | |
| eth_outrate2 | Interval 2 output rate in Mega bits per second | Integer | |
| rx_bytes | Received bytes | ||
| eth_outframes2 | Interval 2 output rate in output frames (pkts) | Integer | |
| eth_inframes1 | Interval 1 input rate in frames (pkts) | Integer | |
| eth_outrate1 | Interval 1 output rate in Mega bits per second | Integer | |
| eth_load_intv1 | Interval 1 timer value in seconds | Integer | |
| eth_outframes1 | Interval 1 output rate in output frames (pkts) | Integer | |
| eth_inframes2 | Interval 2 input rate in frames (pkts) | Integer | |
| eth_inrate1 | Interval 1 input rate in Mega bits per second | Integer |
show interface counters brief module <*module_id*>
show interface counters brief module <module_id>
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface counters brief module <module_id>"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_counters_brief": {
"ROW_counters_brief": [
{
"interface": "fc1/1",
"rx_rate_MBps": 0,
"rx_total_frames": 28453,
"tx_rate_MBps": 0,
"tx_total_frames": 28454
},
{
"interface": "fc1/2",
"rx_rate_MBps": 0,
"rx_total_frames": 3116,
"tx_rate_MBps": 0,
"tx_total_frames": 3125
},
{
"interface": "fc1/3",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/4",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/5",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/6",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/7",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/8",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/9",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/10",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/11",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/12",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/13",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/14",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/15",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/16",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/17",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/18",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/19",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/20",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/21",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/22",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/23",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/24",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/25",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/26",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/27",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/28",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/29",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/30",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/31",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/32",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/33",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/34",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/35",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/36",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/37",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/38",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/39",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "fc1/40",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
}
]
},
"TABLE_interface": {
"ROW_interface": [
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/1"
},
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/2"
},
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/3"
},
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/4"
},
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/5"
},
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/6"
},
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/7"
},
{
"eth_inframes1": 0,
"eth_inframes2": 0,
"eth_inrate1": 0,
"eth_inrate2": 0,
"eth_load_intv1": 30,
"eth_load_intv2": 300,
"eth_outframes1": 0,
"eth_outframes2": 0,
"eth_outrate1": 0,
"eth_outrate2": 0,
"interface": "Ethernet1/8"
}
]
},
"TABLE_ips": {
"ROW_ips": [
{
"interface": "IPStorage1/1",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "IPStorage1/2",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
}
]
},
"TABLE_iscsi": {
"ROW_iscsi": [
{
"interface": "iscsi1/1",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
},
{
"interface": "iscsi1/2",
"rx_rate_MBps": 0,
"rx_total_frames": 0,
"tx_rate_MBps": 0,
"tx_total_frames": 0
}
]
}
}
<TABLE_counters_brief>
<ROW_counters_brief>
<interface>fc1/1</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>28453</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>28454</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/2</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>3116</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>3125</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/3</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/4</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/5</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/6</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/7</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/8</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/9</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/10</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/11</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/12</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/13</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/14</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/15</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/16</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/17</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/18</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/19</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/20</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/21</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/22</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/23</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/24</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/25</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/26</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/27</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/28</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/29</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/30</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/31</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/32</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/33</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/34</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/35</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/36</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/37</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/38</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/39</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
<ROW_counters_brief>
<interface>fc1/40</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_counters_brief>
</TABLE_counters_brief>
<TABLE_iscsi>
<ROW_iscsi>
<interface>iscsi1/1</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_iscsi>
<ROW_iscsi>
<interface>iscsi1/2</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_iscsi>
</TABLE_iscsi>
<TABLE_ips>
<ROW_ips>
<interface>IPStorage1/1</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_ips>
<ROW_ips>
<interface>IPStorage1/2</interface>
<rx_rate_MBps>0</rx_rate_MBps>
<rx_total_frames>0</rx_total_frames>
<tx_rate_MBps>0</tx_rate_MBps>
<tx_total_frames>0</tx_total_frames>
</ROW_ips>
</TABLE_ips>
<TABLE_interface>
<ROW_interface>
<interface>Ethernet1/1</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/2</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/3</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/4</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/5</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/6</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/7</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/8</interface>
<eth_inrate1>0</eth_inrate1>
<eth_inframes1>0</eth_inframes1>
<eth_outrate1>0</eth_outrate1>
<eth_outframes1>0</eth_outframes1>
<eth_load_intv1>30</eth_load_intv1>
<eth_inrate2>0</eth_inrate2>
<eth_inframes2>0</eth_inframes2>
<eth_outrate2>0</eth_outrate2>
<eth_outframes2>0</eth_outframes2>
<eth_load_intv2>300</eth_load_intv2>
</ROW_interface>
</TABLE_interface>
The show interface counters brief module <*module_id*> command displays the interface counter information in brief for Fibre Channel and Ethernet interfaces in the specified module.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| interface | Interface ID | String | ['fc', ' ethernet', ' ethernet-port-channel', ' fcip', ' iscsi', ' vsan', ' ioa', ' mgmt', ' vfc', ' vfc-port-channel', ' fc-tunnel', ' sup-fc', ' port-channel', ' IPStorage'] |
| tx_rate_MBps | Transmitted rate in Mega bytes per second | Integer | |
| rx_rate_MBps | Received rate in Mega bytes per second | Integer | |
| tx_total_frames | Total transmitted frames | Integer | |
| rx_total_frames | Total received frames | Integer | |
| eth_load_intv2 | Interval 2 timer value in seconds | Integer | |
| eth_inrate2 | Interval 2 input rate in Mega bits per second | Integer | |
| eth_outrate2 | Interval 2 output rate in Mega bits per second | Integer | |
| eth_outframes2 | Interval 2 output rate in output frames (pkts) | Integer | |
| eth_inframes1 | Interval 1 input rate in frames (pkts) | Integer | |
| eth_outrate1 | Interval 1 output rate in Mega bits per second | Integer | |
| eth_load_intv1 | Interval 1 timer value in seconds | Integer | |
| eth_outframes1 | Interval 1 output rate in output frames (pkts) | Integer | |
| eth_inframes2 | Interval 2 input rate in frames (pkts) | Integer | |
| eth_inrate1 | Interval 1 input rate in Mega bits per second | Integer |
show interface counters detailed
show interface counters detailed
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface counters detailed"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_counters": [
{
"ROW_counters": [
{
"TABLE_congestion": {
"ROW_congestion": [
{
"rx_b2b_credit_remain": 0,
"rx_b2b_credit_to_zero": 3,
"tx_b2b_credit_remain": 0,
"tx_b2b_credit_to_zero": 8,
"tx_b2b_low_pri_cre": 0,
"tx_credit_loss": 0,
"tx_timeout_discards": 0,
"txwait": 0,
"txwait_percent_1hr": 0,
"txwait_percent_1m": 0,
"txwait_percent_1s": 0,
"txwait_percent_72hr": 0
}
]
},
"TABLE_link": {
"ROW_link": [
{
"bb_scr_incr": 0,
"bb_scs_resend": 0,
"rx_delim_err": 0,
"rx_eof_abort_frames": 0,
"rx_frag_frames": 0,
"rx_inv_crc": 0,
"rx_inv_trans_err": 0,
"rx_jabber_frames": 0,
"rx_link_failures": 1,
"rx_link_reset": 1,
"rx_link_reset_resp": 1,
"rx_non_oper_seq": 0,
"rx_off_seq_err": 1,
"rx_prm_seq_pro_err": 0,
"rx_runt_frames": 0,
"rx_signal_loss": 1,
"rx_sync_loss": 1,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"tx_link_reset": 0,
"tx_link_reset_resp": 1,
"tx_non_oper_seq": 1,
"tx_off_seq_err": 1
}
]
},
"TABLE_loop": {
"ROW_loop": [
{
"rx_f8_lip_seq_err": 0,
"rx_non_f8_lip_seq_err": 1,
"tx_f8_lip_seq_err": 0,
"tx_non_f8_lip_seq_err": 1
}
]
},
"TABLE_others": {
"ROW_others": [
{
"last_cleared_time": "never"
}
]
},
"TABLE_totals": {
"ROW_totals": [
{
"rx_bcast_frames": 0,
"rx_bytes": 1529072,
"rx_c2_bytes": 0,
"rx_c2_discard_frames": 0,
"rx_c2_frames": 0,
"rx_c2_port_rjt_frames": 0,
"rx_c3_bytes": 232,
"rx_c3_discard_frames": 0,
"rx_c3_frames": 5,
"rx_cf_bytes": 1528840,
"rx_cf_discard_frames": 0,
"rx_cf_frames": 28448,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 28453,
"rx_mcast_frames": 0,
"rx_ucast_frames": 28448,
"tx_bcast_frames": 0,
"tx_bytes": 2290864,
"tx_c2_bytes": 0,
"tx_c2_frames": 0,
"tx_c3_bytes": 272,
"tx_c3_frames": 6,
"tx_cf_bytes": 2290592,
"tx_cf_frames": 28448,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 28454,
"tx_mcast_frames": 0,
"tx_ucast_frames": 28454
}
]
},
"interface": "fc1/1",
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
},
{
"TABLE_congestion": {
"ROW_congestion": [
{
"rx_b2b_credit_remain": 0,
"rx_b2b_credit_to_zero": 1,
"tx_b2b_credit_remain": 0,
"tx_b2b_credit_to_zero": 3,
"tx_b2b_low_pri_cre": 0,
"tx_credit_loss": 0,
"tx_timeout_discards": 0,
"txwait": 0,
"txwait_percent_1hr": 0,
"txwait_percent_1m": 0,
"txwait_percent_1s": 0,
"txwait_percent_72hr": 0
}
]
},
"TABLE_link": {
"ROW_link": [
{
"bb_scr_incr": 0,
"bb_scs_resend": 0,
"rx_delim_err": 0,
"rx_eof_abort_frames": 0,
"rx_frag_frames": 0,
"rx_inv_crc": 0,
"rx_inv_trans_err": 0,
"rx_jabber_frames": 0,
"rx_link_failures": 0,
"rx_link_reset": 0,
"rx_link_reset_resp": 0,
"rx_non_oper_seq": 0,
"rx_off_seq_err": 0,
"rx_prm_seq_pro_err": 0,
"rx_runt_frames": 0,
"rx_signal_loss": 0,
"rx_sync_loss": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"tx_link_reset": 0,
"tx_link_reset_resp": 1,
"tx_non_oper_seq": 0,
"tx_off_seq_err": 1
}
]
},
"TABLE_loop": {
"ROW_loop": [
{
"rx_f8_lip_seq_err": 0,
"rx_non_f8_lip_seq_err": 0,
"tx_f8_lip_seq_err": 0,
"tx_non_f8_lip_seq_err": 0
}
]
},
"TABLE_others": {
"ROW_others": [
{
"last_cleared_time": "never"
}
]
},
"TABLE_totals": {
"ROW_totals": [
{
"rx_bcast_frames": 0,
"rx_bytes": 162116,
"rx_c2_bytes": 0,
"rx_c2_discard_frames": 0,
"rx_c2_frames": 0,
"rx_c2_port_rjt_frames": 0,
"rx_c3_bytes": 162116,
"rx_c3_discard_frames": 0,
"rx_c3_frames": 3111,
"rx_cf_bytes": 0,
"rx_cf_discard_frames": 0,
"rx_cf_frames": 0,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 3111,
"rx_mcast_frames": 0,
"rx_ucast_frames": 3111,
"tx_bcast_frames": 0,
"tx_bytes": 4917992,
"tx_c2_bytes": 0,
"tx_c2_frames": 0,
"tx_c3_bytes": 4917992,
"tx_c3_frames": 3120,
"tx_cf_bytes": 0,
"tx_cf_frames": 0,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 3120,
"tx_mcast_frames": 0,
"tx_ucast_frames": 3120
}
]
},
"interface": "fc1/2",
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
},
{
"TABLE_congestion": {
"ROW_congestion": [
{
"rx_b2b_credit_remain": 0,
"rx_b2b_credit_to_zero": 0,
"tx_b2b_credit_remain": 0,
"tx_b2b_credit_to_zero": 0,
"tx_b2b_low_pri_cre": 0,
"tx_credit_loss": 0,
"tx_timeout_discards": 0,
"txwait": 0,
"txwait_percent_1hr": 0,
"txwait_percent_1m": 0,
"txwait_percent_1s": 0,
"txwait_percent_72hr": 0
}
]
},
"TABLE_link": {
"ROW_link": [
{
"bb_scr_incr": 0,
"bb_scs_resend": 0,
"rx_delim_err": 0,
"rx_eof_abort_frames": 0,
"rx_frag_frames": 0,
"rx_inv_crc": 0,
"rx_inv_trans_err": 0,
"rx_jabber_frames": 0,
"rx_link_failures": 0,
"rx_link_reset": 0,
"rx_link_reset_resp": 0,
"rx_non_oper_seq": 0,
"rx_off_seq_err": 0,
"rx_prm_seq_pro_err": 0,
"rx_runt_frames": 0,
"rx_signal_loss": 0,
"rx_sync_loss": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"tx_link_reset": 0,
"tx_link_reset_resp": 0,
"tx_non_oper_seq": 0,
"tx_off_seq_err": 0
}
]
},
"TABLE_loop": {
"ROW_loop": [
{
"rx_f8_lip_seq_err": 0,
"rx_non_f8_lip_seq_err": 0,
"tx_f8_lip_seq_err": 0,
"tx_non_f8_lip_seq_err": 0
}
]
},
"TABLE_others": {
"ROW_others": [
{
"last_cleared_time": "never"
}
]
},
"TABLE_totals": {
"ROW_totals": [
{
"rx_bcast_frames": 0,
"rx_bytes": 0,
"rx_c2_bytes": 0,
"rx_c2_discard_frames": 0,
"rx_c2_frames": 0,
"rx_c2_port_rjt_frames": 0,
"rx_c3_bytes": 0,
"rx_c3_discard_frames": 0,
"rx_c3_frames": 0,
"rx_cf_bytes": 0,
"rx_cf_discard_frames": 0,
"rx_cf_frames": 0,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 0,
"rx_mcast_frames": 0,
"rx_ucast_frames": 0,
"tx_bcast_frames": 0,
"tx_bytes": 0,
"tx_c2_bytes": 0,
"tx_c2_frames": 0,
"tx_c3_bytes": 0,
"tx_c3_frames": 0,
"tx_cf_bytes": 0,
"tx_cf_frames": 0,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 0,
"tx_mcast_frames": 0,
"tx_ucast_frames": 0
}
]
},
"interface": "fc1/3",
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
},
{
"TABLE_congestion": {
"ROW_congestion": [
{
"rx_b2b_credit_remain": 0,
"rx_b2b_credit_to_zero": 0,
"tx_b2b_credit_remain": 0,
"tx_b2b_credit_to_zero": 0,
"tx_b2b_low_pri_cre": 0,
"tx_credit_loss": 0,
"tx_timeout_discards": 0,
"txwait": 0,
"txwait_percent_1hr": 0,
"txwait_percent_1m": 0,
"txwait_percent_1s": 0,
"txwait_percent_72hr": 0
}
]
},
"TABLE_link": {
"ROW_link": [
{
"bb_scr_incr": 0,
"bb_scs_resend": 0,
"rx_delim_err": 0,
"rx_eof_abort_frames": 0,
"rx_frag_frames": 0,
"rx_inv_crc": 0,
"rx_inv_trans_err": 0,
"rx_jabber_frames": 0,
"rx_link_failures": 0,
"rx_link_reset": 0,
"rx_link_reset_resp": 0,
"rx_non_oper_seq": 0,
"rx_off_seq_err": 0,
"rx_prm_seq_pro_err": 0,
"rx_runt_frames": 0,
"rx_signal_loss": 0,
"rx_sync_loss": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"tx_link_reset": 0,
"tx_link_reset_resp": 0,
"tx_non_oper_seq": 0,
"tx_off_seq_err": 0
}
]
},
"TABLE_loop": {
"ROW_loop": [
{
"rx_f8_lip_seq_err": 0,
"rx_non_f8_lip_seq_err": 0,
"tx_f8_lip_seq_err": 0,
"tx_non_f8_lip_seq_err": 0
}
]
},
"TABLE_others": {
"ROW_others": [
{
"last_cleared_time": "never"
}
]
},
"TABLE_totals": {
"ROW_totals": [
{
"rx_bcast_frames": 0,
"rx_bytes": 0,
"rx_c2_bytes": 0,
"rx_c2_discard_frames": 0,
"rx_c2_frames": 0,
"rx_c2_port_rjt_frames": 0,
"rx_c3_bytes": 0,
"rx_c3_discard_frames": 0,
"rx_c3_frames": 0,
"rx_cf_bytes": 0,
"rx_cf_discard_frames": 0,
"rx_cf_frames": 0,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 0,
"rx_mcast_frames": 0,
"rx_ucast_frames": 0,
"tx_bcast_frames": 0,
"tx_bytes": 0,
"tx_c2_bytes": 0,
"tx_c2_frames": 0,
"tx_c3_bytes": 0,
"tx_c3_frames": 0,
"tx_cf_bytes": 0,
"tx_cf_frames": 0,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 0,
"tx_mcast_frames": 0,
"tx_ucast_frames": 0
}
]
},
"interface": "fc1/4",
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
}
]
},
{
"ROW_counters": [
{
"TABLE_congestion": {
"ROW_congestion": [
{
"rx_b2b_credit_to_zero": 0,
"tx_b2b_credit_to_zero": 0,
"tx_credit_loss": 0,
"tx_timeout_discards": 0,
"txwait": 0,
"txwait_percent_1hr": 0,
"txwait_percent_1m": 0,
"txwait_percent_1s": 0,
"txwait_percent_72hr": 0
}
]
},
"TABLE_link": {
"ROW_link": [
{
"bb_scr_incr": 0,
"bb_scs_resend": 0,
"rx_delim_err": 0,
"rx_eof_abort_frames": 0,
"rx_frag_frames": 0,
"rx_inv_crc": 0,
"rx_inv_trans_err": 0,
"rx_jabber_frames": 0,
"rx_link_failures": 0,
"rx_link_reset": 0,
"rx_link_reset_resp": 0,
"rx_non_oper_seq": 0,
"rx_off_seq_err": 0,
"rx_prm_seq_pro_err": 0,
"rx_runt_frames": 0,
"rx_signal_loss": 0,
"rx_sync_loss": 0,
"rx_too_long_frames": 0,
"rx_too_short_frames": 0,
"rx_unknown_class_frames": 0,
"tx_link_reset": 0,
"tx_link_reset_resp": 0,
"tx_non_oper_seq": 0,
"tx_off_seq_err": 0
}
]
},
"TABLE_loop": {
"ROW_loop": [
{
"rx_f8_lip_seq_err": 0,
"rx_non_f8_lip_seq_err": 0,
"tx_f8_lip_seq_err": 0,
"tx_non_f8_lip_seq_err": 0
}
]
},
"TABLE_totals": {
"ROW_totals": [
{
"rx_bcast_frames": 0,
"rx_bytes": 0,
"rx_c2_bytes": 0,
"rx_c2_discard_frames": 0,
"rx_c2_frames": 0,
"rx_c2_port_rjt_frames": 0,
"rx_c3_bytes": 0,
"rx_c3_discard_frames": 0,
"rx_c3_frames": 0,
"rx_cf_bytes": 0,
"rx_cf_discard_frames": 0,
"rx_cf_frames": 0,
"rx_discard_frames": 0,
"rx_error_frames": 0,
"rx_frames": 0,
"rx_mcast_frames": 0,
"rx_ucast_frames": 0,
"tx_bcast_frames": 0,
"tx_bytes": 0,
"tx_c2_bytes": 0,
"tx_c2_frames": 0,
"tx_c3_bytes": 0,
"tx_c3_frames": 0,
"tx_cf_bytes": 0,
"tx_cf_frames": 0,
"tx_discard_frames": 0,
"tx_error_frames": 0,
"tx_frames": 0,
"tx_mcast_frames": 0,
"tx_ucast_frames": 0
}
]
},
"interface": "port-channel1",
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
}
]
}
],
"TABLE_fcip": {
"ROW_fcip": [
{
"TABLE_tcp_conn": {
"ROW_tcp_conn": [
{
"rx_bytes": 0,
"rx_c2_3_bytes": 0,
"rx_c2_3_frames": 0,
"rx_cf_bytes": 0,
"rx_cf_frames": 0,
"rx_error_frames": 0,
"rx_packets": 0,
"rx_rate_bits_ps": 0,
"rx_rate_bytes_ps": 0,
"rx_rate_frames_ps": 0,
"rx_reass_frames": 0,
"rx_tstamp_error": 0,
"tx_bytes": 0,
"tx_c2_3_bytes": 0,
"tx_c2_3_frames": 0,
"tx_cf_bytes": 0,
"tx_cf_frames": 0,
"tx_error_frames": 0,
"tx_packets": 0,
"tx_rate_bits_ps": 0,
"tx_rate_bytes_ps": 0,
"tx_rate_frames_ps": 0
}
]
},
"interface": "fcip1",
"num_active_conn": 0,
"num_conn_attr": 0,
"num_conn_drops": 0
}
]
},
"TABLE_interface": {
"ROW_interface": [
{
"interface": "Ethernet1/1"
},
{
"interface": "Ethernet1/2"
},
{
"interface": "Ethernet1/3"
},
{
"interface": "Ethernet1/4"
},
{
"interface": "Ethernet1/5"
},
{
"interface": "Ethernet1/6"
},
{
"interface": "Ethernet1/7"
},
{
"interface": "Ethernet1/8"
}
]
}
}
<TABLE_counters>
<ROW_counters>
<interface>fc1/1</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<TABLE_totals>
<ROW_totals>
<rx_frames>28453</rx_frames>
<tx_frames>28454</tx_frames>
<rx_bytes>1529072</rx_bytes>
<tx_bytes>2290864</tx_bytes>
<rx_mcast_frames>0</rx_mcast_frames>
<tx_mcast_frames>0</tx_mcast_frames>
<rx_bcast_frames>0</rx_bcast_frames>
<tx_bcast_frames>0</tx_bcast_frames>
<rx_ucast_frames>28448</rx_ucast_frames>
<tx_ucast_frames>28454</tx_ucast_frames>
<rx_discard_frames>0</rx_discard_frames>
<tx_discard_frames>0</tx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<tx_error_frames>0</tx_error_frames>
<rx_c2_frames>0</rx_c2_frames>
<tx_c2_frames>0</tx_c2_frames>
<rx_c2_bytes>0</rx_c2_bytes>
<tx_c2_bytes>0</tx_c2_bytes>
<rx_c2_discard_frames>0</rx_c2_discard_frames>
<rx_c2_port_rjt_frames>0</rx_c2_port_rjt_frames>
<rx_c3_frames>5</rx_c3_frames>
<tx_c3_frames>6</tx_c3_frames>
<rx_c3_bytes>232</rx_c3_bytes>
<tx_c3_bytes>272</tx_c3_bytes>
<rx_c3_discard_frames>0</rx_c3_discard_frames>
<rx_cf_frames>28448</rx_cf_frames>
<tx_cf_frames>28448</tx_cf_frames>
<rx_cf_bytes>1528840</rx_cf_bytes>
<tx_cf_bytes>2290592</tx_cf_bytes>
<rx_cf_discard_frames>0</rx_cf_discard_frames>
</ROW_totals>
</TABLE_totals>
<TABLE_link>
<ROW_link>
<rx_link_failures>1</rx_link_failures>
<rx_sync_loss>1</rx_sync_loss>
<rx_signal_loss>1</rx_signal_loss>
<rx_prm_seq_pro_err>0</rx_prm_seq_pro_err>
<rx_inv_trans_err>0</rx_inv_trans_err>
<rx_inv_crc>0</rx_inv_crc>
<rx_delim_err>0</rx_delim_err>
<rx_frag_frames>0</rx_frag_frames>
<rx_eof_abort_frames>0</rx_eof_abort_frames>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_runt_frames>0</rx_runt_frames>
<rx_jabber_frames>0</rx_jabber_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<rx_link_reset>1</rx_link_reset>
<tx_link_reset>0</tx_link_reset>
<rx_link_reset_resp>1</rx_link_reset_resp>
<tx_link_reset_resp>1</tx_link_reset_resp>
<rx_off_seq_err>1</rx_off_seq_err>
<tx_off_seq_err>1</tx_off_seq_err>
<rx_non_oper_seq>0</rx_non_oper_seq>
<tx_non_oper_seq>1</tx_non_oper_seq>
<bb_scs_resend>0</bb_scs_resend>
<bb_scr_incr>0</bb_scr_incr>
</ROW_link>
</TABLE_link>
<TABLE_loop>
<ROW_loop>
<rx_f8_lip_seq_err>0</rx_f8_lip_seq_err>
<tx_f8_lip_seq_err>0</tx_f8_lip_seq_err>
<rx_non_f8_lip_seq_err>1</rx_non_f8_lip_seq_err>
<tx_non_f8_lip_seq_err>1</tx_non_f8_lip_seq_err>
</ROW_loop>
</TABLE_loop>
<TABLE_congestion>
<ROW_congestion>
<tx_timeout_discards>0</tx_timeout_discards>
<tx_credit_loss>0</tx_credit_loss>
<txwait>0</txwait>
<txwait_percent_1s>0</txwait_percent_1s>
<txwait_percent_1m>0</txwait_percent_1m>
<txwait_percent_1hr>0</txwait_percent_1hr>
<txwait_percent_72hr>0</txwait_percent_72hr>
<rx_b2b_credit_remain>0</rx_b2b_credit_remain>
<tx_b2b_credit_remain>0</tx_b2b_credit_remain>
<tx_b2b_low_pri_cre>0</tx_b2b_low_pri_cre>
<rx_b2b_credit_to_zero>3</rx_b2b_credit_to_zero>
<tx_b2b_credit_to_zero>8</tx_b2b_credit_to_zero>
</ROW_congestion>
</TABLE_congestion>
<TABLE_others>
<ROW_others>
<last_cleared_time>never</last_cleared_time>
</ROW_others>
</TABLE_others>
</ROW_counters>
<ROW_counters>
<interface>fc1/2</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<TABLE_totals>
<ROW_totals>
<rx_frames>3111</rx_frames>
<tx_frames>3120</tx_frames>
<rx_bytes>162116</rx_bytes>
<tx_bytes>4917992</tx_bytes>
<rx_mcast_frames>0</rx_mcast_frames>
<tx_mcast_frames>0</tx_mcast_frames>
<rx_bcast_frames>0</rx_bcast_frames>
<tx_bcast_frames>0</tx_bcast_frames>
<rx_ucast_frames>3111</rx_ucast_frames>
<tx_ucast_frames>3120</tx_ucast_frames>
<rx_discard_frames>0</rx_discard_frames>
<tx_discard_frames>0</tx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<tx_error_frames>0</tx_error_frames>
<rx_c2_frames>0</rx_c2_frames>
<tx_c2_frames>0</tx_c2_frames>
<rx_c2_bytes>0</rx_c2_bytes>
<tx_c2_bytes>0</tx_c2_bytes>
<rx_c2_discard_frames>0</rx_c2_discard_frames>
<rx_c2_port_rjt_frames>0</rx_c2_port_rjt_frames>
<rx_c3_frames>3111</rx_c3_frames>
<tx_c3_frames>3120</tx_c3_frames>
<rx_c3_bytes>162116</rx_c3_bytes>
<tx_c3_bytes>4917992</tx_c3_bytes>
<rx_c3_discard_frames>0</rx_c3_discard_frames>
<rx_cf_frames>0</rx_cf_frames>
<tx_cf_frames>0</tx_cf_frames>
<rx_cf_bytes>0</rx_cf_bytes>
<tx_cf_bytes>0</tx_cf_bytes>
<rx_cf_discard_frames>0</rx_cf_discard_frames>
</ROW_totals>
</TABLE_totals>
<TABLE_link>
<ROW_link>
<rx_link_failures>0</rx_link_failures>
<rx_sync_loss>0</rx_sync_loss>
<rx_signal_loss>0</rx_signal_loss>
<rx_prm_seq_pro_err>0</rx_prm_seq_pro_err>
<rx_inv_trans_err>0</rx_inv_trans_err>
<rx_inv_crc>0</rx_inv_crc>
<rx_delim_err>0</rx_delim_err>
<rx_frag_frames>0</rx_frag_frames>
<rx_eof_abort_frames>0</rx_eof_abort_frames>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_runt_frames>0</rx_runt_frames>
<rx_jabber_frames>0</rx_jabber_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<rx_link_reset>0</rx_link_reset>
<tx_link_reset>0</tx_link_reset>
<rx_link_reset_resp>0</rx_link_reset_resp>
<tx_link_reset_resp>1</tx_link_reset_resp>
<rx_off_seq_err>0</rx_off_seq_err>
<tx_off_seq_err>1</tx_off_seq_err>
<rx_non_oper_seq>0</rx_non_oper_seq>
<tx_non_oper_seq>0</tx_non_oper_seq>
<bb_scs_resend>0</bb_scs_resend>
<bb_scr_incr>0</bb_scr_incr>
</ROW_link>
</TABLE_link>
<TABLE_loop>
<ROW_loop>
<rx_f8_lip_seq_err>0</rx_f8_lip_seq_err>
<tx_f8_lip_seq_err>0</tx_f8_lip_seq_err>
<rx_non_f8_lip_seq_err>0</rx_non_f8_lip_seq_err>
<tx_non_f8_lip_seq_err>0</tx_non_f8_lip_seq_err>
</ROW_loop>
</TABLE_loop>
<TABLE_congestion>
<ROW_congestion>
<tx_timeout_discards>0</tx_timeout_discards>
<tx_credit_loss>0</tx_credit_loss>
<txwait>0</txwait>
<txwait_percent_1s>0</txwait_percent_1s>
<txwait_percent_1m>0</txwait_percent_1m>
<txwait_percent_1hr>0</txwait_percent_1hr>
<txwait_percent_72hr>0</txwait_percent_72hr>
<rx_b2b_credit_remain>0</rx_b2b_credit_remain>
<tx_b2b_credit_remain>0</tx_b2b_credit_remain>
<tx_b2b_low_pri_cre>0</tx_b2b_low_pri_cre>
<rx_b2b_credit_to_zero>1</rx_b2b_credit_to_zero>
<tx_b2b_credit_to_zero>3</tx_b2b_credit_to_zero>
</ROW_congestion>
</TABLE_congestion>
<TABLE_others>
<ROW_others>
<last_cleared_time>never</last_cleared_time>
</ROW_others>
</TABLE_others>
</ROW_counters>
<ROW_counters>
<interface>fc1/3</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<TABLE_totals>
<ROW_totals>
<rx_frames>0</rx_frames>
<tx_frames>0</tx_frames>
<rx_bytes>0</rx_bytes>
<tx_bytes>0</tx_bytes>
<rx_mcast_frames>0</rx_mcast_frames>
<tx_mcast_frames>0</tx_mcast_frames>
<rx_bcast_frames>0</rx_bcast_frames>
<tx_bcast_frames>0</tx_bcast_frames>
<rx_ucast_frames>0</rx_ucast_frames>
<tx_ucast_frames>0</tx_ucast_frames>
<rx_discard_frames>0</rx_discard_frames>
<tx_discard_frames>0</tx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<tx_error_frames>0</tx_error_frames>
<rx_c2_frames>0</rx_c2_frames>
<tx_c2_frames>0</tx_c2_frames>
<rx_c2_bytes>0</rx_c2_bytes>
<tx_c2_bytes>0</tx_c2_bytes>
<rx_c2_discard_frames>0</rx_c2_discard_frames>
<rx_c2_port_rjt_frames>0</rx_c2_port_rjt_frames>
<rx_c3_frames>0</rx_c3_frames>
<tx_c3_frames>0</tx_c3_frames>
<rx_c3_bytes>0</rx_c3_bytes>
<tx_c3_bytes>0</tx_c3_bytes>
<rx_c3_discard_frames>0</rx_c3_discard_frames>
<rx_cf_frames>0</rx_cf_frames>
<tx_cf_frames>0</tx_cf_frames>
<rx_cf_bytes>0</rx_cf_bytes>
<tx_cf_bytes>0</tx_cf_bytes>
<rx_cf_discard_frames>0</rx_cf_discard_frames>
</ROW_totals>
</TABLE_totals>
<TABLE_link>
<ROW_link>
<rx_link_failures>0</rx_link_failures>
<rx_sync_loss>0</rx_sync_loss>
<rx_signal_loss>0</rx_signal_loss>
<rx_prm_seq_pro_err>0</rx_prm_seq_pro_err>
<rx_inv_trans_err>0</rx_inv_trans_err>
<rx_inv_crc>0</rx_inv_crc>
<rx_delim_err>0</rx_delim_err>
<rx_frag_frames>0</rx_frag_frames>
<rx_eof_abort_frames>0</rx_eof_abort_frames>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_runt_frames>0</rx_runt_frames>
<rx_jabber_frames>0</rx_jabber_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<rx_link_reset>0</rx_link_reset>
<tx_link_reset>0</tx_link_reset>
<rx_link_reset_resp>0</rx_link_reset_resp>
<tx_link_reset_resp>0</tx_link_reset_resp>
<rx_off_seq_err>0</rx_off_seq_err>
<tx_off_seq_err>0</tx_off_seq_err>
<rx_non_oper_seq>0</rx_non_oper_seq>
<tx_non_oper_seq>0</tx_non_oper_seq>
<bb_scs_resend>0</bb_scs_resend>
<bb_scr_incr>0</bb_scr_incr>
</ROW_link>
</TABLE_link>
<TABLE_loop>
<ROW_loop>
<rx_f8_lip_seq_err>0</rx_f8_lip_seq_err>
<tx_f8_lip_seq_err>0</tx_f8_lip_seq_err>
<rx_non_f8_lip_seq_err>0</rx_non_f8_lip_seq_err>
<tx_non_f8_lip_seq_err>0</tx_non_f8_lip_seq_err>
</ROW_loop>
</TABLE_loop>
<TABLE_congestion>
<ROW_congestion>
<tx_timeout_discards>0</tx_timeout_discards>
<tx_credit_loss>0</tx_credit_loss>
<txwait>0</txwait>
<txwait_percent_1s>0</txwait_percent_1s>
<txwait_percent_1m>0</txwait_percent_1m>
<txwait_percent_1hr>0</txwait_percent_1hr>
<txwait_percent_72hr>0</txwait_percent_72hr>
<rx_b2b_credit_remain>0</rx_b2b_credit_remain>
<tx_b2b_credit_remain>0</tx_b2b_credit_remain>
<tx_b2b_low_pri_cre>0</tx_b2b_low_pri_cre>
<rx_b2b_credit_to_zero>0</rx_b2b_credit_to_zero>
<tx_b2b_credit_to_zero>0</tx_b2b_credit_to_zero>
</ROW_congestion>
</TABLE_congestion>
<TABLE_others>
<ROW_others>
<last_cleared_time>never</last_cleared_time>
</ROW_others>
</TABLE_others>
</ROW_counters>
<ROW_counters>
<interface>fc1/4</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<TABLE_totals>
<ROW_totals>
<rx_frames>0</rx_frames>
<tx_frames>0</tx_frames>
<rx_bytes>0</rx_bytes>
<tx_bytes>0</tx_bytes>
<rx_mcast_frames>0</rx_mcast_frames>
<tx_mcast_frames>0</tx_mcast_frames>
<rx_bcast_frames>0</rx_bcast_frames>
<tx_bcast_frames>0</tx_bcast_frames>
<rx_ucast_frames>0</rx_ucast_frames>
<tx_ucast_frames>0</tx_ucast_frames>
<rx_discard_frames>0</rx_discard_frames>
<tx_discard_frames>0</tx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<tx_error_frames>0</tx_error_frames>
<rx_c2_frames>0</rx_c2_frames>
<tx_c2_frames>0</tx_c2_frames>
<rx_c2_bytes>0</rx_c2_bytes>
<tx_c2_bytes>0</tx_c2_bytes>
<rx_c2_discard_frames>0</rx_c2_discard_frames>
<rx_c2_port_rjt_frames>0</rx_c2_port_rjt_frames>
<rx_c3_frames>0</rx_c3_frames>
<tx_c3_frames>0</tx_c3_frames>
<rx_c3_bytes>0</rx_c3_bytes>
<tx_c3_bytes>0</tx_c3_bytes>
<rx_c3_discard_frames>0</rx_c3_discard_frames>
<rx_cf_frames>0</rx_cf_frames>
<tx_cf_frames>0</tx_cf_frames>
<rx_cf_bytes>0</rx_cf_bytes>
<tx_cf_bytes>0</tx_cf_bytes>
<rx_cf_discard_frames>0</rx_cf_discard_frames>
</ROW_totals>
</TABLE_totals>
<TABLE_link>
<ROW_link>
<rx_link_failures>0</rx_link_failures>
<rx_sync_loss>0</rx_sync_loss>
<rx_signal_loss>0</rx_signal_loss>
<rx_prm_seq_pro_err>0</rx_prm_seq_pro_err>
<rx_inv_trans_err>0</rx_inv_trans_err>
<rx_inv_crc>0</rx_inv_crc>
<rx_delim_err>0</rx_delim_err>
<rx_frag_frames>0</rx_frag_frames>
<rx_eof_abort_frames>0</rx_eof_abort_frames>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_runt_frames>0</rx_runt_frames>
<rx_jabber_frames>0</rx_jabber_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<rx_link_reset>0</rx_link_reset>
<tx_link_reset>0</tx_link_reset>
<rx_link_reset_resp>0</rx_link_reset_resp>
<tx_link_reset_resp>0</tx_link_reset_resp>
<rx_off_seq_err>0</rx_off_seq_err>
<tx_off_seq_err>0</tx_off_seq_err>
<rx_non_oper_seq>0</rx_non_oper_seq>
<tx_non_oper_seq>0</tx_non_oper_seq>
<bb_scs_resend>0</bb_scs_resend>
<bb_scr_incr>0</bb_scr_incr>
</ROW_link>
</TABLE_link>
<TABLE_loop>
<ROW_loop>
<rx_f8_lip_seq_err>0</rx_f8_lip_seq_err>
<tx_f8_lip_seq_err>0</tx_f8_lip_seq_err>
<rx_non_f8_lip_seq_err>0</rx_non_f8_lip_seq_err>
<tx_non_f8_lip_seq_err>0</tx_non_f8_lip_seq_err>
</ROW_loop>
</TABLE_loop>
<TABLE_congestion>
<ROW_congestion>
<tx_timeout_discards>0</tx_timeout_discards>
<tx_credit_loss>0</tx_credit_loss>
<txwait>0</txwait>
<txwait_percent_1s>0</txwait_percent_1s>
<txwait_percent_1m>0</txwait_percent_1m>
<txwait_percent_1hr>0</txwait_percent_1hr>
<txwait_percent_72hr>0</txwait_percent_72hr>
<rx_b2b_credit_remain>0</rx_b2b_credit_remain>
<tx_b2b_credit_remain>0</tx_b2b_credit_remain>
<tx_b2b_low_pri_cre>0</tx_b2b_low_pri_cre>
<rx_b2b_credit_to_zero>0</rx_b2b_credit_to_zero>
<tx_b2b_credit_to_zero>0</tx_b2b_credit_to_zero>
</ROW_congestion>
</TABLE_congestion>
<TABLE_others>
<ROW_others>
<last_cleared_time>never</last_cleared_time>
</ROW_others>
</TABLE_others>
</ROW_counters>
</TABLE_counters>
<TABLE_fcip>
<ROW_fcip>
<interface>fcip1</interface>
<num_active_conn>0</num_active_conn>
<num_conn_attr>0</num_conn_attr>
<num_conn_drops>0</num_conn_drops>
<TABLE_tcp_conn>
<ROW_tcp_conn>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<rx_packets>0</rx_packets>
<rx_bytes>0</rx_bytes>
<rx_cf_frames>0</rx_cf_frames>
<rx_cf_bytes>0</rx_cf_bytes>
<rx_c2_3_frames>0</rx_c2_3_frames>
<rx_c2_3_bytes>0</rx_c2_3_bytes>
<rx_reass_frames>0</rx_reass_frames>
<rx_error_frames>0</rx_error_frames>
<rx_tstamp_error>0</rx_tstamp_error>
<tx_packets>0</tx_packets>
<tx_bytes>0</tx_bytes>
<tx_cf_frames>0</tx_cf_frames>
<tx_cf_bytes>0</tx_cf_bytes>
<tx_c2_3_frames>0</tx_c2_3_frames>
<tx_c2_3_bytes>0</tx_c2_3_bytes>
<tx_error_frames>0</tx_error_frames>
</ROW_tcp_conn>
</TABLE_tcp_conn>
</ROW_fcip>
</TABLE_fcip>
<TABLE_interface>
<ROW_interface>
<interface>Ethernet1/1</interface>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/2</interface>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/3</interface>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/4</interface>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/5</interface>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/6</interface>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/7</interface>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/8</interface>
</ROW_interface>
</TABLE_interface>
<TABLE_counters>
<ROW_counters>
<interface>port-channel1</interface>
<rx_rate_bits_ps>0</rx_rate_bits_ps>
<tx_rate_bits_ps>0</tx_rate_bits_ps>
<rx_rate_bytes_ps>0</rx_rate_bytes_ps>
<tx_rate_bytes_ps>0</tx_rate_bytes_ps>
<rx_rate_frames_ps>0</rx_rate_frames_ps>
<tx_rate_frames_ps>0</tx_rate_frames_ps>
<TABLE_totals>
<ROW_totals>
<rx_frames>0</rx_frames>
<tx_frames>0</tx_frames>
<rx_bytes>0</rx_bytes>
<tx_bytes>0</tx_bytes>
<rx_mcast_frames>0</rx_mcast_frames>
<tx_mcast_frames>0</tx_mcast_frames>
<rx_bcast_frames>0</rx_bcast_frames>
<tx_bcast_frames>0</tx_bcast_frames>
<rx_ucast_frames>0</rx_ucast_frames>
<tx_ucast_frames>0</tx_ucast_frames>
<rx_discard_frames>0</rx_discard_frames>
<tx_discard_frames>0</tx_discard_frames>
<rx_error_frames>0</rx_error_frames>
<tx_error_frames>0</tx_error_frames>
<rx_c2_frames>0</rx_c2_frames>
<tx_c2_frames>0</tx_c2_frames>
<rx_c2_bytes>0</rx_c2_bytes>
<tx_c2_bytes>0</tx_c2_bytes>
<rx_c2_discard_frames>0</rx_c2_discard_frames>
<rx_c2_port_rjt_frames>0</rx_c2_port_rjt_frames>
<rx_c3_frames>0</rx_c3_frames>
<tx_c3_frames>0</tx_c3_frames>
<rx_c3_bytes>0</rx_c3_bytes>
<tx_c3_bytes>0</tx_c3_bytes>
<rx_c3_discard_frames>0</rx_c3_discard_frames>
<rx_cf_frames>0</rx_cf_frames>
<tx_cf_frames>0</tx_cf_frames>
<rx_cf_bytes>0</rx_cf_bytes>
<tx_cf_bytes>0</tx_cf_bytes>
<rx_cf_discard_frames>0</rx_cf_discard_frames>
</ROW_totals>
</TABLE_totals>
<TABLE_link>
<ROW_link>
<rx_link_failures>0</rx_link_failures>
<rx_sync_loss>0</rx_sync_loss>
<rx_signal_loss>0</rx_signal_loss>
<rx_prm_seq_pro_err>0</rx_prm_seq_pro_err>
<rx_inv_trans_err>0</rx_inv_trans_err>
<rx_inv_crc>0</rx_inv_crc>
<rx_delim_err>0</rx_delim_err>
<rx_frag_frames>0</rx_frag_frames>
<rx_eof_abort_frames>0</rx_eof_abort_frames>
<rx_unknown_class_frames>0</rx_unknown_class_frames>
<rx_runt_frames>0</rx_runt_frames>
<rx_jabber_frames>0</rx_jabber_frames>
<rx_too_long_frames>0</rx_too_long_frames>
<rx_too_short_frames>0</rx_too_short_frames>
<rx_link_reset>0</rx_link_reset>
<tx_link_reset>0</tx_link_reset>
<rx_link_reset_resp>0</rx_link_reset_resp>
<tx_link_reset_resp>0</tx_link_reset_resp>
<rx_off_seq_err>0</rx_off_seq_err>
<tx_off_seq_err>0</tx_off_seq_err>
<rx_non_oper_seq>0</rx_non_oper_seq>
<tx_non_oper_seq>0</tx_non_oper_seq>
<bb_scs_resend>0</bb_scs_resend>
<bb_scr_incr>0</bb_scr_incr>
</ROW_link>
</TABLE_link>
<TABLE_loop>
<ROW_loop>
<rx_f8_lip_seq_err>0</rx_f8_lip_seq_err>
<tx_f8_lip_seq_err>0</tx_f8_lip_seq_err>
<rx_non_f8_lip_seq_err>0</rx_non_f8_lip_seq_err>
<tx_non_f8_lip_seq_err>0</tx_non_f8_lip_seq_err>
</ROW_loop>
</TABLE_loop>
<TABLE_congestion>
<ROW_congestion>
<tx_timeout_discards>0</tx_timeout_discards>
<tx_credit_loss>0</tx_credit_loss>
<txwait>0</txwait>
<txwait_percent_1s>0</txwait_percent_1s>
<txwait_percent_1m>0</txwait_percent_1m>
<txwait_percent_1hr>0</txwait_percent_1hr>
<txwait_percent_72hr>0</txwait_percent_72hr>
<rx_b2b_credit_to_zero>0</rx_b2b_credit_to_zero>
<tx_b2b_credit_to_zero>0</tx_b2b_credit_to_zero>
</ROW_congestion>
</TABLE_congestion>
</ROW_counters>
</TABLE_counters>
The show interface counters detailed command displays the interface counter information in detail for Fibre Channel and Ethernet interfaces.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| interface | Interface ID | String | ['fc', ' ethernet', ' ethernet-port-channel', ' fcip', ' iscsi', ' vsan', ' ioa', ' mgmt', ' vfc', ' vfc-port-channel', ' fc-tunnel', ' sup-fc', ' port-channel', ' IPStorage'] |
| vsan | Vsan ID | Integer | ['1-4094'] |
| mtu | MTU size in bytes | Integer | ['576-9216'] |
| rx_too_short_frames | Frames received with length less than the minimum indicated by the frame header | Integer | |
| rx_rate_bytes_ps | Received rate in bytes per second | Integer | |
| rx_rate_bits_ps | Received rate in bits per second | Integer | |
| tx_packets | Transmitted packets | Integer | |
| rx_c2_bytes | Bytes received for Class 2 frames | Integer | |
| tx_off_seq_err | Offline sequence error transmitted | Integer | |
| rx_eof_abort_frames | Frames EOF abort received | Integer | |
| tx_cf_bytes | Bytes transmitted for Class f frames | Integer | |
| rx_c3_bytes | Bytes received for Class 3 frames | Integer | |
| rx_mcast | Received multicast frames | Integer | |
| rx_bcast_frames | Received broadcast frames | Integer | |
| rx_inv_crc | Received invalid CRC | Integer | |
| rx_sync_loss | Received sync loss | Integer | |
| tx_error_frames | Transmitted error frames | Integer | |
| tx_c2_bytes | Bytes transmitted for Class 2 frames | Integer | |
| bb_scr_incr | Buffer-to-buffer state change R_RDY credit increments | Integer | |
| rx_frag_frames | Fragmented frames received | Integer | |
| rx_discard_frames | Received discard frames | Integer | |
| tx_mcast_frames | Transmitted multicast frames | Integer | |
| rx_error_frames | Received error frames | Integer | |
| tx_rate_bytes_ps | Transmitted rate in bytes per second | Integer | |
| rx_unknown_class_frames | Bytes received for Unknown Class frames | Integer | |
| rx_bytes | Received bytes | Integer | |
| bw | Bandwidth | String | |
| rx_cf_discard_frames | Bytes received for Class f discard frames | Integer | |
| rx_cf_bytes | Bytes received for Class f frames | Integer | |
| rx_c2_frames | Received Class 2 frames | Integer | |
| tx_drop | Transmitted drops | Integer | |
| tx_frames | Transmitted frames | Integer | |
| tx_timeout_discards | Transmitted timeout discards | Integer | |
| bb_scs_resend | Buffer-to-buffer state change credit recoveries | Integer | |
| rx_ucast_frames | Received unicast frames | Integer | |
| rx_error | Received errors | Integer | |
| tx_c2_frames | Transmitted Class 2 frames | Integer | |
| rx_link_failures | Received link failures | Integer | |
| rx_cf_frames | Received Class f frames | Integer | |
| tx_cf_frames | Transmitted Class f frames | Integer | |
| pg_fib_drops | Port group FIB drops | Integer | |
| rx_c2_port_rjt_frames | Bytes received for Class 2 port reject frames | Integer | |
| rx_off_seq_err | Offline sequence error received | Integer | |
| tx_discard_frames | Transmitted discard frames | Integer | |
| rx_c3_discard_frames | Bytes received for Class 3 discard frames | Integer | |
| rx_c2_discard_frames | Bytes received for Class 2 discard frames | Integer | |
| rx_fec_uncorrected | Received FEC uncorrected blocks | Integer | |
| rx_fec_corrected | Received FEC corrected blocks | Integer | |
| tx_c3_bytes | Bytes transmitted for Class 3 frames | Integer | |
| tx_c3_frames | Transmitted Class 3 frames | Integer | |
| rx_runt_frames | Frames received that are shorter than the minimum allowable frame length regardless of the CRC/FCS error | Integer | |
| rx_rate_frames_ps | Received rate frames per second | Integer | |
| pg_acl_drops | Port group ACL drops | Integer | |
| tx_link_reset_resp | Link reset responses transmitted | Integer | |
| pg_xbar_drops | Port group XBAR drops | Integer | |
| tx_rate_bits_ps | Transmitted rate in bits per second | Integer | |
| rx_link_reset_resp | Link reset responses received | Integer | |
| rx_jabber_frames | Frames received that are longer than the minimum allowable frame length regardless of the CRC/FCS error | Integer | |
| rx_inv_trans_err | Received invalid transmission errors | Integer | |
| tx_bytes | Transmitted bytes | Integer | |
| pg_other_drops | Port group other drops | Integer | |
| tx_bcast_frames | Transmitted broadcast frames | Integer | |
| tx_ucast_frames | Transmitted unicast frames | Integer | |
| rx_signal_loss | Received signal loss | Integer | |
| tx_error | Transmitted errors | Integer | |
| rx_link_reset | Link reset received | Integer | |
| rx_c3_frames | Received Class 3 frames | Integer | |
| rx_packets | Received packets | Integer | |
| rx_mcast_frames | Received multicast frames | Integer | |
| rx_prm_seq_pro_err | Received primitive sequence protocol errors | Integer | |
| tx_link_reset | Link reset transmitted | Integer | |
| rx_frames | Received frames | Integer | |
| tx_rate_frames_ps | Transmitted rate frames per second | Integer | |
| tx_f8_lip_seq_err | f8 LIP sequence error transmitted | Integer | |
| rx_f8_lip_seq_err | f8 LIP sequence error received | Integer | |
| rx_non_f8_lip_seq_err | Non f8 LIP sequence error received | Integer | |
| tx_non_f8_lip_seq_err | Non f8 LIP sequence error transmitted | Integer | |
| last_cleared_time | Last clearing of "show interface" counters | String | |
| line_proto | Line protocol | String | |
| status | Status of VSAN | Sting | |
| fcid | FCID values | String | |
| ip_address | IP address | String | |
| rx_delim_err | Received delimiter errors | Integer | |
| rx_non_oper_seq | Non-operational sequences received | Integer | |
| tx_non_oper_seq | Non-operational sequences transmitted | Integer | |
| wwn | Indicates the WWN of the switch | String | |
| tx_b2b_credit_to_zero | Tx B2B credit transitions to zero | Integer | |
| txwait | Tx wait for 2.5us due to lack of transmit credits | Integer | |
| txwait_percent_1s | Percentage Tx wait for last 1 second | Integer | |
| txwait_percent_1m | Percentage Tx wait for last 1 minute | Integer | |
| txwait_percent_72hr | Percentage Tx wait for last 72 hour | Integer | |
| txwait_percent_1hr | Percentage Tx wait for last 1 hour | Integer | |
| rx_b2b_credit_remain | Rx B2B credit remaining | Integer | |
| tx_b2b_low_pri_cre | Tx B2B low priority credit remaining | Integer | |
| rx_b2b_credit_to_zero | Rx B2B credit transitions to zero | Integer | |
| tx_b2b_credit_remain | Tx B2B credit remaining | Integer | |
| tx_credit_loss | Tx credit loss | Integer | |
| rx_too_long_frames | Frames received with length greater than what was agreed to in FLOGI/PLOGI | Integer | |
| pg_fib_end | FIB drops port group end port | String | |
| pg_xbar_end | XBAR drops port group end port | String | |
| pg_xbar_start | XBAR drops port group start port | String | |
| pg_fib_start | FIB drops port group start port | String |
show interface counters module <*module_id*>
show interface counters module <module_id>
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface counters module <module_id>"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_if_counters": [
{
"ROW_if_counters": [
{
"interface": "fc1/1",
"rx_bytes": 1529072,
"rx_frames": 28453
},
{
"interface": "fc1/2",
"rx_bytes": 162376,
"rx_frames": 3116
},
{
"interface": "fc1/3",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/4",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/5",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/6",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/7",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/8",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/9",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/10",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/11",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/12",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/13",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/14",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/15",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/16",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/17",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/18",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/19",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/20",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/21",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/22",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/23",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/24",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/25",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/26",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/27",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/28",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/29",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/30",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/31",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/32",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/33",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/34",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/35",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/36",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/37",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/38",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/39",
"rx_bytes": 0,
"rx_frames": 0
},
{
"interface": "fc1/40",
"rx_bytes": 0,
"rx_frames": 0
}
]
},
{
"ROW_if_counters": [
{
"interface": "fc1/1",
"tx_bytes": 2290864,
"tx_frames": 28454
},
{
"interface": "fc1/2",
"tx_bytes": 4925912,
"tx_frames": 3125
},
{
"interface": "fc1/3",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/4",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/5",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/6",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/7",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/8",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/9",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/10",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/11",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/12",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/13",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/14",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/15",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/16",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/17",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/18",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/19",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/20",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/21",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/22",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/23",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/24",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/25",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/26",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/27",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/28",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/29",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/30",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/31",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/32",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/33",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/34",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/35",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/36",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/37",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/38",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/39",
"tx_bytes": 0,
"tx_frames": 0
},
{
"interface": "fc1/40",
"tx_bytes": 0,
"tx_frames": 0
}
]
}
],
"TABLE_rx_counters": {
"ROW_rx_counters": [
{
"eth_inbytes": 0,
"eth_inucast": 0,
"interface_rx": "Ethernet1/1"
},
{
"eth_inbytes": 0,
"eth_inucast": 0,
"interface_rx": "Ethernet1/2"
},
{
"eth_inbytes": 0,
"eth_inucast": 0,
"interface_rx": "Ethernet1/3"
},
{
"eth_inbytes": 0,
"eth_inucast": 0,
"interface_rx": "Ethernet1/4"
},
{
"eth_inbytes": 0,
"eth_inucast": 0,
"interface_rx": "Ethernet1/5"
},
{
"eth_inbytes": 0,
"eth_inucast": 0,
"interface_rx": "Ethernet1/6"
},
{
"eth_inbytes": 0,
"eth_inucast": 0,
"interface_rx": "Ethernet1/7"
},
{
"eth_inbytes": 0,
"eth_inucast": 0,
"interface_rx": "Ethernet1/8"
},
{
"eth_inbcast": 0,
"eth_inmcast": 0,
"interface_rx": "Ethernet1/1"
},
{
"eth_inbcast": 0,
"eth_inmcast": 0,
"interface_rx": "Ethernet1/2"
},
{
"eth_inbcast": 0,
"eth_inmcast": 0,
"interface_rx": "Ethernet1/3"
},
{
"eth_inbcast": 0,
"eth_inmcast": 0,
"interface_rx": "Ethernet1/4"
},
{
"eth_inbcast": 0,
"eth_inmcast": 0,
"interface_rx": "Ethernet1/5"
},
{
"eth_inbcast": 0,
"eth_inmcast": 0,
"interface_rx": "Ethernet1/6"
},
{
"eth_inbcast": 0,
"eth_inmcast": 0,
"interface_rx": "Ethernet1/7"
},
{
"eth_inbcast": 0,
"eth_inmcast": 0,
"interface_rx": "Ethernet1/8"
}
]
},
"TABLE_tx_counters": {
"ROW_tx_counters": [
{
"eth_outbytes": 0,
"eth_outucast": 0,
"interface_tx": "Ethernet1/1"
},
{
"eth_outbytes": 0,
"eth_outucast": 0,
"interface_tx": "Ethernet1/2"
},
{
"eth_outbytes": 0,
"eth_outucast": 0,
"interface_tx": "Ethernet1/3"
},
{
"eth_outbytes": 0,
"eth_outucast": 0,
"interface_tx": "Ethernet1/4"
},
{
"eth_outbytes": 0,
"eth_outucast": 0,
"interface_tx": "Ethernet1/5"
},
{
"eth_outbytes": 0,
"eth_outucast": 0,
"interface_tx": "Ethernet1/6"
},
{
"eth_outbytes": 0,
"eth_outucast": 0,
"interface_tx": "Ethernet1/7"
},
{
"eth_outbytes": 0,
"eth_outucast": 0,
"interface_tx": "Ethernet1/8"
},
{
"eth_outbcast": 0,
"eth_outmcast": 0,
"interface_tx": "Ethernet1/1"
},
{
"eth_outbcast": 0,
"eth_outmcast": 0,
"interface_tx": "Ethernet1/2"
},
{
"eth_outbcast": 0,
"eth_outmcast": 0,
"interface_tx": "Ethernet1/3"
},
{
"eth_outbcast": 0,
"eth_outmcast": 0,
"interface_tx": "Ethernet1/4"
},
{
"eth_outbcast": 0,
"eth_outmcast": 0,
"interface_tx": "Ethernet1/5"
},
{
"eth_outbcast": 0,
"eth_outmcast": 0,
"interface_tx": "Ethernet1/6"
},
{
"eth_outbcast": 0,
"eth_outmcast": 0,
"interface_tx": "Ethernet1/7"
},
{
"eth_outbcast": 0,
"eth_outmcast": 0,
"interface_tx": "Ethernet1/8"
}
]
}
}
<TABLE_if_counters>
<ROW_if_counters>
<interface>fc1/1</interface>
<rx_bytes>1529072</rx_bytes>
<rx_frames>28453</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/2</interface>
<rx_bytes>162376</rx_bytes>
<rx_frames>3116</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/3</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/4</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/5</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/6</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/7</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/8</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/9</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/10</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/11</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/12</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/13</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/14</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/15</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/16</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/17</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/18</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/19</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/20</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/21</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/22</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/23</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/24</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/25</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/26</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/27</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/28</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/29</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/30</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/31</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/32</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/33</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/34</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/35</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/36</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/37</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/38</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/39</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/40</interface>
<rx_bytes>0</rx_bytes>
<rx_frames>0</rx_frames>
</ROW_if_counters>
</TABLE_if_counters>
<TABLE_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/1</interface_rx>
<eth_inbytes>0</eth_inbytes>
<eth_inucast>0</eth_inucast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/2</interface_rx>
<eth_inbytes>0</eth_inbytes>
<eth_inucast>0</eth_inucast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/3</interface_rx>
<eth_inbytes>0</eth_inbytes>
<eth_inucast>0</eth_inucast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/4</interface_rx>
<eth_inbytes>0</eth_inbytes>
<eth_inucast>0</eth_inucast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/5</interface_rx>
<eth_inbytes>0</eth_inbytes>
<eth_inucast>0</eth_inucast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/6</interface_rx>
<eth_inbytes>0</eth_inbytes>
<eth_inucast>0</eth_inucast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/7</interface_rx>
<eth_inbytes>0</eth_inbytes>
<eth_inucast>0</eth_inucast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/8</interface_rx>
<eth_inbytes>0</eth_inbytes>
<eth_inucast>0</eth_inucast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/1</interface_rx>
<eth_inmcast>0</eth_inmcast>
<eth_inbcast>0</eth_inbcast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/2</interface_rx>
<eth_inmcast>0</eth_inmcast>
<eth_inbcast>0</eth_inbcast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/3</interface_rx>
<eth_inmcast>0</eth_inmcast>
<eth_inbcast>0</eth_inbcast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/4</interface_rx>
<eth_inmcast>0</eth_inmcast>
<eth_inbcast>0</eth_inbcast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/5</interface_rx>
<eth_inmcast>0</eth_inmcast>
<eth_inbcast>0</eth_inbcast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/6</interface_rx>
<eth_inmcast>0</eth_inmcast>
<eth_inbcast>0</eth_inbcast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/7</interface_rx>
<eth_inmcast>0</eth_inmcast>
<eth_inbcast>0</eth_inbcast>
</ROW_rx_counters>
<ROW_rx_counters>
<interface_rx>Ethernet1/8</interface_rx>
<eth_inmcast>0</eth_inmcast>
<eth_inbcast>0</eth_inbcast>
</ROW_rx_counters>
</TABLE_rx_counters>
<TABLE_if_counters>
<ROW_if_counters>
<interface>fc1/1</interface>
<tx_bytes>2290864</tx_bytes>
<tx_frames>28454</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/2</interface>
<tx_bytes>4925912</tx_bytes>
<tx_frames>3125</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/3</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/4</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/5</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/6</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/7</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/8</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/9</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/10</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/11</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/12</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/13</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/14</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/15</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/16</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/17</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/18</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/19</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/20</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/21</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/22</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/23</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/24</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/25</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/26</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/27</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/28</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/29</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/30</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/31</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/32</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/33</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/34</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/35</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/36</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/37</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/38</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/39</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
<ROW_if_counters>
<interface>fc1/40</interface>
<tx_bytes>0</tx_bytes>
<tx_frames>0</tx_frames>
</ROW_if_counters>
</TABLE_if_counters>
<TABLE_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/1</interface_tx>
<eth_outbytes>0</eth_outbytes>
<eth_outucast>0</eth_outucast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/2</interface_tx>
<eth_outbytes>0</eth_outbytes>
<eth_outucast>0</eth_outucast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/3</interface_tx>
<eth_outbytes>0</eth_outbytes>
<eth_outucast>0</eth_outucast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/4</interface_tx>
<eth_outbytes>0</eth_outbytes>
<eth_outucast>0</eth_outucast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/5</interface_tx>
<eth_outbytes>0</eth_outbytes>
<eth_outucast>0</eth_outucast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/6</interface_tx>
<eth_outbytes>0</eth_outbytes>
<eth_outucast>0</eth_outucast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/7</interface_tx>
<eth_outbytes>0</eth_outbytes>
<eth_outucast>0</eth_outucast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/8</interface_tx>
<eth_outbytes>0</eth_outbytes>
<eth_outucast>0</eth_outucast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/1</interface_tx>
<eth_outmcast>0</eth_outmcast>
<eth_outbcast>0</eth_outbcast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/2</interface_tx>
<eth_outmcast>0</eth_outmcast>
<eth_outbcast>0</eth_outbcast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/3</interface_tx>
<eth_outmcast>0</eth_outmcast>
<eth_outbcast>0</eth_outbcast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/4</interface_tx>
<eth_outmcast>0</eth_outmcast>
<eth_outbcast>0</eth_outbcast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/5</interface_tx>
<eth_outmcast>0</eth_outmcast>
<eth_outbcast>0</eth_outbcast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/6</interface_tx>
<eth_outmcast>0</eth_outmcast>
<eth_outbcast>0</eth_outbcast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/7</interface_tx>
<eth_outmcast>0</eth_outmcast>
<eth_outbcast>0</eth_outbcast>
</ROW_tx_counters>
<ROW_tx_counters>
<interface_tx>Ethernet1/8</interface_tx>
<eth_outmcast>0</eth_outmcast>
<eth_outbcast>0</eth_outbcast>
</ROW_tx_counters>
</TABLE_tx_counters>
The show interface counters module <*module_id*> command displays the interface counter information for Fibre Channel and Ethernet interfaces in the specified module.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| interface | Interface ID | String | ['fc', ' ethernet', ' ethernet-port-channel', ' fcip', ' iscsi', ' vsan', ' ioa', ' mgmt', ' vfc', ' vfc-port-channel', ' fc-tunnel', ' sup-fc', ' port-channel', ' IPStorage'] |
| interface_tx | Interface ID Tx | String | ['ethernet', ' ethernet-port-channel'] |
| interface_rx | Interface ID Rx | String | ['ethernet', ' ethernet-port-channel'] |
| rx_bytes | Received bytes | Integer | |
| tx_bytes | Transmitted bytes | Integer | |
| tx_frames | Transmitted frames | Integer | |
| rx_frames | Received frames | Integer | |
| eth_outbytes | Transmitted frames in bytes | Integer | |
| eth_outbcast | Transmitted broadcast frames | Integer | |
| eth_inbytes | Received frames in bytes | Integer | |
| eth_outucast | Transmitted unicast frames | Integer | |
| eth_inbcast | Received broadcast frames | Integer | |
| eth_outmcast | Transmitted multicast frames | Integer | |
| eth_inucast | Received unicast frames | Integer | |
| eth_inmcast | Received multicast frames | Integer |
show interface description
show interface description
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface description"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_interface": {
"ROW_interface": [
{
"description": "--",
"interface": "fc1/1"
},
{
"description": "--",
"interface": "fc1/2"
},
{
"description": "--",
"interface": "fc1/3"
},
{
"description": "--",
"interface": "fc1/4"
},
{
"description": "--",
"interface": "fc1/5"
},
{
"description": "--",
"interface": "fc1/6"
},
{
"description": "--",
"interface": "fc1/7"
},
{
"description": "--",
"interface": "fc1/8"
},
{
"description": "--",
"interface": "fc1/9"
},
{
"description": "--",
"interface": "fc1/10"
},
{
"description": "--",
"interface": "fc1/11"
},
{
"description": "--",
"interface": "fc1/12"
},
{
"description": "--",
"interface": "fc1/13"
},
{
"description": "--",
"interface": "fc1/14"
},
{
"description": "--",
"interface": "fc1/15"
},
{
"description": "--",
"interface": "fc1/16"
},
{
"description": "--",
"interface": "fc1/17"
},
{
"description": "--",
"interface": "fc1/18"
},
{
"description": "--",
"interface": "fc1/19"
},
{
"description": "--",
"interface": "fc1/20"
},
{
"description": "--",
"interface": "fc1/21"
},
{
"description": "--",
"interface": "fc1/22"
},
{
"description": "--",
"interface": "fc1/23"
},
{
"description": "--",
"interface": "fc1/24"
},
{
"description": "--",
"interface": "fc1/25"
},
{
"description": "--",
"interface": "fc1/26"
},
{
"description": "--",
"interface": "fc1/27"
},
{
"description": "--",
"interface": "fc1/28"
},
{
"description": "--",
"interface": "fc1/29"
},
{
"description": "--",
"interface": "fc1/30"
},
{
"description": "--",
"interface": "fc1/31"
},
{
"description": "--",
"interface": "fc1/32"
},
{
"description": "--",
"interface": "fc1/33"
},
{
"description": "--",
"interface": "fc1/34"
},
{
"description": "--",
"interface": "fc1/35"
},
{
"description": "--",
"interface": "fc1/36"
},
{
"description": "--",
"interface": "fc1/37"
},
{
"description": "--",
"interface": "fc1/38"
},
{
"description": "--",
"interface": "fc1/39"
},
{
"description": "--",
"interface": "fc1/40"
},
{
"description": "--",
"interface": "iscsi1/1"
},
{
"description": "--",
"interface": "iscsi1/2"
},
{
"description": "--",
"interface": "IPStorage1/1"
},
{
"description": "--",
"interface": "IPStorage1/2"
},
{
"description": "--",
"interface": "fcip1"
},
{
"description": "--",
"interface": "mgmt0"
},
{
"desc": "--",
"interface": "Ethernet1/1",
"speed": "10G",
"type": "eth"
},
{
"desc": "--",
"interface": "Ethernet1/2",
"speed": "10G",
"type": "eth"
},
{
"desc": "--",
"interface": "Ethernet1/3",
"speed": "10G",
"type": "eth"
},
{
"desc": "--",
"interface": "Ethernet1/4",
"speed": "10G",
"type": "eth"
},
{
"desc": "--",
"interface": "Ethernet1/5",
"speed": "10G",
"type": "eth"
},
{
"desc": "--",
"interface": "Ethernet1/6",
"speed": "10G",
"type": "eth"
},
{
"desc": "--",
"interface": "Ethernet1/7",
"speed": "10G",
"type": "eth"
},
{
"desc": "--",
"interface": "Ethernet1/8",
"speed": "10G",
"type": "eth"
},
{
"description": "--",
"interface": "port-channel1"
}
]
}
}
<TABLE_interface>
<ROW_interface>
<interface>fc1/1</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/2</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/3</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/4</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/5</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/6</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/7</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/8</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/9</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/10</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/11</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/12</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/13</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/14</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/15</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/16</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/17</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/18</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/19</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/20</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/21</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/22</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/23</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/24</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/25</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/26</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/27</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/28</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/29</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/30</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/31</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/32</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/33</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/34</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/35</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/36</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/37</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/38</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/39</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fc1/40</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>iscsi1/1</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>iscsi1/2</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>IPStorage1/1</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>IPStorage1/2</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>fcip1</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>mgmt0</interface>
<description>--</description>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/1</interface>
<type>eth</type>
<speed>10G</speed>
<desc>--</desc>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/2</interface>
<type>eth</type>
<speed>10G</speed>
<desc>--</desc>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/3</interface>
<type>eth</type>
<speed>10G</speed>
<desc>--</desc>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/4</interface>
<type>eth</type>
<speed>10G</speed>
<desc>--</desc>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/5</interface>
<type>eth</type>
<speed>10G</speed>
<desc>--</desc>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/6</interface>
<type>eth</type>
<speed>10G</speed>
<desc>--</desc>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/7</interface>
<type>eth</type>
<speed>10G</speed>
<desc>--</desc>
</ROW_interface>
<ROW_interface>
<interface>Ethernet1/8</interface>
<type>eth</type>
<speed>10G</speed>
<desc>--</desc>
</ROW_interface>
<ROW_interface>
<interface>port-channel1</interface>
<description>--</description>
</ROW_interface>
</TABLE_interface>
The show interface description command displays the interface description for Fibre Channel and Ethernet interfaces.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| type | Interface type | String | ['eth'] |
| speed | Interface speed | String | ['10G'] |
| interface | Interface ID | String | |
| vsan | Vsan ID | Integer | |
| desc | Description for ethernet interfaces | String | |
| description | Description for FC interfaces | String |
show interface transceiver
show interface transceiver
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface transceiver"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_interface_trans": {
"ROW_interface_trans": [
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VFC",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
},
{
"current": "7.23",
"optical_rx_pw_intensity": "--",
"optical_rx_pwr": "-26.02",
"optical_tx_pwr": "-3.20",
"temperature": "33.56",
"tx_fault_type": 0,
"volt": "3.31"
}
]
},
"interface_sfp": "fc1/1"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VQV",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
},
{
"current": "6.98",
"optical_rx_pwr": "-3.29",
"optical_tx_pwr": "-3.21",
"temperature": "34.28",
"tx_fault_type": 0,
"volt": "3.31"
}
]
},
"interface_sfp": "fc1/2"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VEU",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
},
{
"current": "8.12",
"optical_rx_pw_intensity": "--",
"optical_rx_pwr": "-26.02",
"optical_tx_pwr": "-3.20",
"temperature": "29.18",
"tx_fault_type": 0,
"volt": "3.30"
}
]
},
"interface_sfp": "fc1/3"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VRK",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
},
{
"current": "7.62",
"optical_rx_pw_intensity": "--",
"optical_rx_pwr": "-26.20",
"optical_tx_pwr": "-3.25",
"temperature": "31.90",
"tx_fault_type": 0,
"volt": "3.30"
}
]
},
"interface_sfp": "fc1/4"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VRB",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
},
{
"current": "7.04",
"optical_rx_pw_intensity": "--",
"optical_rx_pwr": "-25.69",
"optical_tx_pwr": "-3.22",
"temperature": "28.53",
"tx_fault_type": 0,
"volt": "3.31"
}
]
},
"interface_sfp": "fc1/5"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS17512C3M",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
},
{
"curr_intensity": "--",
"current": "0.00",
"optical_rx_pw_intensity": "--",
"optical_rx_pwr": "-26.38",
"optical_tx_pwr": "-18.12",
"optical_tx_pwr_intensity": "--",
"temperature": "25.93",
"tx_fault_type": 0,
"volt": "3.30"
}
]
},
"interface_sfp": "fc1/6"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/7"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/8"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/9"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/10"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/11"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/12"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/13"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR",
"ciscoid": "unknown",
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-JDSU",
"nominal_bitrate": 10300,
"partnum": "PLRXPL-SC-S43-CS",
"rev": "1",
"serialnum": "JUR19100Z1L",
"sfp": "sfp is present"
},
{
"current": "0.00",
"optical_rx_pw_intensity": "--",
"optical_rx_pwr": "-23.57",
"temperature": "33.09",
"volt": "3.30"
}
]
},
"interface_sfp": "IPStorage1/1"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR",
"ciscoid": "unknown",
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-AVAGO",
"nominal_bitrate": 10300,
"partnum": "SFBR-709SMZ-CS1",
"rev": "G4.1",
"serialnum": "AVD1721A37Y",
"sfp": "sfp is present"
},
{
"current": "0.00",
"optical_rx_pw_intensity": "--",
"optical_rx_pwr": "-40.00",
"optical_tx_pwr": "-40.00",
"temperature": "30.39",
"volt": "3.29"
}
]
},
"interface_sfp": "IPStorage1/2"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2415-02",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V02 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-SUMITOMO ",
"nominal_bitrate": 10300,
"partnum": "SPP5100SR-C1 ",
"rev": "A ",
"serialnum": "SPC142704MU ",
"sfp": "present",
"type": "10Gbase-SR"
}
]
},
"interface_sfp": "Ethernet1/1"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "not present"
}
]
},
"interface_sfp": "Ethernet1/2"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V03 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-FINISAR ",
"nominal_bitrate": 10300,
"partnum": "FTLX8571D3BCL-C2",
"rev": "A ",
"serialnum": "FNS17421PLT ",
"sfp": "present",
"type": "10Gbase-SR"
}
]
},
"interface_sfp": "Ethernet1/3"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V03 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-JDSU ",
"nominal_bitrate": 10300,
"partnum": "PLRXPL-SC-S43-CS",
"rev": "1 ",
"serialnum": "JUR2028G033 ",
"sfp": "present",
"type": "10Gbase-SR"
}
]
},
"interface_sfp": "Ethernet1/4"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "not present"
}
]
},
"interface_sfp": "Ethernet1/5"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "not present"
}
]
},
"interface_sfp": "Ethernet1/6"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V03 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-FINISAR ",
"nominal_bitrate": 10300,
"partnum": "FTLX8571D3BCL-C2",
"rev": "A ",
"serialnum": "FNS1742199X ",
"sfp": "present",
"type": "10Gbase-SR"
}
]
},
"interface_sfp": "Ethernet1/7"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V03 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-FINISAR ",
"nominal_bitrate": 10300,
"partnum": "FTLX8571D3BCL-C2",
"rev": "A ",
"serialnum": "FNS174216YS ",
"sfp": "present",
"type": "10Gbase-SR"
}
]
},
"interface_sfp": "Ethernet1/8"
}
]
}
}
<TABLE_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/1</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VFC</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
</ROW_calib>
<ROW_calib>
<temperature>33.57</temperature>
<volt>3.31</volt>
<current>7.23</current>
<optical_tx_pwr>-3.20</optical_tx_pwr>
<optical_rx_pwr>-26.02</optical_rx_pwr>
<optical_rx_pw_intensity>--</optical_rx_pw_intensity>
<tx_fault_type>0</tx_fault_type>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/2</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VQV</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
</ROW_calib>
<ROW_calib>
<temperature>34.28</temperature>
<volt>3.31</volt>
<current>6.97</current>
<optical_tx_pwr>-3.22</optical_tx_pwr>
<optical_rx_pwr>-3.29</optical_rx_pwr>
<tx_fault_type>0</tx_fault_type>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/3</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VEU</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
</ROW_calib>
<ROW_calib>
<temperature>29.15</temperature>
<volt>3.28</volt>
<current>8.14</current>
<optical_tx_pwr>-3.20</optical_tx_pwr>
<optical_rx_pwr>-26.02</optical_rx_pwr>
<optical_rx_pw_intensity>--</optical_rx_pw_intensity>
<tx_fault_type>0</tx_fault_type>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/4</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VRK</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
</ROW_calib>
<ROW_calib>
<temperature>31.89</temperature>
<volt>3.30</volt>
<current>7.62</current>
<optical_tx_pwr>-3.24</optical_tx_pwr>
<optical_rx_pwr>-26.20</optical_rx_pwr>
<optical_rx_pw_intensity>--</optical_rx_pw_intensity>
<tx_fault_type>0</tx_fault_type>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/5</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VRB</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
</ROW_calib>
<ROW_calib>
<temperature>28.61</temperature>
<volt>3.31</volt>
<current>7.05</current>
<optical_tx_pwr>-3.21</optical_tx_pwr>
<optical_rx_pwr>-25.69</optical_rx_pwr>
<optical_rx_pw_intensity>--</optical_rx_pw_intensity>
<tx_fault_type>0</tx_fault_type>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/6</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS17512C3M</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
</ROW_calib>
<ROW_calib>
<temperature>25.93</temperature>
<volt>3.30</volt>
<current>0.00</current>
<curr_intensity>--</curr_intensity>
<optical_tx_pwr>-18.12</optical_tx_pwr>
<optical_tx_pwr_intensity>--</optical_tx_pwr_intensity>
<optical_rx_pwr>-26.38</optical_rx_pwr>
<optical_rx_pw_intensity>--</optical_rx_pw_intensity>
<tx_fault_type>0</tx_fault_type>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/7</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/8</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/9</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/10</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/11</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/12</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/13</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>IPStorage1/1</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-JDSU</name>
<partnum>PLRXPL-SC-S43-CS</partnum>
<rev>1</rev>
<serialnum>JUR19100Z1L</serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>unknown</ciscoid>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR</cisco_product_id>
</ROW_calib>
<ROW_calib>
<temperature>33.17</temperature>
<volt>3.30</volt>
<current>0.00</current>
<optical_rx_pwr>-23.57</optical_rx_pwr>
<optical_rx_pw_intensity>--</optical_rx_pw_intensity>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>IPStorage1/2</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-AVAGO</name>
<partnum>SFBR-709SMZ-CS1</partnum>
<rev>G4.1</rev>
<serialnum>AVD1721A37Y</serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>unknown</ciscoid>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR</cisco_product_id>
</ROW_calib>
<ROW_calib>
<temperature>30.39</temperature>
<volt>3.29</volt>
<current>0.00</current>
<optical_tx_pwr>-40.00</optical_tx_pwr>
<optical_rx_pwr>-40.00</optical_rx_pwr>
<optical_rx_pw_intensity>--</optical_rx_pw_intensity>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/1</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-SUMITOMO </name>
<partnum>SPP5100SR-C1 </partnum>
<rev>A </rev>
<serialnum>SPC142704MU </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-02</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V02 </cisco_vendor_id>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/2</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/3</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-FINISAR </name>
<partnum>FTLX8571D3BCL-C2</partnum>
<rev>A </rev>
<serialnum>FNS17421PLT </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V03 </cisco_vendor_id>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/4</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-JDSU </name>
<partnum>PLRXPL-SC-S43-CS</partnum>
<rev>1 </rev>
<serialnum>JUR2028G033 </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V03 </cisco_vendor_id>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/5</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/6</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/7</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-FINISAR </name>
<partnum>FTLX8571D3BCL-C2</partnum>
<rev>A </rev>
<serialnum>FNS1742199X </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V03 </cisco_vendor_id>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/8</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-FINISAR </name>
<partnum>FTLX8571D3BCL-C2</partnum>
<rev>A </rev>
<serialnum>FNS174216YS </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V03 </cisco_vendor_id>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
</TABLE_interface_trans>
The show interface transceiver command displays the transceiver information for Fibre Channel and Ethernet interfaces.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| optical_rx_pw_intensity | Optical receiver power intensity | String | ['++ high-alarm', ' + high-warning', ' -- low-alarm', ' -low-warning'] |
| curr_intensity | Current intensity | String | ['++ high-alarm', ' + high-warning', ' -- low-alarm', ' -low-warning'] |
| tx_length | FC transmitter link lengths | String | ['very long distance', 'short distance', 'intermediate distance', 'long distance', 'middle range distance'] |
| optical_tx_pwr_intensity | Optical transmitter power intensity | String | ['++ high-alarm', ' + high-warning', ' -- low-alarm', ' -low-warning'] |
| sfp | SFP present or not | String | ['sfp not present', 'sfp is present'] |
| nominal_bitrate | Nominal bit rate in MBits/sec | Integer | |
| serialnum | Vendor serial number | String | |
| volt | Voltage of SFP (in volt) | String | |
| len_50 | Link length supported for 50/125um fiber (in meter) | Integer | |
| len_625 | Link length supported for 62.5/125um fiber (in meter) | Integer | |
| tx_medium | Transmission medium type | String | |
| current | Current (in mA) | String | |
| temperature | Temperature (in celsius) | String | |
| cisco_part_number | Cisco part number | String | |
| cisco_vendor_id | Cisco vendor identifier | String | |
| name | Vendor name | String | |
| rev | Vendor revision | String | |
| partnum | Vendor part number | String | |
| txcvr_type | FC transmitter type | String | |
| ciscoid_1 | Cisco extended ID number | Integer | |
| tx_fault_type | Transmitted fault type | Integer | |
| interface_sfp | Interface ID | String | |
| optical_rx_pwr | Optical receiver power (in dBm) | String | |
| len_50_OM3 | Link length supported for 50/125um fiber (in meter) | Integer | |
| optical_tx_pwr | Optical transmitter power (in dBm) | String | |
| cisco_product_id | Cisco product identifier | String | |
| ciscoid | Cisco extended ID | String | |
| supported_speeds | Supported speed (min and max speed) in Mb/s | String | |
| type | SFP type | String |
show interface transceiver calibrations
show interface transceiver calibrations
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface transceiver calibrations"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_interface_trans": {
"ROW_interface_trans": [
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VFC",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
}
]
},
"interface_sfp": "fc1/1"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VQV",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
}
]
},
"interface_sfp": "fc1/2"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VEU",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
}
]
},
"interface_sfp": "fc1/3"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VRK",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
}
]
},
"interface_sfp": "fc1/4"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VRB",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
}
]
},
"interface_sfp": "fc1/5"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS17512C3M",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
}
]
},
"interface_sfp": "fc1/6"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/7"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/8"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/9"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/10"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/11"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/12"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/13"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR",
"ciscoid": "unknown",
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-JDSU",
"nominal_bitrate": 10300,
"partnum": "PLRXPL-SC-S43-CS",
"rev": "1",
"serialnum": "JUR19100Z1L",
"sfp": "sfp is present"
}
]
},
"interface_sfp": "IPStorage1/1"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR",
"ciscoid": "unknown",
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-AVAGO",
"nominal_bitrate": 10300,
"partnum": "SFBR-709SMZ-CS1",
"rev": "G4.1",
"serialnum": "AVD1721A37Y",
"sfp": "sfp is present"
}
]
},
"interface_sfp": "IPStorage1/2"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2415-02",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V02 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-SUMITOMO ",
"nominal_bitrate": 10300,
"partnum": "SPP5100SR-C1 ",
"rev": "A ",
"serialnum": "SPC142704MU ",
"sfp": "present",
"type": "10Gbase-SR"
},
{
"curr_offset": 0,
"curr_slope": 0,
"rx_pwr_0": 0,
"rx_pwr_1": 0,
"rx_pwr_2": 0,
"rx_pwr_3": 0,
"rx_pwr_4": 0,
"temp_offset": 0,
"temp_slope": 0,
"tx_pwr_offset": 0,
"tx_pwr_slope": 0,
"volt_offset": 0,
"volt_slope": 0
}
]
},
"interface_sfp": "Ethernet1/1"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "not present"
}
]
},
"interface_sfp": "Ethernet1/2"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V03 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-FINISAR ",
"nominal_bitrate": 10300,
"partnum": "FTLX8571D3BCL-C2",
"rev": "A ",
"serialnum": "FNS17421PLT ",
"sfp": "present",
"type": "10Gbase-SR"
},
{
"curr_offset": 0,
"curr_slope": 0,
"rx_pwr_0": 0,
"rx_pwr_1": 0,
"rx_pwr_2": 0,
"rx_pwr_3": 0,
"rx_pwr_4": 0,
"temp_offset": 0,
"temp_slope": 0,
"tx_pwr_offset": 0,
"tx_pwr_slope": 0,
"volt_offset": 0,
"volt_slope": 0
}
]
},
"interface_sfp": "Ethernet1/3"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V03 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-JDSU ",
"nominal_bitrate": 10300,
"partnum": "PLRXPL-SC-S43-CS",
"rev": "1 ",
"serialnum": "JUR2028G033 ",
"sfp": "present",
"type": "10Gbase-SR"
},
{
"curr_offset": 0,
"curr_slope": 0,
"rx_pwr_0": 0,
"rx_pwr_1": 0,
"rx_pwr_2": 0,
"rx_pwr_3": 0,
"rx_pwr_4": 0,
"temp_offset": 0,
"temp_slope": 0,
"tx_pwr_offset": 0,
"tx_pwr_slope": 0,
"volt_offset": 0,
"volt_slope": 0
}
]
},
"interface_sfp": "Ethernet1/4"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "not present"
}
]
},
"interface_sfp": "Ethernet1/5"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "not present"
}
]
},
"interface_sfp": "Ethernet1/6"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V03 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-FINISAR ",
"nominal_bitrate": 10300,
"partnum": "FTLX8571D3BCL-C2",
"rev": "A ",
"serialnum": "FNS1742199X ",
"sfp": "present",
"type": "10Gbase-SR"
},
{
"curr_offset": 0,
"curr_slope": 0,
"rx_pwr_0": 0,
"rx_pwr_1": 0,
"rx_pwr_2": 0,
"rx_pwr_3": 0,
"rx_pwr_4": 0,
"temp_offset": 0,
"temp_slope": 0,
"tx_pwr_offset": 0,
"tx_pwr_slope": 0,
"volt_offset": 0,
"volt_slope": 0
}
]
},
"interface_sfp": "Ethernet1/7"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V03 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-FINISAR ",
"nominal_bitrate": 10300,
"partnum": "FTLX8571D3BCL-C2",
"rev": "A ",
"serialnum": "FNS174216YS ",
"sfp": "present",
"type": "10Gbase-SR"
},
{
"curr_offset": 0,
"curr_slope": 0,
"rx_pwr_0": 0,
"rx_pwr_1": 0,
"rx_pwr_2": 0,
"rx_pwr_3": 0,
"rx_pwr_4": 0,
"temp_offset": 0,
"temp_slope": 0,
"tx_pwr_offset": 0,
"tx_pwr_slope": 0,
"volt_offset": 0,
"volt_slope": 0
}
]
},
"interface_sfp": "Ethernet1/8"
}
]
}
}
<TABLE_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/1</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VFC</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/2</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VQV</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/3</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VEU</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/4</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VRK</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/5</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VRB</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/6</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS17512C3M</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/7</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/8</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/9</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/10</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/11</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/12</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/13</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>IPStorage1/1</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-JDSU</name>
<partnum>PLRXPL-SC-S43-CS</partnum>
<rev>1</rev>
<serialnum>JUR19100Z1L</serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>unknown</ciscoid>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR</cisco_product_id>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>IPStorage1/2</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-AVAGO</name>
<partnum>SFBR-709SMZ-CS1</partnum>
<rev>G4.1</rev>
<serialnum>AVD1721A37Y</serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>unknown</ciscoid>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR</cisco_product_id>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/1</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-SUMITOMO </name>
<partnum>SPP5100SR-C1 </partnum>
<rev>A </rev>
<serialnum>SPC142704MU </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-02</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V02 </cisco_vendor_id>
</ROW_calib>
<ROW_calib>
<temp_slope>0</temp_slope>
<temp_offset>0</temp_offset>
<volt_slope>0</volt_slope>
<volt_offset>0</volt_offset>
<curr_slope>0</curr_slope>
<curr_offset>0</curr_offset>
<tx_pwr_slope>0</tx_pwr_slope>
<tx_pwr_offset>0</tx_pwr_offset>
<rx_pwr_4>0.0000</rx_pwr_4>
<rx_pwr_3>0.0000</rx_pwr_3>
<rx_pwr_2>0.0000</rx_pwr_2>
<rx_pwr_1>0.0000</rx_pwr_1>
<rx_pwr_0>0.0000</rx_pwr_0>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/2</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/3</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-FINISAR </name>
<partnum>FTLX8571D3BCL-C2</partnum>
<rev>A </rev>
<serialnum>FNS17421PLT </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V03 </cisco_vendor_id>
</ROW_calib>
<ROW_calib>
<temp_slope>0</temp_slope>
<temp_offset>0</temp_offset>
<volt_slope>0</volt_slope>
<volt_offset>0</volt_offset>
<curr_slope>0</curr_slope>
<curr_offset>0</curr_offset>
<tx_pwr_slope>0</tx_pwr_slope>
<tx_pwr_offset>0</tx_pwr_offset>
<rx_pwr_4>0.0000</rx_pwr_4>
<rx_pwr_3>0.0000</rx_pwr_3>
<rx_pwr_2>0.0000</rx_pwr_2>
<rx_pwr_1>0.0000</rx_pwr_1>
<rx_pwr_0>0.0000</rx_pwr_0>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/4</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-JDSU </name>
<partnum>PLRXPL-SC-S43-CS</partnum>
<rev>1 </rev>
<serialnum>JUR2028G033 </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V03 </cisco_vendor_id>
</ROW_calib>
<ROW_calib>
<temp_slope>0</temp_slope>
<temp_offset>0</temp_offset>
<volt_slope>0</volt_slope>
<volt_offset>0</volt_offset>
<curr_slope>0</curr_slope>
<curr_offset>0</curr_offset>
<tx_pwr_slope>0</tx_pwr_slope>
<tx_pwr_offset>0</tx_pwr_offset>
<rx_pwr_4>0.0000</rx_pwr_4>
<rx_pwr_3>0.0000</rx_pwr_3>
<rx_pwr_2>0.0000</rx_pwr_2>
<rx_pwr_1>0.0000</rx_pwr_1>
<rx_pwr_0>0.0000</rx_pwr_0>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/5</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/6</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/7</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-FINISAR </name>
<partnum>FTLX8571D3BCL-C2</partnum>
<rev>A </rev>
<serialnum>FNS1742199X </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V03 </cisco_vendor_id>
</ROW_calib>
<ROW_calib>
<temp_slope>0</temp_slope>
<temp_offset>0</temp_offset>
<volt_slope>0</volt_slope>
<volt_offset>0</volt_offset>
<curr_slope>0</curr_slope>
<curr_offset>0</curr_offset>
<tx_pwr_slope>0</tx_pwr_slope>
<tx_pwr_offset>0</tx_pwr_offset>
<rx_pwr_4>0.0000</rx_pwr_4>
<rx_pwr_3>0.0000</rx_pwr_3>
<rx_pwr_2>0.0000</rx_pwr_2>
<rx_pwr_1>0.0000</rx_pwr_1>
<rx_pwr_0>0.0000</rx_pwr_0>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/8</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-FINISAR </name>
<partnum>FTLX8571D3BCL-C2</partnum>
<rev>A </rev>
<serialnum>FNS174216YS </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V03 </cisco_vendor_id>
</ROW_calib>
<ROW_calib>
<temp_slope>0</temp_slope>
<temp_offset>0</temp_offset>
<volt_slope>0</volt_slope>
<volt_offset>0</volt_offset>
<curr_slope>0</curr_slope>
<curr_offset>0</curr_offset>
<tx_pwr_slope>0</tx_pwr_slope>
<tx_pwr_offset>0</tx_pwr_offset>
<rx_pwr_4>0.0000</rx_pwr_4>
<rx_pwr_3>0.0000</rx_pwr_3>
<rx_pwr_2>0.0000</rx_pwr_2>
<rx_pwr_1>0.0000</rx_pwr_1>
<rx_pwr_0>0.0000</rx_pwr_0>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
</TABLE_interface_trans>
The show interface transceiver calibrations command displays transceiver calibration information for Fibre Channel and Ethernet interfaces.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| tx_length | FC transmitter link lengths | String | ['very long distance', 'short distance', 'intermediate distance', 'long distance', 'middle range distance'] |
| sfp | SFP present or not | String | ['sfp not present', 'sfp is present'] |
| nominal_bitrate | Nominal bit rate in MBits/sec | Integer | |
| temp_slope | Temperature slope | Integer | |
| temp_offset | Temperature offset | Integer | |
| volt_slope | Voltage slope | Integer | |
| volt_offset | Voltage offset | Integer | |
| curr_offset | Current offset | Integer | |
| curr_slope | Current slope | Integer | |
| cisco_product_id | Cisco product identifier | String | |
| len_50 | Link length supported for 50/125um fiber (in meter) | Integer | |
| tx_medium | Transmission medium type | String | |
| serialnum | Vendor serial number | String | |
| len_50_OM3 | Link length supported for 50/125um fiber (in meter) | Integer | |
| len_625 | Link length supported for 62.5/125um fiber (in meter) | Integer | |
| cisco_part_number | Cisco part number | String | |
| cisco_vendor_id | Cisco vendor identifier | String | |
| ciscoid_1 | Cisco extended ID number | Integer | |
| interface_sfp | Interface ID | String | |
| txcvr_type | Transceiver type | String | |
| partnum | Vendor part number | String | |
| rev | Vendor revision | String | |
| tx_pwr_offset | Transmitted power offset | Integer | |
| tx_pwr_slope | Transmitted power slope | Integer | |
| rx_pwr_2 | Received power 2 | Integer | |
| rx_pwr_3 | Received power 3 | Integer | |
| rx_pwr_0 | Received power 0 | Integer | |
| rx_pwr_4 | Received power 4 | Integer | |
| rx_pwr_1 | Received power 1 | Integer | |
| supported_speeds | Supported speeds | String | |
| ciscoid | Cisco extended ID | String | |
| name | Vendor name | String | |
| type | SFP type | String |
show interface transceiver details
show interface transceiver details
import requests
import json
"""
Modify these please
"""
url='http://<IP_Address>/ins'
switchuser='<User_ID>'
switchpassword='<Password>'
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
"version": "1.0",
"type": "cli_show",
"chunk": "0",
"sid": "1",
"input": "show interface transceiver details"
"output_format": "json"
}
}
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)
json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))
{
"TABLE_interface_trans": {
"ROW_interface_trans": [
{
"TABLE_calib": {
"ROW_calib": [
{
"TABLE_calibration": {
"ROW_calibration": [
{
"TABLE_detail": {
"ROW_detail": [
{
"current": "7.23 mA",
"current_alrm_hi": "11.80 mA",
"current_alrm_lo": "4.00 mA",
"current_warn_hi": "10.80 mA",
"current_warn_lo": "5.00 mA",
"rx_pwr": "-26.02 dBm",
"rx_pwr_alrm_hi": "3.00 dBm",
"rx_pwr_alrm_lo": "-17.30 dBm",
"rx_pwr_flag": "--",
"rx_pwr_warn_hi": "0.00 dBm",
"rx_pwr_warn_lo": "-13.30 dBm",
"temp_alrm_hi": "75.00 C",
"temp_alrm_lo": "-5.00 C",
"temp_warn_hi": "70.00 C",
"temp_warn_lo": "0.00 C",
"temperature": "33.55 C",
"tx_faults": 0,
"tx_pwr": "-3.20 dBm",
"tx_pwr_alrm_hi": "1.70 dBm",
"tx_pwr_alrm_lo": "-14.00 dBm",
"tx_pwr_warn_hi": "-1.30 dBm",
"tx_pwr_warn_lo": "-10.00 dBm",
"volt_alrm_hi": "3.63 V",
"volt_alrm_lo": "2.97 V",
"volt_warn_hi": "3.46 V",
"volt_warn_lo": "3.13 V",
"voltage": "3.31 V"
}
]
}
}
]
},
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VFC",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
}
]
},
"interface_sfp": "fc1/1"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"TABLE_calibration": {
"ROW_calibration": [
{
"TABLE_detail": {
"ROW_detail": [
{
"current": "6.97 mA",
"current_alrm_hi": "11.80 mA",
"current_alrm_lo": "4.00 mA",
"current_warn_hi": "10.80 mA",
"current_warn_lo": "5.00 mA",
"rx_pwr": "-3.28 dBm",
"rx_pwr_alrm_hi": "3.00 dBm",
"rx_pwr_alrm_lo": "-17.30 dBm",
"rx_pwr_warn_hi": "0.00 dBm",
"rx_pwr_warn_lo": "-13.30 dBm",
"temp_alrm_hi": "75.00 C",
"temp_alrm_lo": "-5.00 C",
"temp_warn_hi": "70.00 C",
"temp_warn_lo": "0.00 C",
"temperature": "34.25 C",
"tx_faults": 0,
"tx_pwr": "-3.22 dBm",
"tx_pwr_alrm_hi": "1.70 dBm",
"tx_pwr_alrm_lo": "-14.00 dBm",
"tx_pwr_warn_hi": "-1.30 dBm",
"tx_pwr_warn_lo": "-10.00 dBm",
"volt_alrm_hi": "3.63 V",
"volt_alrm_lo": "2.97 V",
"volt_warn_hi": "3.46 V",
"volt_warn_lo": "3.13 V",
"voltage": "3.31 V"
}
]
}
}
]
},
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VQV",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
}
]
},
"interface_sfp": "fc1/2"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"TABLE_calibration": {
"ROW_calibration": [
{
"TABLE_detail": {
"ROW_detail": [
{
"current": "8.13 mA",
"current_alrm_hi": "11.80 mA",
"current_alrm_lo": "4.00 mA",
"current_warn_hi": "10.80 mA",
"current_warn_lo": "5.00 mA",
"rx_pwr": "-26.02 dBm",
"rx_pwr_alrm_hi": "3.00 dBm",
"rx_pwr_alrm_lo": "-17.30 dBm",
"rx_pwr_flag": "--",
"rx_pwr_warn_hi": "0.00 dBm",
"rx_pwr_warn_lo": "-13.30 dBm",
"temp_alrm_hi": "75.00 C",
"temp_alrm_lo": "-5.00 C",
"temp_warn_hi": "70.00 C",
"temp_warn_lo": "0.00 C",
"temperature": "29.16 C",
"tx_faults": 0,
"tx_pwr": "-3.21 dBm",
"tx_pwr_alrm_hi": "1.70 dBm",
"tx_pwr_alrm_lo": "-14.00 dBm",
"tx_pwr_warn_hi": "-1.30 dBm",
"tx_pwr_warn_lo": "-10.00 dBm",
"volt_alrm_hi": "3.63 V",
"volt_alrm_lo": "2.97 V",
"volt_warn_hi": "3.46 V",
"volt_warn_lo": "3.13 V",
"voltage": "3.30 V"
}
]
}
}
]
},
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VEU",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
}
]
},
"interface_sfp": "fc1/3"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"TABLE_calibration": {
"ROW_calibration": [
{
"TABLE_detail": {
"ROW_detail": [
{
"current": "7.63 mA",
"current_alrm_hi": "11.80 mA",
"current_alrm_lo": "4.00 mA",
"current_warn_hi": "10.80 mA",
"current_warn_lo": "5.00 mA",
"rx_pwr": "-26.20 dBm",
"rx_pwr_alrm_hi": "3.00 dBm",
"rx_pwr_alrm_lo": "-17.30 dBm",
"rx_pwr_flag": "--",
"rx_pwr_warn_hi": "0.00 dBm",
"rx_pwr_warn_lo": "-13.30 dBm",
"temp_alrm_hi": "75.00 C",
"temp_alrm_lo": "-5.00 C",
"temp_warn_hi": "70.00 C",
"temp_warn_lo": "0.00 C",
"temperature": "31.98 C",
"tx_faults": 0,
"tx_pwr": "-3.24 dBm",
"tx_pwr_alrm_hi": "1.70 dBm",
"tx_pwr_alrm_lo": "-14.00 dBm",
"tx_pwr_warn_hi": "-1.30 dBm",
"tx_pwr_warn_lo": "-10.00 dBm",
"volt_alrm_hi": "3.63 V",
"volt_alrm_lo": "2.97 V",
"volt_warn_hi": "3.46 V",
"volt_warn_lo": "3.13 V",
"voltage": "3.30 V"
}
]
}
}
]
},
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VRK",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
}
]
},
"interface_sfp": "fc1/4"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"TABLE_calibration": {
"ROW_calibration": [
{
"TABLE_detail": {
"ROW_detail": [
{
"current": "7.05 mA",
"current_alrm_hi": "11.80 mA",
"current_alrm_lo": "4.00 mA",
"current_warn_hi": "10.80 mA",
"current_warn_lo": "5.00 mA",
"rx_pwr": "-25.69 dBm",
"rx_pwr_alrm_hi": "3.00 dBm",
"rx_pwr_alrm_lo": "-17.30 dBm",
"rx_pwr_flag": "--",
"rx_pwr_warn_hi": "0.00 dBm",
"rx_pwr_warn_lo": "-13.30 dBm",
"temp_alrm_hi": "75.00 C",
"temp_alrm_lo": "-5.00 C",
"temp_warn_hi": "70.00 C",
"temp_warn_lo": "0.00 C",
"temperature": "28.69 C",
"tx_faults": 0,
"tx_pwr": "-3.21 dBm",
"tx_pwr_alrm_hi": "1.70 dBm",
"tx_pwr_alrm_lo": "-14.00 dBm",
"tx_pwr_warn_hi": "-1.30 dBm",
"tx_pwr_warn_lo": "-10.00 dBm",
"volt_alrm_hi": "3.63 V",
"volt_alrm_lo": "2.97 V",
"volt_warn_hi": "3.46 V",
"volt_warn_lo": "3.13 V",
"voltage": "3.31 V"
}
]
}
}
]
},
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS18030VRB",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
}
]
},
"interface_sfp": "fc1/5"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"TABLE_calibration": {
"ROW_calibration": [
{
"TABLE_detail": {
"ROW_detail": [
{
"current": "0.00 mA",
"current_alrm_hi": "11.80 mA",
"current_alrm_lo": "4.00 mA",
"current_flag": "--",
"current_warn_hi": "10.80 mA",
"current_warn_lo": "5.00 mA",
"rx_pwr": "-26.38 dBm",
"rx_pwr_alrm_hi": "3.00 dBm",
"rx_pwr_alrm_lo": "-17.30 dBm",
"rx_pwr_flag": "--",
"rx_pwr_warn_hi": "0.00 dBm",
"rx_pwr_warn_lo": "-13.30 dBm",
"temp_alrm_hi": "75.00 C",
"temp_alrm_lo": "-5.00 C",
"temp_warn_hi": "70.00 C",
"temp_warn_lo": "0.00 C",
"temperature": "25.93 C",
"tx_faults": 0,
"tx_pwr": "-18.12 dBm",
"tx_pwr_alrm_hi": "1.70 dBm",
"tx_pwr_alrm_lo": "-14.00 dBm",
"tx_pwr_flag": "--",
"tx_pwr_warn_hi": "-1.30 dBm",
"tx_pwr_warn_lo": "-10.00 dBm",
"volt_alrm_hi": "3.63 V",
"volt_alrm_lo": "2.97 V",
"volt_warn_hi": "3.46 V",
"volt_warn_lo": "3.13 V",
"voltage": "3.31 V"
}
]
}
}
]
},
"cisco_part_number": "10-2418-01",
"cisco_product_id": "DS-SFP-FC8G-SW",
"ciscoid": "unknown (0x0)",
"len_50": 50,
"len_50_OM3": 150,
"len_625": 21,
"name": "CISCO-FINISAR",
"nominal_bitrate": 8500,
"partnum": "FTLF8528P3BCV-CS",
"rev": "A",
"serialnum": "FNS17512C3M",
"sfp": "sfp is present",
"supported_speeds": "Min speed: 2000 Mb/s, Max speed: 8000 Mb/s",
"tx_length": "short distance",
"tx_medium": "multimode laser with 62.5 um aperture (M6)",
"txcvr_type": "short wave laser w/o OFC (SN)"
}
]
},
"interface_sfp": "fc1/6"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/7"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/8"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/9"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/10"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/11"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/12"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "sfp not present"
}
]
},
"interface_sfp": "fc1/13"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"TABLE_calibration": {
"ROW_calibration": [
{
"TABLE_detail": {
"ROW_detail": [
{
"current": "0.00 mA",
"current_alrm_hi": "10.00 mA",
"current_alrm_lo": "2.60 mA",
"current_warn_hi": "8.50 mA",
"current_warn_lo": "3.00 mA",
"rx_pwr": "-23.57 dBm",
"rx_pwr_alrm_hi": "2.00 dBm",
"rx_pwr_alrm_lo": "-13.90 dBm",
"rx_pwr_flag": "--",
"rx_pwr_warn_hi": "-1.00 dBm",
"rx_pwr_warn_lo": "-9.90 dBm",
"temp_alrm_hi": "75.00 C",
"temp_alrm_lo": "-5.00 C",
"temp_warn_hi": "70.00 C",
"temp_warn_lo": "0.00 C",
"temperature": "33.07 C",
"tx_pwr": "N/A",
"tx_pwr_alrm_hi": "1.70 dBm",
"tx_pwr_alrm_lo": "-11.30 dBm",
"tx_pwr_warn_hi": "-1.30 dBm",
"tx_pwr_warn_lo": "-7.30 dBm",
"volt_alrm_hi": "3.63 V",
"volt_alrm_lo": "2.97 V",
"volt_warn_hi": "3.46 V",
"volt_warn_lo": "3.13 V",
"voltage": "3.30 V"
}
]
}
}
]
},
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR",
"ciscoid": "unknown",
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-JDSU",
"nominal_bitrate": 10300,
"partnum": "PLRXPL-SC-S43-CS",
"rev": "1",
"serialnum": "JUR19100Z1L",
"sfp": "sfp is present"
}
]
},
"interface_sfp": "IPStorage1/1"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"TABLE_calibration": {
"ROW_calibration": [
{
"TABLE_detail": {
"ROW_detail": [
{
"current": "0.00 mA",
"current_alrm_hi": "10.50 mA",
"current_alrm_lo": "2.50 mA",
"current_warn_hi": "10.50 mA",
"current_warn_lo": "2.50 mA",
"rx_pwr": "-40.00 dBm",
"rx_pwr_alrm_hi": "2.00 dBm",
"rx_pwr_alrm_lo": "-13.90 dBm",
"rx_pwr_flag": "--",
"rx_pwr_warn_hi": "-1.00 dBm",
"rx_pwr_warn_lo": "-9.90 dBm",
"temp_alrm_hi": "75.00 C",
"temp_alrm_lo": "-5.00 C",
"temp_warn_hi": "70.00 C",
"temp_warn_lo": "0.00 C",
"temperature": "30.39 C",
"tx_pwr": "-40.00 dBm",
"tx_pwr_alrm_hi": "1.70 dBm",
"tx_pwr_alrm_lo": "-11.30 dBm",
"tx_pwr_warn_hi": "-1.30 dBm",
"tx_pwr_warn_lo": "-7.30 dBm",
"volt_alrm_hi": "3.63 V",
"volt_alrm_lo": "2.97 V",
"volt_warn_hi": "3.46 V",
"volt_warn_lo": "3.13 V",
"voltage": "3.29 V"
}
]
}
}
]
},
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR",
"ciscoid": "unknown",
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-AVAGO",
"nominal_bitrate": 10300,
"partnum": "SFBR-709SMZ-CS1",
"rev": "G4.1",
"serialnum": "AVD1721A37Y",
"sfp": "sfp is present"
}
]
},
"interface_sfp": "IPStorage1/2"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"TABLE_calibration": {
"ROW_calibration": [
{
"TABLE_detail": {
"ROW_detail": [
{
"TABLE_lane": {
"ROW_lane": [
{
"current": 0,
"current_alrm_hi": 10.5,
"current_alrm_lo": 2,
"current_flag": " ",
"current_warn_hi": 9,
"current_warn_lo": 2.5,
"rx_pwr_alrm_hi": 2,
"rx_pwr_alrm_lo": -13.9,
"rx_pwr_flag": " ",
"rx_pwr_warn_hi": -1,
"rx_pwr_warn_lo": -9.9,
"temp_alrm_hi": 75,
"temp_alrm_lo": -5,
"temp_flag": " ",
"temp_warn_hi": 70,
"temp_warn_lo": 0,
"temperature": 23.17,
"tx_pwr_alrm_hi": 1.69,
"tx_pwr_alrm_lo": -11.3,
"tx_pwr_flag": " ",
"tx_pwr_warn_hi": -1.3,
"tx_pwr_warn_lo": -7.3,
"volt_alrm_hi": 3.63,
"volt_alrm_lo": 2.97,
"volt_flag": " ",
"volt_warn_hi": 3.46,
"volt_warn_lo": 3.13,
"voltage": 3.32,
"xmit_faults": 0
}
]
}
}
]
}
}
]
},
"cisco_part_number": "10-2415-02",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V02 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-SUMITOMO ",
"nominal_bitrate": 10300,
"number_of_lanes": 1,
"partnum": "SPP5100SR-C1 ",
"rev": "A ",
"serialnum": "SPC142704MU ",
"sfp": "present",
"type": "10Gbase-SR"
}
]
},
"interface_sfp": "Ethernet1/1"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "not present"
}
]
},
"interface_sfp": "Ethernet1/2"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"TABLE_calibration": {
"ROW_calibration": [
{
"TABLE_detail": {
"ROW_detail": [
{
"TABLE_lane": {
"ROW_lane": [
{
"current": 0.01,
"current_alrm_hi": 11.8,
"current_alrm_lo": 4,
"current_flag": "--",
"current_warn_hi": 10.8,
"current_warn_lo": 5,
"rx_pwr": -33.97,
"rx_pwr_alrm_hi": 2,
"rx_pwr_alrm_lo": -13.9,
"rx_pwr_flag": "--",
"rx_pwr_warn_hi": -1,
"rx_pwr_warn_lo": -9.9,
"temp_alrm_hi": 75,
"temp_alrm_lo": -5,
"temp_flag": " ",
"temp_warn_hi": 70,
"temp_warn_lo": 0,
"temperature": 28.97,
"tx_pwr": -14.27,
"tx_pwr_alrm_hi": 1.69,
"tx_pwr_alrm_lo": -11.3,
"tx_pwr_flag": "--",
"tx_pwr_warn_hi": -1.3,
"tx_pwr_warn_lo": -7.3,
"volt_alrm_hi": 3.63,
"volt_alrm_lo": 2.97,
"volt_flag": " ",
"volt_warn_hi": 3.46,
"volt_warn_lo": 3.13,
"voltage": 3.33,
"xmit_faults": 0
}
]
}
}
]
}
}
]
},
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V03 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-FINISAR ",
"nominal_bitrate": 10300,
"number_of_lanes": 1,
"partnum": "FTLX8571D3BCL-C2",
"rev": "A ",
"serialnum": "FNS17421PLT ",
"sfp": "present",
"type": "10Gbase-SR"
}
]
},
"interface_sfp": "Ethernet1/3"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"TABLE_calibration": {
"ROW_calibration": [
{
"TABLE_detail": {
"ROW_detail": [
{
"TABLE_lane": {
"ROW_lane": [
{
"current": 0,
"current_alrm_hi": 10,
"current_alrm_lo": 2.6,
"current_flag": " ",
"current_warn_hi": 8.5,
"current_warn_lo": 3,
"rx_pwr": -32.21,
"rx_pwr_alrm_hi": 2,
"rx_pwr_alrm_lo": -13.9,
"rx_pwr_flag": "--",
"rx_pwr_warn_hi": -1,
"rx_pwr_warn_lo": -9.9,
"temp_alrm_hi": 75,
"temp_alrm_lo": -5,
"temp_flag": " ",
"temp_warn_hi": 70,
"temp_warn_lo": 0,
"temperature": 28.67,
"tx_pwr_alrm_hi": 1.69,
"tx_pwr_alrm_lo": -11.3,
"tx_pwr_flag": " ",
"tx_pwr_warn_hi": -1.3,
"tx_pwr_warn_lo": -7.3,
"volt_alrm_hi": 3.63,
"volt_alrm_lo": 2.97,
"volt_flag": " ",
"volt_warn_hi": 3.46,
"volt_warn_lo": 3.13,
"voltage": 3.32,
"xmit_faults": 0
}
]
}
}
]
}
}
]
},
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V03 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-JDSU ",
"nominal_bitrate": 10300,
"number_of_lanes": 1,
"partnum": "PLRXPL-SC-S43-CS",
"rev": "1 ",
"serialnum": "JUR2028G033 ",
"sfp": "present",
"type": "10Gbase-SR"
}
]
},
"interface_sfp": "Ethernet1/4"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "not present"
}
]
},
"interface_sfp": "Ethernet1/5"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"sfp": "not present"
}
]
},
"interface_sfp": "Ethernet1/6"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"TABLE_calibration": {
"ROW_calibration": [
{
"TABLE_detail": {
"ROW_detail": [
{
"TABLE_lane": {
"ROW_lane": [
{
"current": 0.25,
"current_alrm_hi": 11.8,
"current_alrm_lo": 4,
"current_flag": "--",
"current_warn_hi": 10.8,
"current_warn_lo": 5,
"rx_pwr": -2.23,
"rx_pwr_alrm_hi": 2,
"rx_pwr_alrm_lo": -13.9,
"rx_pwr_flag": " ",
"rx_pwr_warn_hi": -1,
"rx_pwr_warn_lo": -9.9,
"temp_alrm_hi": 75,
"temp_alrm_lo": -5,
"temp_flag": " ",
"temp_warn_hi": 70,
"temp_warn_lo": 0,
"temperature": 30.03,
"tx_pwr": -17.82,
"tx_pwr_alrm_hi": 1.69,
"tx_pwr_alrm_lo": -11.3,
"tx_pwr_flag": "--",
"tx_pwr_warn_hi": -1.3,
"tx_pwr_warn_lo": -7.3,
"volt_alrm_hi": 3.63,
"volt_alrm_lo": 2.97,
"volt_flag": " ",
"volt_warn_hi": 3.46,
"volt_warn_lo": 3.13,
"voltage": 3.33,
"xmit_faults": 0
}
]
}
}
]
}
}
]
},
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V03 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-FINISAR ",
"nominal_bitrate": 10300,
"number_of_lanes": 1,
"partnum": "FTLX8571D3BCL-C2",
"rev": "A ",
"serialnum": "FNS1742199X ",
"sfp": "present",
"type": "10Gbase-SR"
}
]
},
"interface_sfp": "Ethernet1/7"
},
{
"TABLE_calib": {
"ROW_calib": [
{
"TABLE_calibration": {
"ROW_calibration": [
{
"TABLE_detail": {
"ROW_detail": [
{
"TABLE_lane": {
"ROW_lane": [
{
"current": 0,
"current_alrm_hi": 11.8,
"current_alrm_lo": 4,
"current_flag": "--",
"current_warn_hi": 10.8,
"current_warn_lo": 5,
"rx_pwr": -2.5,
"rx_pwr_alrm_hi": 2,
"rx_pwr_alrm_lo": -13.9,
"rx_pwr_flag": " ",
"rx_pwr_warn_hi": -1,
"rx_pwr_warn_lo": -9.9,
"temp_alrm_hi": 75,
"temp_alrm_lo": -5,
"temp_flag": " ",
"temp_warn_hi": 70,
"temp_warn_lo": 0,
"temperature": 28.28,
"tx_pwr": -18.32,
"tx_pwr_alrm_hi": 1.69,
"tx_pwr_alrm_lo": -11.3,
"tx_pwr_flag": "--",
"tx_pwr_warn_hi": -1.3,
"tx_pwr_warn_lo": -7.3,
"volt_alrm_hi": 3.63,
"volt_alrm_lo": 2.97,
"volt_flag": " ",
"volt_warn_hi": 3.46,
"volt_warn_lo": 3.13,
"voltage": 3.32,
"xmit_faults": 0
}
]
}
}
]
}
}
]
},
"cisco_part_number": "10-2415-03",
"cisco_product_id": "SFP-10G-SR ",
"cisco_vendor_id": "V03 ",
"ciscoid": "3",
"ciscoid_1": 4,
"len_50": 82,
"len_50_OM3": 300,
"len_625": 26,
"name": "CISCO-FINISAR ",
"nominal_bitrate": 10300,
"number_of_lanes": 1,
"partnum": "FTLX8571D3BCL-C2",
"rev": "A ",
"serialnum": "FNS174216YS ",
"sfp": "present",
"type": "10Gbase-SR"
}
]
},
"interface_sfp": "Ethernet1/8"
}
]
}
}
<TABLE_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/1</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VFC</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
<TABLE_calibration>
<ROW_calibration>
<TABLE_detail>
<ROW_detail>
<temperature>33.64 C</temperature>
<temp_alrm_hi>75.00 C</temp_alrm_hi>
<temp_alrm_lo>-5.00 C</temp_alrm_lo>
<temp_warn_hi>70.00 C</temp_warn_hi>
<temp_warn_lo>0.00 C</temp_warn_lo>
<voltage>3.31 V</voltage>
<volt_alrm_hi>3.63 V</volt_alrm_hi>
<volt_alrm_lo>2.97 V</volt_alrm_lo>
<volt_warn_hi>3.46 V</volt_warn_hi>
<volt_warn_lo>3.13 V</volt_warn_lo>
<current>7.23 mA</current>
<current_alrm_hi>11.80 mA</current_alrm_hi>
<current_alrm_lo>4.00 mA</current_alrm_lo>
<current_warn_hi>10.80 mA</current_warn_hi>
<current_warn_lo>5.00 mA</current_warn_lo>
<tx_pwr>-3.20 dBm</tx_pwr>
<tx_pwr_alrm_hi>1.70 dBm</tx_pwr_alrm_hi>
<tx_pwr_alrm_lo>-14.00 dBm</tx_pwr_alrm_lo>
<tx_pwr_warn_hi>-1.30 dBm</tx_pwr_warn_hi>
<tx_pwr_warn_lo>-10.00 dBm</tx_pwr_warn_lo>
<rx_pwr>-26.02 dBm</rx_pwr>
<rx_pwr_flag>--</rx_pwr_flag>
<rx_pwr_alrm_hi>3.00 dBm</rx_pwr_alrm_hi>
<rx_pwr_alrm_lo>-17.30 dBm</rx_pwr_alrm_lo>
<rx_pwr_warn_hi>0.00 dBm</rx_pwr_warn_hi>
<rx_pwr_warn_lo>-13.30 dBm</rx_pwr_warn_lo>
<tx_faults>0</tx_faults>
</ROW_detail>
</TABLE_detail>
</ROW_calibration>
</TABLE_calibration>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/2</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VQV</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
<TABLE_calibration>
<ROW_calibration>
<TABLE_detail>
<ROW_detail>
<temperature>34.28 C</temperature>
<temp_alrm_hi>75.00 C</temp_alrm_hi>
<temp_alrm_lo>-5.00 C</temp_alrm_lo>
<temp_warn_hi>70.00 C</temp_warn_hi>
<temp_warn_lo>0.00 C</temp_warn_lo>
<voltage>3.31 V</voltage>
<volt_alrm_hi>3.63 V</volt_alrm_hi>
<volt_alrm_lo>2.97 V</volt_alrm_lo>
<volt_warn_hi>3.46 V</volt_warn_hi>
<volt_warn_lo>3.13 V</volt_warn_lo>
<current>6.98 mA</current>
<current_alrm_hi>11.80 mA</current_alrm_hi>
<current_alrm_lo>4.00 mA</current_alrm_lo>
<current_warn_hi>10.80 mA</current_warn_hi>
<current_warn_lo>5.00 mA</current_warn_lo>
<tx_pwr>-3.21 dBm</tx_pwr>
<tx_pwr_alrm_hi>1.70 dBm</tx_pwr_alrm_hi>
<tx_pwr_alrm_lo>-14.00 dBm</tx_pwr_alrm_lo>
<tx_pwr_warn_hi>-1.30 dBm</tx_pwr_warn_hi>
<tx_pwr_warn_lo>-10.00 dBm</tx_pwr_warn_lo>
<rx_pwr>-3.29 dBm</rx_pwr>
<rx_pwr_alrm_hi>3.00 dBm</rx_pwr_alrm_hi>
<rx_pwr_alrm_lo>-17.30 dBm</rx_pwr_alrm_lo>
<rx_pwr_warn_hi>0.00 dBm</rx_pwr_warn_hi>
<rx_pwr_warn_lo>-13.30 dBm</rx_pwr_warn_lo>
<tx_faults>0</tx_faults>
</ROW_detail>
</TABLE_detail>
</ROW_calibration>
</TABLE_calibration>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/3</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VEU</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
<TABLE_calibration>
<ROW_calibration>
<TABLE_detail>
<ROW_detail>
<temperature>29.16 C</temperature>
<temp_alrm_hi>75.00 C</temp_alrm_hi>
<temp_alrm_lo>-5.00 C</temp_alrm_lo>
<temp_warn_hi>70.00 C</temp_warn_hi>
<temp_warn_lo>0.00 C</temp_warn_lo>
<voltage>3.33 V</voltage>
<volt_alrm_hi>3.63 V</volt_alrm_hi>
<volt_alrm_lo>2.97 V</volt_alrm_lo>
<volt_warn_hi>3.46 V</volt_warn_hi>
<volt_warn_lo>3.13 V</volt_warn_lo>
<current>8.13 mA</current>
<current_alrm_hi>11.80 mA</current_alrm_hi>
<current_alrm_lo>4.00 mA</current_alrm_lo>
<current_warn_hi>10.80 mA</current_warn_hi>
<current_warn_lo>5.00 mA</current_warn_lo>
<tx_pwr>-3.20 dBm</tx_pwr>
<tx_pwr_alrm_hi>1.70 dBm</tx_pwr_alrm_hi>
<tx_pwr_alrm_lo>-14.00 dBm</tx_pwr_alrm_lo>
<tx_pwr_warn_hi>-1.30 dBm</tx_pwr_warn_hi>
<tx_pwr_warn_lo>-10.00 dBm</tx_pwr_warn_lo>
<rx_pwr>-26.02 dBm</rx_pwr>
<rx_pwr_flag>--</rx_pwr_flag>
<rx_pwr_alrm_hi>3.00 dBm</rx_pwr_alrm_hi>
<rx_pwr_alrm_lo>-17.30 dBm</rx_pwr_alrm_lo>
<rx_pwr_warn_hi>0.00 dBm</rx_pwr_warn_hi>
<rx_pwr_warn_lo>-13.30 dBm</rx_pwr_warn_lo>
<tx_faults>0</tx_faults>
</ROW_detail>
</TABLE_detail>
</ROW_calibration>
</TABLE_calibration>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/4</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VRK</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
<TABLE_calibration>
<ROW_calibration>
<TABLE_detail>
<ROW_detail>
<temperature>31.96 C</temperature>
<temp_alrm_hi>75.00 C</temp_alrm_hi>
<temp_alrm_lo>-5.00 C</temp_alrm_lo>
<temp_warn_hi>70.00 C</temp_warn_hi>
<temp_warn_lo>0.00 C</temp_warn_lo>
<voltage>3.30 V</voltage>
<volt_alrm_hi>3.63 V</volt_alrm_hi>
<volt_alrm_lo>2.97 V</volt_alrm_lo>
<volt_warn_hi>3.46 V</volt_warn_hi>
<volt_warn_lo>3.13 V</volt_warn_lo>
<current>7.62 mA</current>
<current_alrm_hi>11.80 mA</current_alrm_hi>
<current_alrm_lo>4.00 mA</current_alrm_lo>
<current_warn_hi>10.80 mA</current_warn_hi>
<current_warn_lo>5.00 mA</current_warn_lo>
<tx_pwr>-3.23 dBm</tx_pwr>
<tx_pwr_alrm_hi>1.70 dBm</tx_pwr_alrm_hi>
<tx_pwr_alrm_lo>-14.00 dBm</tx_pwr_alrm_lo>
<tx_pwr_warn_hi>-1.30 dBm</tx_pwr_warn_hi>
<tx_pwr_warn_lo>-10.00 dBm</tx_pwr_warn_lo>
<rx_pwr>-26.20 dBm</rx_pwr>
<rx_pwr_flag>--</rx_pwr_flag>
<rx_pwr_alrm_hi>3.00 dBm</rx_pwr_alrm_hi>
<rx_pwr_alrm_lo>-17.30 dBm</rx_pwr_alrm_lo>
<rx_pwr_warn_hi>0.00 dBm</rx_pwr_warn_hi>
<rx_pwr_warn_lo>-13.30 dBm</rx_pwr_warn_lo>
<tx_faults>0</tx_faults>
</ROW_detail>
</TABLE_detail>
</ROW_calibration>
</TABLE_calibration>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/5</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS18030VRB</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
<TABLE_calibration>
<ROW_calibration>
<TABLE_detail>
<ROW_detail>
<temperature>28.66 C</temperature>
<temp_alrm_hi>75.00 C</temp_alrm_hi>
<temp_alrm_lo>-5.00 C</temp_alrm_lo>
<temp_warn_hi>70.00 C</temp_warn_hi>
<temp_warn_lo>0.00 C</temp_warn_lo>
<voltage>3.31 V</voltage>
<volt_alrm_hi>3.63 V</volt_alrm_hi>
<volt_alrm_lo>2.97 V</volt_alrm_lo>
<volt_warn_hi>3.46 V</volt_warn_hi>
<volt_warn_lo>3.13 V</volt_warn_lo>
<current>7.05 mA</current>
<current_alrm_hi>11.80 mA</current_alrm_hi>
<current_alrm_lo>4.00 mA</current_alrm_lo>
<current_warn_hi>10.80 mA</current_warn_hi>
<current_warn_lo>5.00 mA</current_warn_lo>
<tx_pwr>-3.22 dBm</tx_pwr>
<tx_pwr_alrm_hi>1.70 dBm</tx_pwr_alrm_hi>
<tx_pwr_alrm_lo>-14.00 dBm</tx_pwr_alrm_lo>
<tx_pwr_warn_hi>-1.30 dBm</tx_pwr_warn_hi>
<tx_pwr_warn_lo>-10.00 dBm</tx_pwr_warn_lo>
<rx_pwr>-25.69 dBm</rx_pwr>
<rx_pwr_flag>--</rx_pwr_flag>
<rx_pwr_alrm_hi>3.00 dBm</rx_pwr_alrm_hi>
<rx_pwr_alrm_lo>-17.30 dBm</rx_pwr_alrm_lo>
<rx_pwr_warn_hi>0.00 dBm</rx_pwr_warn_hi>
<rx_pwr_warn_lo>-13.30 dBm</rx_pwr_warn_lo>
<tx_faults>0</tx_faults>
</ROW_detail>
</TABLE_detail>
</ROW_calibration>
</TABLE_calibration>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/6</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-FINISAR</name>
<partnum>FTLF8528P3BCV-CS</partnum>
<rev>A</rev>
<serialnum>FNS17512C3M</serialnum>
<nominal_bitrate>8500</nominal_bitrate>
<len_50>50</len_50>
<len_625>21</len_625>
<len_50_OM3>150</len_50_OM3>
<txcvr_type>short wave laser w/o OFC (SN)</txcvr_type>
<tx_length>short distance</tx_length>
<tx_medium>multimode laser with 62.5 um aperture (M6)</tx_medium>
<supported_speeds>Min speed: 2000 Mb/s, Max speed: 8000 Mb/s</supported_speeds>
<ciscoid>unknown (0x0)</ciscoid>
<cisco_part_number>10-2418-01</cisco_part_number>
<cisco_product_id>DS-SFP-FC8G-SW</cisco_product_id>
<TABLE_calibration>
<ROW_calibration>
<TABLE_detail>
<ROW_detail>
<temperature>25.93 C</temperature>
<temp_alrm_hi>75.00 C</temp_alrm_hi>
<temp_alrm_lo>-5.00 C</temp_alrm_lo>
<temp_warn_hi>70.00 C</temp_warn_hi>
<temp_warn_lo>0.00 C</temp_warn_lo>
<voltage>3.31 V</voltage>
<volt_alrm_hi>3.63 V</volt_alrm_hi>
<volt_alrm_lo>2.97 V</volt_alrm_lo>
<volt_warn_hi>3.46 V</volt_warn_hi>
<volt_warn_lo>3.13 V</volt_warn_lo>
<current>0.00 mA</current>
<current_flag>--</current_flag>
<current_alrm_hi>11.80 mA</current_alrm_hi>
<current_alrm_lo>4.00 mA</current_alrm_lo>
<current_warn_hi>10.80 mA</current_warn_hi>
<current_warn_lo>5.00 mA</current_warn_lo>
<tx_pwr>-18.12 dBm</tx_pwr>
<tx_pwr_flag>--</tx_pwr_flag>
<tx_pwr_alrm_hi>1.70 dBm</tx_pwr_alrm_hi>
<tx_pwr_alrm_lo>-14.00 dBm</tx_pwr_alrm_lo>
<tx_pwr_warn_hi>-1.30 dBm</tx_pwr_warn_hi>
<tx_pwr_warn_lo>-10.00 dBm</tx_pwr_warn_lo>
<rx_pwr>-26.38 dBm</rx_pwr>
<rx_pwr_flag>--</rx_pwr_flag>
<rx_pwr_alrm_hi>3.00 dBm</rx_pwr_alrm_hi>
<rx_pwr_alrm_lo>-17.30 dBm</rx_pwr_alrm_lo>
<rx_pwr_warn_hi>0.00 dBm</rx_pwr_warn_hi>
<rx_pwr_warn_lo>-13.30 dBm</rx_pwr_warn_lo>
<tx_faults>0</tx_faults>
</ROW_detail>
</TABLE_detail>
</ROW_calibration>
</TABLE_calibration>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/7</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/8</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/9</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/10</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/11</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/12</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>fc1/13</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>IPStorage1/1</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-JDSU</name>
<partnum>PLRXPL-SC-S43-CS</partnum>
<rev>1</rev>
<serialnum>JUR19100Z1L</serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>unknown</ciscoid>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR</cisco_product_id>
<TABLE_calibration>
<ROW_calibration>
<TABLE_detail>
<ROW_detail>
<temperature>33.11 C</temperature>
<temp_alrm_hi>75.00 C</temp_alrm_hi>
<temp_alrm_lo>-5.00 C</temp_alrm_lo>
<temp_warn_hi>70.00 C</temp_warn_hi>
<temp_warn_lo>0.00 C</temp_warn_lo>
<voltage>3.30 V</voltage>
<volt_alrm_hi>3.63 V</volt_alrm_hi>
<volt_alrm_lo>2.97 V</volt_alrm_lo>
<volt_warn_hi>3.46 V</volt_warn_hi>
<volt_warn_lo>3.13 V</volt_warn_lo>
<current>0.00 mA</current>
<current_alrm_hi>10.00 mA</current_alrm_hi>
<current_alrm_lo>2.60 mA</current_alrm_lo>
<current_warn_hi>8.50 mA</current_warn_hi>
<current_warn_lo>3.00 mA</current_warn_lo>
<tx_pwr>N/A</tx_pwr>
<tx_pwr_alrm_hi>1.70 dBm</tx_pwr_alrm_hi>
<tx_pwr_alrm_lo>-11.30 dBm</tx_pwr_alrm_lo>
<tx_pwr_warn_hi>-1.30 dBm</tx_pwr_warn_hi>
<tx_pwr_warn_lo>-7.30 dBm</tx_pwr_warn_lo>
<rx_pwr>-23.57 dBm</rx_pwr>
<rx_pwr_flag>--</rx_pwr_flag>
<rx_pwr_alrm_hi>2.00 dBm</rx_pwr_alrm_hi>
<rx_pwr_alrm_lo>-13.90 dBm</rx_pwr_alrm_lo>
<rx_pwr_warn_hi>-1.00 dBm</rx_pwr_warn_hi>
<rx_pwr_warn_lo>-9.90 dBm</rx_pwr_warn_lo>
</ROW_detail>
</TABLE_detail>
</ROW_calibration>
</TABLE_calibration>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>IPStorage1/2</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>sfp is present</sfp>
<name>CISCO-AVAGO</name>
<partnum>SFBR-709SMZ-CS1</partnum>
<rev>G4.1</rev>
<serialnum>AVD1721A37Y</serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>unknown</ciscoid>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR</cisco_product_id>
<TABLE_calibration>
<ROW_calibration>
<TABLE_detail>
<ROW_detail>
<temperature>30.39 C</temperature>
<temp_alrm_hi>75.00 C</temp_alrm_hi>
<temp_alrm_lo>-5.00 C</temp_alrm_lo>
<temp_warn_hi>70.00 C</temp_warn_hi>
<temp_warn_lo>0.00 C</temp_warn_lo>
<voltage>3.29 V</voltage>
<volt_alrm_hi>3.63 V</volt_alrm_hi>
<volt_alrm_lo>2.97 V</volt_alrm_lo>
<volt_warn_hi>3.46 V</volt_warn_hi>
<volt_warn_lo>3.13 V</volt_warn_lo>
<current>0.00 mA</current>
<current_alrm_hi>10.50 mA</current_alrm_hi>
<current_alrm_lo>2.50 mA</current_alrm_lo>
<current_warn_hi>10.50 mA</current_warn_hi>
<current_warn_lo>2.50 mA</current_warn_lo>
<tx_pwr>-40.00 dBm</tx_pwr>
<tx_pwr_alrm_hi>1.70 dBm</tx_pwr_alrm_hi>
<tx_pwr_alrm_lo>-11.30 dBm</tx_pwr_alrm_lo>
<tx_pwr_warn_hi>-1.30 dBm</tx_pwr_warn_hi>
<tx_pwr_warn_lo>-7.30 dBm</tx_pwr_warn_lo>
<rx_pwr>-40.00 dBm</rx_pwr>
<rx_pwr_flag>--</rx_pwr_flag>
<rx_pwr_alrm_hi>2.00 dBm</rx_pwr_alrm_hi>
<rx_pwr_alrm_lo>-13.90 dBm</rx_pwr_alrm_lo>
<rx_pwr_warn_hi>-1.00 dBm</rx_pwr_warn_hi>
<rx_pwr_warn_lo>-9.90 dBm</rx_pwr_warn_lo>
</ROW_detail>
</TABLE_detail>
</ROW_calibration>
</TABLE_calibration>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/1</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-SUMITOMO </name>
<partnum>SPP5100SR-C1 </partnum>
<rev>A </rev>
<serialnum>SPC142704MU </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-02</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V02 </cisco_vendor_id>
<number_of_lanes>1</number_of_lanes>
<TABLE_calibration>
<ROW_calibration>
<TABLE_detail>
<ROW_detail>
<TABLE_lane>
<ROW_lane>
<temperature>23.17</temperature>
<temp_flag> </temp_flag>
<temp_alrm_hi>75.00</temp_alrm_hi>
<temp_alrm_lo>-5.00</temp_alrm_lo>
<temp_warn_hi>70.00</temp_warn_hi>
<temp_warn_lo>0.00</temp_warn_lo>
<voltage>3.32</voltage>
<volt_flag> </volt_flag>
<volt_alrm_hi>3.63</volt_alrm_hi>
<volt_alrm_lo>2.97</volt_alrm_lo>
<volt_warn_hi>3.46</volt_warn_hi>
<volt_warn_lo>3.13</volt_warn_lo>
<current>0.00</current>
<current_flag> </current_flag>
<current_alrm_hi>10.50</current_alrm_hi>
<current_alrm_lo>2.00</current_alrm_lo>
<current_warn_hi>9.00</current_warn_hi>
<current_warn_lo>2.50</current_warn_lo>
<tx_pwr_flag> </tx_pwr_flag>
<tx_pwr_alrm_hi>1.69</tx_pwr_alrm_hi>
<tx_pwr_alrm_lo>-11.30</tx_pwr_alrm_lo>
<tx_pwr_warn_hi>-1.30</tx_pwr_warn_hi>
<tx_pwr_warn_lo>-7.30</tx_pwr_warn_lo>
<rx_pwr_flag> </rx_pwr_flag>
<rx_pwr_alrm_hi>2.00</rx_pwr_alrm_hi>
<rx_pwr_alrm_lo>-13.90</rx_pwr_alrm_lo>
<rx_pwr_warn_hi>-1.00</rx_pwr_warn_hi>
<rx_pwr_warn_lo>-9.90</rx_pwr_warn_lo>
<xmit_faults>0</xmit_faults>
</ROW_lane>
</TABLE_lane>
</ROW_detail>
</TABLE_detail>
</ROW_calibration>
</TABLE_calibration>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/2</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/3</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-FINISAR </name>
<partnum>FTLX8571D3BCL-C2</partnum>
<rev>A </rev>
<serialnum>FNS17421PLT </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V03 </cisco_vendor_id>
<number_of_lanes>1</number_of_lanes>
<TABLE_calibration>
<ROW_calibration>
<TABLE_detail>
<ROW_detail>
<TABLE_lane>
<ROW_lane>
<temperature>28.97</temperature>
<temp_flag> </temp_flag>
<temp_alrm_hi>75.00</temp_alrm_hi>
<temp_alrm_lo>-5.00</temp_alrm_lo>
<temp_warn_hi>70.00</temp_warn_hi>
<temp_warn_lo>0.00</temp_warn_lo>
<voltage>3.33</voltage>
<volt_flag> </volt_flag>
<volt_alrm_hi>3.63</volt_alrm_hi>
<volt_alrm_lo>2.97</volt_alrm_lo>
<volt_warn_hi>3.46</volt_warn_hi>
<volt_warn_lo>3.13</volt_warn_lo>
<current>0.01</current>
<current_flag>--</current_flag>
<current_alrm_hi>11.80</current_alrm_hi>
<current_alrm_lo>4.00</current_alrm_lo>
<current_warn_hi>10.80</current_warn_hi>
<current_warn_lo>5.00</current_warn_lo>
<tx_pwr>-14.32</tx_pwr>
<tx_pwr_flag>--</tx_pwr_flag>
<tx_pwr_alrm_hi>1.69</tx_pwr_alrm_hi>
<tx_pwr_alrm_lo>-11.30</tx_pwr_alrm_lo>
<tx_pwr_warn_hi>-1.30</tx_pwr_warn_hi>
<tx_pwr_warn_lo>-7.30</tx_pwr_warn_lo>
<rx_pwr>-31.54</rx_pwr>
<rx_pwr_flag>--</rx_pwr_flag>
<rx_pwr_alrm_hi>2.00</rx_pwr_alrm_hi>
<rx_pwr_alrm_lo>-13.90</rx_pwr_alrm_lo>
<rx_pwr_warn_hi>-1.00</rx_pwr_warn_hi>
<rx_pwr_warn_lo>-9.90</rx_pwr_warn_lo>
<xmit_faults>0</xmit_faults>
</ROW_lane>
</TABLE_lane>
</ROW_detail>
</TABLE_detail>
</ROW_calibration>
</TABLE_calibration>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/4</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-JDSU </name>
<partnum>PLRXPL-SC-S43-CS</partnum>
<rev>1 </rev>
<serialnum>JUR2028G033 </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V03 </cisco_vendor_id>
<number_of_lanes>1</number_of_lanes>
<TABLE_calibration>
<ROW_calibration>
<TABLE_detail>
<ROW_detail>
<TABLE_lane>
<ROW_lane>
<temperature>28.67</temperature>
<temp_flag> </temp_flag>
<temp_alrm_hi>75.00</temp_alrm_hi>
<temp_alrm_lo>-5.00</temp_alrm_lo>
<temp_warn_hi>70.00</temp_warn_hi>
<temp_warn_lo>0.00</temp_warn_lo>
<voltage>3.32</voltage>
<volt_flag> </volt_flag>
<volt_alrm_hi>3.63</volt_alrm_hi>
<volt_alrm_lo>2.97</volt_alrm_lo>
<volt_warn_hi>3.46</volt_warn_hi>
<volt_warn_lo>3.13</volt_warn_lo>
<current>0.00</current>
<current_flag> </current_flag>
<current_alrm_hi>10.00</current_alrm_hi>
<current_alrm_lo>2.60</current_alrm_lo>
<current_warn_hi>8.50</current_warn_hi>
<current_warn_lo>3.00</current_warn_lo>
<tx_pwr_flag> </tx_pwr_flag>
<tx_pwr_alrm_hi>1.69</tx_pwr_alrm_hi>
<tx_pwr_alrm_lo>-11.30</tx_pwr_alrm_lo>
<tx_pwr_warn_hi>-1.30</tx_pwr_warn_hi>
<tx_pwr_warn_lo>-7.30</tx_pwr_warn_lo>
<rx_pwr>-32.21</rx_pwr>
<rx_pwr_flag>--</rx_pwr_flag>
<rx_pwr_alrm_hi>2.00</rx_pwr_alrm_hi>
<rx_pwr_alrm_lo>-13.90</rx_pwr_alrm_lo>
<rx_pwr_warn_hi>-1.00</rx_pwr_warn_hi>
<rx_pwr_warn_lo>-9.90</rx_pwr_warn_lo>
<xmit_faults>0</xmit_faults>
</ROW_lane>
</TABLE_lane>
</ROW_detail>
</TABLE_detail>
</ROW_calibration>
</TABLE_calibration>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/5</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/6</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>not present</sfp>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/7</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-FINISAR </name>
<partnum>FTLX8571D3BCL-C2</partnum>
<rev>A </rev>
<serialnum>FNS1742199X </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V03 </cisco_vendor_id>
<number_of_lanes>1</number_of_lanes>
<TABLE_calibration>
<ROW_calibration>
<TABLE_detail>
<ROW_detail>
<TABLE_lane>
<ROW_lane>
<temperature>29.92</temperature>
<temp_flag> </temp_flag>
<temp_alrm_hi>75.00</temp_alrm_hi>
<temp_alrm_lo>-5.00</temp_alrm_lo>
<temp_warn_hi>70.00</temp_warn_hi>
<temp_warn_lo>0.00</temp_warn_lo>
<voltage>3.33</voltage>
<volt_flag> </volt_flag>
<volt_alrm_hi>3.63</volt_alrm_hi>
<volt_alrm_lo>2.97</volt_alrm_lo>
<volt_warn_hi>3.46</volt_warn_hi>
<volt_warn_lo>3.13</volt_warn_lo>
<current>0.25</current>
<current_flag>--</current_flag>
<current_alrm_hi>11.80</current_alrm_hi>
<current_alrm_lo>4.00</current_alrm_lo>
<current_warn_hi>10.80</current_warn_hi>
<current_warn_lo>5.00</current_warn_lo>
<tx_pwr>-17.82</tx_pwr>
<tx_pwr_flag>--</tx_pwr_flag>
<tx_pwr_alrm_hi>1.69</tx_pwr_alrm_hi>
<tx_pwr_alrm_lo>-11.30</tx_pwr_alrm_lo>
<tx_pwr_warn_hi>-1.30</tx_pwr_warn_hi>
<tx_pwr_warn_lo>-7.30</tx_pwr_warn_lo>
<rx_pwr>-2.22</rx_pwr>
<rx_pwr_flag> </rx_pwr_flag>
<rx_pwr_alrm_hi>2.00</rx_pwr_alrm_hi>
<rx_pwr_alrm_lo>-13.90</rx_pwr_alrm_lo>
<rx_pwr_warn_hi>-1.00</rx_pwr_warn_hi>
<rx_pwr_warn_lo>-9.90</rx_pwr_warn_lo>
<xmit_faults>0</xmit_faults>
</ROW_lane>
</TABLE_lane>
</ROW_detail>
</TABLE_detail>
</ROW_calibration>
</TABLE_calibration>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
<ROW_interface_trans>
<interface_sfp>Ethernet1/8</interface_sfp>
<TABLE_calib>
<ROW_calib>
<sfp>present</sfp>
<type>10Gbase-SR</type>
<name>CISCO-FINISAR </name>
<partnum>FTLX8571D3BCL-C2</partnum>
<rev>A </rev>
<serialnum>FNS174216YS </serialnum>
<nominal_bitrate>10300</nominal_bitrate>
<len_50>82</len_50>
<len_625>26</len_625>
<len_50_OM3>300</len_50_OM3>
<ciscoid>3</ciscoid>
<ciscoid_1>4</ciscoid_1>
<cisco_part_number>10-2415-03</cisco_part_number>
<cisco_product_id>SFP-10G-SR </cisco_product_id>
<cisco_vendor_id>V03 </cisco_vendor_id>
<number_of_lanes>1</number_of_lanes>
<TABLE_calibration>
<ROW_calibration>
<TABLE_detail>
<ROW_detail>
<TABLE_lane>
<ROW_lane>
<temperature>28.23</temperature>
<temp_flag> </temp_flag>
<temp_alrm_hi>75.00</temp_alrm_hi>
<temp_alrm_lo>-5.00</temp_alrm_lo>
<temp_warn_hi>70.00</temp_warn_hi>
<temp_warn_lo>0.00</temp_warn_lo>
<voltage>3.32</voltage>
<volt_flag> </volt_flag>
<volt_alrm_hi>3.63</volt_alrm_hi>
<volt_alrm_lo>2.97</volt_alrm_lo>
<volt_warn_hi>3.46</volt_warn_hi>
<volt_warn_lo>3.13</volt_warn_lo>
<current>0.00</current>
<current_flag>--</current_flag>
<current_alrm_hi>11.80</current_alrm_hi>
<current_alrm_lo>4.00</current_alrm_lo>
<current_warn_hi>10.80</current_warn_hi>
<current_warn_lo>5.00</current_warn_lo>
<tx_pwr>-18.89</tx_pwr>
<tx_pwr_flag>--</tx_pwr_flag>
<tx_pwr_alrm_hi>1.69</tx_pwr_alrm_hi>
<tx_pwr_alrm_lo>-11.30</tx_pwr_alrm_lo>
<tx_pwr_warn_hi>-1.30</tx_pwr_warn_hi>
<tx_pwr_warn_lo>-7.30</tx_pwr_warn_lo>
<rx_pwr>-2.50</rx_pwr>
<rx_pwr_flag> </rx_pwr_flag>
<rx_pwr_alrm_hi>2.00</rx_pwr_alrm_hi>
<rx_pwr_alrm_lo>-13.90</rx_pwr_alrm_lo>
<rx_pwr_warn_hi>-1.00</rx_pwr_warn_hi>
<rx_pwr_warn_lo>-9.90</rx_pwr_warn_lo>
<xmit_faults>0</xmit_faults>
</ROW_lane>
</TABLE_lane>
</ROW_detail>
</TABLE_detail>
</ROW_calibration>
</TABLE_calibration>
</ROW_calib>
</TABLE_calib>
</ROW_interface_trans>
</TABLE_interface_trans>
The show interface transceiver details command displays the transceiver information in detail for Fibre Channel and Ethernet interfaces.
For command descriptions, see the see the Cisco MDS 9000 Series Switches Command References.
Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.5(1) or later.
| CLI Output |
|---|
|
| Parameter | Description | Type | Value |
|---|---|---|---|
| sfp | SFP present or not | String | ['sfp not present', 'sfp is present', 'present', 'not present'] |
| tx_length | FC transmitter link lengths | String | ['very long distance', 'short distance', 'intermediate distance', 'long distance', 'middle range distance'] |
| nominal_bitrate | Nominal bit rate in MBits/sec | Integer | |
| len_50 | Link length supported for 50/125um fiber (in meter) | Integer | |
| serialnum | Vendor serial number | String | |
| current | Current (in mA) | Integer | |
| len_50_OM3 | Link length supported for 50/125um fiber (in meter) | Integer | |
| voltage | Voltage of SFP (in volt) | String | |
| len_625 | Link length supported for 62.5/125um fiber (in meter) | Integer | |
| temperature | Temperature (in celsius) | String | |
| cisco_part_number | Cisco part number | String | |
| cisco_vendor_id | Cisco vendor identifier | String | |
| ciscoid_1 | Cisco extended ID number | Integer | |
| current_warn_lo | Current warning low | Integer | |
| current_warn_hi | Current warning high | Integer | |
| current_alrm_hi | Current alarm high | Integer | |
| volt_alrm_lo | Voltage alarm low | String | |
| volt_warn_lo | Voltage warning low | String | |
| temp_warn_hi | Temperature warn high | Integer | |
| temp_warn_lo | Temperature warn low | Integer | |
| temp_alrm_hi | Temperature alarm high | Integer | |
| volt_warn_hi | Voltage warning high | String | |
| interface_sfp | Interface ID | String | |
| current_alrm_lo | Current alarm low | Integer | |
| xmit_faults | Transmit fault count | Integer | |
| volt_flag | Voltage alarm high | String | |
| temp_flag | Temperature flag | String | |
| number_of_lanes | Number of lanes | Integer | |
| current_flag | Current flag | String | |
| partnum | Vendor part number | String | |
| rev | Vendor revision | String | |
| volt_alrm_hi | Voltage alarm high (in volt) | String | |
| temp_alrm_lo | Temperature alarm low (in celsius) | Integer | |
| txcvr_type | Transceiver type | String | |
| rx_pwr_warn_hi | Received power warning high (in dBm) | Integer | |
| tx_pwr_alrm_hi | Transmitted power alarm high (in dBm) | String | |
| tx_pwr_flag | Transmitted power flag | String | |
| tx_pwr_warn_lo | Transmitted power warning low | String | |
| tx_pwr_warn_hi | Transmitted power warning high | String | |
| tx_pwr | Transmitted power | String | |
| tx_pwr_alrm_lo | Transmitted power alarm low | String | |
| cisco_product_id | Cisco product identifier | String | |
| type | SFP type | String | |
| supported_speeds | Supported speeds | String | |
| ciscoid | Cisco extended ID | String | |
| name | Vendor name | String | |
| tx_medium | Transmission medium type | String | |
| tx_faults | Transmit fault count | Integer | |
| rx_pwr_alrm_lo | Received power alarm low | String | |
| rx_pwr_alrm_hi | Received power alarm high | Integer | |
| rx_pwr | Received power | String | |
| rx_pwr_warn_lo | Received power warning low (in dBm) | String | |
| rx_pwr_flag | Received power flag | String |