Examples

The following example displays accounting log configuration:

switch# show aaa accounting
         default: local

Examples

The following example displays the configured authentication parameters:

switch# show aaa authentication
         default: group TacServer local none
         console: local
         iscsi: local
         dhchap: local

The following example displays the authentication login error message enable configuration:

switch# show aaa authentication login error-enable
disabled

The following example displays the authentication login MS-CHAP enable configuration:

switch# show aaa authentication login mschap
disabled

Examples

The following example shows how to enable ascii authentication:

switch#(config)# aaa authentication login ascii-authentication
switch#(config)#

Examples

The following example shows how to display CHAP authentication for login:

switch# show aaa authentication login chap enable
CHAP is enabled
switch#

Examples

The following example shows how to display MS-CHAPv2 authentication for login:

switch# show aaa authentication login mschapv2
MSCHAP V2 is disabled
switch#

Examples

The following example shows how to display all authorization information:

switch# show aaa authorization all
AAA command authorization:
         default authorization for config-commands: local
         default authorization for commands: local

Examples

This example shows how to display configured server groups:

switch# show aaa groups
radius
TacServer

Examples

This example shows how to display the AAA user default role configuration:

switch# show aaa user default-role
enabled

Examples

The following example displays the entire accounting log:

switch# show accounting log 
2002:stop:snmp_1033151784_171.71.49.83:admin:
Fri Sep 27 18:36:24 2002:start:_1033151784:root
Fri Sep 27 18:36:28 2002:update:::fcc configuration requested
Fri Sep 27 18:36:33 2002:start:snmp_1033151793_171.71.49.83:admin
Fri Sep 27 18:36:33 2002:stop:snmp_1033151793_171.71.49.83:admin:
Fri Sep 27 18:39:28 2002:start:snmp_1033151968_171.71.49.96:admin
Fri Sep 27 18:39:28 2002:stop:snmp_1033151968_171.71.49.96:admin:
Fri Sep 27 18:39:28 2002:start:_1033151968:root
Fri Sep 27 18:39:31 2002:update:::fcc configuration requested
Fri Sep 27 18:39:37 2002:start:snmp_1033151977_171.71.49.96:admin
Fri Sep 27 18:39:37 2002:stop:snmp_1033151977_171.71.49.96:admin:
Fri Sep 27 18:39:37 2002:start:snmp_1033151977_171.71.49.96:admin
Fri Sep 27 18:42:12 2002:start:snmp_1033152132_171.71.49.96:admin
Fri Sep 27 18:42:12 2002:stop:snmp_1033152132_171.71.49.96:admin:
Fri Sep 27 18:42:12 2002:start:snmp_1033152132_171.71.49.96:admin
Fri Sep 27 18:42:40 2002:start:snmp_1033152160_171.71.49.96:admin
...

The following example displays 400 bytes of the accounting log:

switch# show accounting log 400
Tue Dec  8 22:06:59 1981:start:/dev/pts/2_376697219:admin:
Tue Dec  8 22:07:03 1981:stop:/dev/pts/2_376697219:admin:shell terminated
Tue Dec  8 22:07:13 1981:start:/dev/pts/2_376697233:admin:
Tue Dec  8 22:07:53 1981:stop:/dev/pts/2_376697233:admin:shell terminated
Tue Dec  8 22:08:15 1981:update:/dev/ttyS0_376628597:admin:iSCSI Interface Vsan Enabled

Examples

This example shows how to check the port sampling status and the instantaneous network processing unit (NPU) load:

Note	The star symbol (*) next to a port indicates that the port is currently being sampled.

switch# show analytics port-sampling module 1
Sampling Window Size: 12
Rotation Interval: 30
NPU LOAD : 64%      [SCSI 64%, NVMe 0%]  
========================================================================
  Port               Monitored Start Time           Monitored End Time
========================================================================
  fc4/25             04/01/19 - 05:25:29            04/01/19 - 05:25:59    
  fc4/26             04/01/19 - 05:25:29            04/01/19 - 05:25:59    
  fc4/27             04/01/19 - 05:25:29            04/01/19 - 05:25:59    
  fc4/28             04/01/19 - 05:25:29            04/01/19 - 05:25:59    
  fc4/29             04/01/19 - 05:25:29            04/01/19 - 05:25:59    
  fc4/30             04/01/19 - 05:25:29            04/01/19 - 05:25:59    
  fc4/31             04/01/19 - 05:25:29            04/01/19 - 05:25:59    
  fc4/32             04/01/19 - 05:25:29            04/01/19 - 05:25:59    
  fc4/33             04/01/19 - 05:25:29            04/01/19 - 05:25:59    
  fc4/34             04/01/19 - 05:25:29            04/01/19 - 05:25:59    
  fc4/35             04/01/19 - 05:25:29            04/01/19 - 05:25:59    
  fc4/36             04/01/19 - 05:25:29            04/01/19 - 05:25:59    
  fc4/37*            04/01/19 - 05:25:59            -                      
  fc4/38*            04/01/19 - 05:25:59            -                      
  fc4/39*            04/01/19 - 05:25:59            -                      
  fc4/40*            04/01/19 - 05:25:59            -                      
  fc4/41*            04/01/19 - 05:25:59            -                      
  fc4/42*            04/01/19 - 05:25:59            -                      
  fc4/43*            04/01/19 - 05:25:59            -                      
  fc4/44*            04/01/19 - 05:25:59            -                      
  fc4/45*            04/01/19 - 05:25:59            -                      
  fc4/46*            04/01/19 - 05:25:59            -                      
  fc4/47*            04/01/19 - 05:25:59            -                      
  fc4/48*            04/01/19 - 05:25:59            -                      
========================================================================
! - Denotes port is link down but analytics enabled.
* - Denotes port in active analytics port sampling window.

Examples

This example shows the output of all the flow metrics of the SCSI initiator ITL flow view instance:

switch#  show analytics query 'select all from fc-scsi.scsi_initiator_itl_flow'
{ "values": {
        "1": {
                "port": "fc1/1",
                "vsan": "10",
                "app_id": "255",
                "initiator_id": "0xe80041",
                "target_id": "0xd60200",
                "lun": "0000-0000-0000-0000",
                "active_io_read_count": "0",
                "active_io_write_count": "1",
                "total_read_io_count": "0",
                "total_write_io_count": "1162370362",
                "total_seq_read_io_count": "0",
                "total_seq_write_io_count": "1",
                "total_read_io_time": "0",
                "total_write_io_time": "116204704658",
                "total_read_io_initiation_time": "0",
                "total_write_io_initiation_time": "43996934029",
                "total_read_io_bytes": "0",
                "total_write_io_bytes": "595133625344",
                "total_read_io_inter_gap_time": "0",
                "total_write_io_inter_gap_time": "41139462314556",
                "total_time_metric_based_read_io_count": "0",
                "total_time_metric_based_write_io_count": "1162370358",
                "total_time_metric_based_read_io_bytes": "0",
                "total_time_metric_based_write_io_bytes": "595133623296",
                "read_io_rate": "0",
                "peak_read_io_rate": "0",
                "write_io_rate": "7250",
                "peak_write_io_rate": "7304",
                "read_io_bandwidth": "0",
                "peak_read_io_bandwidth": "0",
                "write_io_bandwidth": "3712384",
                "peak_write_io_bandwidth": "3739904",
                "read_io_size_min": "0",
                "read_io_size_max": "0",
                "write_io_size_min": "512",
                "write_io_size_max": "512",
                "read_io_completion_time_min": "0",
                "read_io_completion_time_max": "0",
                "write_io_completion_time_min": "89",
                "write_io_completion_time_max": "416",
                "read_io_initiation_time_min": "0",
                "read_io_initiation_time_max": "0",
                "write_io_initiation_time_min": "34",
                "write_io_initiation_time_max": "116",
                "read_io_inter_gap_time_min": "0",
                "read_io_inter_gap_time_max": "0",
                "write_io_inter_gap_time_min": "31400",
                "write_io_inter_gap_time_max": "118222",
                "peak_active_io_read_count": "0",
                "peak_active_io_write_count": "5",
                "read_io_aborts": "0",
                "write_io_aborts": "0",
                "read_io_failures": "0",
                "write_io_failures": "0",
                "read_io_timeouts": "0",
                "write_io_timeouts": "1",
                "read_io_scsi_check_condition_count": "0",
                "write_io_scsi_check_condition_count": "0",
                "read_io_scsi_busy_count": "0",
                "write_io_scsi_busy_count": "0",
                "read_io_scsi_reservation_conflict_count": "0",
                "write_io_scsi_reservation_conflict_count": "0",
                "read_io_scsi_queue_full_count": "0",
                "write_io_scsi_queue_full_count": "0",
                "sampling_start_time": "1528535447",
                "sampling_end_time": "1528697457"
        },
        .
        .
        .
        "5": {
                "port": "fc1/8",
                "vsan": "10",
                "app_id": "255",
                "initiator_id": "0xe80001",
                "target_id": "0xe800a1",
                "lun": "0000-0000-0000-0000",
                "active_io_read_count": "0",
                "active_io_write_count": "1",
                "total_read_io_count": "0",
                "total_write_io_count": "1138738309",
                "total_seq_read_io_count": "0",
                "total_seq_write_io_count": "1",
                "total_read_io_time": "0",
                "total_write_io_time": "109792480881",
                "total_read_io_initiation_time": "0",
                "total_write_io_initiation_time": "39239145641",
                "total_read_io_bytes": "0",
                "total_write_io_bytes": "583034014208",
                "total_read_io_inter_gap_time": "0",
                "total_write_io_inter_gap_time": "41479779998852",
                "total_time_metric_based_read_io_count": "0",
                "total_time_metric_based_write_io_count": "1138738307",
                "total_time_metric_based_read_io_bytes": "0",
                "total_time_metric_based_write_io_bytes": "583034013184",
                "read_io_rate": "0",
                "peak_read_io_rate": "0",
                "write_io_rate": "7074",
                "peak_write_io_rate": "7903",
                "read_io_bandwidth": "0",
                "peak_read_io_bandwidth": "0",
                "write_io_bandwidth": "3622144",
                "peak_write_io_bandwidth": "4046336",
                "read_io_size_min": "0",
                "read_io_size_max": "0",
                "write_io_size_min": "512",
                "write_io_size_max": "512",
                "read_io_completion_time_min": "0",
                "read_io_completion_time_max": "0",
                "write_io_completion_time_min": "71",
                "write_io_completion_time_max": "3352",
                "read_io_initiation_time_min": "0",
                "read_io_initiation_time_max": "0",
                "write_io_initiation_time_min": "26",
                "write_io_initiation_time_max": "2427",
                "read_io_inter_gap_time_min": "0",
                "read_io_inter_gap_time_max": "0",
                "write_io_inter_gap_time_min": "25988",
                "write_io_inter_gap_time_max": "868452",
                "peak_active_io_read_count": "0",
                "peak_active_io_write_count": "5",
                "read_io_aborts": "0",
                "write_io_aborts": "0",
                "read_io_failures": "0",
                "write_io_failures": "0",
                "read_io_timeouts": "0",
                "write_io_timeouts": "1",
                "read_io_scsi_check_condition_count": "0",
                "write_io_scsi_check_condition_count": "0",
                "read_io_scsi_busy_count": "0",
                "write_io_scsi_busy_count": "0",
                "read_io_scsi_reservation_conflict_count": "0",
                "write_io_scsi_reservation_conflict_count": "0",
                "read_io_scsi_queue_full_count": "0",
                "write_io_scsi_queue_full_count": "0",
                "sampling_start_time": "1528535447",
                "sampling_end_time": "1528697457"
        }
}}

This example shows the output of all the flow metrics of the NVMe initiator ITN flow view instance:

switch# show analytics query 'select all from fc-nvme.nvme_initiator_itn_flow'
{ "values": {
        "1": {
                "port": "fc1/9",
                "vsan": "5",
                "app_id": "255",
                "initiator_id": "0xa40160",
                "target_id": "0xa4018c",
                "connection_id": "0000-0000-0000-0000",
                "namespace_id": "1",
                "active_io_read_count": "0",
                "active_io_write_count": "0",
                "total_read_io_count": "414106348",
                "total_write_io_count": "0",
                "total_seq_read_io_count": "0",
                "total_seq_write_io_count": "0",
                "total_read_io_time": "204490863437",
                "total_write_io_time": "0",
                "total_read_io_initiation_time": "132775579977",
                "total_write_io_initiation_time": "0",
                "total_read_io_bytes": "16226866588672",
                "total_write_io_bytes": "0",
                "total_read_io_inter_gap_time": "19198018763772",
                "total_write_io_inter_gap_time": "0",
                "total_time_metric_based_read_io_count": "414106244",
                "total_time_metric_based_write_io_count": "0",
                "total_time_metric_based_read_io_bytes": "16226860198912",
                "total_time_metric_based_write_io_bytes": "0",
                "read_io_rate": "0",
                "peak_read_io_rate": "16826",
                "write_io_rate": "0",
                "peak_write_io_rate": "0",
                "read_io_bandwidth": "0",
                "peak_read_io_bandwidth": "656438400",
                "write_io_bandwidth": "0",
                "peak_write_io_bandwidth": "0",
                "read_io_size_min": "1024",
                "read_io_size_max": "262144",
                "write_io_size_min": "0",
                "write_io_size_max": "0",
                "read_io_completion_time_min": "16",
                "read_io_completion_time_max": "7057",
                "write_io_completion_time_min": "0",
                "write_io_completion_time_max": "0",
                "read_io_initiation_time_min": "16",
                "read_io_initiation_time_max": "5338",
                "write_io_initiation_time_min": "0",
                "write_io_initiation_time_max": "0",
                "read_io_inter_gap_time_min": "32",
                "read_io_inter_gap_time_max": "83725169",
                "write_io_inter_gap_time_min": "0",
                "write_io_inter_gap_time_max": "0",
                "peak_active_io_read_count": "11",
                "peak_active_io_write_count": "0",
                "read_io_aborts": "24",
                "write_io_aborts": "0",
                "read_io_failures": "80",
                "write_io_failures": "0",
                "read_io_timeouts": "0",
                "write_io_timeouts": "0",
                "read_io_nvme_lba_out_of_range_count": "0",
                "write_io_nvme_lba_out_of_range_count": "0",
                "read_io_nvme_ns_not_ready_count": "0",
                "write_io_nvme_ns_not_ready_count": "0",
                "read_io_nvme_reservation_conflict_count": "0",
                "write_io_nvme_reservation_conflict_count": "0",
                "read_io_nvme_capacity_exceeded_count": "0",
                "write_io_nvme_capacity_exceeded_count": "0",
                "sampling_start_time": "1512847422",
                "sampling_end_time": "1513166516"
        },
       .
       .
       .
        "5": {
                "port": "fc1/9",
                "vsan": "5",
                "app_id": "255",
                "initiator_id": "0xa40165",
                "target_id": "0xa40190",
                "connection_id": "0000-0000-0000-0000",
                "namespace_id": "1",
                "active_io_read_count": "0",
                "active_io_write_count": "0",
                "total_read_io_count": "33391955",
                "total_write_io_count": "643169087",
                "total_seq_read_io_count": "0",
                "total_seq_write_io_count": "0",
                "total_read_io_time": "13005795783",
                "total_write_io_time": "131521212441",
                "total_read_io_initiation_time": "5696099596",
                "total_write_io_initiation_time": "71938348902",
                "total_read_io_bytes": "1309083368448",
                "total_write_io_bytes": "329302572544",
                "total_read_io_inter_gap_time": "19175084866843",
                "total_write_io_inter_gap_time": "19182318062480",
                "total_time_metric_based_read_io_count": "33391919",
                "total_time_metric_based_write_io_count": "643168808",
                "total_time_metric_based_read_io_bytes": "1309074355200",
                "total_time_metric_based_write_io_bytes": "329302429696",
                "read_io_rate": "0",
                "peak_read_io_rate": "574",
                "write_io_rate": "0",
                "peak_write_io_rate": "9344",
                "read_io_bandwidth": "0",
                "peak_read_io_bandwidth": "19122176",
                "write_io_bandwidth": "0",
                "peak_write_io_bandwidth": "4784384",
                "read_io_size_min": "1024",
                "read_io_size_max": "262144",
                "write_io_size_min": "512",
                "write_io_size_max": "512",
                "read_io_completion_time_min": "16",
                "read_io_completion_time_max": "5123",
                "write_io_completion_time_min": "27",
                "write_io_completion_time_max": "2254",
                "read_io_initiation_time_min": "16",
                "read_io_initiation_time_max": "3650",
                "write_io_initiation_time_min": "12",
                "write_io_initiation_time_max": "1377",
                "read_io_inter_gap_time_min": "32",
                "read_io_inter_gap_time_max": "3234375975",
                "write_io_inter_gap_time_min": "32",
                "write_io_inter_gap_time_max": "38886219",
                "peak_active_io_read_count": "6",
                "peak_active_io_write_count": "16",
                "read_io_aborts": "6",
                "write_io_aborts": "18",
                "read_io_failures": "30",
                "write_io_failures": "261",
                "read_io_timeouts": "0",
                "write_io_timeouts": "0",
                "read_io_nvme_lba_out_of_range_count": "0",
                "write_io_nvme_lba_out_of_range_count": "0",
                "read_io_nvme_ns_not_ready_count": "0",
                "write_io_nvme_ns_not_ready_count": "0",
                "read_io_nvme_reservation_conflict_count": "0",
                "write_io_nvme_reservation_conflict_count": "0",
                "read_io_nvme_capacity_exceeded_count": "0",
                "write_io_nvme_capacity_exceeded_count": "0",
                "sampling_start_time": "1512847422",
                "sampling_end_time": "1513166516"
        }
}}

This example shows an output of specific flow metrics for a specific initiator ID of an initiator ITL flow view type:

switch# show analytics query 'select port,initiator_id, target_id,lun,
total_read_io_count,total_write_io_count,read_io_rate, write_io_rate from 
fc-scsi.scsi_initiator_itl_flow where initiator_id=0xe80001'
{ "values": {
        "1": {
                "port": "fc1/8",
                "initiator_id": "0xe80001",
                "target_id": "0xe800a1",
                "lun": "0000-0000-0000-0000",
                "total_read_io_count": "0",
                "total_write_io_count": "1139010960",
                "read_io_rate": "0",
                "write_io_rate": "7071",
                "sampling_start_time": "1528535447",
                "sampling_end_time": "1528697495"
        }
}}

This example shows an output of specific flow metrics for a specific initiator ID and LUN of an initiator ITL flow view type:

switch#   show analytics query 'select port,initiator_id, target_id,lun,
total_read_io_count,total_write_io_count,read_io_rate, write_io_rate from 
fc-scsi.scsi_initiator_itl_flow where initiator_id=0xe80001 and lun= 0000-0000-0000-0000'
{ "values": {
        "1": {
                "port": "fc1/8",
                "initiator_id": "0xe80001",
                "target_id": "0xe800a1",
                "lun": "0000-0000-0000-0000",
                "total_read_io_count": "0",
                "total_write_io_count": "1139453979",
                "read_io_rate": "0",
                "write_io_rate": "7070",
                "sampling_start_time": "1528535447",
                "sampling_end_time": "1528697559"
        }
}}

This example shows an output of specific flow metrics for a specific LUN with the output sorted for the write_io_rate flow metrics of a target ITL flow view type:

switch#   show analytics query 'select port,initiator_id, target_id,lun,total_read_io_count,
total_write_io_count,read_io_rate, write_io_rate from fc-scsi.scsi_initiator_itl_flow where 
lun= 0000-0000-0000-0000 sort write_io_rate'
{ "values": {
        "1": {
                "port": "fc1/6",
                "initiator_id": "0xe80020",
                "target_id": "0xd60040",
                "lun": "0000-0000-0000-0000",
                "total_read_io_count": "0",
                "total_write_io_count": "1103394068",
                "read_io_rate": "0",
                "write_io_rate": "6882",
                "sampling_start_time": "1528535447",
                "sampling_end_time": "1528697630"
        },
        "2": {
                "port": "fc1/6",
                "initiator_id": "0xe80021",
                "target_id": "0xe80056",
                "lun": "0000-0000-0000-0000",
                "total_read_io_count": "0",
                "total_write_io_count": "1119199742",
                "read_io_rate": "0",
                "write_io_rate": "6946",
                "sampling_start_time": "1528535447",
                "sampling_end_time": "1528697630"
        },
        "3": {
                "port": "fc1/8",
                "initiator_id": "0xe80000",
                "target_id": "0xe80042",
                "lun": "0000-0000-0000-0000",
                "total_read_io_count": "0",
                "total_write_io_count": "1119506589",
                "read_io_rate": "0",
                "write_io_rate": "6948",
                "sampling_start_time": "1528535447",
                "sampling_end_time": "1528697630"
        },
        "4": {
                "port": "fc1/8",
                "initiator_id": "0xe80001",
                "target_id": "0xe800a1",
                "lun": "0000-0000-0000-0000",
                "total_read_io_count": "0",
                "total_write_io_count": "1139953183",
                "read_io_rate": "0",
                "write_io_rate": "7068",
                "sampling_start_time": "1528535447",
                "sampling_end_time": "1528697630"
        },
        "5": {
                "port": "fc1/1",
                "initiator_id": "0xe80041",
                "target_id": "0xd60200",
                "lun": "0000-0000-0000-0000",
                "total_read_io_count": "0",
                "total_write_io_count": "1163615698",
                "read_io_rate": "0",
                "write_io_rate": "7247",
                "sampling_start_time": "1528535447",
                "sampling_end_time": "1528697630"
        }
}}

This example shows an output of specific flow metrics for a specific LUN with the output limited to three records and sorted for the write_io_rate flow metrics of an initiator ITL flow view type:

switch#   show analytics query 'select port,initiator_id, target_id,lun,total_read_io_count,
total_write_io_count,read_io_rate, write_io_rate from fc-scsi.scsi_initiator_itl_flow where 
lun= 0000-0000-0000-0000 sort write_io_rate limit 3'
{ "values": {
        "1": {
                "port": "fc1/6",
                "initiator_id": "0xe80020",
                "target_id": "0xd60040",
                "lun": "0000-0000-0000-0000",
                "total_read_io_count": "0",
                "total_write_io_count": "1103901828",
                "read_io_rate": "0",
                "write_io_rate": "6885",
                "sampling_start_time": "1528535447",
                "sampling_end_time": "1528697704"
        },
        "2": {
                "port": "fc1/8",
                "initiator_id": "0xe80000",
                "target_id": "0xe80042",
                "lun": "0000-0000-0000-0000",
                "total_read_io_count": "0",
                "total_write_io_count": "1120018575",
                "read_io_rate": "0",
                "write_io_rate": "6940",
                "sampling_start_time": "1528535447",
                "sampling_end_time": "1528697704"
        },
        "3": {
                "port": "fc1/6",
                "initiator_id": "0xe80021",
                "target_id": "0xe80056",
                "lun": "0000-0000-0000-0000",
                "total_read_io_count": "0",
                "total_write_io_count": "1119711583",
                "read_io_rate": "0",
                "write_io_rate": "6942",
                "sampling_start_time": "1528535447",
                "sampling_end_time": "1528697704"
        }
}}

These examples show how to clear all the minimum, maximum, and peak flow metrics:

• This example show the output before clearing the all the minimum, maximum, and peak flow metrics:

  Note	You must execute the clear command twice for the first time for clearing all the minimum, maximum, and peak flow metrics. Thereafter, you can execute the clear command once for clearing the flow metrics.

  
  switch# show analytics query "select all from  
  fc-scsi.scsi_target_itl_flow where port=fc1/17"
  { "values": {
          "1": {
                  "port": "fc1/17",
                  "vsan": "1",
                  "app_id": "255",
                  "target_id": "0xef0040",
                  "initiator_id": "0xef0000",
                  "lun": "0000-0000-0000-0000",
                  "active_io_read_count": "0",
                  "active_io_write_count": "1",
                  "total_read_io_count": "0",
                  "total_write_io_count": "84701",
                  "total_seq_read_io_count": "0",
                  "total_seq_write_io_count": "1",
                  "total_read_io_time": "0",
                  "total_write_io_time": "7007132",
                  "total_read_io_initiation_time": "0",
                  "total_write_io_initiation_time": "2421756",
                  "total_read_io_bytes": "0",
                  "total_write_io_bytes": "86733824",
                  "total_read_io_inter_gap_time": "0",
                  "total_write_io_inter_gap_time": "2508109021",
                  "total_time_metric_based_read_io_count": "0",
                  "total_time_metric_based_write_io_count": "84701",
                  "total_time_metric_based_read_io_bytes": "0",
                  "total_time_metric_based_write_io_bytes": "86733824",
                  "read_io_rate": "0",
                  "peak_read_io_rate": "0",
                  "write_io_rate": "8711",
                  "peak_write_io_rate": "8711",
                  "read_io_bandwidth": "0",
                  "peak_read_io_bandwidth": "0",
                  "write_io_bandwidth": "8920576",
                  "peak_write_io_bandwidth": "8920576",
                  "read_io_size_min": "0",
                  "read_io_size_max": "0",
                  "write_io_size_min": "1024",
                  "write_io_size_max": "1024",
                  "read_io_completion_time_min": "0",
                  "read_io_completion_time_max": "0",
                  "write_io_completion_time_min": "74",
                  "write_io_completion_time_max": "844",
                  "read_io_initiation_time_min": "0",
                  "read_io_initiation_time_max": "0",
                  "write_io_initiation_time_min": "24",
                  "write_io_initiation_time_max": "775",
                  "read_io_inter_gap_time_min": "0",
                  "read_io_inter_gap_time_max": "0",
                  "write_io_inter_gap_time_min": "26903",
                  "write_io_inter_gap_time_max": "287888",
                  "peak_active_io_read_count": "0",
                  "peak_active_io_write_count": "3",
                  "read_io_aborts": "0",
                  "write_io_aborts": "0",
                  "read_io_failures": "0",
                  "write_io_failures": "0",
                  "read_io_timeouts": "0",
                  "write_io_timeouts": "0",
                  "read_io_scsi_check_condition_count": "0",
                  "write_io_scsi_check_condition_count": "0",
                  "read_io_scsi_busy_count": "0",
                  "write_io_scsi_busy_count": "0",
                  "read_io_scsi_reservation_conflict_count": "0",
                  "write_io_scsi_reservation_conflict_count": "0",
                  "read_io_scsi_queue_full_count": "0",
                  "write_io_scsi_queue_full_count": "0",
                  "sampling_start_time": "1530683133",
                  "sampling_end_time": "1530684301"
          },
          "2": {
                  "port": "fc1/17",
                  "vsan": "1",
                  "app_id": "255",
                  "target_id": "0xef0040",
                  "initiator_id": "0xef0020",
                  "lun": "0000-0000-0000-0000",
                  "active_io_read_count": "0",
                  "active_io_write_count": "0",
                  "total_read_io_count": "0",
                  "total_write_io_count": "84700",
                  "total_seq_read_io_count": "0",
                  "total_seq_write_io_count": "1",
                  "total_read_io_time": "0",
                  "total_write_io_time": "6973333",
                  "total_read_io_initiation_time": "0",
                  "total_write_io_initiation_time": "2400011",
                  "total_read_io_bytes": "0",
                  "total_write_io_bytes": "86732800",
                  "total_read_io_inter_gap_time": "0",
                  "total_write_io_inter_gap_time": "2508096990",
                  "total_time_metric_based_read_io_count": "0",
                  "total_time_metric_based_write_io_count": "84700",
                  "total_time_metric_based_read_io_bytes": "0",
                  "total_time_metric_based_write_io_bytes": "86732800",
                  "read_io_rate": "0",
                  "peak_read_io_rate": "0",
                  "write_io_rate": "8711",
                  "peak_write_io_rate": "8711",
                  "read_io_bandwidth": "0",
                  "peak_read_io_bandwidth": "0",
                  "write_io_bandwidth": "8920576",
                  "peak_write_io_bandwidth": "8920576",
                  "read_io_size_min": "0",
                  "read_io_size_max": "0",
                  "write_io_size_min": "1024",
                  "write_io_size_max": "1024",
                  "read_io_completion_time_min": "0",
                  "read_io_completion_time_max": "0",
                  "write_io_completion_time_min": "74",
                  "write_io_completion_time_max": "1134",
                  "read_io_initiation_time_min": "0",
                  "read_io_initiation_time_max": "0",
                  "write_io_initiation_time_min": "24",
                  "write_io_initiation_time_max": "345",
                  "read_io_inter_gap_time_min": "0",
                  "read_io_inter_gap_time_max": "0",
                  "write_io_inter_gap_time_min": "26789",
                  "write_io_inter_gap_time_max": "298809",
                  "peak_active_io_read_count": "0",
                  "peak_active_io_write_count": "3",
                  "read_io_aborts": "0",
                  "write_io_aborts": "0",
                  "read_io_failures": "0",
                  "write_io_failures": "0",
                  "read_io_timeouts": "0",
                  "write_io_timeouts": "0",
                  "read_io_scsi_check_condition_count": "0",
                  "write_io_scsi_check_condition_count": "0",
                  "read_io_scsi_busy_count": "0",
                  "write_io_scsi_busy_count": "0",
                  "read_io_scsi_reservation_conflict_count": "0",
                  "write_io_scsi_reservation_conflict_count": "0",
                 "read_io_scsi_queue_full_count": "0",
                  "write_io_scsi_queue_full_count": "0",
                  "sampling_start_time": "1530683133",
                  "sampling_end_time": "1530684301"
          }
  }}
  
  

• This examples shows the output after clearing all the minimum, maximum, and peak flow metrics. The metrics that were cleared are highlighted in the output.

  
  switch# show analytics query "select all from  
  fc-scsi.scsi_target_itl_flow where port=fc1/17" clear
  { "values": {
          "1": {
                  "port": "fc1/17",
                 "vsan": "1",
                  "app_id": "255",
                  "target_id": "0xef0040",
                  "initiator_id": "0xef0000",
                  "lun": "0000-0000-0000-0000",
                  "active_io_read_count": "0",
                  "active_io_write_count": "0",
                  "total_read_io_count": "0",
                  "total_write_io_count": "800615",
                  "total_seq_read_io_count": "0",
                  "total_seq_write_io_count": "1",
                  "total_read_io_time": "0",
                  "total_write_io_time": "66090290",
                  "total_read_io_initiation_time": "0",
                  "total_write_io_initiation_time": "22793874",
                  "total_read_io_bytes": "0",
                  "total_write_io_bytes": "819829760",
                  "total_read_io_inter_gap_time": "0",
                  "total_write_io_inter_gap_time": "23702347887",
                  "total_time_metric_based_read_io_count": "0",
                  "total_time_metric_based_write_io_count": "800615",
                  "total_time_metric_based_read_io_bytes": "0",
                  "total_time_metric_based_write_io_bytes": "819829760",
                  "read_io_rate": "0",
                  "peak_read_io_rate": "0",
                  "write_io_rate": "0",
                  "peak_write_io_rate": "0",
                  "read_io_bandwidth": "0",
                  "peak_read_io_bandwidth": "0",
                  "write_io_bandwidth": "0",
                  "peak_write_io_bandwidth": "0",
                  "read_io_size_min": "0",
                  "read_io_size_max": "0",
                  "write_io_size_min": "0",
                  "write_io_size_max": "0",
                  "read_io_completion_time_min": "0",
                  "read_io_completion_time_max": "0",
                  "write_io_completion_time_min": "0",
                  "write_io_completion_time_max": "0",
                  "read_io_initiation_time_min": "0",
                  "read_io_initiation_time_max": "0",
                  "write_io_initiation_time_min": "0",
                  "write_io_initiation_time_max": "0",
                  "read_io_inter_gap_time_min": "0",
                  "read_io_inter_gap_time_max": "0",
                  "write_io_inter_gap_time_min": "0",
                  "write_io_inter_gap_time_max": "0",
                  "peak_active_io_read_count": "0",
                  "peak_active_io_write_count": "0",
                  "read_io_aborts": "0",
                  "write_io_aborts": "0",
                  "read_io_failures": "0",
                  "write_io_failures": "0",
                  "read_io_timeouts": "0",
                  "write_io_timeouts": "0",
                  "read_io_scsi_check_condition_count": "0",
                  "write_io_scsi_check_condition_count": "0",
                  "read_io_scsi_busy_count": "0",
                  "write_io_scsi_busy_count": "0",
                  "read_io_scsi_reservation_conflict_count": "0",
                  "write_io_scsi_reservation_conflict_count": "0",
                  "read_io_scsi_queue_full_count": "0",
                  "write_io_scsi_queue_full_count": "0",
                  "sampling_start_time": "1530683133",
                  "sampling_end_time": "1530684428"
          },
  }}
  
  

These examples show how to stream only the ITL flow metrics that have changed between streaming intervals:

• This example shows the output before using the differential option:

  
  switch# show analytics query "select port, target_id, initiator_id,lun,
  total_write_io_count from fc-scsi.scsi_target_itl_flow where port=fc1/17" 
  differential 
  { "values": {
          "1": {
                  "port": "fc1/17",
                  "target_id": "0xef0040",
                 "initiator_id": "0xef0000",
                  "lun": "0001-0000-0000-0000",
                  "total_write_io_count": "1515601",
                  "sampling_start_time": "1530683133",
                  "sampling_end_time": "1530683484"
          },
          "2": {
                  "port": "fc1/17",
                  "target_id": "0xef0040",
                  "initiator_id": "0xef0020",
                  "lun": "0000-0000-0000-0000",
                  "total_write_io_count": "1515601",
                  "sampling_start_time": "1530683133",
                  "sampling_end_time": "1530683484"
          },
          "3": {
                  "port": "fc1/17",
                  "target_id": "0xef0040",
                  "initiator_id": "0xef0020",
                  "lun": "0001-0000-0000-0000",
                  "total_write_io_count": "1515600",
                  "sampling_start_time": "1530683133",
                  "sampling_end_time": "1530683484"
          },
          "4": {
                  "port": "fc1/17",
                  "target_id": "0xef0040",
                  "initiator_id": "0xef0000",
                  "lun": "0000-0000-0000-0000",
                  "total_write_io_count": "1515600",
                  "sampling_start_time": "1530683133",
                  "sampling_end_time": "1530683484"
          }
  }}
  
  

• This example shows the output with the differential option and shows only the records that have changed:

  
  switch# show analytics query "select port, target_id, 
  initiator_id,lun,total_write_io_count from fc-scsi.scsi_target_itl_flow where port=fc1/17" 
  differential 
  { "values": {
         "1": {
                  "port": "fc1/17",
                  "target_id": "0xef0040",
                  "initiator_id": "0xef0000",
                  "lun": "0001-0000-0000-0000",
                  "total_write_io_count": "1892021",
                  "sampling_start_time": "1530683133",
                  "sampling_end_time": "1530683534"
          },
          "2": {
                  "port": "fc1/17",
                  "target_id": "0xef0040",
                  "initiator_id": "0xef0020",
                  "lun": "0000-0000-0000-0000",
                  "total_write_io_count": "1892021",
                  "sampling_start_time": "1530683133",
                  "sampling_end_time": "1530683534"
          },
          "3": {
                  "port": "fc1/17",
                  "target_id": "0xef0040",
                  "initiator_id": "0xef0000",
                  "lun": "0000-0000-0000-0000",
                  "total_write_io_count": "1892021",
                  "sampling_start_time": "1530683133",
                  "sampling_end_time": "1530683534"
          }
  }}
  
  

This example shows an output of all the installed push analytics queries:

switch# show analytics query all  
Total queries:7
============================
Query Name      :init
Query String    :select all from fc-scsi.scsi_initiator
Query Type      :periodic, interval 30

Query Name      :targettl
Query String    :select all from fc-scsi.scsi_target_tl_flow
Query Type      :periodic, interval 30
Query Options   :differential clear

Query Name      :port
Query String    :select all from fc-scsi.logical_port
Query Type      :periodic, interval 30

Query Name      :targetit
Query String    :select all from fc-scsi.scsi_target_it_flow
Query Type      :periodic, interval 30

Query Name      :targetitl
Query String    :select all from fc-scsi.scsi_target_itl_flow
Query Type      :periodic, interval 30
Query Options   :differential clear

Query Name      :inititl
Query String    :select all from fc-scsi.scsi_initiator_itl_flow
Query Type      :periodic, interval 30

Query Name      :initit
Query String    :select all from fc-scsi.scsi_initiator_it_flow
Query Type      :periodic, interval 30

This example shows how to view an installed push analytics query:

switch# show analytics query name tartl 
Query Name      :tartl
Query String    :select all from fc-scsi.scsi_target_tl_flow
Query Type      :periodic, interval 30

This example shows the output of a push query that has already been configured:

switch# show analytics query name iniitl result 
{ "values": {
        "1": {
                "port": "fc1/6",
                "vsan": "10",
                "app_id": "255",
                "initiator_id": "0xe800a0",
                "target_id": "0xd601e0",
                "lun": "0000-0000-0000-0000",
                "active_io_read_count": "0",
                "active_io_write_count": "7",
                "total_read_io_count": "0",
                "total_write_io_count": "1008608573",
                "total_seq_read_io_count": "0",
                "total_seq_write_io_count": "1",
                "total_read_io_time": "0",
                "total_write_io_time": "370765952314",
                "total_read_io_initiation_time": "0",
                "total_write_io_initiation_time": "52084968152",
                "total_read_io_bytes": "0",
                "total_write_io_bytes": "2065630357504",
                "total_read_io_inter_gap_time": "0",
                "total_write_io_inter_gap_time": "16171468343166",
                "total_time_metric_based_read_io_count": "0",
                "total_time_metric_based_write_io_count": "1008608566",
                "total_time_metric_based_read_io_bytes": "0",
                "total_time_metric_based_write_io_bytes": "2065630343168",
                "read_io_rate": "0",
                "peak_read_io_rate": "0",
                "write_io_rate": "16070",
                "peak_write_io_rate": "32468",
                "read_io_bandwidth": "0",
                "peak_read_io_bandwidth": "0",
                "write_io_bandwidth": "32912384",
                "peak_write_io_bandwidth": "66494976",
                "read_io_size_min": "0",
                "read_io_size_max": "0",
                "write_io_size_min": "2048",
                "write_io_size_max": "2048",
                "read_io_completion_time_min": "0",
                "read_io_completion_time_max": "0",
                "write_io_completion_time_min": "111",
                "write_io_completion_time_max": "9166",
                "read_io_initiation_time_min": "0",
                "read_io_initiation_time_max": "0",
                "write_io_initiation_time_min": "36",
                "write_io_initiation_time_max": "3265",
                "read_io_inter_gap_time_min": "0",
                "read_io_inter_gap_time_max": "0",
                "write_io_inter_gap_time_min": "100",
                "write_io_inter_gap_time_max": "1094718",
                "peak_active_io_read_count": "0",
                "peak_active_io_write_count": "23",
                "read_io_aborts": "0",
                "write_io_aborts": "0",
                "read_io_failures": "0",
                "write_io_failures": "0",
                "read_io_timeouts": "0",
                "write_io_timeouts": "0",
                "read_io_scsi_check_condition_count": "0",
                "write_io_scsi_check_condition_count": "0",
                "read_io_scsi_busy_count": "0",
                "write_io_scsi_busy_count": "0",
                "read_io_scsi_reservation_conflict_count": "0",
                "write_io_scsi_reservation_conflict_count": "0",
                "read_io_scsi_queue_full_count": "0",
                "write_io_scsi_queue_full_count": "0",
                "sampling_start_time": "1529993232",
                "sampling_end_time": "1529993260"
        },
        "2": {
                "port": "fc1/6",
                "vsan": "10",
                "app_id": "255",
                "initiator_id": "0xe800a1",
                "target_id": "0xd601e1",
                "lun": "0000-0000-0000-0000",
                "active_io_read_count": "0",
                "active_io_write_count": "8",
                "total_read_io_count": "0",
                "total_write_io_count": "1004271260",
                "total_seq_read_io_count": "0",
                "total_seq_write_io_count": "1",
                "total_read_io_time": "0",
                "total_write_io_time": "370004164726",
                "total_read_io_initiation_time": "0",
                "total_write_io_initiation_time": "51858511487",
                "total_read_io_bytes": "0",
                "total_write_io_bytes": "2056747540480",
                "total_read_io_inter_gap_time": "0",
                "total_write_io_inter_gap_time": "16136686881766",
                "total_time_metric_based_read_io_count": "0",
                "total_time_metric_based_write_io_count": "1004271252",
                "total_time_metric_based_read_io_bytes": "0",
                "total_time_metric_based_write_io_bytes": "2056747524096",
                "read_io_rate": "0",
                "peak_read_io_rate": "0",
                "write_io_rate": "16065",
                "peak_write_io_rate": "16194",
                "read_io_bandwidth": "0",
                "peak_read_io_bandwidth": "0",
                "write_io_bandwidth": "32901632",
                "peak_write_io_bandwidth": "33165824",
                "read_io_size_min": "0",
                "read_io_size_max": "0",
                "write_io_size_min": "2048",
                "write_io_size_max": "2048",
                "read_io_completion_time_min": "0",
                "read_io_completion_time_max": "0",
                "write_io_completion_time_min": "114",
                "write_io_completion_time_max": "9019",
                "read_io_initiation_time_min": "0",
                "read_io_initiation_time_max": "0",
                "write_io_initiation_time_min": "37",
                "write_io_initiation_time_max": "3158",
                "read_io_inter_gap_time_min": "0",
                "read_io_inter_gap_time_max": "0",
                "write_io_inter_gap_time_min": "101",
                "write_io_inter_gap_time_max": "869035",
                "peak_active_io_read_count": "0",
                "peak_active_io_write_count": "19",
                "read_io_aborts": "0",
                "write_io_aborts": "0",
                "read_io_failures": "0",
                "write_io_failures": "0",
                "read_io_timeouts": "0",
                "write_io_timeouts": "0",
                "read_io_scsi_check_condition_count": "0",
                "write_io_scsi_check_condition_count": "0",
                "read_io_scsi_busy_count": "0",
                "write_io_scsi_busy_count": "0",
                "read_io_scsi_reservation_conflict_count": "0",
                "write_io_scsi_reservation_conflict_count": "0",
                "read_io_scsi_queue_full_count": "0",
                "write_io_scsi_queue_full_count": "0",
                "sampling_start_time": "1529993232",
                "sampling_end_time": "1529993260"
        }
}}

Examples

This example shows the list of view instances supported in the fc-scsi analytics type:

switch# show analytics schema fc-scsi views

fc-scsi db schema tables:
        port
        logical_port
        app
        scsi_target
        scsi_initiator
        scsi_target_app
        scsi_initiator_app
        scsi_target_tl_flow
        scsi_target_it_flow
        scsi_initiator_it_flow
        scsi_target_itl_flow
        scsi_initiator_itl_flow
        scsi_target_io
        scsi_initiator_io
 

This example shows the list of view instances supported in the fc-nvme analytics type:

switch# show analytics schema fc-nvme views

fc-nvme db schema tables:
        port
        logical_port
        app
        nvme_target
        nvme_initiator
        nvme_target_app
        nvme_initiator_app
        nvme_target_tn_flow
        nvme_target_it_flow
        nvme_initiator_it_flow
        nvme_target_itn_flow
        nvme_initiator_itn_flow
        nvme_target_io
        nvme_initiator_io
 

This example shows the list of flow metrics supported in the fc-scsi.port view instance:

Note	The exceed_count counters in the output will be supported in a future Cisco MDS NX-OS Release.

switch# show analytics schema fc-scsi view port

fc-scsi.port table schema columns:
        *port
         scsi_target_count
         scsi_initiator_count
         io_app_count
         logical_port_count
         scsi_target_app_count
         scsi_initiator_app_count
         active_io_read_count
         active_io_write_count
         scsi_target_it_flow_count
         scsi_initiator_it_flow_count
         scsi_target_itl_flow_count
         scsi_initiator_itl_flow_count
         scsi_target_tl_flow_count
         total_abts_count
         total_read_io_count
         total_write_io_count
         total_seq_read_io_count
         total_seq_write_io_count
         total_read_io_time
         total_write_io_time
         total_read_io_initiation_time
         total_write_io_initiation_time
         total_read_io_bytes
         total_write_io_bytes
         total_read_io_inter_gap_time
         total_write_io_inter_gap_time
         total_time_metric_based_read_io_count
         total_time_metric_based_write_io_count
         total_time_metric_based_read_io_bytes
         total_time_metric_based_write_io_bytes
         read_io_rate
         peak_read_io_rate
         write_io_rate
         peak_write_io_rate
         read_io_bandwidth
         peak_read_io_bandwidth
         write_io_bandwidth
         peak_write_io_bandwidth
         read_io_size_min
         read_io_size_max
         write_io_size_min
         write_io_size_max
         read_io_completion_time_min
         read_io_completion_time_max
         write_io_completion_time_min
         write_io_completion_time_max
         read_io_initiation_time_min
         read_io_initiation_time_max
         write_io_initiation_time_min
         write_io_initiation_time_max
         read_io_inter_gap_time_min
         read_io_inter_gap_time_max
         write_io_inter_gap_time_min
         write_io_inter_gap_time_max
         peak_active_io_read_count
         peak_active_io_write_count
         read_io_aborts
         write_io_aborts
         read_io_failures
         write_io_failures
         read_io_timeouts
         write_io_timeouts
         read_io_scsi_check_condition_count
         write_io_scsi_check_condition_count
         read_io_scsi_busy_count
         write_io_scsi_busy_count
         read_io_scsi_reservation_conflict_count
         write_io_scsi_reservation_conflict_count
         read_io_scsi_queue_full_count
         write_io_scsi_queue_full_count
         read_io_rate_exceed_count
         write_io_rate_exceed_count
         read_io_bandwidth_exceed_count
         write_io_bandwidth_exceed_count
         read_io_size_min_exceed_count
         read_io_size_max_exceed_count
         write_io_size_min_exceed_count
         write_io_size_max_exceed_count
         read_io_initiation_time_min_exceed_count
         read_io_initiation_time_max_exceed_count
         write_io_initiation_time_min_exceed_count
         write_io_initiation_time_max_exceed_count
         read_io_completion_time_min_exceed_count
         read_io_completion_time_max_exceed_count
         write_io_completion_time_min_exceed_count
         write_io_completion_time_max_exceed_count
         read_io_inter_gap_time_min_exceed_count
         read_io_inter_gap_time_max_exceed_count
         write_io_inter_gap_time_min_exceed_count
         write_io_inter_gap_time_max_exceed_count
         read_io_abort_exceed_count
         write_io_abort_exceed_count
         read_io_failure_exceed_count
         write_io_failure_exceed_count
         sampling_start_time
         sampling_end_time

        (* - indicates the metric is a 'key' for the table)
 

This example shows the list of flow metrics supported in the fc-nvme.port view instance:

Note	The exceed_count counters in the output will be supported in a future Cisco MDS NX-OS Release.

switch# show analytics schema fc-nvme view port

fc-nvme.port table schema columns:
        *port
         nvme_target_count
         nvme_initiator_count
         io_app_count
         logical_port_count
         nvme_target_app_count
         nvme_initiator_app_count
         active_io_read_count
         active_io_write_count
         nvme_target_it_flow_count
         nvme_initiator_it_flow_count
         nvme_target_itn_flow_count
         nvme_initiator_itn_flow_count
         nvme_target_tn_flow_count
         total_abts_count
         total_read_io_count
         total_write_io_count
         total_seq_read_io_count
         total_seq_write_io_count
         total_read_io_time
         total_write_io_time
         total_read_io_initiation_time
         total_write_io_initiation_time
         total_read_io_bytes
         total_write_io_bytes
         total_read_io_inter_gap_time
         total_write_io_inter_gap_time
         total_time_metric_based_read_io_count
         total_time_metric_based_write_io_count
         total_time_metric_based_read_io_bytes
         total_time_metric_based_write_io_bytes
         read_io_rate
         peak_read_io_rate
         write_io_rate
         peak_write_io_rate
         read_io_bandwidth
         peak_read_io_bandwidth
         write_io_bandwidth
         peak_write_io_bandwidth
         read_io_size_min
         read_io_size_max
         write_io_size_min
         write_io_size_max
         read_io_completion_time_min
         read_io_completion_time_max
         write_io_completion_time_min
         write_io_completion_time_max
         read_io_initiation_time_min
         read_io_initiation_time_max
         write_io_initiation_time_min
         write_io_initiation_time_max
         read_io_inter_gap_time_min
         read_io_inter_gap_time_max
         write_io_inter_gap_time_min
         write_io_inter_gap_time_max
         peak_active_io_read_count
         peak_active_io_write_count
         read_io_aborts
         write_io_aborts
         read_io_failures
         write_io_failures
         read_io_timeouts
         write_io_timeouts
         read_io_nvme_lba_out_of_range_count
         write_io_nvme_lba_out_of_range_count
         read_io_nvme_ns_not_ready_count
         write_io_nvme_ns_not_ready_count
         read_io_nvme_reservation_conflict_count
         write_io_nvme_reservation_conflict_count
         read_io_nvme_capacity_exceeded_count
         write_io_nvme_capacity_exceeded_count
         read_io_rate_exceed_count
         write_io_rate_exceed_count
         read_io_bandwidth_exceed_count
         write_io_bandwidth_exceed_count
         read_io_size_min_exceed_count
         read_io_size_max_exceed_count
         write_io_size_min_exceed_count
         write_io_size_max_exceed_count
         read_io_initiation_time_min_exceed_count
         read_io_initiation_time_max_exceed_count
         write_io_initiation_time_min_exceed_count
         write_io_initiation_time_max_exceed_count
         read_io_completion_time_min_exceed_count
         read_io_completion_time_max_exceed_count
         write_io_completion_time_min_exceed_count
         write_io_completion_time_max_exceed_count
         read_io_inter_gap_time_min_exceed_count
         read_io_inter_gap_time_max_exceed_count
         write_io_inter_gap_time_min_exceed_count
         write_io_inter_gap_time_max_exceed_count
         read_io_abort_exceed_count
         write_io_abort_exceed_count
         read_io_failure_exceed_count
         write_io_failure_exceed_count
         sampling_start_time
         sampling_end_time

        (* - indicates the metric is a 'key' for the table)
 

Examples

This example shows how to display the NPU load per module:

switch# show analytics system-load 
 n/a - not applicable
 ----------------------------------- Analytics System Load Info -------------------------------
 | Module | NPU Load (in %) | ITLs   ITNs   Both  |        Hosts        |       Targets       |
 |        | SCSI NVMe Total | SCSI   NVMe   Total | SCSI   NVMe   Total | SCSI   NVMe   Total |
 ----------------------------------------------------------------------------------------------
 |   1    | 0    0    0     | 0      0      0     | 0      0      0     | 0      0      0     |
 |   4    | 64   0    64    | 20743  0      20743 | 0      0      0     | 346    0      346   |
 |   5    | 0    0    0     | 0      0      0     | 0      0      0     | 0      0      0     |
 |   8    | 0    0    0     | 0      0      0     | 0      0      0     | 0      0      0     |
 |   12   | 0    12   12    | 0      300    300   | 0      0      0     | 0      40     40    |
 |   13   | 0    0    0     | 0      0      0     | 0      0      0     | 0      0      0     |
 |   18   | 0    13   13    | 1      1      2     | 1      1      2     | 0      0      0     |
 | Total  | n/a  n/a  n/a   | 20744  301    21045 | 1      1      2     | 346    40     386   |

As of Mon Apr  1 05:31:10 2019

Examples

This example displays flows where frames are dropped due to congestion. The source and destination FCIP, differential frame drop count for the IT pair, and timestamp of the drops are displayed.

Note	The congestion drop entries are updated every 20 seconds.

switch# show analytics flow congestion-drops
|=====================================================================================|
|       	| Source    |Destination| Congestion    |     Timestamp                |
| INTF  | VSAN |  FCID     |  FCID     | Drops(delta)  |                              |
|=====================================================================================|
| fc2/13| 0002 | 0x9900E1  | 0x640000  |  00000105     | 1. 09/13/17 11:09:48.762     |
| fc2/13| 0002 | 0x9900E1  | 0x640000  |  00000002     | 2. 09/13/17 09:05:39.527     |
| fc2/13| 0002 | 0x990000  | 0x640020  |  00000002     | 3. 09/13/17 09:05:39.527     |
|=====================================================================================|
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000084     | 1. 09/12/17 08:17:11.905     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000076     | 2. 09/12/17 05:50:37.721     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000067     | 3. 09/12/17 03:24:03.319     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000088     | 4. 09/12/17 00:57:28.019     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000088     | 5. 09/11/17 22:30:53.723     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000086     | 6. 09/11/17 20:04:18.001     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000026     | 7. 09/11/17 17:37:24.273     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000076     | 8. 09/11/17 15:10:50.240     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000074     | 9. 09/11/17 12:44:15.866     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000087     |10. 09/11/17 10:17:41.402     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000086     |11. 09/11/17 07:51:10.412     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000084     |12. 09/11/17 05:24:35.981     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000083     |13. 09/11/17 02:58:01.067     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000086     |14. 09/11/17 00:31:26.709     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000079     |15. 09/10/17 22:04:51.399     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000084     |16. 09/10/17 19:38:17.217     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000082     |17. 09/10/17 17:11:42.594     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000086     |18. 09/10/17 14:44:52.786     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000089     |19. 09/10/17 12:18:18.394     |
| fc2/31| 0002 | 0x640000  | 0x9900E1  |  00000087     |20. 09/10/17 09:51:44.067     |
|=====================================================================================|

Examples

This example shows how to display the ARP table:

switch# show arp
Protocol Address           Age (min)											Hardware Addr  	Type  	Interface
Internet  171.1.1.1 							0  				0006.5bec.699c  ARPA  mgmt0
Internet  172.2.0.1 							4				0000.0c07.ac01  ARPA  mgmt0

Examples

The following example shows contents of the AFID database:

switch# show autonomous-fabric-id database
SWITCH WWN                      Default-AFID
--------------------------------------------------------------
20:00:00:0c:91:90:3e:80            5
Total:   1 entry in default AFID table
SWITCH WWN                      AFID     VSANS
--------------------------------------------------------------
20:00:00:0c:91:90:3e:80           10     1,2,5-8
Total: 1 entry in AFID table

Examples

The following example displays the configured banner message:

switch# show banner motd
Testing the MOTD Feature

The configured message is visible the next time you log in to the switch:

 Testing the MOTD Feature switch login: 

Examples

The following example displays the current contents of the boot variable:

switch# show boot 
kickstart variable = bootflash:/kickstart-image
system variable = bootflash:/system-image
Module 2
asm-sfn variable = bootflash:/asm-image

The following example displays the images on the specified module:

switch# show boot module
Module 2
asm-sfn variable = bootflash:/asm-image

The following example displays a list of all boot variables:

switch# show boot variables
List of boot variables are:
     asm-sfn
	 system
     kickstart

Examples

The following example shows the message that displays on the console when you enable the auto-copy feature:

switch(config)# boot auto-copy
 Auto-copy administratively enabled 

The following example shows the message that displays on the console when you disable the auto-copy feature:

switch(config)# boot auto-copy
 Auto-copy administratively disabled 

The following example displays the current state of the auto-copy feature when it is enabled:

switch# show boot auto-copy
Auto-copy feature is enabled

The following example displays the current state of the auto-copy feature when it is disabled:

switch# show boot auto-copy
Auto-copy feature is disabled

The following example displays the ilc1.bin image being copied to the standby supervisor module's bootflash, and once this is successful, the next file will be lasilc1.bin. This command only displays files on the active supervisor module.

switch# show boot auto-copy list
File: /bootflash/ilc1.bin
Bootvar: ilce
File:/bootflash/lasilc1.bin
Bootvar: lasilc

The following example displays a typical message when the auto-copy option is disabled or if no files are copied:

switch# show boot auto-copy list
No file currently being auto-copied

Examples

The following example shows configured Call Home information:

switch# show callhome
 
callhome enabled
Callhome Information:
contact person name:who@where
contact person's email:person@place.com
contact person's phone number:310-408-4000
street addr:1234 Picaboo Street, Any city, Any state, 12345
site id:Site1ManhattanNewYork
customer id:Customer1234
contract id:Andiamo1234
switch priority:0
duplicate message throttling : enabled
periodic inventory : disabled
periodic inventory time-period : 7 days
distribution of callhome configuration data using cfs : disabled

The following example shows all destination profile information:

switch# show callhome destination-profile
 
XML destination profile information
maximum message size:250000
email addresses configured:
findout@.cisco.com
Short-txt destination profile information
maximum message size:4000
email addresses configured:
person1@epage.company.com
full-txt destination profile information
maximum message size:250000
email addresses configured:
person2@company2.com

The following example shows the full-text destination profile:

switch# show callhome destination-profile profile full-txt-destination
 
full-txt destination profile information
maximum message size:250000
email addresses configured:
person2@company2.com

The following example shows the short-text destination profile:

switch# show callhome destination-profile profile short-txt-destination 
Short-txt destination profile information
maximum message size:4000
email addresses configured:
person2@company2.com

The following example shows the XML destination profile:

switch# show callhome destination-profile profile XML-destination 
XML destination profile information
maximum message size:250000
email addresses configured:
findout@.cisco.com

The following example shows email and SMTP information:

switch# show callhome transport-email 
from email addr:user@company1.com
reply to email addr:pointer@company.com
return receipt email addr:user@company1.com
smtp server:server.company.com
smtp server port:25

The following example shows user-defined CLI commands for the alert groups:

switch# show callhome user-def-cmds
User configured commands for alert groups :
alert-group test user-def-cmd "show version"

Examples

The following example shows how to display the Call Home transport when the proxy is not configured :

switch# show callhome transport 
http vrf:management
from email addr:S1-2@cisco.com
smtp server:171.69.21.28
smtp server port:25
smtp server vrf:management
smtp server priority:0
http proxy server:10.64.65.62
http proxy server port:8080
http proxy status:Enabled
switch#

Examples

The following example displays all CDP-capable interfaces and parameters:

switch# show cdp all
GigabitEthernet4/1 is up
    CDP enabled on interface
    Sending CDP packets every 60 seconds
    Holdtime is 180 seconds
GigabitEthernet4/8 is down
    CDP enabled on interface
    Sending CDP packets every 60 seconds
    Holdtime is 180 seconds
mgmt0 is up
    CDP enabled on interface
    Sending CDP packets every 100 seconds
    Holdtime is 200 seconds

The following example displays all CDP neighbor entries:

switch# show cdp entry all
----------------------------------------
Device ID:Switch
System Name:
Interface address(es):
Platform: cisco WS-C2950T-24, Capabilities: Switch IGMP Filtering 
Interface: mgmt0, Port ID (outgoing port): FastEthernet0/24
Holdtime: 152 sec
 
Version:
Cisco Internetwork Operating System Software 
IOS (tm) C2950 Software (C2950-I6Q4L2-M), Version 12.1(19)EA1c, RELEASE SOFTWARE
 (fc2)
Copyright (c) 1986-2004 by cisco Systems, Inc.
Compiled Mon 02-Feb-04 23:29 by yenanh
 
Advertisement Version: 2
Native VLAN: 1
Duplex: full

The following example displays the specified CDP neighbor:

switch# show cdp entry name 0
----------------------------------------
Device ID:0
Entry address(es):
    IP Address: 209.165.200.226
Platform: DS-X9530-SF1-K9, Capabilities: Host
Interface: GigabitEthernet4/1, Port ID (outgoing port): GigabitEthernet4/1
Holdtime: 144 sec
Version:
1.1(0.144)
Advertisement Version: 2
Duplex: full

The following example displays global CDP parameters:

switch# show cdp global
Global CDP information:
    CDP enabled globally
    Sending CDP packets every 60 seconds
    Sending a holdtime value of 180 seconds
    Sending CDPv2 advertisements is enabled

The following example displays CDP parameters for the management interface:

switch# show cdp interface mgmt 0
mgmt0 is up
    CDP enabled on interface
    Sending CDP packets every 60 seconds
    Holdtime is 180 seconds

The following example displays CDP parameters for the Gigabit Ethernet interface:

switch# show cdp interface gigabitethernet 4/1
GigabitEthernet4/1 is up
    CDP enabled on interface
    Sending CDP packets every 80 seconds
    Holdtime is 200 seconds

The following example displays CDP neighbors (brief):

switch# show cdp neighbors
Capability Codes: R - Router, T - Trans-Bridge, B - Source-Route-Bridge
                  S - Switch, H - Host, I - IGMP, r - Repeater
Device ID        Local Intrfce   Hldtme  Capability  Platform      Port ID
0                Gig4/1          135     H           DS-X9530-SF1- Gig4/1
069038732(Kiowa2 mgmt0           132     T S         WS-C5500      8/11
069038747(Kiowa3 mgmt0           156     T S         WS-C5500      6/20
069038747(Kiowa3 mgmt0           158     T S         WS-C5500      5/22

The following example displays CDP neighbors (detail):

switch# show CDP neighbor detail
----------------------------------------
Device ID:Switch
System Name:
Interface address(es):
Platform: cisco WS-C2950T-24, Capabilities: Switch IGMP Filtering 
Interface: mgmt0, Port ID (outgoing port): FastEthernet0/24
Holdtime: 137 sec
 
Version:
Cisco Internetwork Operating System Software 
IOS (tm) C2950 Software (C2950-I6Q4L2-M), Version 12.1(19)EA1c, RELEASE SOFTWARE
 (fc2)
Copyright (c) 1986-2004 by cisco Systems, Inc.
Compiled Mon 02-Feb-04 23:29 by yenanh
 
Advertisement Version: 2
Native VLAN: 1
Duplex: full

The following example displays the specified CDP neighbor (detail):

switch# show CDP neighbors interface gigabitethernet 4/1 detail
----------------------------------------
Device ID:0
Entry address(es):
    IP Address: 209.165.200.226
Platform: DS-X9530-SF1-K9, Capabilities: Host
Interface: GigabitEthernet4/1, Port ID (outgoing port): GigabitEthernet4/1
Holdtime: 144 sec
Version:
1.1(0.144)
Advertisement Version: 2
Duplex: full

The following example displays CDP traffic statistics for the management interface:

switch# show cdp traffic interface mgmt 0
----------------------------------------
Traffic statistics for mgmt0
Input Statistics:
    Total Packets: 1148
    Valid CDP Packets: 1148
        CDP v1 Packets: 1148
        CDP v2 Packets: 0
    Invalid CDP Packets: 0
        Unsupported Version: 0
        Checksum Errors: 0
        Malformed Packets: 0
Output Statistics:
    Total Packets: 2329
        CDP v1 Packets: 1164
        CDP v2 Packets: 1165
    Send Errors: 0

The following example displays CDP traffic statistics for the Gigabit Ethernet interface:

switch# show cdp traffic interface gigabitethernet 4/1
----------------------------------------
Traffic statistics for GigabitEthernet4/1
Input Statistics:
    Total Packets: 674
    Valid CDP Packets: 674
        CDP v1 Packets: 0
        CDP v2 Packets: 674
    Invalid CDP Packets: 0
        Unsupported Version: 0
        Checksum Errors: 0
        Malformed Packets: 0
Output Statistics:
    Total Packets: 674
        CDP v1 Packets: 0
        CDP v2 Packets: 674
    Send Errors: 0 

Examples

The following example shows how to display CFS physical peer information for all applications:

switch# show cfs peers
Physical Fabric
--------------------------------------------------
 Switch WWN               IP Address
--------------------------------------------------
 20:00:00:05:30:00:61:de 209.165.200.226 [Local]
 20:00:00:0d:ec:08:66:c0 209.165.200.226 
 20:00:00:05:30:00:f1:e2 209.165.200.226 
 20:00:00:05:30:00:eb:46 209.165.200.226 
 20:00:00:05:30:00:cb:56 209.165.200.227
20:00:00:05:30:00:5b:5e 209.165.200.228
 20:00:00:05:30:00:34:9e 209.165.200.229
Total number of entries = 7

The following example shows how to display CFS information for all applications on the switch:

switch# show cfs application
----------------------------------------------
 Application    Enabled   Scope
----------------------------------------------
ntp            No        Physical-all
fscm           Yes       Physical-fc
role           No        Physical-all
rscn           No        Logical
radius         No        Physical-all
fctimer        No        Physical-fc
syslogd        No        Physical-all
callhome       No        Physical-all
fcdomain       Yes       Logical
device-alias   Yes       Physical-fc
Total number of entries = 10

Note	The show cfs application command displays only those applications that are registered with CFS. Conditional services that use CFS do not appear in the output unless those services are running.

The following example shows how to display CFS information for the device alias application:

switch# show cfs application name device-alias
 Enabled        : Yes
 Timeout        : 5s
 Merge Capable  : Yes
 Scope          : Physical

The following example shows how to display CFS merge operation information for the device alias application:

switch# show cfs merge status device-alias
Physical  Merge Status: Success
 Local Fabric
---------------------------------------------------------
 Switch WWN               IP Address
---------------------------------------------------------
 20:00:00:05:30:00:34:9e 209.165.200.226 [Merge Master]
 20:00:00:05:30:00:5b:5e 209.165.200.227 
 20:00:00:05:30:00:61:de 209.165.200.228 
 20:00:00:05:30:00:cb:56 209.165.200.229 
 20:00:00:05:30:00:eb:46 209.165.200.230 
 20:00:00:05:30:00:f1:e2 209.165.200.231 

The following example shows whether or not CFS distribution is enabled:

switch# show cfs status
 
Fabric distribution Enabled
switch# 

Examples

The following example shows all the region information with peers:

switch# show cfs regions
Region-ID  : 1
Application: callhome
Scope      : Physical-all
-------------------------------------------------------------------------
 Switch WWN              IP Address
-------------------------------------------------------------------------
 20:00:00:0d:ec:04:99:c0 209.165.200.226 [Local]
                         switch- 
 20:00:00:0d:ec:04:99:c1 209.165.200.226 
                         switch-2.cisco.com
 20:00:00:0d:ec:04:99:c2 209.165.200.226 
                         switch-3.cisco.com
Total number of entries = 3
Region-ID  : 1
Application: ntp
Scope      : Physical-all
-------------------------------------------------------------------------
 Switch WWN              IP Address
-------------------------------------------------------------------------
 20:00:00:0d:ec:06:55:c0 209.165.200.226 [Local]
                         switch-1
Total number of entries = 1

The following example shows the list of applications without peers in a region:

switch# show cfs regions brief
---------------------------------------
 Region         Application   Enabled
---------------------------------------
   1            callhome      yes
   1            ntp           yes

The following example shows the peer and region information for a given application in a region:

switch# show cfs regions name callhome
Region-ID  : 1
Application: callhome
Scope      : Physical-all
-------------------------------------------------------------------------
 Switch WWN              IP Address
-------------------------------------------------------------------------
 20:00:00:0d:ec:06:55:c0 209.165.200.226 [Local]
                         switch 1
Total number of entries = 1

Examples

The following example displays the CFS static peers:

-----------------------------------------------------------------------------
 IP address                      WWN name                Status
-----------------------------------------------------------------------------
 1.2.3.4              00:00:00:00:00:00:00:00          Un Reachable
 1.2.3.5              00:00:00:00:00:00:00:00          Un Reachable
 10.64.66.47          20:00:00:0d:ec:06:55:c0          Reachable
 10.64.66.56          20:00:08:00:88:04:99:80          Local
Total number of entries = 4

Examples

The following example displays the CFS status:

switch# show cfs status
Distribution: Enabled
Distribution over IP: Enabled (static)
IPv4 multicast address : 239.255.70.83
IPv6 multicast address : ff15::efff:4563

Examples

The following example displays CIM server certificate files:

switch# show cimserver certificateName
cimserver certificate file name is servcert.pem

The following example displays the CIM server configuration:

switch# show cimserver
 cimserver is enabled
 cimserver Http is not enabled
 cimserver Https is enabled
 cimserver certificate file name is servcert.pem

The following example displays the CIM server HTTPS status:

switch# show cimserver httpsstatus
 cimserver Https is enabled

The following example displays the CIM server HTTP status:

switch# show cimserver httpstatus
 cimserver Http is not enabled

Examples

The following example displays the cimserver indications:

switch# show cimserver indication
Filter:           root/cimv2:Feb 7, 2008 2:32:11 PM
Query:            "SELECT * FROM CISCO_LinkUp"
Query Language:   WQL
-----------------------------------------
Handler:           root/cimv2:CIM_ListenerDestinationCIMXML.Thu Feb 07 14:32:44 IST 20081202374964083
Destination:       http://10.77.91.110:59901
PersistenceType:   Transient
-----------------------------------------
Namespace:         root/cimv2
Filter:            root/cimv2:Feb 7, 2008 2:32:11 PM
Handler:           root/cimv2:CIM_ListenerDestinationCIMXML.Thu Feb 07 14:32:44 IST 20081202374964083
Query:             "SELECT * FROM CISCO_LinkUp"
Destination:       http://10.77.91.110:59901
SubscriptionState: Enabled
The following example displays the cimserver’s indication filters:
switch# show cimserver indication filters
Filter:           root/cimv2:Feb 7, 2008 2:32:11 PM
Query:            "SELECT * FROM CISCO_LinkUp"
Query Language:   WQL
The following example displays the cimserver’s indication recipient:
switch# show cimserver indication recipients
Handler:           root/cimv2:CIM_ListenerDestinationCIMXML.Thu Feb 07 14:32:44 IST 20081202374964083
Destination:       http://10.77.91.110:59901
PersistenceType:   Transient
The following example displays the subscriptions on cimserver:
switch# show cimserver indication subscriptions
Namespace:         root/cimv2
Filter:            root/cimv2:Feb 7, 2008 2:32:11 PM
Handler:           root/cimv2:CIM_ListenerDestinationCIMXML.Thu Feb 07 14:32:44 IST 20081202374964083
Query:             "SELECT * FROM CISCO_LinkUp"
Destination:       http://10.77.91.110:59901
SubscriptionState: Enabled

Examples

The following example displays the cimserver logs:

switch# show cimserver logs
02/07/2008-16:38:14 INFO    cimserver: Sent response to: localhost
02/07/2008-16:38:26 INFO    cimserver: Received request from: 10.77.91.110
02/07/2008-16:38:27 INFO    cimserver: Sent response to: 10.77.91.110

Examples

The following example displays the cimserver status:

switch# show cimserver status
cimserver is enabled

Examples

The following example displays CLI aliases:

switch# show cli alias
CLI alias commands
==================
alias  :show cli alias
env    :show environment
clock  :show clock

The following example displays a specific alias by name:

switch# show cli alias name qos
qos :show qos

Examples

The following example displays CLI variables:

switch# show cli variables
VSH Variable List
-----------------
TIMESTAMP="2005-10-24-21.29.33"
testinterface="fc 1/1"

Note	The TIMESTAMP variable shown in the output in the preceding example is a predefined variable supported by Cisco MDS NX-OS. For more information about the TIMESTAMP variable, refer to the Cisco MDS 9000 Family CLI Configuration Guide .

Examples

The following example displays the system date, time, and time zone configuration:

switch# show clock
Fri Mar 14 01:31:48 UTC 2003

Examples

The following example shows information about a cloud:

switch# show cloud discovery config
Auto discovery: Enabled

The following example shows statistics about a cloud:

switch# show cloud discovery stats
Global statistics
    Number of Auto Discovery                       = 4
    Number of Manual (demand) Discovery                     = 0
    Number of cloud discovery (ping) messages sent = 17
    Number of cloud discovery (ping) success       = 1

Examples

The following example displays the members of clouds:

switch# show cloud membershp
Undiscovered Cloud
    port-channel 1[20:00:00:05:30:00:a7:9e] IP Addr fe80::205:30ff:fe00:a412
    port-channel 1.250[20:00:00:05:30:00:a7:9e] IP Addr 3000:2::1
    port-channel 1.250[20:00:00:05:30:00:a7:9e] IP Addr fe80::205:30ff:fe00:a412
  #members=3
Cloud 2
    port-channel 1[20:00:00:05:30:00:a7:9e] IP Addr 3000:1::1
  #members=1
Cloud 3
    GigabitEthernet1/1[20:00:00:05:30:00:a7:9e] IP Addr 10.10.10.1
  #members=1
Cloud 4
    GigabitEthernet1/2[20:00:00:05:30:00:a7:9e] IP Addr 10.10.60.1
  #members=1

Examples

The following example runs the ACL Consistency Checker for module 3 on demand and displays the results. This example shows the abnormal case of test failure.

switch# show coonsistency-checker acl-table-status module 3
Running ACL Consistency checker. Please wait, while consistency checks are in progress!!!

-----------------------------------------------------------------------------------------------------------------------
                                                     MODULE-3                                                     
Validating ingress ACL IPS entries for all fwd-engine...
Validating egress ACL IPS entries for all fwd-engine...
Validating ingress ACL FC entries
fwd-engine 0...
fwd-engine 1...
fwd-engine 2...
Validating egress ACL FC entries
fwd-engine 0...
fwd-engine 1...
fwd-engine 2...

DETAILED SUMMARY:
input
    Fwd-Engine: all
        Shadow & Hardware Sync Errors: 
            Mismatch Count: HW(1) SW(1)
Hardware Mismatch Entries:
   d ALL     0      0      0 ANY       NA   4       22   0    0  78   0    0 |    1  0    0      0      0
Shadow Mismatch Entries:
   d ALL     0      0      0  15  2ec ANY       -    4       22   0    0  78   0    0 |    1  0    0      0      0

output
============================================================
SUMMARY:
MODULE : 3
    TIME TAKEN:                       61.23 seconds
    IPS HARDWARE & SHADOW SYNC STATUS: FAILED 
    FC HARDWARE & SHADOW SYNC STATUS: PASSED 
    FC DUPLICATE CHECKS:              PASSED
============================================================
 

The following example runs the FIB Consistency Checker for module 1 on demand and displays the results. This example shows the abnormal case of test failures.

switch# show consistency-checker fib-table-status module 1
Running FC FIB Consistency checker. Please wait, while consistency checks are in progress!!!

-------------------------------------------------------------------------------
                                  MODULE-1                                                 
Validating FIB IPS Fwd Hardware and Software Entries
fwd-engine 0...
Validating FIB FC Fwd Hardware and Software Entries
fwd-engine 0...
fwd-engine 1...
fwd-engine 2...
Validating FIB FC ADJ Hardware and Shadow Entries...
fwd-engine 0...
fwd-engine 1...
fwd-engine 2...

DETAILED SUMMARY:
Fwd Engine: 0 
 FORWARDING TABLE
All fields in hex except VSAN

Route                Fwd   Fwd  | Num   Grp   Path  Adj   
Type   VSAN D ID     Idx   DRAM | Path  Idx   Idx   Idx   VDC  FE
----   ---- ------  -----  ---- + ----  ----  ----  ----  ---  --
 Hardware Mismatch Entries: 
wka    0000 fffffe   07d2  1d01 | 1     ....  ....  004c  01   00 0

 Software Mismatch Entries: 
wka    0000 fffffe   07d2  1d01 | 1     ....  ....  004f  01   00 0

Fwd Engine: 0 
 ADJACENCY TABLE
M:multicast I:D_IDX_CTL S:span B:bundle F:fcoe_bit 
All fields in hex.

Adj                                         | Fwd
Idx   DIdx/fcoe_base M I B Span  fcoe_bit   | Idx
----- ------------------------------------- + ----
 Hardware Mismatch Entries: 
00001    000         F F F 00000    T        | 0017 0

 Software Mismatch Entries: 
00001    03e        F F F 00000      F       | 0017 0
============================================================
SUMMARY:
Module : 1
    Time Taken:                        31.24 seconds
    FWDFC Table Hardware & Software Sync Status: PASSED
    FWDIPS Table Hardware & Software Sync Status: FAILED
         Hardware Mismatch Counts: 1
         Software Mismatch Counts: 1
    ADJFC Table Hardware & Software Sync Status: FAILED
         Hardware Mismatch Counts: 1
         Software Mismatch Counts: 1
============================================================
 

The following example displays the persistent storage service (PSS) Consistency Checker information on an active supervisor. This example shows the abnormal case of test failure.

switch# show consistency-checker pss
PSS CONSISTENCY CHECK RESULT FOR ELTM: SUCCESS
---------------------------------------------------------------
No inconsistency detected in ELTM data
==============================================================
PSS CONSISTENCY CHECK RESULT FOR ETHPM: SUCCESS
---------------------------------------------------------------
No inconsistency detected in ethpm persistent, runtime and shared data.
==============================================================
---------------------------------------------------------
ATTRIBUTE NAME         : Flogi info Runtime Data 
INCONSISTENT INTERFACE : fc2/13 
---------------------------------------------------------
PSS CONSISTENCY CHECK RESULT FOR FPORT_SVR: FAILURE
---------------------------------------------------------------
Please collect tech-support for fport_svr for more details.
==============================================================
PSS CONSISTENCY CHECK RESULT FOR STP: SUCCESS 
---------------------------------------------------------------
No inconsistency detected in STP CBL data
==============================================================
PSS CONSISTENCY CHECK RESULT FOR VLAN_MGR: SUCCESS
---------------------------------------------------------------
No inconsistency detected in vlan_mgr persistent, runtime and shared data.
==============================================================
 

Examples

The following example displays copyright information for NX-OS software:

switch# show copyright
Cisco Nexus Operating System (NX-OS) Software
TAC support: http://www.cisco.com/tac
Copyright (c) 2002-2008, Cisco Systems, Inc. All rights reserved.
The copyrights to certain works contained in this software are
owned by other third parties and used and distributed under
license. Certain components of this software are licensed under
the GNU General Public License (GPL) version 2.0 or the GNU
Lesser General Public License (LGPL) Version 2.1. A copy of each
such license is available at
http://www.opensource.org/licenses/gpl-2.0.php and
http://www.opensource.org/licenses/lgpl-2.1.php
switch#

Examples

This example shows the list of core bundles in the switch core repository:

switch# show cores
Module  Instance  Process-name     PID       Date(Year-Month-Day Time)
------  --------  ---------------  --------  -------------------------
5       1         kernel           1         2021-04-20 08:18:55

Examples

The following example displays configured trust point certificates:

switch# show crypto ca certificates
Trustpoint: admin-ca
certificate:
subject= /CN=switch160
issuer= /C=US/O=cisco/CN=Aparna CA2
serial=6CDB2D9E000100000006
notBefore=Jun  9 10:51:45 2005 GMT
notAfter=May  3 23:10:36 2006 GMT
MD5 Fingerprint=0A:22:DC:A3:07:2A:9F:9A:C2:2C:BA:96:EC:D8:0A:95
purposes: sslserver sslclient ike
CA certificate 0:
subject= /C=US/O=cisco/CN=Aparna CA2
issuer= /emailAddress=amandke@cisco.com/C=IN/ST=Maharashtra/L=Pune/O=cisco/OU=ne
tstorage/CN=Aparna CA1
serial=14A3A877000000000005
notBefore=May  5 18:43:36 2005 GMT
notAfter=May  3 23:10:36 2006 GMT
MD5 Fingerprint=32:50:26:9B:16:B1:40:A5:D0:09:53:0A:98:6C:14:CC
purposes: sslserver sslclient ike
CA certificate 1:
subject= /emailAddress=amandke@cisco.com/C=IN/ST=Maharashtra/L=Pune/O=cisco/OU=n
etstorage/CN=Aparna CA1
issuer= /emailAddress=amandke@cisco.com/C=IN/ST=Karnataka/L=Bangalore/O=Cisco/OU
=netstorage/CN=Aparna CA
serial=611B09A1000000000002
notBefore=May  3 23:00:36 2005 GMT
notAfter=May  3 23:10:36 2006 GMT
MD5 Fingerprint=65:CE:DA:75:0A:AD:B2:ED:69:93:EF:5B:58:D4:E7:AD
purposes: sslserver sslclient ike
CA certificate 2:
subject= /emailAddress=amandke@cisco.com/C=IN/ST=Karnataka/L=Bangalore/O=Cisco/O
U=netstorage/CN=Aparna CA
issuer= /emailAddress=amandke@cisco.com/C=IN/ST=Karnataka/L=Bangalore/O=Cisco/OU
=netstorage/CN=Aparna CA
serial=0560D289ACB419944F4912258CAD197A
notBefore=May  3 22:46:37 2005 GMT
notAfter=May  3 22:55:17 2007 GMT
MD5 Fingerprint=65:84:9A:27:D5:71:03:33:9C:12:23:92:38:6F:78:12
purposes: sslserver sslclient ike

Examples

The following example displays a configured CRL:

switch# show crypto ca crl admin-ca
Trustpoint: admin-ca
CRL:
Certificate Revocation List (CRL):
        Version 2 (0x1)
        Signature Algorithm: sha1WithRSAEncryption
        Issuer: /emailAddress=rviyyoka@cisco.com/C=IN/ST=Kar/L=Bangalore/O=Cisco
 Systems/OU=1/CN=cisco-blr
        Last Update: Sep 22 07:05:23 2005 GMT
        Next Update: Sep 29 19:25:23 2005 GMT
        CRL extensions:
            X509v3 Authority Key Identifier:
            keyid:CF:72:E1:FE:14:60:14:6E:B0:FA:8D:87:18:6B:E8:5F:70:69:05:3F
            1.3.6.1.4.1.311.21.1:
                ...
Revoked Certificates:
    Serial Number: 1E0AE838000000000002
        Revocation Date: Mar 15 09:12:36 2005 GMT
    Serial Number: 1E0AE9AB000000000003
        Revocation Date: Mar 15 09:12:45 2005 GMT
    Serial Number: 1E721E50000000000004
        Revocation Date: Apr  5 11:04:20 2005 GMT
    Serial Number: 3D26E445000000000005
        Revocation Date: Apr  5 11:04:16 2005 GMT
    Serial Number: 3D28F8DF000000000006
        Revocation Date: Apr  5 11:04:12 2005 GMT
    Serial Number: 3D2C6EF3000000000007
        Revocation Date: Apr  5 11:04:09 2005 GMT
    Serial Number: 3D4D7DDC000000000008
        Revocation Date: Apr  5 11:04:05 2005 GMT
    Serial Number: 5BF1FE87000000000009
        Revocation Date: Apr  5 11:04:01 2005 GMT
    Serial Number: 5BF22FB300000000000A
        Revocation Date: Apr  5 11:03:45 2005 GMT
    Serial Number: 5BFA4A4900000000000B
        Revocation Date: Apr  5 11:03:42 2005 GMT
    Serial Number: 5C0BC22500000000000C
        Revocation Date: Apr  5 11:03:39 2005 GMT
    Serial Number: 5C0DA95E00000000000D
        Revocation Date: Apr  5 11:03:35 2005 GMT
    Serial Number: 5C13776900000000000E
        Revocation Date: Apr  5 11:03:31 2005 GMT
    Serial Number: 4864FD5A00000000000F
        Revocation Date: Apr  5 11:03:28 2005 GMT
    Serial Number: 48642E2E000000000010
        Revocation Date: Apr  5 11:03:24 2005 GMT
    Serial Number: 486D4230000000000011
        Revocation Date: Apr  5 11:03:20 2005 GMT
    Serial Number: 7FCB75B9000000000012
        Revocation Date: Apr  5 10:39:12 2005 GMT
    Serial Number: 1A7519000000000013
        Revocation Date: Apr  5 10:38:52 2005 GMT
    Serial Number: 20F1B0000000000014
        Revocation Date: Apr  5 10:38:38 2005 GMT
    Serial Number: 436E43A9000000000023
        Revocation Date: Sep  9 09:01:23 2005 GMT
        CRL entry extensions:
            X509v3 CRL Reason Code:
            Cessation Of Operation
    Serial Number: 152D3C5E000000000047
        Revocation Date: Sep 22 07:12:41 2005 GMT
    Serial Number: 1533AD7F000000000048
        Revocation Date: Sep 22 07:13:11 2005 GMT
    Serial Number: 1F9EB8EA00000000006D
        Revocation Date: Jul 19 09:58:45 2005 GMT
        CRL entry extensions:
            X509v3 CRL Reason Code:
            Cessation Of Operation
    Serial Number: 1FCA9DC600000000006E
        Revocation Date: Jul 19 10:17:34 2005 GMT
        CRL entry extensions:
            X509v3 CRL Reason Code:
            Cessation Of Operation
    Serial Number: 2F1B5E2E000000000072
        Revocation Date: Jul 22 09:41:21 2005 GMT
        CRL entry extensions:
            X509v3 CRL Reason Code:
            Cessation Of Operation
    Signature Algorithm: sha1WithRSAEncryption
        4e:3b:4e:7a:55:6b:f2:ec:72:29:70:16:2a:fd:d9:9a:9b:12:
        f9:cd:dd:20:cc:e0:89:30:3b:4f:00:4b:88:03:2d:80:4e:22:
        9f:46:a5:41:25:f4:a5:26:b7:b6:db:27:a9:64:67:b9:c0:88:
        30:37:cf:74:57:7a:45:5f:5e:d0

Examples

The following example shows how to display configured remote certstores:

switch# show crypto ca remote-certstore
Remote Certstore:LDAP
CRL Timer : 10 Hours
LDAP Server group : Ldap1
switch#

Examples

The following example displays configured trust points:

switch# show crypto ca trustpoints
trustpoint: CAname; key:
revokation methods:  crl

Examples

The following example shows how to display certificatemap filters:

switch# show crypto certificatemap
Map Name: map1
Subject name: /DCBU
Altname Email: koukumar@cisco.com
Altname UPN:
switch#

Examples

The following example shows how to display crypto global domain IPsec statistics:

switch# show crypto global domain ipsec
IPSec global statistics:
        Number of crypto map sets: 2

The following example shows how to display crypto global domain IPsec statistics for an interface:

switch# show crypto global domain ipsec interface gigabitethernet 1/2
IPSec interface statistics:
        IKE transaction stats: 0 num
        Inbound SA stats: 0 num, 512 max
        Outbound SA stats: 0 num, 512 max

The following example shows how to display crypto global domain IPsec security association lifetime parameters:

switch# show crypto global domain ipsec security-association lifetime
Security Association Lifetime: 4500 megabytes/3600 seconds

Examples

The following example shows how to display IKE keepalive value configuration information:

switch# show crypto ike domain ipsec keepalive
keepalive 3600

Examples

The following example displays RSA public key configurations:

switch# show crypto key mupubkey rsa
key label: myrsa
key size: 512
exportable: yes

Examples

The following example shows how to display IPsec crypto map information:

switch# show crypto map domain ipsec
Crypto Map "cm10" 1 ipsec
        Peer = 10.10.10.4
        IP ACL = aclmds10
            permit ip 10.10.10.1 255.255.255.255 10.10.10.4 255.255.255.255
        Transform-sets: 3des-md5, 3des-sha, des-md5, des-sha,
        Security Association Lifetime: 450 gigabytes/3600 seconds
        PFS (Y/N): N
Crypto Map "cm10" 2 ipsec
        Peer = Auto Peer
        IP ACL = acl10
            permit ip 10.10.10.0 255.255.255.0 10.10.10.0 255.255.255.0
        Transform-sets: 3des-md5, 3des-sha, des-md5, des-sha,
        Security Association Lifetime: 450 gigabytes/3600 seconds
        PFS (Y/N): N
Crypto Map "cm11" 1 ipsec
        Peer = 10.10.11.2
        IP ACL = aclany
            permit ip any any
        Transform-sets: 3des-md5, 3des-sha, des-md5, des-sha,
        Security Association Lifetime: 450 gigabytes/3600 seconds
        PFS (Y/N): N
Crypto Map "cm50" 1 ipsec
        Peer = 10.10.50.2
        IP ACL = aclany
            permit ip any any
        Transform-sets: 3des-md5,
        Security Association Lifetime: 450 gigabytes/3600 seconds
        PFS (Y/N): N
Interface using crypto map set cm50:
    GigabitEthernet1/2.1
Crypto Map "cm51" 1 ipsec
        Peer = 10.10.51.2
        IP ACL = aclany
            permit ip any any
        Transform-sets: 3des-md5,
        Security Association Lifetime: 450 gigabytes/3600 seconds
        PFS (Y/N): N
Interface using crypto map set cm51:
    GigabitEthernet1/2.2
Crypto Map "cm60" 1 ipsec
        Peer = 10.10.60.2
        IP ACL = acl60
            permit ip 10.10.60.0 255.255.255.0 10.10.60.0 255.255.255.0
        Transform-sets: 3des-md5,
        Security Association Lifetime: 450 gigabytes/3600 seconds
        PFS (Y/N): N
Interface using crypto map set cm60:
    GigabitEthernet1/2
Crypto Map "cm100" 1 ipsec
        Peer = 10.10.100.221
        IP ACL = aclmds100
            permit ip 10.10.100.231 255.255.255.255 10.10.100.221 255.255.255.255
        Transform-sets: 3des-md5, 3des-sha, des-md5, des-sha,
        Security Association Lifetime: 450 gigabytes/3600 seconds
        PFS (Y/N): N
Crypto Map "cm100" 2 ipsec
        Peer = Auto Peer
        IP ACL = acl100
            permit ip 10.10.100.0 255.255.255.0 10.10.100.0 255.255.255.0
        Transform-sets: 3des-md5, 3des-sha, des-md5, des-sha,
        Security Association Lifetime: 450 gigabytes/3600 seconds
        PFS (Y/N): N

Examples

The following example shows how to display IPsec security association information:

switch# show crypto sad domain ipsec
interface: GigabitEthernet4/1
    Crypto map tag: cm10, local addr. 10.10.10.1
    protected network:
    local ident (addr/mask): (10.10.10.0/255.255.255.0)
    remote ident (addr/mask): (10.10.10.4/255.255.255.255)
    current_peer: 10.10.10.4
      local crypto endpt.: 10.10.10.1, remote crypto endpt.: 10.10.10.4
      mode: tunnel, crypto algo: esp-3des, auth algo: esp-md5-hmac
    current outbound spi: 0x30e000f (51249167), index: 0
      lifetimes in seconds:: 120
      lifetimes in bytes:: 423624704
    current inbound spi: 0x30e0000 (51249152), index: 0
      lifetimes in seconds:: 120
      lifetimes in bytes:: 423624704

Examples

The following example shows how to display the SPD:

switch# show crypto spd domain ipsec
Policy Database for interface: GigabitEthernet1/1, direction: Both
#   0:      deny  udp any port eq 500 any
#   1:      deny  udp any any port eq 500
#   2:      permit ip any any
#  63:      deny  ip any any
Policy Database for interface: GigabitEthernet1/2, direction: Both
#   0:      deny  udp any port eq 500 any
#   1:      deny  udp any any port eq 500
#   3:      permit ip 10.10.50.1 255.255.255.255 10.10.50.2 255.255.255.255
#   4:      permit ip 10.10.51.1 255.255.255.255 10.10.51.2 255.255.255.255
#  63:      deny  ip any any

Examples

The following example shows how to display mapping filters applied for SSH authentication:

switch# show crypto ssh-auth-map
Issuer Name: /DCBU
Map1: map1
Map2: map2
switch#

Examples

The following example shows how to display information for all IPsec transform sets:

switch# show crypto transform-set domain ipsec
Transform set: ipsec_default_transform_set {esp-aes-256-ctr esp-aes-xcbc-mac}
    will negotiate {tunnel}

Examples

The following example shows all debug commands configured on the switch:

switch# show debug
ILC helper:
 ILC_HELPER errors debugging is on
 ILC_HELPER info debugging is on

Examples

The following example displays the debug messages in the specified debug log file.

switch# show debug logfile SampleFile
2004 Jun 28 00:14:17 snmpd[2463]: header_fspfLinkEntry : Sending GETNEXT request
 for fspfLsrTable for vsanIndex  =0,fspfLsrDomainId = 0, fspfLsrType = 0
2004 Jun 28 00:14:17 snmpd[2463]: header_fspfLinkEntry : Sending GETNEXT request
 for fspfLsrTable for vsanIndex  =0,fspfLsrDomainId = 0, fspfLsrType = 0
2004 Jun 28 00:14:17 snmpd[2463]: header_fspfLinkEntry : Recd rsp for GETNEXT fo
r entry (vsanIndex=1,fspfLsrDomainId = 10, fspfLsrType=0, fspfLinkIndex = 1,fspf
LinkNbrDomainId = 84, fspfLinkPortIndex = 67331,fspfLinkNbrPortIndex = 66064, fs
pfLinkType = 1,fspfLinkCost = 500
2004 Jun 28 00:14:17 snmpd[2463]: header_fspfLinkEntry : Sending GETNEXT request
 for fspfLsrTable for vsanIndex  =1,fspfLsrDomainId = 209, fspfLsrType = 0
2004 Jun 28 00:14:17 snmpd[2463]: header_fspfLinkEntry : Sending GETNEXT request
 for fspfLsrTable for vsanIndex  =16777216,fspfLsrDomainId = 3506438144, fspfLsr
Type = 0
2004 Jun 28 00:14:17 snmpd[2463]: header_fspfLinkEntry : Sending GETNEXT request
 for fspfLsrTable for vsanIndex  =33554432,fspfLsrDomainId = 4009754624, fspfLsr
Type = 16777216

Examples

The following example shows all NPV debug commands configured on the switch:

switch# show debug npv
N_port Virtualizer:
 FC Receive Packets debugging is on
 FC Transmit Packets debugging is on
 FC Receive Packet header debugging is on
 FC Transmit Packet header debugging is on
 MTS Receive Packets debugging is on
 MTS Transmit Packets debugging is on
 MTS Receive Packet header/payload debugging is on
 MTS Transmit Packet header/payload debugging is on
 High Availability debugging is on
 FSM Transitions debugging is on
 Error debugging is on
 Warning debugging is on
 Trace debugging is on
 Trace Detail debugging is on
 Demux debugging is on
 Dequeue debugging is on
 Packets debugging is on
 Database debugging is on
 Timers debugging is on
 External Interface FSM Events debugging is on
 External Interface FSM Errors debugging is on
 External Interface FSM Trace debugging is on
 FLOGI FSM Events debugging is on
 FLOGI FSM Errors debugging is on
 FLOGI FSM Trace debugging is on
 Server Interface FSM Events debugging is on
 Server Interface FSM Errors debugging is on
 Server Interface FSM Trace debugging is on
 Events debugging is on

Examples

The following example shows all debug commands configured on the switch:

switch# show debug
ILC helper:
 ILC_HELPER errors debugging is on
 ILC_HELPER info debugging is on

Examples

The following example shows the set of rejected device-alias commands in a session:

switch(config-device-alias-db)# show device-alias session rejected
To avoid command rejections, within a device alias session
Do not reuse:
a) a device alias name while configuring a rename command
b) a PWWN while configuring an add or delete command
c) a device alias name already renamed while configuring add command
Rejected commands must be committed in a separate device alias session
which may cause traffic interruption for those devices. Plan accordingly.
Refer to this command in the NX-OS Command Reference Guide
for more information about device alias configuration best practices

Rejected Command List
---------------------
device-alias name Dev1 pwwn 01:01:01:01:02:02:02:02
device-alias name Dev20 pwwn 01:01:01:01:02:02:02:02
switch(config-device-alias-db)#         

The following examples shows the device-alias session status:

switch(config)# show device-alias session status
Last Action Time Stamp     : Tue Jul  1 01:54:21 2014
Last Action                : Commit
Last Action Result         : Success
Last Action Failure Reason : none
switch(config)# 

The following example shows how to display the contents of the device alias database:

switch# show device-alias database
device-alias name efg pwwn 21:00:00:20:37:9c:48:e5
device-alias name fred pwwn 10:00:00:00:c9:2d:5a:de
device-alias name myalias pwwn 21:21:21:21:21:21:21:21
device-alias name test pwwn 21:00:00:20:37:6f:db:bb
device-alias name test2 pwwn 21:00:00:20:37:a6:be:35
Total number of entries = 5

The following example shows how to display all global fcaliases and all VSAN dependent fcaliases:

switch# show device-alias name efg
device-alias name efg pwwn 21:00:00:20:37:9c:48:e5

The following example shows how to display all global fcaliases and all VSAN dependent fcaliases:

switch# show device-alias statistics
        Device Alias Statistics
===========================================
Lock requests sent: 1
Database update requests sent: 1
Unlock requests sent: 1
Lock requests received: 0
Database update requests received: 0
Unlock requests received: 0
Lock rejects sent: 0
Database update rejects sent: 0
Unlock rejects sent: 0
Lock rejects received: 0
Database update rejects received: 0
Unlock rejects received: 0
Merge requests received: 5
Merge request rejects sent: 0
Merge responses received: 0
Merge response rejects sent: 0
Activation requests received: 5
Activation request rejects sent: 0
Activation requests sent: 0
Activation request rejects received: 0
v_226# pwwn 21:00:00:20:37:6f:dc:0e

Examples

The following example shows how to display the device alias status:

switch# show device-alias status
Fabric Distribution: Enabled
Database:- Device Aliases 0 Mode: Basic
Locked By:- User "admin" SWWN 20:00:00:0d:ec:30:90:40
Pending Database:- Device Aliases 0 Mode: Basic

Examples

The following example shows how to display the diagnostic bootup level information (bypass or complete) that is currently in place on the device:

switch# show diagnostic bootup level
Current bootup diagnostic level: complete
switch#

Examples

The following example shows how to display information about diagnostic test content for a module:

switch# show diagnostic content module 1
Module 1: 2/4/8/10/16 Gbps Advanced FC Module  
Diagnostics test suite attributes: 
B/C/* - Bypass bootup level test / Complete bootup level test
 / NA 
P/*   - Per port test / NA 
M/S/* - Only applicable to active / standby unit / NA 
D/N/* - Disruptive test / Non-disruptive test / NA 
H/O/* - Always enabled monitoring test / Conditionally enable
d test / NA 
F/*   - Fixed monitoring interval test / NA 
X/*   - Not a health monitoring test / NA 
E/*   - Sup to line card test / NA 
L/*   - Exclusively run this test / NA 
T/*   - Not an ondemand test / NA 
A/I/* - Monitoring is active / Monitoring is inactive / NA 
switch#

Examples

The following example shows how to display the diagnostic test description for a module:

switch# show diagnostic description module 1 test all
ASICRegisterCheck :
        A health monitoring test,enabled by default that chec
ks read/write
        access to scratch registers on ASICs on the module.
PrimaryBootROM :
        A health monitoring test that verifies the primary Bo
otROM
        state.
SecondaryBootROM :
        A health monitoring test that verifies the secondary 
BootROM
        state.
EOBCPortLoopback :
switch#

Examples

The following example shows how to display the diagnostic events by error event type:

switch# show diagnostic events error
switch#

Examples

The following example shows how to display the information about on demand diagnostic settings:

switch# show diagnostic ondemand setting
Test iterations = 1
        Action on test failure = continue until test failure 
limit reaches 1
switch#
switch#

Examples

The following example shows how to display the detailed information about the diagnostic test result for a module:

switch# show diagnostic result module 1 detail 
Current bootup diagnostic level: complete
Module 1: 2/4/8/10/16 Gbps Advanced FC Module  
  Diagnostic level at card bootup: complete
        Test results: (. = Pass, F = Fail, I = Incomplete,
        U = Untested, A = Abort, E = Error disabled)
        _____________________________________________________
_________________
        1) ASICRegisterCheck .
                Error code ------------------> DIAG TEST SUCC
ESS
                Total run count -------------> 23
                Last test execution time ----> Fri Jun 26 21:
25:33 2009
                First test failure time ----->  n/a
                Last test failure time ------>  n/a
--More--
switch#

Examples

The following example shows how to display the information about a simulated diagnostic result for a module:

switch# show diagnostic simulation module 1
Card(1): 2/4/8/10/16 Gbps Advanced FC Module
__________________________________________________
    -NA-    
switch#