a10_so_counters

Synopsis

Show scaleout statistics

Parameters

Parameters		Choices/Defaults	Comment
state str/required		[‘noop’, ‘present’, ‘absent’]	State of the object to be created.
ansible_host str/required			Host for AXAPI authentication
ansible_username str/required			Username for AXAPI authentication
ansible_password str/required			Password for AXAPI authentication
ansible_port int/required			Port for AXAPI authentication
a10_device_context_id int		[‘1-8’]	Device ID for aVCS configuration
a10_partition str			Destination/target partition for object/command
uuid str			uuid of the object
sampling_enable list			Field sampling_enable
	counters1 str		‘all’= all; ‘so_pkts_rcvd’= Total data packets received; ‘so_redirect_pkts_sent’= Total packets redirected out of node; ‘so_pkts_dropped’= Total packets dropped; ‘so_redirected_pkts_rcvd’= Total redirected packets received on node; ‘so_fw_shadow_session_created’= FW Shadow Session created; ‘so_pkts_traffic_map_not_found_drop’= Traffic MAP Not Found Drop; ‘so_slb_pkts_redirect_conn_aged_out’= Total SLB redirect conns aged out; ‘so_pkts_scaleout_not_active_drop’= Scaleout Not Active Drop; ‘so_pkts_slb_nat_reserve_fail’= Total SLB NAT reserve failures; ‘so_pkts_slb_nat_release_fail’= Total SLB NAT release failures; ‘so_pkts_dest_mac_mismatch_drop’= Destination MAC Mistmatch Drop; ‘so_pkts_l2redirect_dest_mac_zero_drop’= Destination MAC Address zero Drop; ‘so_pkts_l2redirect_interface_not_up’= L2redirect Intf is not UP; ‘so_pkts_l2redirect_invalid_redirect_info_error’= Redirect Table Error due to invalid redirect info; ‘so_pkts_l3_redirect_encap_error_drop’= L3 Redirect encap error drop during transmission; ‘so_pkts_l3_redirect_inner_mac_zero_drop’= L3 Redirect inner mac zero drop during transmission; ‘so_pkts_l3_redirect_decap_vlan_sanity_drop’= L3 Redirect Decap VLAN Sanity Drop during receipt; ‘so_pkts_l3_redirect_decap_non_ipv4_vxlan_drop’= L3 Redirect received non ipv4 VXLAN packet; ‘so_pkts_l3_redirect_decap_rx_encap_params_drop’= L3 Redirect decap Rx encap params error Drop; ‘so_pkts_l3_redirect_table_error’= L3 Redirect Table error Drop; ‘so_pkts_l3_redirect_rcvd_in_l2_mode_drop’= Recevied l3 redirect packets in L2 mode Drop; ‘so_pkts_l3_redirect_fragmentation_error’= L3 redirect encap Fragmentation error; ‘so_pkts_l3_redirect_table_no_entry_found’= L3 redirect Table no redirect entry found error; ‘so_pkts_l3_redirect_invalid_dev_dir’= L3 Redirect Invalid Device direction during transmission; ‘so_pkts_l3_redirect_chassis_dest_mac_error’= L3 Redirect RX multi-slot Destination MAC Error; ‘so_pkts_l3_redirect_encap_ipv4_jumbo_frag_drop’= L3 Redirect ipv4 packet after encap more than max jumbo size; ‘so_pkts_l3_redirect_encap_ipv6_jumbo_frag_drop’= L3 Redirect tx ipv6 packet after encap more than max jumbo size; ‘so_pkts_l3_redirect_too_large_pkts_in_drop’= Received L3 Redirected fragmented packets too large; ‘so_sync_fw_shadow_session_create’= Sent Sync message for FW Shadow session creation; ‘so_sync_fw_shadow_session_delete’= Sent Sync message for FW Shadow session deletion; ‘so_sync_fw_shadow_ext’= Sync FW Shadow extension creation/updation; ‘so_sync_shadow_stats_to_active’= Sync Shadow session stats from shadow to active; ‘so_fw_internal_rule_count’= FW internal rule count; ‘so_hc_registration_done’= Scaleout stats block registered with HC; ‘so_hc_deregistration_done’= Scaleout stats block de-registered with HC; ‘so_pkts_l2redirect_vlan_retrieval_error’= L2 redirect pkt vlan not retrieved; ‘so_pkts_l2redirect_port_retrieval_error’= L2 redirect pkt port not retrieved;
stats dict			Field stats
	so_pkts_rcvd str		Total data packets received
	so_redirect_pkts_sent str		Total packets redirected out of node
	so_pkts_dropped str		Total packets dropped
	so_redirected_pkts_rcvd str		Total redirected packets received on node
	so_fw_shadow_session_created str		FW Shadow Session created
	so_pkts_traffic_map_not_found_drop str		Traffic MAP Not Found Drop
	so_slb_pkts_redirect_conn_aged_out str		Total SLB redirect conns aged out
	so_pkts_scaleout_not_active_drop str		Scaleout Not Active Drop
	so_pkts_slb_nat_reserve_fail str		Total SLB NAT reserve failures
	so_pkts_slb_nat_release_fail str		Total SLB NAT release failures
	so_pkts_dest_mac_mismatch_drop str		Destination MAC Mistmatch Drop
	so_pkts_l2redirect_dest_mac_zero_drop str		Destination MAC Address zero Drop
	so_pkts_l2redirect_interface_not_up str		L2redirect Intf is not UP
	so_pkts_l2redirect_invalid_redirect_info_error str		Redirect Table Error due to invalid redirect info
	so_pkts_l3_redirect_encap_error_drop str		L3 Redirect encap error drop during transmission
	so_pkts_l3_redirect_inner_mac_zero_drop str		L3 Redirect inner mac zero drop during transmission
	so_pkts_l3_redirect_decap_vlan_sanity_drop str		L3 Redirect Decap VLAN Sanity Drop during receipt
	so_pkts_l3_redirect_decap_non_ipv4_vxlan_drop str		L3 Redirect received non ipv4 VXLAN packet
	so_pkts_l3_redirect_decap_rx_encap_params_drop str		L3 Redirect decap Rx encap params error Drop
	so_pkts_l3_redirect_table_error str		L3 Redirect Table error Drop
	so_pkts_l3_redirect_rcvd_in_l2_mode_drop str		Recevied l3 redirect packets in L2 mode Drop
	so_pkts_l3_redirect_fragmentation_error str		L3 redirect encap Fragmentation error
	so_pkts_l3_redirect_table_no_entry_found str		L3 redirect Table no redirect entry found error
	so_pkts_l3_redirect_invalid_dev_dir str		L3 Redirect Invalid Device direction during transmission
	so_pkts_l3_redirect_chassis_dest_mac_error str		L3 Redirect RX multi-slot Destination MAC Error
	so_pkts_l3_redirect_encap_ipv4_jumbo_frag_drop str		L3 Redirect ipv4 packet after encap more than max jumbo size
	so_pkts_l3_redirect_encap_ipv6_jumbo_frag_drop str		L3 Redirect tx ipv6 packet after encap more than max jumbo size
	so_pkts_l3_redirect_too_large_pkts_in_drop str		Received L3 Redirected fragmented packets too large
	so_pkts_l2redirect_vlan_retrieval_error str		L2 redirect pkt vlan not retrieved
	so_pkts_l2redirect_port_retrieval_error str		L2 redirect pkt port not retrieved

Examples

Return Values

modified_values (changed, dict, )

Values modified (or potential changes if using check_mode) as a result of task operation

axapi_calls (always, list, )

Sequential list of AXAPI calls made by the task

endpoint (, str, [‘/axapi/v3/slb/virtual_server’, ‘/axapi/v3/file/ssl-cert’])

The AXAPI endpoint being accessed.

http_method (, str, [‘POST’, ‘GET’])

HTTP method being used by the primary task to interact with the AXAPI endpoint.

request_body (, complex, )

Params used to query the AXAPI

response_body (, complex, )

Response from the AXAPI

Status

• This module is not guaranteed to have a backwards compatible interface. [preview]

• This module is maintained by community.

Authors

• A10 Networks