a10_slb_sip
Synopsis
Configure SIP
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; ‘msg_proxy_current’= Number of current sip proxy connections; ‘msg_proxy_total’= Total number of sip proxy connections; ‘msg_proxy_mem_allocd’= msg_proxy_mem_allocd; ‘msg_proxy_mem_cached’= msg_proxy_mem_cached; ‘msg_proxy_mem_freed’= msg_proxy_mem_freed; ‘msg_proxy_client_recv’= Number of SIP messages received from client; ‘msg_proxy_client_send_success’= Number of SIP messages received from client and forwarded to server; ‘msg_proxy_client_incomplete’= Number of packet which contains incomplete message; ‘msg_proxy_client_drop’= Number of AX drop; ‘msg_proxy_client_connection’= Connecting server; ‘msg_proxy_client_fail’= Number of SIP messages received from client but failed to forward to server; ‘msg_proxy_client_fail_parse’= msg_proxy_client_fail_parse; ‘msg_proxy_client_fail_process’= msg_proxy_client_fail_process; ‘msg_proxy_client_fail_snat’= msg_proxy_client_fail_snat; ‘msg_proxy_client_exceed_tmp_buff’= msg_proxy_client_exceed_tmp_buff; ‘msg_proxy_client_fail_send_pkt’= msg_proxy_client_fail_send_pkt; ‘msg_proxy_client_fail_start_server_Conn’= msg_proxy_client_fail_start_server_Conn; ‘msg_proxy_server_recv’= Number of SIP messages received from server; ‘msg_proxy_server_send_success’= Number of SIP messages received from server and forwarded to client; ‘msg_proxy_server_incomplete’= Number of packet which contains incomplete message; ‘msg_proxy_server_drop’= Number of AX drop; ‘msg_proxy_server_fail’= Number of SIP messages received from server but failed to forward to client; ‘msg_proxy_server_fail_parse’= msg_proxy_server_fail_parse; ‘msg_proxy_server_fail_process’= msg_proxy_server_fail_process; ‘msg_proxy_server_fail_selec_connt’= msg_proxy_server_fail_selec_connt; ‘msg_proxy_server_fail_snat’= msg_proxy_server_fail_snat; ‘msg_proxy_server_exceed_tmp_buff’= msg_proxy_server_exceed_tmp_buff; ‘msg_proxy_server_fail_send_pkt’= msg_proxy_server_fail_send_pkt; ‘msg_proxy_create_server_conn’= Number of server connection system tries to create; ‘msg_proxy_start_server_conn’= Number of server connection created successfully; ‘msg_proxy_fail_start_server_conn’= Number of server connection create failed; ‘msg_proxy_server_conn_fail_snat’= msg_proxy_server_conn_fail_snat; ‘msg_proxy_fail_construct_server_conn’= msg_proxy_fail_construct_server_conn; ‘msg_proxy_fail_reserve_pconn’= msg_proxy_fail_reserve_pconn; ‘msg_proxy_start_server_conn_failed’= msg_proxy_start_server_conn_failed; ‘msg_proxy_server_conn_already_exists’= msg_proxy_server_conn_already_exists; ‘msg_proxy_fail_insert_server_conn’= msg_proxy_fail_insert_server_conn; ‘msg_proxy_parse_msg_fail’= msg_proxy_parse_msg_fail; ‘msg_proxy_process_msg_fail’= msg_proxy_process_msg_fail; ‘msg_proxy_no_vport’= msg_proxy_no_vport; ‘msg_proxy_fail_select_server’= msg_proxy_fail_select_server; ‘msg_proxy_fail_alloc_mem’= msg_proxy_fail_alloc_mem; ‘msg_proxy_unexpected_err’= msg_proxy_unexpected_err; ‘msg_proxy_l7_cpu_failed’= msg_proxy_l7_cpu_failed; ‘msg_proxy_l4_to_l7’= msg_proxy_l4_to_l7; ‘msg_proxy_l4_from_l7’= msg_proxy_l4_from_l7; ‘msg_proxy_to_l4_send_pkt’= msg_proxy_to_l4_send_pkt; ‘msg_proxy_l4_from_l4_send’= msg_proxy_l4_from_l4_send; ‘msg_proxy_l7_to_L4’= msg_proxy_l7_to_L4; ‘msg_proxy_mag_back’= msg_proxy_mag_back; ‘msg_proxy_fail_dcmsg’= msg_proxy_fail_dcmsg; ‘msg_proxy_deprecated_conn’= msg_proxy_deprecated_conn; ‘msg_proxy_hold_msg’= msg_proxy_hold_msg; ‘msg_proxy_split_pkt’= msg_proxy_split_pkt; ‘msg_proxy_pipline_msg’= msg_proxy_pipline_msg; ‘msg_proxy_client_reset’= msg_proxy_client_reset; ‘msg_proxy_server_reset’= msg_proxy_server_reset; ‘session_created’= SIP Session created; ‘session_freed’= SIP Session freed; ‘session_in_rml’= session_in_rml; ‘session_invalid’= session_invalid; ‘conn_allocd’= conn_allocd; ‘conn_freed’= conn_freed; ‘session_callid_allocd’= session_callid_allocd; ‘session_callid_freed’= session_callid_freed; ‘line_mem_allocd’= line_mem_allocd; ‘line_mem_freed’= line_mem_freed; ‘table_mem_allocd’= table_mem_allocd; ‘table_mem_freed’= table_mem_freed; ‘cmsg_no_uri_header’= cmsg_no_uri_header; ‘cmsg_no_uri_session’= cmsg_no_uri_session; ‘sg_no_uri_header’= sg_no_uri_header; ‘smsg_no_uri_session’= smsg_no_uri_session; ‘line_too_long’= line_too_long; ‘fail_read_start_line’= fail_read_start_line; ‘fail_parse_start_line’= fail_parse_start_line; ‘invalid_start_line’= invalid_start_line; ‘request_unknown_version’= request_unknown_version; ‘response_unknown_version’= response_unknown_version; ‘request_unknown’= request_unknown; ‘fail_parse_headers’= fail_parse_headers; ‘too_many_headers’= too_many_headers; ‘invalid_header’= invalid_header; ‘header_name_too_long’= header_name_too_long; ‘body_too_big’= body_too_big; ‘fail_get_counter’= fail_get_counter; ‘msg_no_call_id’= msg_no_call_id; ‘identify_dir_failed’= identify_dir_failed; ‘no_sip_request’= no_sip_request; ‘deprecated_msg’= deprecated_msg; ‘fail_insert_callid_session’= fail_insert_callid_session; ‘fail_insert_uri_session’= fail_insert_uri_session; ‘fail_insert_header’= fail_insert_header; ‘select_server_conn’= select_server_conn; ‘select_server_conn_by_callid’= select_server_conn_by_callid; ‘select_server_conn_by_uri’= select_server_conn_by_uri; ‘select_server_conn_by_rev_tuple’= select_server_conn_by_rev_tuple; ‘select_server_conn_failed’= select_server_conn_failed; ‘select_client_conn’= select_client_conn; ‘X_forward_for_select_client’= X_forward_for_select_client; ‘call_id_select_client’= call_id_select_client; ‘uri_select_client’= uri_select_client; ‘client_select_failed’= client_select_failed; ‘acl_denied’= acl_denied; ‘assemble_frag_failed’= assemble_frag_failed; ‘wrong_ip_version’= wrong_ip_version; ‘size_too_large’= size_too_large; ‘fail_split_fragment’= fail_split_fragment; ‘client_keepalive_received’= client_keepalive_received; ‘server_keepalive_received’= server_keepalive_received; ‘client_keepalive_send’= client_keepalive_send; ‘server_keepalive_send’= server_keepalive_send; ‘ax_health_check_received’= ax_health_check_received; ‘client_request’= client_request; ‘client_request_ok’= client_request_ok; ‘concatenate_msg’= concatenate_msg; ‘save_uri’= save_uri; ‘save_uri_ok’= save_uri_ok; ‘save_call_id’= save_call_id; ‘save_call_id_ok’= save_call_id_ok; ‘msg_translation’= msg_translation; ‘msg_translation_fail’= msg_translation_fail; ‘msg_trans_start_line’= msg_trans_start_line; ‘msg_trans_start_headers’= msg_trans_start_headers; ‘msg_trans_body’= msg_trans_body; ‘request_register’= request_register; ‘request_invite’= request_invite; ‘request_ack’= request_ack; ‘request_cancel’= request_cancel; ‘request_bye’= request_bye; ‘request_options’= request_options; ‘request_prack’= request_prack; ‘request_subscribe’= request_subscribe; ‘request_notify’= request_notify; ‘request_publish’= request_publish; ‘request_info’= request_info; ‘request_refer’= request_refer; ‘request_message’= request_message; ‘request_update’= request_update; ‘response_unknown’= response_unknown; ‘response_1XX’= response_1XX; ‘response_2XX’= response_2XX; ‘response_3XX’= response_3XX; ‘response_4XX’= response_4XX; ‘response_5XX’= response_5XX; ‘response_6XX’= response_6XX; ‘ha_send_sip_session’= ha_send_sip_session; ‘ha_send_sip_session_ok’= ha_send_sip_session_ok; ‘ha_fail_get_msg_header’= ha_fail_get_msg_header; ‘ha_recv_sip_session’= ha_recv_sip_session; ‘ha_insert_sip_session_ok’= ha_insert_sip_session_ok; ‘ha_update_sip_session_ok’= ha_update_sip_session_ok; ‘ha_invalid_pkt’= ha_invalid_pkt; ‘ha_fail_alloc_sip_session’= ha_fail_alloc_sip_session; ‘ha_fail_alloc_call_id’= ha_fail_alloc_call_id; ‘ha_fail_clone_sip_session’= ha_fail_clone_sip_session; ‘save_smp_call_id_rtp’= save_smp_call_id_rtp; ‘update_smp_call_id_rtp’= update_smp_call_id_rtp; ‘smp_call_id_rtp_session_match’= smp_call_id_rtp_session_match; ‘smp_call_id_rtp_session_not_match’= smp_call_id_rtp_session_not_match; ‘process_error_when_message_switch’= process_error_when_message_switch; |
||
oper dict |
Field oper |
||
sip_cpu_list list |
Field sip_cpu_list |
||
cpu_count int |
Field cpu_count |
||
filter_type str |
Field filter_type |
||
stats dict |
Field stats |
||
msg_proxy_current str |
Number of current sip proxy connections |
||
msg_proxy_total str |
Total number of sip proxy connections |
||
msg_proxy_client_recv str |
Number of SIP messages received from client |
||
msg_proxy_client_send_success str |
Number of SIP messages received from client and forwarded to server |
||
msg_proxy_client_incomplete str |
Number of packet which contains incomplete message |
||
msg_proxy_client_drop str |
Number of AX drop |
||
msg_proxy_client_connection str |
Connecting server |
||
msg_proxy_client_fail str |
Number of SIP messages received from client but failed to forward to server |
||
msg_proxy_server_recv str |
Number of SIP messages received from server |
||
msg_proxy_server_send_success str |
Number of SIP messages received from server and forwarded to client |
||
msg_proxy_server_incomplete str |
Number of packet which contains incomplete message |
||
msg_proxy_server_drop str |
Number of AX drop |
||
msg_proxy_server_fail str |
Number of SIP messages received from server but failed to forward to client |
||
msg_proxy_create_server_conn str |
Number of server connection system tries to create |
||
msg_proxy_start_server_conn str |
Number of server connection created successfully |
||
msg_proxy_fail_start_server_conn str |
Number of server connection create failed |
||
session_created str |
SIP Session created |
||
session_freed str |
SIP Session freed |
||
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.