a10_cgnv6_ds_lite_global
Synopsis
Configure Dual-Stack Lite (DS-Lite) config parameters
Parameters
Parameters |
Choices/Defaults |
Comment |
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state str/required |
[‘noop’, ‘present’, ‘absent’] |
State of the object to be created. |
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ansible_host str/required |
Host for AXAPI authentication |
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ansible_username str/required |
Username for AXAPI authentication |
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ansible_password str/required |
Password for AXAPI authentication |
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ansible_port int/required |
Port for AXAPI authentication |
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a10_device_context_id int |
[‘1-8’] |
Device ID for aVCS configuration |
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a10_partition str |
Destination/target partition for object/command |
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user_quota_prefix_length int |
User Quota Prefix Length (Default= 128) |
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tcp dict |
Field tcp |
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mss_clamp dict |
Field mss_clamp |
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reset_on_error dict |
Field reset_on_error |
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ip_checksum_error str |
‘fix’= Fix the bad checksum (default); ‘drop’= Drop packets with a bad checksum; |
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l4_checksum_error str |
‘propagate’= Propagate the bad checksum (default); ‘fix’= Fix the bad checksum; ‘drop’= Drop packets with a bad checksum; |
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inside dict |
Field inside |
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source dict |
Field source |
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icmp dict |
Field icmp |
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send_on_port_unavailable str |
‘host-unreachable’= Send ICMP destination host unreachable; ‘admin-filtered’= Send ICMP admin filtered; ‘disable’= Disable ICMP port unavailable message (default); |
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send_on_user_quota_exceeded str |
‘host-unreachable’= Send ICMP destination host unreachable; ‘admin-filtered’= Send ICMP admin filtered (default); ‘disable’= Disable ICMP quota exceeded message; |
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uuid str |
uuid of the object |
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sampling_enable list |
Field sampling_enable |
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counters1 str |
‘all’= all; ‘total_tcp_allocated’= Total TCP Ports Allocated; ‘total_tcp_freed’= Total TCP Ports Freed; ‘total_udp_allocated’= Total UDP Ports Allocated; ‘total_udp_freed’= Total UDP Ports Freed; ‘total_icmp_allocated’= Total ICMP Ports Allocated; ‘total_icmp_freed’= Total ICMP Ports Freed; ‘data_session_created’= Data Session Created; ‘data_session_freed’= Data Session Freed; ‘user_quota_created’= User-Quota Created; ‘user_quota_put_in_del_q’= User-Quota Freed; ‘user_quota_failure’= User-Quota Creation Failed; ‘nat_port_unavailable_tcp’= TCP NAT Port Unavailable; ‘nat_port_unavailable_udp’= UDP NAT Port Unavailable; ‘nat_port_unavailable_icmp’= ICMP NAT Port Unavailable; ‘new_user_resource_unavailable’= New User NAT Resource Unavailable; ‘tcp_user_quota_exceeded’= TCP User-Quota Exceeded; ‘udp_user_quota_exceeded’= UDP User-Quota Exceeded; ‘icmp_user_quota_exceeded’= ICMP User-Quota Exceeded; ‘extended_quota_matched’= Extended User-Quota Matched; ‘extended_quota_exceeded’= Extended User-Quota Exceeded; ‘data_sesn_user_quota_exceeded’= Data Session User-Quota Exceeded; ‘data_sesn_rate_user_quota_exceeded’= Conn Rate User-Quota Exceeded; ‘tcp_fullcone_created’= TCP Full-cone Session Created; ‘tcp_fullcone_freed’= TCP Full-cone Session Freed; ‘udp_fullcone_created’= UDP Full-cone Session Created; ‘udp_fullcone_freed’= UDP Full-cone Session Freed; ‘fullcone_failure’= Full-cone Session Creation Failed; ‘hairpin’= Hairpin Session Created; ‘fullcone_self_hairpinning_drop’= Self-Hairpinning Drop; ‘endpoint_indep_map_match’= Endpoint-Independent Mapping Matched; ‘endpoint_indep_filter_match’= Endpoint-Independent Filtering Matched; ‘inbound_filtered’= Endpoint-Dependent Filtering Drop; ‘eif_limit_exceeded’= Endpoint-Independent Filtering Inbound Limit Exceeded; ‘total_tcp_overloaded’= TCP Port Overloaded; ‘total_udp_overloaded’= UDP Port Overloaded; ‘port_overloading_smp_inserted_tcp’= TCP Port Overloading Session Created; ‘port_overloading_smp_inserted_udp’= UDP Port Overloading Session Created; ‘port_overloading_smp_free_tcp’= TCP Port Overloading Session Freed; ‘port_overloading_smp_free_udp’= UDP Port Overloading Session Freed; ‘nat_pool_unusable’= NAT Pool Unusable; ‘ha_nat_pool_unusable’= HA NAT Pool Unusable; ‘ha_nat_pool_batch_type_mismatch’= HA NAT Pool Batch Type Mismatch; ‘no_radius_profile_match’= No RADIUS Profile Match; ‘truncated_packet’= Truncated Packet; ‘lid_drop’= LSN LID Drop; ‘lid_pass_through’= LSN LID Pass- through; ‘no_class_list_match’= No Class-List Match; ‘class_list_permit_drop’= Permit Class-List Drop; ‘user_quota_mem_allocated’= User-Quota Memory Allocated; ‘user_quota_mem_freed’= User-Quota Memory Freed; ‘user_quota_created_shadow’= Total User-Quota Created; ‘quota_marked_deleted’= User-Quota Marked Deleted; ‘quota_delete_not_in_bucket’= User-Quota Delete Not In Bucket; ‘user_quota_put_in_del_q_shadow’= Total User-Quota Put In Del Q; ‘prefix_quota_created’= Total Prefix Quota Created; ‘prefix_quota_put_in_del_q’= Total Prefix Quota Freed; ‘prefix_quota_failure’= Total Prefix Quota Failure; ‘total_user_quota_created’= Total Quota Structure Created; ‘total_user_quota_put_in_del_q’= Total Quota Structure Freed; ‘total_user_quota_failure’= Total Quota Structure Failure; ‘tcp_out_of_state_rst_sent’= Total Out of State TCP RST sent; ‘tcp_out_of_state_rst_dropped’= Total Out of State TCP RST dropped; ‘icmp_out_of_state_uqe_admin_filtered_sent’= Total User Quota Exceeded ICMP admin filtered sent; ‘icmp_out_of_state_uqe_host_unreachable_sent’= Total User Quota Exceeded ICMP host unreachable sent; ‘icmp_out_of_state_uqe_dropped’= Total User Queue Exceeded ICMP notification dropped; ‘user_quota_not_found’= User-Quota Not Found; ‘tcp_fullcone_created_shadow’= Total TCP Full-cone sessions created; ‘tcp_fullcone_freed_shadow’= Total TCP Full-cone sessions freed; ‘udp_fullcone_created_shadow’= Total UDP Full-cone sessions created; ‘udp_fullcone_freed_shadow’= Total UDP Full-cone sessions freed; ‘udp_alg_fullcone_created’= Total UDP ALG Full-cone sessions created; ‘udp_alg_fullcone_freed’= Total UDP ALG Full-cone sessions freed; ‘fullcone_created’= Total Full-cone sessions created; ‘fullcone_freed’= Total Full-cone sessions freed; ‘data_session_created_shadow’= Total Data Sessions Created; ‘data_session_freed_shadow’= Total Data Sessions Freed; ‘data_session_user_quota_mismatch’= Data Session Counter Per User Mismatch; ‘extended_quota_mismatched’= Extended User-Quota Mismatched; ‘nat_port_unavailable_other’= Other NAT Port Unavailable; ‘nat_port_unavailable’= Total NAT Port Unavailable; ‘new_user_resource_unavailable_tcp’= TCP New User NAT Resource Unavailable; ‘new_user_resource_unavailable_udp’= UDP New User NAT Resource Unavailable; ‘new_user_resource_unavailable_icmp’= ICMP New User NAT Resource Unavailable; ‘new_user_resource_unavailable_other’= Other New User NAT Resource Unavailable; ‘total_tcp_allocated_shadow’= Total TCP Ports Allocated; ‘total_tcp_freed_shadow’= Total TCP Ports Freed; ‘total_udp_allocated_shadow’= Total UDP Ports Allocated; ‘total_udp_freed_shadow’= Total UDP Ports Freed; ‘total_icmp_allocated_shadow’= Total ICMP Ports Allocated; ‘total_icmp_freed_shadow’= Total ICMP Ports Freed; ‘udp_alg_no_quota’= UDP ALG User-Quota Not Found; ‘udp_alg_eim_mismatch’= UDP ALG Endpoint-Independent Mapping Mismatch; ‘udp_alg_no_nat_ip’= UDP ALG User-Quota Unknown NAT IP; ‘udp_alg_alloc_failure’= UDP ALG Port Allocation Failure; ‘sip_alg_no_quota’= SIP ALG User-Quota Not Found; ‘sip_alg_quota_inc_failure’= SIP ALG User-Quota Exceeded; ‘sip_alg_no_nat_ip’= SIP ALG Unknown NAT IP; ‘sip_alg_reuse_contact_fullcone’= SIP ALG Reuse Contact Full-cone Session; ‘sip_alg_contact_fullcone_mismatch’= SIP ALG Contact Full-cone Session Mismatch; ‘sip_alg_alloc_contact_port_failure’= SIP ALG Alloc Contact NAT Port Failure; ‘sip_alg_create_contact_fullcone_failure’= SIP ALG Create Contact Full-cone Session Failure; ‘sip_alg_release_contact_port_failure’= SIP ALG Release Contact NAT Port Failure; ‘sip_alg_single_rtp_fullcone’= SIP ALG Single RTP Full-cone Found; ‘sip_alg_single_rtcp_fullcone’= SIP ALG Single RTCP Full- cone Found; ‘sip_alg_rtcp_fullcone_mismatch’= SIP ALG RTCP Full-cone NAT Port Mismatch; ‘sip_alg_reuse_rtp_rtcp_fullcone’= SIP ALG Reuse RTP/RTCP Full-cone Session; ‘sip_alg_alloc_rtp_rtcp_port_failure’= SIP ALG Alloc RTP/RTCP NAT Ports Failure; ‘sip_alg_alloc_single_port_failure’= SIP ALG Alloc Single RTP or RTCP NAT Port Failure; ‘sip_alg_create_single_fullcone_failure’= SIP ALG Create Single RTP or RTCP Full-cone Session Failure; ‘sip_alg_create_rtp_fullcone_failure’= SIP ALG Create RTP Full-cone Session Failure; ‘sip_alg_create_rtcp_fullcone_failure’= SIP ALG Create RTCP Full-cone Session Failure; ‘sip_alg_port_pair_alloc_from_consecutive’= SIP ALG Port Pair Allocated From Consecutive; ‘sip_alg_port_pair_alloc_from_partition’= SIP ALG Port Pair Allocated From Partition; ‘sip_alg_port_pair_alloc_from_pool_port_batch’= SIP ALG Port Pair Allocated From Pool Port Batch; ‘sip_alg_port_pair_alloc_from_quota_consecutive’= SIP ALG Port Pair Allocated From Quota Consecutive; ‘sip_alg_port_pair_alloc_from_quota_partition’= SIP ALG Port Pair Allocated From Quota Partition; ‘sip_alg_port_pair_alloc_from_quota_partition_error’= SIP ALG Port Pair Allocated From Quota Partition Error; ‘sip_alg_port_pair_alloc_from_quota_pool_port_batch’= SIP ALG Port Pair Allocated From Quota Pool Port Batch; ‘sip_alg_port_pair_alloc_from_quota_pool_port_batch_with_frag’= SIP ALG Port Pair Allocated From Quota Port Batch Version 2 with Frag Free Ports; |
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counters2 str |
‘h323_alg_no_quota’= H323 ALG User-Quota Not Found; ‘h323_alg_quota_inc_failure’= H323 ALG User-Quota Exceeded; ‘h323_alg_no_nat_ip’= H323 ALG Unknown NAT IP; ‘h323_alg_reuse_fullcone’= H323 ALG Reuse Full-cone Session; ‘h323_alg_fullcone_mismatch’= H323 ALG Full-cone Session Mismatch; ‘h323_alg_alloc_port_failure’= H323 ALG Alloc NAT Port Failure; ‘h323_alg_create_fullcone_failure’= H323 ALG Create Full-cone Session Failure; ‘h323_alg_release_port_failure’= H323 ALG Release NAT Port Failure; ‘h323_alg_single_rtp_fullcone’= H323 ALG Single RTP Full-cone Found; ‘h323_alg_single_rtcp_fullcone’= H323 ALG Single RTCP Full-cone Found; ‘h323_alg_rtcp_fullcone_mismatch’= H323 ALG RTCP Full-cone NAT Port Mismatch; ‘h323_alg_reuse_rtp_rtcp_fullcone’= H323 ALG Reuse RTP/RTCP Full-cone Session; ‘h323_alg_alloc_rtp_rtcp_port_failure’= H323 ALG Alloc RTP/RTCP NAT Ports Failure; ‘h323_alg_alloc_single_port_failure’= H323 ALG Alloc Single RTP or RTCP NAT Port Failure; ‘h323_alg_create_single_fullcone_failure’= H323 ALG Create Single RTP or RTCP Full-cone Session Failure; ‘h323_alg_create_rtp_fullcone_failure’= H323 ALG Create RTP Full-cone Session Failure; ‘h323_alg_create_rtcp_fullcone_failure’= H323 ALG Create RTCP Full- cone Session Failure; ‘h323_alg_port_pair_alloc_from_consecutive’= H323 ALG Port Pair Allocated From Consecutive; ‘h323_alg_port_pair_alloc_from_partition’= H323 ALG Port Pair Allocated From Partition; ‘h323_alg_port_pair_alloc_from_pool_port_batch’= H323 ALG Port Pair Allocated From Pool Port Batch; ‘h323_alg_port_pair_alloc_from_quota_consecutive’= H323 ALG Port Pair Allocated From Quota Consecutive; ‘h323_alg_port_pair_alloc_from_quota_partition’= H323 ALG Port Pair Allocated From Quota Partition; ‘h323_alg_port_pair_alloc_from_quota_partition_error’= H323 ALG Port Pair Allocated From Quota Partition Error; ‘h323_alg_port_pair_alloc_from_quota_pool_port_batch’= H323 ALG Port Pair Allocated From Quota Pool Port Batch; ‘port_batch_quota_extension_alloc_failure’= Port Batch Extension Alloc Failure (No memory); ‘port_batch_free_quota_not_found’= Port Batch Quota Not Found on Free; ‘port_batch_free_port_not_found’= Port Batch Port Not Found on Free; ‘port_batch_free_wrong_partition’= Port Batch Free Wrong Partition; ‘radius_query_quota_ext_alloc_failure’= RADIUS Query Container Alloc (No Memoty); ‘radius_query_quota_ext_alloc_race_free’= RADIUS Query Container Alloc Race Free; ‘quota_extension_added’= Quota Extension Added to Quota; ‘quota_extension_removed’= Quota Extension Removed from Quota; ‘quota_extension_remove_not_found’= Quota Extension Not Found on Remove; ‘ha_sync_port_batch_sent’= HA Port Batch Extension Sync Sent; ‘ha_sync_port_batch_rcv’= HA Port Batch Extension Sync Received; ‘ha_send_port_batch_not_found’= HA Port Batch Not Found on Sync Send; ‘ha_rcv_port_not_in_port_batch’= HA Port Not in Port Batch on Sync Rcv; ‘bad_port_to_free’= Freeing Bad Port; ‘consecutive_port_free’= Port Freed from Consecutive Pool; ‘partition_port_free’= Port Freed from Partition; ‘pool_port_batch_port_free’= Port Freed from Pool Port Batch; ‘port_allocated_from_quota_consecutive’= Port Allocated from Quota Consecutive; ‘port_allocated_from_quota_partition’= Port Allocated from Quota Partition; ‘port_allocated_from_quota_pool_port_batch’= Port Allocated from Quota Pool Port Batch; ‘port_freed_from_quota_consecutive’= Port Freed from Quota Consecutive; ‘port_freed_from_quota_partition’= Port Freed from Quota Partition; ‘port_freed_from_quota_pool_port_batch’= Port Freed from Quota Pool Port Batch; ‘port_batch_allocated_to_quota’= Port Batch Allocated to Quota; ‘port_batch_freed_from_quota’= Port Batch Freed From Quota; ‘specific_port_allocated_from_quota_consecutive’= Specific Port Allocated from Quota Consecutive; ‘specific_port_allocated_from_quota_partition’= Specific Port Allocated from Quota Partition; ‘specific_port_allocated_from_quota_pool_port_batch’= Specific Port Allocated from Quota Pool Port Batch; ‘port_batch_container_alloc_failure’= Port Batch Container Alloc Out of Memory; ‘port_batch_container_alloc_race_free’= Port Batch Container Race Free; ‘port_overloading_destination_conflict’= Port Overloading Destination Conflict; ‘port_overloading_out_of_memory’= Port Overloading Out of Memory; ‘port_overloading_assign_user’= Port Overloading Port Assign User; ‘port_overloading_assign_user_port_batch’= Port Overloading Port Assign User Port Batch; ‘port_overloading_inc’= Port Overloading Port Increment; ‘port_overloading_dec_on_conflict’= Port Overloading Port Decrement on Conflict; ‘port_overloading_dec_on_free’= Port Overloading Port Decrement on Free; ‘port_overloading_free_port_on_conflict’= Port Overloading Free Port on Conflict; ‘port_overloading_free_port_batch_on_conflict’= Port Overloading Free Port Batch on Conflict; ‘port_overloading_inc_overflow’= Port Overloading Inc Overflow; ‘port_overloading_attempt_consecutive_ports’= Port Overloading on Consecutive Ports; ‘port_overloading_attempt_same_partition’= Port Overloading on Same Partition; ‘port_overloading_attempt_diff_partition’= Port Overloading on Different Partition; ‘port_overloading_attempt_failed’= Port Overloading Attempt Failed; ‘port_overloading_conn_free_retry_lookup’= Port Overloading Conn Free Retry Lookup; ‘port_overloading_conn_free_not_found’= Port Overloading Conn Free Not Found; ‘port_overloading_smp_mem_allocated’= Port Overloading SMP Session Allocated; ‘port_overloading_smp_mem_freed’= Port Overloading SMP Session Freed; ‘port_overloading_smp_inserted’= Port Overloading SMP Inserted; ‘port_overloading_smp_inserted_tcp_shadow’= Total Port Overloading SMP TCP Inserted; ‘port_overloading_smp_inserted_udp_shadow’= Total Port Overloading SMP UDP Inserted; ‘port_overloading_smp_free_tcp_shadow’= Total Port Overloading SMP TCP Freed; ‘port_overloading_smp_free_udp_shadow’= Total Port Overloading SMP UDP Freed; ‘port_overloading_smp_put_in_del_q_from_conn’= Port Overloading SMP Free From Conn; ‘port_overloading_smp_free_dec_failure’= Port Overloading SMP Free Dec Failure; ‘port_overloading_smp_free_no_quota’= Port Overloading SMP Free No Quota; ‘port_overloading_smp_free_port’= Port Overloading SMP Free Port; ‘port_overloading_smp_free_port_from_quota’= Port Overloading SMP Free Port From Quota; ‘port_overloading_for_no_ports’= Port Overloading for No Ports; ‘port_overloading_for_no_ports_success’= Port Overloading for No Ports Success; ‘port_overloading_for_quota_exceeded’= Port Overloading for Quota Exceeded; ‘port_overloading_for_quota_exceeded_success’= Port Overloading for Quota Exceeded Success; ‘port_overloading_for_quota_exceeded_race’= Port Overloading for Quota Exceeded Race; ‘port_overloading_for_quota_exceeded_race_success’= Port Overloading for Quota Exceeded Race Success; ‘port_overloading_for_new_user’= Port Overloading for New User; ‘port_overloading_for_new_user_success’= Port Overloading for New User Success; ‘ha_port_overloading_attempt_failed’= HA Port Overloading Attempt Failed; ‘ha_port_overloading_for_no_ports’= HA Port Overloading for No Ports; ‘ha_port_overloading_for_no_ports_success’= HA Port Overloading for No Ports Success; ‘ha_port_overloading_for_quota_exceeded’= HA Port Overloading for Quota Exceeded; ‘ha_port_overloading_for_quota_exceeded_success’= HA Port Overloading for Quota Exceeded Success; ‘ha_port_overloading_for_quota_exceeded_race’= HA Port Overloading for Quota Exceeded Race; ‘ha_port_overloading_for_quota_exceeded_race_success’= HA Port Overloading for Quota Exceeded Race Success; ‘ha_port_overloading_for_new_user’= HA Port Overloading for New User; ‘ha_port_overloading_for_new_user_success’= HA Port Overloading for New User Success; |
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counters3 str |
‘nat_pool_force_delete’= NAT Pool Force Delete; ‘quota_ext_too_many’= Quota Ext Too Many; ‘nat_pool_not_found_on_free’= NAT Pool Not Found on Free; ‘standby_class_list_drop’= Standby Class-List Drop; ‘fullcone_inbound_nat_pool_mismatch’= Full-cone Session NAT Pool Mismatch; ‘bad_ip_tot_len’= Bad IPv4 Total Length; ‘ip_checksum_verified’= IP Checksum Verified; ‘ip_checksum_fixed’= IP Checksum Fixed; ‘ip_checksum_bad_drop’= IP Checksum Bad Drop; ‘ip_frag_checksum_fixed’= IP Frag Checksum Fixed; ‘l4_checksum_verified’= L4 Checksum Verified; ‘l4_checksum_fixed’= L4 Checksum Fixed; ‘l4_checksum_bad_drop’= L4 Checksum Bad Drop; ‘jumbo_list_bad_l4_len’= Jumbo List Bad L4 Len; ‘frag_list_bad_l4_len’= Frag List Bad L4 Len; ‘nat_pool_attempt_adding_multiple_free_batches’= Attempt Adding Multiple Free Batches to Quota; ‘nat_pool_add_free_batch_failed’= Add Batch to Quota Failed; ‘mgcp_alg_no_quota’= MGCP ALG User-Quota Not Found; ‘mgcp_alg_quota_inc_failure’= MGCP ALG User-Quota Exceeded; ‘mgcp_alg_no_nat_ip’= MGCP ALG Unknown NAT IP; ‘mgcp_alg_reuse_fullcone’= MGCP ALG Reuse Full-cone Session; ‘mgcp_alg_fullcone_mismatch’= MGCP ALG Full-cone Session Mismatch; ‘mgcp_alg_alloc_port_failure’= MGCP ALG Alloc NAT Port Failure; ‘mgcp_alg_create_fullcone_failure’= MGCP ALG Create Full-cone Session Failure; ‘mgcp_alg_release_port_failure’= MGCP ALG Release NAT Port Failure; ‘mgcp_alg_single_rtp_fullcone’= MGCP ALG Single RTP Full-cone Found; ‘mgcp_alg_single_rtcp_fullcone’= MGCP ALG Single RTCP Full-cone Found; ‘mgcp_alg_rtcp_fullcone_mismatch’= MGCP ALG RTCP Full-cone NAT Port Mismatch; ‘mgcp_alg_reuse_rtp_rtcp_fullcone’= MGCP ALG Reuse RTP/RTCP Full-cone Session; ‘mgcp_alg_alloc_rtp_rtcp_port_failure’= MGCP ALG Alloc RTP/RTCP NAT Ports Failure; ‘mgcp_alg_alloc_single_port_failure’= MGCP ALG Alloc Single RTP or RTCP NAT Port Failure; ‘mgcp_alg_create_single_fullcone_failure’= MGCP ALG Create Single RTP or RTCP Full-cone Session Failure; ‘mgcp_alg_create_rtp_fullcone_failure’= MGCP ALG Create RTP Full-cone Session Failure; ‘mgcp_alg_create_rtcp_fullcone_failure’= MGCP ALG Create RTCP Full- cone Session Failure; ‘mgcp_alg_port_pair_alloc_from_consecutive’= MGCP ALG Port Pair Allocated From Consecutive; ‘mgcp_alg_port_pair_alloc_from_partition’= MGCP ALG Port Pair Allocated From Partition; ‘mgcp_alg_port_pair_alloc_from_pool_port_batch’= MGCP ALG Port Pair Allocated From Pool Port Batch; ‘mgcp_alg_port_pair_alloc_from_quota_consecutive’= MGCP ALG Port Pair Allocated From Quota Consecutive; ‘mgcp_alg_port_pair_alloc_from_quota_partition’= MGCP ALG Port Pair Allocated From Quota Partition; ‘mgcp_alg_port_pair_alloc_from_quota_partition_error’= MGCP ALG Port Pair Allocated From Quota Partition Error; ‘mgcp_alg_port_pair_alloc_from_quota_pool_port_batch’= MGCP ALG Port Pair Allocated From Quota Pool Port Batch; ‘user_quota_unusable_drop’= User-Quota Unusable Drop; ‘user_quota_unusable’= User-Quota Marked Unusable; ‘nat_pool_same_port_batch_udp_failed’= Simultaneous Batch Allocation UDP Port Allocation Failed; ‘fwd_ingress_packets_tcp’= Forward Ingress Packets TCP; ‘fwd_egress_packets_tcp’= Forward Egress Packets TCP; ‘rev_ingress_packets_tcp’= Reverse Ingress Packets TCP; ‘rev_egress_packets_tcp’= Reverse Egress Packets TCP; ‘fwd_ingress_bytes_tcp’= Forward Ingress Bytes TCP; ‘fwd_egress_bytes_tcp’= Forward Egress Bytes TCP; ‘rev_ingress_bytes_tcp’= Reverse Ingress Bytes TCP; ‘rev_egress_bytes_tcp’= Reverse Egress Bytes TCP; ‘fwd_ingress_packets_udp’= Forward Ingress Packets UDP; ‘fwd_egress_packets_udp’= Forward Egress Packets UDP; ‘rev_ingress_packets_udp’= Reverse Ingress Packets UDP; ‘rev_egress_packets_udp’= Reverse Egress Packets UDP; ‘fwd_ingress_bytes_udp’= Forward Ingress Bytes UDP; ‘fwd_egress_bytes_udp’= Forward Egress Bytes UDP; ‘rev_ingress_bytes_udp’= Reverse Ingress Bytes UDP; ‘rev_egress_bytes_udp’= Reverse Egress Bytes UDP; ‘fwd_ingress_packets_icmp’= Forward Ingress Packets ICMP; ‘fwd_egress_packets_icmp’= Forward Egress Packets ICMP; ‘rev_ingress_packets_icmp’= Reverse Ingress Packets ICMP; ‘rev_egress_packets_icmp’= Reverse Egress Packets ICMP; ‘fwd_ingress_bytes_icmp’= Forward Ingress Bytes ICMP; ‘fwd_egress_bytes_icmp’= Forward Egress Bytes ICMP; ‘rev_ingress_bytes_icmp’= Reverse Ingress Bytes ICMP; ‘rev_egress_bytes_icmp’= Reverse Egress Bytes ICMP; ‘fwd_ingress_packets_others’= Forward Ingress Packets OTHERS; ‘fwd_egress_packets_others’= Forward Egress Packets OTHERS; ‘rev_ingress_packets_others’= Reverse Ingress Packets OTHERS; ‘rev_egress_packets_others’= Reverse Egress Packets OTHERS; ‘fwd_ingress_bytes_others’= Forward Ingress Bytes OTHERS; ‘fwd_egress_bytes_others’= Forward Egress Bytes OTHERS; ‘rev_ingress_bytes_others’= Reverse Ingress Bytes OTHERS; ‘rev_egress_bytes_others’= Reverse Egress Bytes OTHERS; ‘fwd_ingress_pkt_size_range1’= Forward Ingress Packet size between 0 and 200; ‘fwd_ingress_pkt_size_range2’= Forward Ingress Packet size between 201 and 800; ‘fwd_ingress_pkt_size_range3’= Forward Ingress Packet size between 801 and 1550; ‘fwd_ingress_pkt_size_range4’= Forward Ingress Packet size between 1551 and 9000; ‘fwd_egress_pkt_size_range1’= Forward Egress Packet size between 0 and 200; ‘fwd_egress_pkt_size_range2’= Forward Egress Packet size between 201 and 800; ‘fwd_egress_pkt_size_range3’= Forward Egress Packet size between 801 and 1550; ‘fwd_egress_pkt_size_range4’= Forward Egress Packet size between 1551 and 9000; ‘rev_ingress_pkt_size_range1’= Reverse Ingress Packet size between 0 and 200; ‘rev_ingress_pkt_size_range2’= Reverse Ingress Packet size between 201 and 800; ‘rev_ingress_pkt_size_range3’= Reverse Ingress Packet size between 801 and 1550; ‘rev_ingress_pkt_size_range4’= Reverse Ingress Packet size between 1551 and 9000; ‘rev_egress_pkt_size_range1’= Reverse Egress Packet size between 0 and 200; ‘rev_egress_pkt_size_range2’= Reverse Egress Packet size between 201 and 800; ‘rev_egress_pkt_size_range3’= Reverse Egress Packet size between 801 and 1550; ‘rev_egress_pkt_size_range4’= Reverse Egress Packet size between 1551 and 9000; ‘prefix_quota_mismatch’= Prefix Quota NAT IP Mismatch; ‘port_overloading_port_tcp_inserted’= Port Overloading NAT Port TCP Inserted; ‘port_overloading_port_udp_inserted’= Port Overloading NAT Port UDP Inserted; ‘port_overloading_port_free_tcp’= TCP Port Overloading NAT Port Freed; ‘port_overloading_port_free_udp’= UDP Port Overloading NAT Port Freed; |
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stats dict |
Field stats |
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total_tcp_allocated str |
Total TCP Ports Allocated |
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total_tcp_freed str |
Total TCP Ports Freed |
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total_udp_allocated str |
Total UDP Ports Allocated |
||
total_udp_freed str |
Total UDP Ports Freed |
||
total_icmp_allocated str |
Total ICMP Ports Allocated |
||
total_icmp_freed str |
Total ICMP Ports Freed |
||
data_session_created str |
Data Session Created |
||
data_session_freed str |
Data Session Freed |
||
user_quota_created str |
User-Quota Created |
||
user_quota_put_in_del_q str |
User-Quota Freed |
||
user_quota_failure str |
User-Quota Creation Failed |
||
nat_port_unavailable_tcp str |
TCP NAT Port Unavailable |
||
nat_port_unavailable_udp str |
UDP NAT Port Unavailable |
||
nat_port_unavailable_icmp str |
ICMP NAT Port Unavailable |
||
new_user_resource_unavailable str |
New User NAT Resource Unavailable |
||
tcp_user_quota_exceeded str |
TCP User-Quota Exceeded |
||
udp_user_quota_exceeded str |
UDP User-Quota Exceeded |
||
icmp_user_quota_exceeded str |
ICMP User-Quota Exceeded |
||
extended_quota_matched str |
Extended User-Quota Matched |
||
extended_quota_exceeded str |
Extended User-Quota Exceeded |
||
data_sesn_user_quota_exceeded str |
Data Session User-Quota Exceeded |
||
data_sesn_rate_user_quota_exceeded str |
Conn Rate User-Quota Exceeded |
||
tcp_fullcone_created str |
TCP Full-cone Session Created |
||
tcp_fullcone_freed str |
TCP Full-cone Session Freed |
||
udp_fullcone_created str |
UDP Full-cone Session Created |
||
udp_fullcone_freed str |
UDP Full-cone Session Freed |
||
fullcone_failure str |
Full-cone Session Creation Failed |
||
hairpin str |
Hairpin Session Created |
||
fullcone_self_hairpinning_drop str |
Self-Hairpinning Drop |
||
endpoint_indep_map_match str |
Endpoint-Independent Mapping Matched |
||
endpoint_indep_filter_match str |
Endpoint-Independent Filtering Matched |
||
inbound_filtered str |
Endpoint-Dependent Filtering Drop |
||
eif_limit_exceeded str |
Endpoint-Independent Filtering Inbound Limit Exceeded |
||
total_tcp_overloaded str |
TCP Port Overloaded |
||
total_udp_overloaded str |
UDP Port Overloaded |
||
port_overloading_smp_inserted_tcp str |
TCP Port Overloading Session Created |
||
port_overloading_smp_inserted_udp str |
UDP Port Overloading Session Created |
||
port_overloading_smp_free_tcp str |
TCP Port Overloading Session Freed |
||
port_overloading_smp_free_udp str |
UDP Port Overloading Session Freed |
||
nat_pool_unusable str |
NAT Pool Unusable |
||
ha_nat_pool_unusable str |
HA NAT Pool Unusable |
||
ha_nat_pool_batch_type_mismatch str |
HA NAT Pool Batch Type Mismatch |
||
no_radius_profile_match str |
No RADIUS Profile Match |
||
truncated_packet str |
Truncated Packet |
||
lid_drop str |
LSN LID Drop |
||
lid_pass_through str |
LSN LID Pass-through |
||
no_class_list_match str |
No Class-List Match |
||
class_list_permit_drop str |
Permit Class-List Drop |
||
user_quota_unusable_drop str |
User-Quota Unusable Drop |
||
user_quota_unusable str |
User-Quota Marked Unusable |
||
fwd_ingress_packets_tcp str |
Forward Ingress Packets TCP |
||
fwd_egress_packets_tcp str |
Forward Egress Packets TCP |
||
rev_ingress_packets_tcp str |
Reverse Ingress Packets TCP |
||
rev_egress_packets_tcp str |
Reverse Egress Packets TCP |
||
fwd_ingress_bytes_tcp str |
Forward Ingress Bytes TCP |
||
fwd_egress_bytes_tcp str |
Forward Egress Bytes TCP |
||
rev_ingress_bytes_tcp str |
Reverse Ingress Bytes TCP |
||
rev_egress_bytes_tcp str |
Reverse Egress Bytes TCP |
||
fwd_ingress_packets_udp str |
Forward Ingress Packets UDP |
||
fwd_egress_packets_udp str |
Forward Egress Packets UDP |
||
rev_ingress_packets_udp str |
Reverse Ingress Packets UDP |
||
rev_egress_packets_udp str |
Reverse Egress Packets UDP |
||
fwd_ingress_bytes_udp str |
Forward Ingress Bytes UDP |
||
fwd_egress_bytes_udp str |
Forward Egress Bytes UDP |
||
rev_ingress_bytes_udp str |
Reverse Ingress Bytes UDP |
||
rev_egress_bytes_udp str |
Reverse Egress Bytes UDP |
||
fwd_ingress_packets_icmp str |
Forward Ingress Packets ICMP |
||
fwd_egress_packets_icmp str |
Forward Egress Packets ICMP |
||
rev_ingress_packets_icmp str |
Reverse Ingress Packets ICMP |
||
rev_egress_packets_icmp str |
Reverse Egress Packets ICMP |
||
fwd_ingress_bytes_icmp str |
Forward Ingress Bytes ICMP |
||
fwd_egress_bytes_icmp str |
Forward Egress Bytes ICMP |
||
rev_ingress_bytes_icmp str |
Reverse Ingress Bytes ICMP |
||
rev_egress_bytes_icmp str |
Reverse Egress Bytes ICMP |
||
fwd_ingress_packets_others str |
Forward Ingress Packets OTHERS |
||
fwd_egress_packets_others str |
Forward Egress Packets OTHERS |
||
rev_ingress_packets_others str |
Reverse Ingress Packets OTHERS |
||
rev_egress_packets_others str |
Reverse Egress Packets OTHERS |
||
fwd_ingress_bytes_others str |
Forward Ingress Bytes OTHERS |
||
fwd_egress_bytes_others str |
Forward Egress Bytes OTHERS |
||
rev_ingress_bytes_others str |
Reverse Ingress Bytes OTHERS |
||
rev_egress_bytes_others str |
Reverse Egress Bytes OTHERS |
||
fwd_ingress_pkt_size_range1 str |
Forward Ingress Packet size between 0 and 200 |
||
fwd_ingress_pkt_size_range2 str |
Forward Ingress Packet size between 201 and 800 |
||
fwd_ingress_pkt_size_range3 str |
Forward Ingress Packet size between 801 and 1550 |
||
fwd_ingress_pkt_size_range4 str |
Forward Ingress Packet size between 1551 and 9000 |
||
fwd_egress_pkt_size_range1 str |
Forward Egress Packet size between 0 and 200 |
||
fwd_egress_pkt_size_range2 str |
Forward Egress Packet size between 201 and 800 |
||
fwd_egress_pkt_size_range3 str |
Forward Egress Packet size between 801 and 1550 |
||
fwd_egress_pkt_size_range4 str |
Forward Egress Packet size between 1551 and 9000 |
||
rev_ingress_pkt_size_range1 str |
Reverse Ingress Packet size between 0 and 200 |
||
rev_ingress_pkt_size_range2 str |
Reverse Ingress Packet size between 201 and 800 |
||
rev_ingress_pkt_size_range3 str |
Reverse Ingress Packet size between 801 and 1550 |
||
rev_ingress_pkt_size_range4 str |
Reverse Ingress Packet size between 1551 and 9000 |
||
rev_egress_pkt_size_range1 str |
Reverse Egress Packet size between 0 and 200 |
||
rev_egress_pkt_size_range2 str |
Reverse Egress Packet size between 201 and 800 |
||
rev_egress_pkt_size_range3 str |
Reverse Egress Packet size between 801 and 1550 |
||
rev_egress_pkt_size_range4 str |
Reverse Egress Packet size between 1551 and 9000 |
||
prefix_quota_mismatch str |
Prefix Quota NAT IP Mismatch |
||
port_overloading_port_tcp_inserted str |
Port Overloading NAT Port TCP Inserted |
||
port_overloading_port_udp_inserted str |
Port Overloading NAT Port UDP Inserted |
||
port_overloading_port_free_tcp str |
TCP Port Overloading NAT Port Freed |
||
port_overloading_port_free_udp str |
UDP Port Overloading NAT Port 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.