a10_vpn

Synopsis 

VPN Commands

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
asymmetric_flow_support bool			Support asymmetric flows pass through IPsec tunnel
stateful_mode bool			VPN module will work in stateful mode and create sessions
fragment_after_encap bool			Fragment after adding IPsec headers
nat_traversal_flow_affinity bool			Choose IPsec UDP source port based on port of inner flow (only for A10 to A10)
tcp_mss_adjust_disable bool			Disable TCP MSS adjustment in SYN packet
jumbo_fragment bool			Support IKE jumbo fragment packet
ike_sa_timeout int			Timeout IKE-SA in connecting state in seconds (default 600s)
ike_acc_enable bool			Enable IKE Acceleration by Cavium Nitrox card
ike_logging_enable bool			Enable IKE negotiation logging
ipsec_error_dump bool			Support record the error ipsec cavium information in dump file
ipsec_mgmt_default_policy_drop bool			Drop MGMT traffic that is not match ipsec tunnel, share partition only
extended_matching bool			Enable session extended matching for packet comes from IPsec tunnel
enable_vpn_metrics bool			Enable exporting vpn statstics to Harmony
ipsec_cipher_check bool			Enable cipher check, IPsec SA cipher must weaker than IKE gateway cipher, and DES/3DES/MD5/null will not work.
uuid str			uuid of the object
sampling_enable list			Field sampling_enable
	counters1 str		‘all’= all; ‘passthrough’= passthrough; ‘ha-standby-drop’= ha-standby-drop;
error dict			Field error
	uuid str		uuid of the object
errordump dict			Field errordump
	uuid str		uuid of the object
default dict			Field default
	uuid str		uuid of the object
log dict			Field log
	uuid str		uuid of the object
ike_stats_global dict			Field ike_stats_global
	uuid str		uuid of the object
	sampling_enable list		Field sampling_enable
ike_gateway_list list			Field ike_gateway_list
	name str		IKE-gateway name
	ike_version str		‘v1’= IKEv1 key exchange; ‘v2’= IKEv2 key exchange;
	mode str		‘main’= Negotiate Main mode (Default); ‘aggressive’= Negotiate Aggressive mode;
	auth_method str		‘preshare-key’= Authenticate the remote gateway using a pre-shared key (Default); ‘rsa-signature’= Authenticate the remote gateway using an RSA certificate; ‘ecdsa-signature’= Authenticate the remote gateway using an ECDSA certificate; ‘eap-radius’= Authenticate the remote gateway using an EAP Radius server; ‘eap-tls’= Authenticate the remote gateway using EAP TLS;
	preshare_key_value str		pre-shared key
	preshare_key_encrypted str		Do NOT use this option manually. (This is an A10 reserved keyword.) (The ENCRYPTED pre-shared key string)
	interface_management bool		only handle traffic on management interface, share partition only
	key str		Private Key
	key_passphrase str		Private Key Pass Phrase
	key_passphrase_encrypted str		Do NOT use this option manually. (This is an A10 reserved keyword.) (The ENCRYPTED key string)
	vrid dict		Field vrid
	local_cert dict		Field local_cert
	remote_ca_cert dict		Field remote_ca_cert
	local_id str		Local Gateway Identity
	remote_id str		Remote Gateway Identity
	enc_cfg list		Field enc_cfg
	dh_group str		‘1’= Diffie-Hellman group 1 - 768-bit(Default); ‘2’= Diffie-Hellman group 2 - 1024-bit; ‘5’= Diffie-Hellman group 5 - 1536-bit; ‘14’= Diffie-Hellman group 14 - 2048-bit; ‘15’= Diffie-Hellman group 15 - 3072-bit; ‘16’= Diffie-Hellman group 16 - 4096-bit; ‘18’= Diffie-Hellman group 18 - 8192-bit; ‘19’= Diffie- Hellman group 19 - 256-bit Elliptic Curve; ‘20’= Diffie-Hellman group 20 - 384-bit Elliptic Curve;
	local_address dict		Field local_address
	remote_address dict		Field remote_address
	lifetime int		IKE SA age in seconds
	nat_traversal bool		Field nat_traversal
	dpd dict		Field dpd
	disable_rekey bool		Disable initiating rekey
	configuration_payload str		‘dhcp’= Enable DHCP configuration-payload; ‘radius’= Enable RADIUS configuration-payload;
	dhcp_server dict		Field dhcp_server
	radius_server dict		Field radius_server
	uuid str		uuid of the object
	user_tag str		Customized tag
	sampling_enable list		Field sampling_enable
ipsec_list list			Field ipsec_list
	name str		IPsec name
	mode str		‘tunnel’= Encapsulating the packet in IPsec tunnel mode (Default);
	dscp str		‘default’= Default dscp (000000); ‘af11’= AF11 (001010); ‘af12’= AF12 (001100); ‘af13’= AF13 (001110); ‘af21’= AF21 (010010); ‘af22’= AF22 (010100); ‘af23’= AF23 (010110); ‘af31’= AF31 (011010); ‘af32’= AF32 (011100); ‘af33’= AF33 (011110); ‘af41’= AF41 (100010); ‘af42’= AF42 (100100); ‘af43’= AF43 (100110); ‘cs1’= CS1 (001000); ‘cs2’= CS2 (010000); ‘cs3’= CS3 (011000); ‘cs4’= CS4 (100000); ‘cs5’= CS5 (101000); ‘cs6’= CS6 (110000); ‘cs7’= CS7 (111000); ‘ef’= EF (101110); ‘0’= 000000; ‘1’= 000001; ‘2’= 000010; ‘3’= 000011; ‘4’= 000100; ‘5’= 000101; ‘6’= 000110; ‘7’= 000111; ‘8’= 001000; ‘9’= 001001; ‘10’= 001010; ‘11’= 001011; ‘12’= 001100; ‘13’= 001101; ‘14’= 001110; ‘15’= 001111; ‘16’= 010000; ‘17’= 010001; ‘18’= 010010; ‘19’= 010011; ‘20’= 010100; ‘21’= 010101; ‘22’= 010110; ‘23’= 010111; ‘24’= 011000; ‘25’= 011001; ‘26’= 011010; ‘27’= 011011; ‘28’= 011100; ‘29’= 011101; ‘30’= 011110; ‘31’= 011111; ‘32’= 100000; ‘33’= 100001; ‘34’= 100010; ‘35’= 100011; ‘36’= 100100; ‘37’= 100101; ‘38’= 100110; ‘39’= 100111; ‘40’= 101000; ‘41’= 101001; ‘42’= 101010; ‘43’= 101011; ‘44’= 101100; ‘45’= 101101; ‘46’= 101110; ‘47’= 101111; ‘48’= 110000; ‘49’= 110001; ‘50’= 110010; ‘51’= 110011; ‘52’= 110100; ‘53’= 110101; ‘54’= 110110; ‘55’= 110111; ‘56’= 111000; ‘57’= 111001; ‘58’= 111010; ‘59’= 111011; ‘60’= 111100; ‘61’= 111101; ‘62’= 111110; ‘63’= 111111;
	proto str		‘esp’= Encapsulating security protocol (Default);
	dh_group str		‘0’= Diffie-Hellman group 0 (Default); ‘1’= Diffie-Hellman group 1 - 768-bits; ‘2’= Diffie-Hellman group 2 - 1024-bits; ‘5’= Diffie-Hellman group 5 - 1536-bits; ‘14’= Diffie-Hellman group 14 - 2048-bits; ‘15’= Diffie-Hellman group 15 - 3072-bits; ‘16’= Diffie-Hellman group 16 - 4096-bits; ‘18’= Diffie- Hellman group 18 - 8192-bits; ‘19’= Diffie-Hellman group 19 - 256-bit Elliptic Curve; ‘20’= Diffie-Hellman group 20 - 384-bit Elliptic Curve;
	enc_cfg list		Field enc_cfg
	lifetime int		IPsec SA age in seconds
	lifebytes int		IPsec SA age in megabytes (0 indicates unlimited bytes)
	anti_replay_window str		‘0’= Disable Anti-Replay Window Check; ‘32’= Window size of 32; ‘64’= Window size of 64; ‘128’= Window size of 128; ‘256’= Window size of 256; ‘512’= Window size of 512; ‘1024’= Window size of 1024;
	up bool		Initiates SA negotiation to bring the IPsec connection up
	sequence_number_disable bool		Do not use incremental sequence number in the ESP header
	traffic_selector dict		Field traffic_selector
	enforce_traffic_selector bool		Enforce Traffic Selector
	uuid str		uuid of the object
	user_tag str		Customized tag
	sampling_enable list		Field sampling_enable
	bind_tunnel dict		Field bind_tunnel
	ipsec_gateway dict		Field ipsec_gateway
ipsec_sa_stats_list list			Field ipsec_sa_stats_list
	sampling_enable list		Field sampling_enable
revocation_list list			Field revocation_list
	name str		Revocation name
	ca str		Certificate Authority file name
	crl dict		Field crl
	ocsp dict		Field ocsp
	uuid str		uuid of the object
	user_tag str		Customized tag
crl dict			Field crl
	uuid str		uuid of the object
ocsp dict			Field ocsp
	uuid str		uuid of the object
ipsec_sa_by_gw dict			Field ipsec_sa_by_gw
	uuid str		uuid of the object
ike_sa dict			Field ike_sa
	uuid str		uuid of the object
ipsec_sa dict			Field ipsec_sa
	uuid str		uuid of the object
ike_sa_brief dict			Field ike_sa_brief
	uuid str		uuid of the object
ike_sa_clients dict			Field ike_sa_clients
	uuid str		uuid of the object
ipsec_sa_clients dict			Field ipsec_sa_clients
	uuid str		uuid of the object
ike_stats_by_gw dict			Field ike_stats_by_gw
	uuid str		uuid of the object
oper dict			Field oper
	IKE_Gateway_total int		Field IKE_Gateway_total
	IPsec_total int		Field IPsec_total
	IKE_SA_total int		Field IKE_SA_total
	IPsec_SA_total int		Field IPsec_SA_total
	IPsec_mode str		Field IPsec_mode
	Num_hardware_devices int		Field Num_hardware_devices
	Crypto_cores_total int		Field Crypto_cores_total
	Crypto_cores_assigned_to_IPsec int		Field Crypto_cores_assigned_to_IPsec
	Crypto_mem int		Field Crypto_mem
	all_partition_list list		Field all_partition_list
	all_partitions bool		Field all_partitions
	shared bool		Field shared
	specific_partition str		Field specific_partition
	errordump dict		Field errordump
	default dict		Field default
	log dict		Field log
	ike_gateway_list list		Field ike_gateway_list
	ipsec_list list		Field ipsec_list
	crl dict		Field crl
	ocsp dict		Field ocsp
	ipsec_sa_by_gw dict		Field ipsec_sa_by_gw
	ike_sa dict		Field ike_sa
	ipsec_sa dict		Field ipsec_sa
	ike_sa_brief dict		Field ike_sa_brief
	ike_sa_clients dict		Field ike_sa_clients
	ipsec_sa_clients dict		Field ipsec_sa_clients
	ike_stats_by_gw dict		Field ike_stats_by_gw
stats dict			Field stats
	passthrough str		Field passthrough
	ha_standby_drop str		Field ha_standby_drop
	error dict		Field error
	ike_stats_global dict		Field ike_stats_global
	ike_gateway_list list		Field ike_gateway_list
	ipsec_list list		Field ipsec_list
	ipsec_sa_stats_list list		Field ipsec_sa_stats_list

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