a10_router_ospf

Synopsis 

Open Shortest Path First (OSPF)

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
process_id int/required			OSPF process ID
auto_cost_reference_bandwidth int			Use reference bandwidth method to assign OSPF cost (The reference bandwidth in terms of Mbits per second)
bfd_all_interfaces bool			Enable BFD on all interfaces
rfc1583_compatible bool			Compatible with RFC 1583
extern_lsa_equivalence_check bool			external LSA equivalance check
default_metric int			Set metric of redistributed routes (Default metric)
distance dict			Field distance
	distance_value int		OSPF Administrative distance
	distance_ospf dict		Field distance_ospf
distribute_internal_list list			Field distribute_internal_list
	di_type str		‘lw4o6’= LW4O6 Prefix; ‘floating-ip’= Floating IP; ‘ip-nat’= IP NAT; ‘ip-nat- list’= IP NAT list; ‘static-nat’= Static NAT; ‘vip’= Only not flagged Virtual IP (VIP); ‘vip-only-flagged’= Selected Virtual IP (VIP);
	di_area_ipv4 str		OSPF area ID as a IP address format
	di_area_num int		OSPF area ID as a decimal value
	di_cost int		Cost of route
distribute_lists list			Field distribute_lists
	value str		Access-list name
	direction str		‘in’= Filter incoming routing updates; ‘out’= Filter outgoing routing updates;
	protocol str		‘bgp’= Border Gateway Protocol (BGP); ‘connected’= Connected; ‘floating-ip’= Floating IP; ‘lw4o6’= LW4O6 Prefix; ‘ip-nat’= IP NAT; ‘ip-nat-list’= IP NAT list; ‘static-nat’= Static NAT; ‘isis’= ISO IS-IS; ‘ospf’= Open Shortest Path First (OSPF); ‘rip’= Routing Information Protocol (RIP); ‘static’= Static routes;
	ospf_id int		OSPF process ID
	option str		‘only-flagged’= Selected Virtual IP (VIP); ‘only-not-flagged’= Only not flagged;
ha_standby_extra_cost list			Field ha_standby_extra_cost
	extra_cost int		The extra cost value
	group int		Group (Group ID)
host_list list			Field host_list
	host_address str		Host address
	area_cfg dict		Field area_cfg
log_adjacency_changes_cfg dict			Field log_adjacency_changes_cfg
	state str		‘detail’= Log changes in adjacency state; ‘disable’= Disable logging;
max_concurrent_dd int			Maximum number allowed to process DD concurrently (Number of DD process)
maximum_area int			Maximum number of non-backbone areas (OSPF area limit)
neighbor_list list			Field neighbor_list
	address str		Neighbor address
	cost int		OSPF cost for point-to-multipoint neighbor (Metric)
	poll_interval int		OSPF dead-router polling interval (Seconds)
	priority int		OSPF priority of non-broadcast neighbor
network_list list			Field network_list
	network_ipv4 str		Network number
	network_ipv4_mask str		OSPF wild card bits
	network_ipv4_cidr str		OSPF network prefix
	network_area dict		Field network_area
ospf_1 dict			Field ospf_1
	abr_type dict		Field abr_type
router_id dict			Field router_id
	value str		OSPF router-id in IPv4 address format
overflow dict			Field overflow
	database dict		Field database
passive_interface dict			Field passive_interface
	loopback_cfg list		Field loopback_cfg
	trunk_cfg list		Field trunk_cfg
	ve_cfg list		Field ve_cfg
	tunnel_cfg list		Field tunnel_cfg
	lif_cfg list		Field lif_cfg
	eth_cfg list		Field eth_cfg
summary_address_list list			Field summary_address_list
	summary_address str		Configure IP address summaries (Summary prefix)
	not_advertise bool		Suppress routes that match the prefix
	tag int		Set tag (32-bit tag value)
timers dict			Field timers
	spf dict		Field spf
uuid str			uuid of the object
user_tag str			Customized tag
default_information dict			Field default_information
	originate bool		Distribute a default route
	always bool		Always advertise default route
	metric int		OSPF default metric (OSPF metric)
	metric_type int		OSPF metric type for default routes
	route_map str		Route map reference (Pointer to route-map entries)
	uuid str		uuid of the object
area_list list			Field area_list
	area_ipv4 str		OSPF area ID in IP address format
	area_num int		OSPF area ID as a decimal value
	auth_cfg dict		Field auth_cfg
	filter_lists list		Field filter_lists
	nssa_cfg dict		Field nssa_cfg
	default_cost int		Set the summary-default cost of a NSSA or stub area (Stub’s advertised default summary cost)
	range_list list		Field range_list
	shortcut str		‘default’= Set default shortcutting behavior; ‘disable’= Disable shortcutting through the area; ‘enable’= Enable shortcutting through the area;
	stub_cfg dict		Field stub_cfg
	virtual_link_list list		Field virtual_link_list
	uuid str		uuid of the object
redistribute dict			Field redistribute
	redist_list list		Field redist_list
	ospf_list list		Field ospf_list
	ip_nat bool		IP-NAT
	metric_ip_nat int		OSPF default metric (OSPF metric)
	metric_type_ip_nat str		‘1’= Set OSPF External Type 1 metrics; ‘2’= Set OSPF External Type 2 metrics;
	route_map_ip_nat str		Route map reference (Pointer to route-map entries)
	tag_ip_nat int		Set tag for routes redistributed into OSPF (32-bit tag value)
	ip_nat_floating_list list		Field ip_nat_floating_list
	vip_list list		Field vip_list
	vip_floating_list list		Field vip_floating_list
	uuid str		uuid of the object

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