junipernetworks.junos.junos_ospfv2 module – OSPFv2 resource module

Note

This module is part of the junipernetworks.junos collection (version 9.1.0).

You might already have this collection installed if you are using the ansible package. It is not included in ansible-core. To check whether it is installed, run ansible-galaxy collection list.

To install it, use: ansible-galaxy collection install junipernetworks.junos. You need further requirements to be able to use this module, see Requirements for details.

To use it in a playbook, specify: junipernetworks.junos.junos_ospfv2.

New in junipernetworks.junos 1.0.0

Synopsis

• This module manages OSPFv2 configuration on devices running Juniper JUNOS.

Aliases: ospfv2

Requirements

The below requirements are needed on the host that executes this module.

• ncclient (>=v0.6.4)

• xmltodict (>=0.12.0)

Parameters

Parameter	Comments
config list / elements=dictionary	A list of OSPFv2 process configuration.
areas list / elements=dictionary	A list of OSPFv2 areas’ configuration.
area_id string / required	The Area ID as an integer or IP Address.
area_range string	Configure an address range for the area. Included for compatibility, remove/deprecate after 2025-07-01. Alternate for this would be area_ranges which is a list.
area_ranges list / elements=dictionary	Configure IP address ranges for the area.
address string	Specify ip address.
exact boolean	Enforce exact match for advertisement of this area range. Choices: false true
override_metric integer	Override the dynamic metric for this area-range.
restrict boolean	Restrict advertisement of this area range. Choices: false true
interfaces list / elements=dictionary	List of interfaces in this area.
authentication dictionary	Specify authentication type
md5 list / elements=dictionary	MD5 authentication keys
key string	Specify key value
key_id integer	Specify the key identity
start_time string	Specify Start time for key transmission (YYYY-MM-DD.HH:MM)
password string	Specify authentication key.
type dictionary	Type of authentication to use. Included for compatibility, remove/deprecate after 2025-07-01.
bandwidth_based_metrics list / elements=dictionary	Specify list of bandwidth based metrics
bandwidth string	BW to apply metric to. Choices: "1g" "10g"
metric integer	Specify metric
flood_reduction boolean	Enable flood reduction. Choices: false true
metric integer	Metric applied to the interface.
name string / required	Name of the interface.
passive boolean	Specify passive Choices: false true
priority integer	Priority for the interface.
timers dictionary	Specify timers
dead_interval integer	Dead interval (seconds).
hello_interval integer	Hello interval (seconds).
poll_interval integer	Poll interval (seconds).
retransmit_interval integer	Retransmit interval (seconds).
transit_delay integer	Transit delay (seconds).
stub dictionary	Settings for configuring the area as a stub.
default_metric integer	Metric for the default route in this area.
set boolean	Configure the area as a stub. Choices: false true
external_preference integer	Preference of external routes.
overload dictionary	Specify time for overload mode reset
allow_route_leaking boolean	Allow routes to be leaked when overload is configured. Choices: false true
as_external boolean	Advertise As External with maximum usable metric. Choices: false true
stub_network boolean	Advertise Stub Network with maximum metric. Choices: false true
timeout integer	Time after which overload mode is reset (seconds).
preference integer	Preference of internal routes.
prefix_export_limit integer	Maximum number of external prefixes that can be exported.
reference_bandwidth string	Bandwidth for calculating metric defaults. Choices: "1g" "10g"
rfc1583compatibility boolean	Set RFC1583 compatibility Choices: false true
router_id string	The OSPFv2 router id.
spf_options dictionary	Configure options for SPF.
delay integer	Time to wait before running an SPF (seconds).
holddown integer	Time to hold down before running an SPF (seconds).
no_ignore_our_externals boolean	Do not ignore self-generated external and NSSA LSAs. Choices: false true
rapid_runs integer	Number of maximum rapid SPF runs before holddown (seconds).
running_config string	This option is used only with state parsed. The value of this option should be the output received from the Junos device by executing the command show protocols ospf. The state parsed reads the configuration from running_config option and transforms it into Ansible structured data as per the resource module’s argspec and the value is then returned in the parsed key within the result
state string	The state the configuration should be left in. Choices: "merged" ← (default) "replaced" "overridden" "deleted" "gathered" "rendered" "parsed"

Notes

Note

• This module requires the netconf system service be enabled on the device being managed.

• This module works with connection netconf.

• See the Junos OS Platform Options.

• Tested against JunOS v18.4R1

Examples

# Using merged
#
# Before state
# ------------
#
# admin# show protocols ospf

- name: Merge provided OSPFv2 configuration into running config.
  junipernetworks.junos.junos_ospfv2:
    config:
      - reference_bandwidth: 10g
        areas:
          - area_id: 0.0.0.100
            area_ranges:
              - address: 10.200.17.0/24
                exact: true
                restrict: true
                override_metric: 2000
              - address: 10.200.15.0/24
                exact: true
                restrict: true
                override_metric: 2000
                stub:
                  default_metric: 100
                  set: true
                interfaces:
                  - name: so-0/0/0.0
                    priority: 3
                    metric: 5
                    flood_reduction: false
                    passive: true
                    bandwidth_based_metrics:
                      - bandwidth: 1g
                        metric: 5
                      - bandwidth: 10g
                        metric: 40
                    timers:
                      dead_interval: 4
                      hello_interval: 2
                      poll_interval: 2
                      retransmit_interval: 2
        rfc1583compatibility: false
    state: merged

# Task Output:
# ------------
#
# before: []
#
# commands:
# - <nc:protocols xmlns:nc="urn:ietf:params:xml:ns:netconf:base:1.0">
#   <nc:ospf><nc:reference-bandwidth>10g</nc:reference-bandwidth><nc:no-rfc-1583/>
#   <nc:area><nc:name>0.0.0.100</nc:name><nc:area-range><nc:name>10.200.17.0/24</nc:name><nc:exact/>
#   <nc:restrict/><nc:override-metric>2000</nc:override-metric></nc:area-range><nc:area-range>
#   <nc:name>10.200.15.0/24</nc:name><nc:exact/><nc:restrict/><nc:override-metric>2000</nc:override-metric>
#   </nc:area-range><nc:interface><nc:name>so-0/0/0.0</nc:name><nc:priority>3</nc:priority>
#   <nc:metric>5</nc:metric><nc:passive/><nc:bandwidth-based-metrics><nc:bandwidth><nc:name>1g</nc:name>
#   <nc:metric>5</nc:metric></nc:bandwidth><nc:bandwidth><nc:name>10g</nc:name><nc:metric>40</nc:metric>
#   </nc:bandwidth></nc:bandwidth-based-metrics><nc:dead-interval>4</nc:dead-interval>
#   <nc:hello-interval>2</nc:hello-interval><nc:poll-interval>2</nc:poll-interval>
#   <nc:retransmit-interval>2</nc:retransmit-interval></nc:interface><nc:stub>
#   <nc:default-metric>100</nc:default-metric></nc:stub></nc:area></nc:ospf></nc:protocols>
#
# after:
# - areas:
#   - area_id: 0.0.0.100
#     area_range: '[''10.200.17.0/24'', ''10.200.15.0/24'']'
#     area_ranges:
#     - address: 10.200.17.0/24
#       exact: true
#       override_metric: 2000
#       restrict: true
#     - address: 10.200.15.0/24
#       exact: true
#       override_metric: 2000
#       restrict: true
#     interfaces:
#     - bandwidth_based_metrics:
#       - bandwidth: 1g
#         metric: 5
#       - bandwidth: 10g
#         metric: 40
#       metric: 5
#       name: so-0/0/0.0
#       passive: true
#       priority: 3
#       timers:
#         dead_interval: 4
#         hello_interval: 2
#         poll_interval: 2
#         retransmit_interval: 2
#     stub:
#       default_metric: 100
#       set: true
#   reference_bandwidth: 10g
#   rfc1583compatibility: false

# After state
# -----------
#
# admin# show protocols ospf
# reference-bandwidth 10g;
# no-rfc-1583;
# area 0.0.0.100 {
#     stub default-metric 100;
#     area-range 10.200.17.0/24 {
#         restrict;
#         exact;
#         override-metric 2000;
#     }
#     area-range 10.200.15.0/24 {
#         restrict;
#         exact;
#         override-metric 2000;
#     }
#     interface so-0/0/0.0 {
#         passive;
#         bandwidth-based-metrics {
#             bandwidth 1g metric 5;
#             bandwidth 10g metric 40;
#         }
#         metric 5;
#         priority 3;
#         retransmit-interval 2;
#         hello-interval 2;
#         dead-interval 4;
#         poll-interval 2;
#     }
# }
#
# Using replaced
#
# Before state
# ------------
#
# admin# show protocols ospf
# reference-bandwidth 10g;
# no-rfc-1583;
# area 0.0.0.100 {
#     stub default-metric 100;
#     area-range 10.200.17.0/24 {
#         restrict;
#         exact;
#         override-metric 2000;
#     }
#     area-range 10.200.15.0/24 {
#         restrict;
#         exact;
#         override-metric 2000;
#     }
#     interface so-0/0/0.0 {
#         passive;
#         bandwidth-based-metrics {
#             bandwidth 1g metric 5;
#             bandwidth 10g metric 40;
#         }
#         metric 5;
#         priority 3;
#         retransmit-interval 2;
#         hello-interval 2;
#         dead-interval 4;
#         poll-interval 2;
#     }
# }

- name: Replace existing Junos OSPFv2 config with provided config
  junipernetworks.junos.junos_ospfv2:
    config:
      - reference_bandwidth: 10g
        areas:
          - area_id: 0.0.0.100
            area_ranges:
              - address: 10.200.17.0/24
                exact: true
                restrict: true
              - address: 10.200.16.0/24
                exact: true
                restrict: true
                override_metric: 1000
            stub:
              default_metric: 100
              set: true
            interfaces:
              - name: so-0/0/0.0
                priority: 3
                metric: 5
                flood_reduction: false
                passive: true
                bandwidth_based_metrics:
                  - bandwidth: 1g
                    metric: 5
                  - bandwidth: 10g
                    metric: 40
                timers:
                  dead_interval: 4
                  hello_interval: 2
                  poll_interval: 2
                  retransmit_interval: 2
        rfc1583compatibility: false
    state: replacedd

# Task Output:
# ------------
#
# before:
#   - areas:
#     - area_id: 0.0.0.100
#       area_range: '[''10.200.17.0/24'', ''10.200.15.0/24'']'
#       area_ranges:
#       - address: 10.200.17.0/24
#         exact: true
#         override_metric: 2000
#         restrict: true
#       - address: 10.200.15.0/24
#         exact: true
#         override_metric: 2000
#         restrict: true
#       interfaces:
#       - bandwidth_based_metrics:
#         - bandwidth: 1g
#           metric: 5
#         - bandwidth: 10g
#           metric: 40
#         metric: 5
#         name: so-0/0/0.0
#         passive: true
#         priority: 3
#         timers:
#           dead_interval: 4
#           hello_interval: 2
#           poll_interval: 2
#           retransmit_interval: 2
#       stub:
#         default_metric: 100
#         set: true
#     reference_bandwidth: 10g
#     rfc1583compatibility: false
#
# commands:
# - <nc:protocols xmlns:nc="urn:ietf:params:xml:ns:netconf:base:1.0">
#   <nc:ospf><nc:area delete="delete">0.0.0.100</nc:area></nc:ospf><nc:ospf>
#   <nc:reference-bandwidth>10g</nc:reference-bandwidth><nc:no-rfc-1583/><nc:area>
#   <nc:name>0.0.0.100</nc:name><nc:area-range><nc:name>10.200.17.0/24</nc:name><nc:exact/>
#   <nc:restrict/></nc:area-range><nc:area-range><nc:name>10.200.16.0/24</nc:name><nc:exact/>
#   <nc:restrict/><nc:override-metric>1000</nc:override-metric></nc:area-range><nc:interface>
#   <nc:name>so-0/0/0.0</nc:name><nc:priority>3</nc:priority><nc:metric>5</nc:metric><nc:passive/>
#   <nc:bandwidth-based-metrics><nc:bandwidth><nc:name>1g</nc:name><nc:metric>5</nc:metric>
#   </nc:bandwidth><nc:bandwidth><nc:name>10g</nc:name><nc:metric>40</nc:metric></nc:bandwidth>
#   </nc:bandwidth-based-metrics><nc:dead-interval>4</nc:dead-interval><nc:hello-interval>2</nc:hello-interval>
#   <nc:poll-interval>2</nc:poll-interval><nc:retransmit-interval>2</nc:retransmit-interval></nc:interface>
#   <nc:stub><nc:default-metric>100</nc:default-metric></nc:stub></nc:area></nc:ospf></nc:protocols>
#
# after:
#   - areas:
#     - area_id: 0.0.0.100
#       area_range: '[''10.200.17.0/24'', ''10.200.16.0/24'']'
#       area_ranges:
#       - address: 10.200.17.0/24
#         exact: true
#         restrict: true
#       - address: 10.200.16.0/24
#         exact: true
#         override_metric: 1000
#         restrict: true
#       interfaces:
#       - bandwidth_based_metrics:
#         - bandwidth: 1g
#           metric: 5
#         - bandwidth: 10g
#           metric: 40
#         metric: 5
#         name: so-0/0/0.0
#         passive: true
#         priority: 3
#         timers:
#           dead_interval: 4
#           hello_interval: 2
#           poll_interval: 2
#           retransmit_interval: 2
#       stub:
#         default_metric: 100
#         set: true
#     reference_bandwidth: 10g
#     rfc1583compatibility: false
#
# After state
# -----------
#
# admin# show protocols ospf
# reference-bandwidth 10g;
# no-rfc-1583;
# area 0.0.0.100 {
#     stub default-metric 100;
#     area-range 10.200.17.0/24 {
#         restrict;
#         exact;
#     }
#     area-range 10.200.16.0/24 {
#         restrict;
#         exact;
#         override-metric 1000;
#     }
#     interface so-0/0/0.0 {
#         passive;
#         bandwidth-based-metrics {
#             bandwidth 1g metric 5;
#             bandwidth 10g metric 40;
#         }
#         metric 5;
#         priority 3;
#         retransmit-interval 2;
#         hello-interval 2;
#         dead-interval 4;
#         poll-interval 2;
#     }
# }
#
# Using overridden
#
# Before state
# ------------
#
# admin# show protocols ospf
# reference-bandwidth 10g;
# no-rfc-1583;
# area 0.0.0.100 {
#     stub default-metric 100;
#     area-range 10.200.17.0/24 {
#         restrict;
#         exact;
#     }
#     area-range 10.200.16.0/24 {
#         restrict;
#         exact;
#         override-metric 1000;
#     }
#     interface so-0/0/0.0 {
#         passive;
#         bandwidth-based-metrics {
#             bandwidth 1g metric 5;
#             bandwidth 10g metric 40;
#         }
#         metric 5;
#         priority 3;
#         retransmit-interval 2;
#         hello-interval 2;
#         dead-interval 4;
#         poll-interval 2;
#     }
# }

- name: Override runnig OSPFv2 config with provided config
  junipernetworks.junos.junos_ospfv2:
    config:
      - reference_bandwidth: 10g
        areas:
          - area_id: 0.0.0.110
            area_ranges:
              - address: 20.200.17.0/24
                exact: true
                restrict: true
                override_metric: 2000
              - address: 20.200.15.0/24
                exact: true
                restrict: true
                override_metric: 2000
            stub:
              default_metric: 200
              set: true
            interfaces:
              - name: so-0/0/0.0
                priority: 3
                metric: 5
                flood_reduction: false
                passive: true
                bandwidth_based_metrics:
                  - bandwidth: 1g
                    metric: 5
                  - bandwidth: 10g
                    metric: 40
    state: overridden

# Task Output:
# ------------
#
# before:
# - areas:
#   - area_id: 0.0.0.100
#     area_range: '[''10.200.17.0/24'', ''10.200.16.0/24'']'
#     area_ranges:
#     - address: 10.200.17.0/24
#       exact: true
#       restrict: true
#     - address: 10.200.16.0/24
#       exact: true
#       override_metric: 1000
#       restrict: true
#     interfaces:
#     - bandwidth_based_metrics:
#       - bandwidth: 1g
#         metric: 5
#       - bandwidth: 10g
#         metric: 40
#       metric: 5
#       name: so-0/0/0.0
#       passive: true
#       priority: 3
#       timers:
#         dead_interval: 4
#         hello_interval: 2
#         poll_interval: 2
#         retransmit_interval: 2
#     stub:
#       default_metric: 100
#       set: true
#   reference_bandwidth: 10g
#   rfc1583compatibility: false
#
# commands:
# - <nc:protocols xmlns:nc="urn:ietf:params:xml:ns:netconf:base:1.0">
#   <nc:ospf><nc:area delete="delete">0.0.0.100</nc:area></nc:ospf><nc:ospf>
#   <nc:reference-bandwidth>10g</nc:reference-bandwidth><nc:area><nc:name>0.0.0.110</nc:name>
#   <nc:area-range><nc:name>20.200.17.0/24</nc:name><nc:exact/><nc:restrict/>
#   <nc:override-metric>2000</nc:override-metric></nc:area-range><nc:area-range>
#   <nc:name>20.200.15.0/24</nc:name><nc:exact/><nc:restrict/><nc:override-metric>2000</nc:override-metric>
#   </nc:area-range><nc:interface><nc:name>so-0/0/0.0</nc:name><nc:priority>3</nc:priority>
#   <nc:metric>5</nc:metric><nc:passive/><nc:bandwidth-based-metrics><nc:bandwidth><nc:name>1g</nc:name>
#   <nc:metric>5</nc:metric></nc:bandwidth><nc:bandwidth><nc:name>10g</nc:name><nc:metric>40</nc:metric>
#   </nc:bandwidth></nc:bandwidth-based-metrics></nc:interface><nc:stub>
#   <nc:default-metric>200</nc:default-metric></nc:stub></nc:area></nc:ospf></nc:protocols>
#
# after:
#   - areas:
#     - area_id: 0.0.0.110
#       area_range: '[''20.200.17.0/24'', ''20.200.15.0/24'']'
#       area_ranges:
#       - address: 20.200.17.0/24
#         exact: true
#         override_metric: 2000
#         restrict: true
#       - address: 20.200.15.0/24
#         exact: true
#         override_metric: 2000
#         restrict: true
#       interfaces:
#       - bandwidth_based_metrics:
#         - bandwidth: 1g
#           metric: 5
#         - bandwidth: 10g
#           metric: 40
#         metric: 5
#         name: so-0/0/0.0
#         passive: true
#         priority: 3
#       stub:
#         default_metric: 200
#         set: true
#     reference_bandwidth: 10g
#     rfc1583compatibility: false

# After state
# -----------
#
# admin# show protocols ospf
# reference-bandwidth 10g;
# no-rfc-1583;
# area 0.0.0.110 {
#     stub default-metric 200;
#     area-range 20.200.17.0/24 {
#         restrict;
#         exact;
#         override-metric 2000;
#     }
#     area-range 20.200.15.0/24 {
#         restrict;
#         exact;
#         override-metric 2000;
#     }
#     interface so-0/0/0.0 {
#         passive;
#         bandwidth-based-metrics {
#             bandwidth 1g metric 5;
#             bandwidth 10g metric 40;
#         }
#         metric 5;
#         priority 3;
#     }
# }
# Using deleted
#
# Before state
# ------------
#
# admin# show protocols ospf
# reference-bandwidth 10g;
# no-rfc-1583;
# area 0.0.0.110 {
#     stub default-metric 200;
#     area-range 20.200.17.0/24 {
#         restrict;
#         exact;
#         override-metric 2000;
#     }
#     area-range 20.200.15.0/24 {
#         restrict;
#         exact;
#         override-metric 2000;
#     }
#     interface so-0/0/0.0 {
#         passive;
#         bandwidth-based-metrics {
#             bandwidth 1g metric 5;
#             bandwidth 10g metric 40;
#         }
#         metric 5;
#         priority 3;
#     }
# }

- name: Delete OSPFv2 running config.
  junipernetworks.junos.junos_ospfv2:
    config:
    state: deleted

# Task Output:
# ------------
#
# before:
#   - areas:
#     - area_id: 0.0.0.110
#       area_range: '[''20.200.17.0/24'', ''20.200.15.0/24'']'
#       area_ranges:
#       - address: 20.200.17.0/24
#         exact: true
#         override_metric: 2000
#         restrict: true
#       - address: 20.200.15.0/24
#         exact: true
#         override_metric: 2000
#         restrict: true
#       interfaces:
#       - bandwidth_based_metrics:
#         - bandwidth: 1g
#           metric: 5
#         - bandwidth: 10g
#           metric: 40
#         metric: 5
#         name: so-0/0/0.0
#         passive: true
#         priority: 3
#       stub:
#         default_metric: 200
#         set: true
#     reference_bandwidth: 10g
#     rfc1583compatibility: false
#
# commands:
# - <nc:protocols xmlns:nc="urn:ietf:params:xml:ns:netconf:base:1.0">
#   <nc:ospf><nc:area delete="delete">0.0.0.100</nc:area><nc:reference-bandwidth delete="delete"/>
#   <nc:no-rfc-1583 delete="delete"/></nc:ospf></nc:protocols>
#
# after: []
#
#
# After state
# -----------
#
# admin# show protocols ospf

# Using gathered
#
# Before state
# ------------
#
# admin# show protocols ospf
# reference-bandwidth 10g;
# no-rfc-1583;
# area 0.0.0.100 {
#     stub default-metric 100;
#     area-range 10.200.17.0/24 {
#         restrict;
#         exact;
#         override-metric 2000;
#     }
#     area-range 10.200.15.0/24 {
#         restrict;
#         exact;
#         override-metric 2000;
#     }
#     interface so-0/0/0.0 {
#         passive;
#         bandwidth-based-metrics {
#             bandwidth 1g metric 5;
#             bandwidth 10g metric 40;
#         }
#         metric 5;
#         priority 3;
#         retransmit-interval 2;
#         hello-interval 2;
#         dead-interval 4;
#         poll-interval 2;
#     }
# }

- name: Gather Junos OSPFv2 running-configuration
  junipernetworks.junos.junos_ospfv2:
    config:
    state: gathered
#
#
# Task Output:
# ------------
#
# gathered:
#
#  - areas:
# - area_id: 0.0.0.100
#   area_range: '[''10.200.17.0/24'', ''10.200.15.0/24'']'
#   area_ranges:
#   - address: 10.200.17.0/24
#     exact: true
#     override_metric: 2000
#     restrict: true
#   - address: 10.200.15.0/24
#     exact: true
#     override_metric: 2000
#     restrict: true
#   interfaces:
#   - bandwidth_based_metrics:
#     - bandwidth: 1g
#       metric: 5
#     - bandwidth: 10g
#       metric: 40
#     metric: 5
#     name: so-0/0/0.0
#     passive: true
#     priority: 3
#     timers:
#       dead_interval: 4
#       hello_interval: 2
#       poll_interval: 2
#       retransmit_interval: 2
#   stub:
#     default_metric: 100
#     set: true
# reference_bandwidth: 10g
# rfc1583compatibility: false

# Using parsed
# parsed.cfg
# ------------
# <?xml version="1.0" encoding="UTF-8"?>
# <rpc-reply message-id="urn:uuid:0cadb4e8-5bba-47f4-986e-72906227007f">
#     <configuration changed-seconds="1590139550" changed-localtime="2020-05-22 09:25:50 UTC">
#         <version>18.4R1-S2.4</version>
#         <protocols>
#             <ospf>
#             <reference-bandwidth>10g</reference-bandwidth>
#             <no-rfc-1583/>
#             <area>
#                 <name>0.0.0.100</name>
#                 <stub>
#                     <default-metric>100</default-metric>
#                 </stub>
#                 <area-range>
#                     <name>10.200.16.0/24</name>
#                     <exact/>
#                     <override-metric>10000</override-metric>
#                 </area-range>
#                 <area-range>
#                     <name>10.200.11.0/24</name>
#                     <restrict/>
#                     <exact/>
#                 </area-range>
#                 <interface>
#                     <name>so-0/0/0.0</name>
#                     <passive>
#                     </passive>
#                     <bandwidth-based-metrics>
#                         <bandwidth>
#                             <name>1g</name>
#                             <metric>5</metric>
#                         </bandwidth>
#                         <bandwidth>
#                             <name>10g</name>
#                             <metric>40</metric>
#                         </bandwidth>
#                     </bandwidth-based-metrics>
#                     <metric>5</metric>
#                     <priority>3</priority>
#                     <retransmit-interval>2</retransmit-interval>
#                     <hello-interval>2</hello-interval>
#                     <dead-interval>4</dead-interval>
#                     <poll-interval>2</poll-interval>
#                 </interface>
#             </area>
#         </ospf>
#         </protocols>
#         <routing-options>
#             <static>
#                 <route>
#                     <name>172.16.17.0/24</name>
#                     <discard />
#                 </route>
#             </static>
#             <router-id>10.200.16.75</router-id>
#             <autonomous-system>
#                 <as-number>65432</as-number>
#             </autonomous-system>
#         </routing-options>
#     </configuration>
# </rpc-reply>


- name: Parsed the ospfv2 config into structured ansible resource facts.
  junipernetworks.junos.junos_ospfv2:
    running_config: "{{ lookup('file', './parsed.cfg') }}"
    state: parsed
#
# Task Output:
# ------------
#
# parsed:
# - areas:
#     - area_id: 0.0.0.100
#       area_range: '[''10.200.16.0/24'', ''10.200.11.0/24'']'
#       area_ranges:
#       - address: 10.200.16.0/24
#         exact: true
#         override_metric: 10000
#       - address: 10.200.11.0/24
#         exact: true
#         restrict: true
#       interfaces:
#       - bandwidth_based_metrics:
#         - bandwidth: 1g
#           metric: 5
#         - bandwidth: 10g
#           metric: 40
#         metric: 5
#         name: so-0/0/0.0
#         passive: true
#         priority: 3
#         timers:
#           dead_interval: 4
#           hello_interval: 2
#           poll_interval: 2
#           retransmit_interval: 2
#       stub:
#         default_metric: 100
#         set: true
#     reference_bandwidth: 10g
#     rfc1583compatibility: false
#     router_id: 10.200.16.75

# Using rendered
#
- name: Render the commands for provided  configuration
  junipernetworks.junos.junos_ospfv2:
    config:
      - reference_bandwidth: 10g
        areas:
          - area_id: 0.0.0.100
            area_ranges:
              - address: 10.200.17.0/24
                exact: true
                restrict: true
                override_metric: 2000
              - address: 10.200.15.0/24
                exact: true
                restrict: true
                override_metric: 2000
            stub:
              default_metric: 100
              set: true
            interfaces:
              - name: so-0/0/0.0
                priority: 3
                metric: 5
                flood_reduction: false
                passive: true
                bandwidth_based_metrics:
                  - bandwidth: 1g
                    metric: 5
                  - bandwidth: 10g
                    metric: 40
                timers:
                  dead_interval: 4
                  hello_interval: 2
                  poll_interval: 2
                  retransmit_interval: 2
        rfc1583compatibility: false
    state: rendered

# Task Output:
# ------------
#
# rendered: "<nc:protocols xmlns:nc="urn:ietf:params:xml:ns:netconf:base:1.0">
# <nc:ospf><nc:reference-bandwidth>10g</nc:reference-bandwidth><nc:no-rfc-1583/><nc:area><nc:name>0.0.0.100</nc:name>
# <nc:area-range><nc:name>10.200.17.0/24</nc:name><nc:exact/><nc:restrict/><nc:override-metric>2000</nc:override-metric>
# </nc:area-range><nc:area-range><nc:name>10.200.15.0/24</nc:name><nc:exact/><nc:restrict/>
# <nc:override-metric>2000</nc:override-metric></nc:area-range><nc:interface><nc:name>so-0/0/0.0</nc:name>
# <nc:priority>3</nc:priority><nc:metric>5</nc:metric><nc:passive/><nc:bandwidth-based-metrics><nc:bandwidth>
# <nc:name>1g</nc:name><nc:metric>5</nc:metric></nc:bandwidth><nc:bandwidth><nc:name>10g</nc:name>
# <nc:metric>40</nc:metric></nc:bandwidth></nc:bandwidth-based-metrics><nc:dead-interval>4</nc:dead-interval>
# <nc:hello-interval>2</nc:hello-interval><nc:poll-interval>2</nc:poll-interval>
# <nc:retransmit-interval>2</nc:retransmit-interval></nc:interface><nc:stub>
# <nc:default-metric>100</nc:default-metric></nc:stub></nc:area></nc:ospf></nc:protocols>"

Return Values

Common return values are documented here, the following are the fields unique to this module:

Key	Description
after dictionary	The resulting configuration module invocation. Returned: when changed Sample: "The configuration returned will always be in the same format\n of the parameters above.\n"
before dictionary	The configuration prior to the module invocation. Returned: always Sample: "The configuration returned will always be in the same format\n of the parameters above.\n"
commands list / elements=string	The set of commands pushed to the remote device. Returned: always Sample: ["<nc:protocols xmlns:nc=\"urn:ietf:params:xml:ns:netconf:base:1.0\">< nc:ospf><nc:area delete=\"delete\">0.0.0.100</nc:area><nc:reference-bandwidth delete=\"delete\"/> <nc:no-rfc-1583 delete=\"delete\"/></nc:ospf></nc:protocols>", "xml 2", "xml 3"]
gathered list / elements=string	Facts about the network resource gathered from the remote device as structured data. Returned: when state is gathered Sample: ["This output will always be in the same format as the module argspec.\n"]
parsed list / elements=string	The device native config provided in running_config option parsed into structured data as per module argspec. Returned: when state is parsed Sample: ["This output will always be in the same format as the module argspec.\n"]
rendered list / elements=string	The provided configuration in the task rendered in device-native format (offline). Returned: when state is rendered Sample: ["<nc:protocols xmlns:nc=\"urn:ietf:params:xml:ns:netconf:base:1.0\">"]

Authors

• Daniel Mellado (@dmellado)

• Rohit Thakur (@rohitthakur2590)

Collection links

• Issue Tracker
• Repository (Sources)