junipernetworks.junos.junos_ospfv2 模块 – OSPFv2 资源模块

注意

此模块是 junipernetworks.junos 集合（版本 9.1.0）的一部分。

如果您使用的是 ansible 包，您可能已经安装了此集合。它不包含在 ansible-core 中。要检查是否已安装，请运行 ansible-galaxy collection list。

要安装它，请使用：ansible-galaxy collection install junipernetworks.junos。您需要进一步的要求才能使用此模块，请参阅要求了解详细信息。

要在 playbook 中使用它，请指定：junipernetworks.junos.junos_ospfv2。

junipernetworks.junos 1.0.0 中的新增功能

概要 

此模块管理运行 Juniper JUNOS 的设备上的 OSPFv2 配置。

要求 

执行此模块的主机上需要以下要求。

ncclient (>=v0.6.4)
xmltodict (>=0.12.0)

参数 

参数	注释
config 列表 / 元素=字典	OSPFv2 进程配置的列表。
areas 列表 / 元素=字典	OSPFv2 区域配置的列表。
area_id 字符串 / 必需	区域 ID，可以是整数或 IP 地址。
area_range 字符串	配置区域的地址范围。包含此选项是为了兼容性，请在 2025-07-01 之后删除/弃用。此选项的替代方案是 area_ranges，它是一个列表。
area_ranges 列表 / 元素=字典	配置区域的 IP 地址范围。
address 字符串	指定 IP 地址。
exact 布尔值	强制对此区域范围的通告进行精确匹配。选项 `false` `true`
override_metric 整数	覆盖此区域范围的动态指标。
restrict 布尔值	限制此区域范围的通告。选项 `false` `true`
interfaces 列表 / 元素=字典	此区域中的接口列表。
authentication 字典	指定身份验证类型
md5 列表 / 元素=字典	MD5 身份验证密钥
key 字符串	指定密钥值
key_id 整数	指定密钥标识
start_time 字符串	指定密钥传输的开始时间 (YYYY-MM-DD.HH:MM)
password 字符串	指定身份验证密钥。
type 字典	要使用的身份验证类型。包含此选项是为了兼容性，请在 2025-07-01 之后删除/弃用。
bandwidth_based_metrics 列表 / 元素=字典	指定基于带宽的指标列表
bandwidth 字符串	应用指标的带宽。选项 `"1g"` `"10g"`
metric 整数	指定指标
flood_reduction 布尔值	启用洪泛减少。选项 `false` `true`
metric 整数	应用于接口的指标。
name 字符串 / 必需	接口的名称。
passive 布尔值	指定被动选项 `false` `true`
priority 整数	接口的优先级。
timers 字典	指定计时器
dead_interval 整数	死亡间隔（秒）。
hello_interval 整数	Hello 间隔（秒）。
poll_interval 整数	轮询间隔（秒）。
retransmit_interval 整数	重传间隔（秒）。
transit_delay 整数	传输延迟（秒）。
stub 字典	用于将区域配置为末梢区域的设置。
default_metric 整数	此区域中默认路由的指标。
set 布尔值	将区域配置为末梢区域。选项 `false` `true`
external_preference 整数	外部路由的优先级。
overload 字典	指定过载模式重置的时间
allow_route_leaking 布尔值	配置过载时允许路由泄漏。选项 `false` `true`
as_external 布尔值	使用最大可用指标通告为外部路由。选项 `false` `true`
stub_network 布尔值	使用最大指标通告末梢网络。选项 `false` `true`
timeout 整数	过载模式重置的时间（秒）。
preference 整数	内部路由的优先级。
prefix_export_limit 整数	可以导出的最大外部前缀数。
reference_bandwidth 字符串	用于计算指标默认值的带宽。选项 `"1g"` `"10g"`
rfc1583compatibility 布尔值	设置 RFC1583 兼容性选项 `false` `true`
router_id 字符串	OSPFv2 路由器 ID。
spf_options 字典	配置 SPF 的选项。
delay 整数	在运行 SPF 之前等待的时间（秒）。
holddown 整数	在运行 SPF 之前保持的时间（秒）。
no_ignore_our_externals 布尔值	不忽略自身生成的外部和 NSSA LSA。选项 `false` `true`
rapid_runs 整数	在保持之前最大快速 SPF 运行的次数（秒）。
running_config 字符串	此选项仅与状态 parsed 一起使用。此选项的值应是通过执行命令 show protocols ospf 从 Junos 设备收到的输出。状态 parsed 从 `running_config` 选项读取配置，并根据资源模块的 argspec 将其转换为 Ansible 结构化数据，然后该值将作为结果中的 parsed 键返回
state 字符串	配置应保留的状态。选项 `"merged"` ←（默认） `"replaced"` `"overridden"` `"deleted"` `"gathered"` `"rendered"` `"parsed"`

注释 

注意

此模块需要在被管理的设备上启用 netconf 系统服务。
此模块与连接 netconf 一起使用。
请参阅Junos OS 平台选项。
已针对 JunOS v18.4R1 进行测试

示例 

# 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>"

返回值 

通用返回值记录在此处，以下是此模块特有的字段

键	描述
after 字典	模块调用后的结果配置。返回: 当更改时示例: `"返回的配置始终与上述参数的格式相同。\n"`
before 字典	模块调用之前的配置。返回: 始终示例: `"返回的配置始终与上述参数的格式相同。\n"`
commands 列表 / 元素=字符串	推送到远程设备的命令集。返回: 始终示例: `["<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 列表 / 元素=字符串	从远程设备收集的关于网络资源的结构化数据的事实。返回: 当state为 `gathered` 时示例: `["此输出将始终与模块参数规范的格式相同。\n"]`
parsed 列表 / 元素=字符串	根据模块参数规范，将running_config选项中提供的设备原生配置解析为结构化数据。返回: 当state为 `parsed` 时示例: `["此输出将始终与模块参数规范的格式相同。\n"]`
rendered 列表 / 元素=字符串	任务中提供的配置以设备原生格式（离线）呈现。返回: 当state为 `rendered` 时示例: `["<nc:protocols xmlns:nc=\"urn:ietf:params:xml:ns:netconf:base:1.0\">"]`

作者

Daniel Mellado (@dmellado)
Rohit Thakur (@rohitthakur2590)