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6.2. 管理网络策略

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6.2.1. OVN-Kubernetes AdminNetworkPolicy

6.2.1.1. AdminNetworkPolicy

AdminNetworkPolicy (ANP)是一个集群范围的自定义资源定义(CRD)。作为 OpenShift Container Platform 管理员，您可以在创建命名空间前通过创建网络策略来使用 ANP 来保护网络。另外，您可以在集群范围的级别上创建网络策略，该级别不可由 NetworkPolicy 对象覆盖。

AdminNetworkPolicy 和 NetworkPolicy 对象之间的关键区别在于，供管理员使用，是集群范围，而后者则用于租户所有者，并且是命名空间范围。

ANP 允许管理员指定以下内容：

  • 确定其评估顺序的 priority 值。数值越低，优先级越高。
  • 由应用策略的一组命名空间或命名空间组成的一组 pod。
  • 要应用到 subject 的所有入口流量的入站规则列表。
  • 用于来自 subject 的所有出口流量的出口规则列表。
AdminNetworkPolicy 示例

例 6.1. ANP 的 YAML 文件示例

apiVersion: policy.networking.k8s.io/v1alpha1
kind: AdminNetworkPolicy
metadata:
  name: sample-anp-deny-pass-rules 1
spec:
  priority: 50 2
  subject:
    namespaces:
      matchLabels:
          kubernetes.io/metadata.name: example.name 3
  ingress: 4
  - name: "deny-all-ingress-tenant-1" 5
    action: "Deny"
    from:
    - pods:
        namespaceSelector:
          matchLabels:
            custom-anp: tenant-1
        podSelector:
          matchLabels:
            custom-anp: tenant-1 6
  egress:7
  - name: "pass-all-egress-to-tenant-1"
    action: "Pass"
    to:
    - pods:
        namespaceSelector:
          matchLabels:
            custom-anp: tenant-1
        podSelector:
          matchLabels:
            custom-anp: tenant-1
1
为您的 ANP 指定一个名称。
2
spec.priority 字段支持集群中 0-99 值中最多 100 ANP。数值越低，优先级越高。创建具有相同优先级的 AdminNetworkPolicy 会创建非确定的结果。
3
指定要应用 ANP 资源的命名空间。
4
ANP 具有入口和出口规则。spec.ingress 字段的 ANP 规则接受 Pass,Deny, action 字段接受的值为 Allow。
5
为 ingress.name 指定一个名称。
6
指定 podSelector.matchLabels，以选择 namespaceSelector.matchLabels 作为入口对等选择的命名空间中的 pod。
7
ANP 同时具有入口和出口规则。spec.egress 字段的 ANP 规则接受 Pass,Deny, action 字段接受的值为 Allow。

其他资源

6.2.1.1.1. 规则的 AdminNetworkPolicy 操作

作为管理员，您可以将您的 AdminNetworkPolicy 规则的 action 字段设置为 Allow,Deny, 或 Pass。由于 OVN-Kubernetes 使用分层 ACL 来评估网络流量规则，因此 3NP 允许您设置非常强大的策略规则，它们只能被管理员修改、删除规则，或通过设置更高优先级规则来覆盖它们。

AdminNetworkPolicy Allow 示例

在优先级 9 中定义的以下 ANP 可确保允许从 monitoring 命名空间到集群中的任何租户（所有其他命名空间）的所有入口流量。

例 6.2. 强 Allow ANP 的 YAML 文件示例

apiVersion: policy.networking.k8s.io/v1alpha1
kind: AdminNetworkPolicy
metadata:
  name: allow-monitoring
spec:
  priority: 9
  subject:
    namespaces: {} # Use the empty selector with caution because it also selects OpenShift namespaces as well.
  ingress:
  - name: "allow-ingress-from-monitoring"
    action: "Allow"
    from:
    - namespaces:
        matchLabels:
          kubernetes.io/metadata.name: monitoring
# ...

这是强的 Allow ANP 的示例，因为它不可以被涉及的所有方覆盖。租户都不会阻止自己被使用 NetworkPolicy 对象监控，监控租户也不知道它可以或无法监控的内容。

AdminNetworkPolicy 拒绝示例

在优先级 5 中定义的以下 ANP 可确保 monitoring 命名空间中的所有入口流量都被阻止到受限租户（具有标签 security: restricted的命名空间）。

例 6.3. 强 Deny ANP 的 YAML 文件示例

apiVersion: policy.networking.k8s.io/v1alpha1
kind: AdminNetworkPolicy
metadata:
  name: block-monitoring
spec:
  priority: 5
  subject:
    namespaces:
      matchLabels:
        security: restricted
  ingress:
  - name: "deny-ingress-from-monitoring"
    action: "Deny"
    from:
    - namespaces:
        matchLabels:
          kubernetes.io/metadata.name: monitoring
# ...

这是一个强大的 Deny ANP，这是所有涉及的方都无法覆盖的。受限租户所有者无法授权自己允许监控流量，基础架构监控服务无法从这些敏感命名空间中提取任何内容。

与强的 Allow 示例结合使用时，block-monitoring ANP 具有较低优先级的值，赋予其优先级更高的优先级，这样可确保不会监控受限租户。

AdminNetworkPolicy Pass 示例

在优先级 7 定义的以下 ANP 可确保所有从 monitoring 命名空间到内部基础架构租户（具有标签 security: internal）的入口流量都将传递到 ACL 的层 2，并由命名空间的 NetworkPolicy 对象评估。

例 6.4. 强 Pass ANP 的 YAML 文件示例

apiVersion: policy.networking.k8s.io/v1alpha1
kind: AdminNetworkPolicy
metadata:
  name: pass-monitoring
spec:
  priority: 7
  subject:
    namespaces:
      matchLabels:
        security: internal
  ingress:
  - name: "pass-ingress-from-monitoring"
    action: "Pass"
    from:
    - namespaces:
        matchLabels:
          kubernetes.io/metadata.name: monitoring
# ...

这个示例是一个强大的 Pass 操作 ANP，因为它将决策委派给租户所有者定义的 NetworkPolicy 对象。如果基础架构监控服务应使用命名空间范围 NetworkPolicy 对象提取其指标，则此 pass-monitoring ANP 允许在安全级别 internal 分组的所有租户所有者。

6.2.2. OVN-Kubernetes BaselineAdminNetworkPolicy

6.2.2.1. BaselineAdminNetworkPolicy

BaselineAdminNetworkPolicy (BANP)是一个集群范围的自定义资源定义(CRD)。作为 OpenShift Container Platform 管理员，您可以使用 BANP 来设置并强制实施可选的基准网络策略规则，这些规则被用户使用 NetworkPolicy 对象（如果需要的话）覆盖。BANP 的规则操作是 allow 或 deny。

BaselineAdminNetworkPolicy 资源是一个集群单例对象，当传递的流量策略与集群中的任何 NetworkPolicy 对象不匹配时，可用作 guardrail 策略。BANP 也可以用作默认安全模型，该模型默认阻止集群内流量，用户需要使用 NetworkPolicy 对象来允许已知的流量。在创建 BANP 资源时，必须使用 default 作为名称。

管理员可通过 BANP 指定：

  • 由一组命名空间或命名空间的 subject。
  • 要应用到 subject 的所有入口流量的入站规则列表。
  • 用于来自 subject 的所有出口流量的出口规则列表。
BaselineAdminNetworkPolicy 示例

例 6.5. BANP 的 YAML 文件示例

apiVersion: policy.networking.k8s.io/v1alpha1
kind: BaselineAdminNetworkPolicy
metadata:
  name: default 1
spec:
  subject:
    namespaces:
      matchLabels:
          kubernetes.io/metadata.name: example.name 2
  ingress: 3
  - name: "deny-all-ingress-from-tenant-1" 4
    action: "Deny"
    from:
    - pods:
        namespaceSelector:
          matchLabels:
            custom-banp: tenant-1 5
        podSelector:
          matchLabels:
            custom-banp: tenant-1 6
  egress:
  - name: "allow-all-egress-to-tenant-1"
    action: "Allow"
    to:
    - pods:
        namespaceSelector:
          matchLabels:
            custom-banp: tenant-1
        podSelector:
          matchLabels:
            custom-banp: tenant-1
1
策略名称必须是 default，因为 BANP 是一个单例对象。
2
指定要将 ANP 应用到的命名空间。
3
BANP 具有入口和出口规则。spec.ingress 和 spec.egress 字段的 BANP 规则接受 Deny, action 字段接受的值为 Allow。
4
为 ingress.name 指定名称
5
指定要从中选择 pod 以应用 BANP 资源的命名空间。
6
指定 podSelector.matchLabels 名称，以应用 BANP 资源。
BaselineAdminNetworkPolicy 拒绝示例

以下 BANP 单例确保管理员为 internal 安全级别进入租户的所有入口监控流量设置了默认的拒绝策略。与 "AdminNetworkPolicy Pass example" 组合时，这个 deny 策略充当 ANP pass-monitoring 策略传递的所有入口流量的保护策略。

例 6.6. guardrail Deny 规则的 YAML 文件示例

apiVersion: policy.networking.k8s.io/v1alpha1
kind: BaselineAdminNetworkPolicy
metadata:
  name: default
spec:
  subject:
    namespaces:
      matchLabels:
        security: internal
  ingress:
  - name: "deny-ingress-from-monitoring"
    action: "Deny"
    from:
    - namespaces:
        matchLabels:
          kubernetes.io/metadata.name: monitoring
# ...

您可以将带有 action 字段的值为 Pass 的 AdminNetworkPolicy 资源与 BaselineAdminNetworkPolicy 资源结合使用来创建多租户策略。此多租户策略允许一个租户在应用上收集监控数据，同时不从第二个租户收集数据。

作为管理员，如果您同时应用了 "AdminNetworkPolicy Pass action example" 和 "BaselineAdminNetwork Policy Deny example"，则租户将保留创建在 BANP 之前评估的 NetworkPolicy 资源。

例如，租户 1 可以设置以下 NetworkPolicy 资源来监控入口流量：

例 6.7. NetworkPolicy 示例

apiVersion: networking.k8s.io/v1
kind: NetworkPolicy
metadata:
  name: allow-monitoring
  namespace: tenant 1
spec:
  podSelector:
  policyTypes:
    - Ingress
  ingress:
  - from:
    - namespaceSelector:
        matchLabels:
          kubernetes.io/metadata.name: monitoring
# ...

在这种情况下，Tenant 1 会在 "AdminNetworkPolicy Pass action example" 之后，"BaselineAdminNetwork Policy Deny example" 之前被评估，它将拒绝所有进入 安全级别 internal 的入口监控流量。随着租户 1 的 NetworkPolicy 对象就位，它们将能够在其应用程序中收集数据。但是，租户 2 没有任何 NetworkPolicy 对象，将无法收集数据。作为管理员，您没有默认监控内部租户，而是创建了 BANP，它允许租户使用 NetworkPolicy 对象覆盖 BANP 的默认行为。

6.2.3. 监控 ANP 和 BANP

AdminNetworkPolicy 和 BaselineAdminNetworkPolicy 资源具有可用于监控和管理您的策略的指标。有关指标的详情，请查看下表。

6.2.3.1. AdminNetworkPolicy 指标

Name描述解释

ovnkube_controller_admin_network_policies

Not applicable

集群中的 AdminNetworkPolicy 资源总数。

ovnkube_controller_baseline_admin_network_policies

Not applicable

集群中的 BaselineAdminNetworkPolicy 资源总数。该值应该是 0 或 1。

ovnkube_controller_admin_network_policies_rules

  • direction: 指定 Ingress 或 Egress。
  • action: 指定 Pass, Allow, 或 Deny。

集群中所有 ANP 策略的规则总数，按照 direction 和 action 分组。

ovnkube_controller_baseline_admin_network_policies_rules

  • direction: 指定 Ingress 或 Egress。
  • action ：指定 Allow 或 Deny。

集群中所有 BANP 策略的规则总数，按照 direction 和 action 分组。

ovnkube_controller_admin_network_policies_db_objects

table_name ：指定 ACL 或 Address_Set

集群中所有 ANP 创建的 OVN 北向数据库(nbdb)对象的总数，按照 table_name 分组。

ovnkube_controller_baseline_admin_network_policies_db_objects

table_name ：指定 ACL 或 Address_Set

集群中所有 BANP 创建的 OVN 北向数据库(nbdb)对象的总数，按照 table_name 分组。

6.2.4. AdminNetworkPolicy 的出口节点和网络对等点

本节介绍 节点 和网络 对等点。管理员可以使用本节中的示例来设计 AdminNetworkPolicy 和 BaselineAdminNetworkPolicy，以控制其集群中的北向流量。

6.2.4.1. AdminNetworkPolicy 和 BaselineAdminNetworkPolicy 的北向流量控制

除了支持 east-west 流量控制外，ANP 和 BANP 还允许管理员控制其北向流量，使集群或流量离开集群或流量到集群中的其他节点。最终用户可以执行以下操作：

  • 使用 节点 出口对等点实现对集群节点的出口流量控制
  • 使用节点或网络 出口对等对 Kubernetes API 服务器实施出口流量控制
  • 使用网络对等点对集群外的外部目的地实施出口流量控制
注意

对于 ANP 和 BANP，只能为出口规则指定节点和网络对等点。

6.2.4.1.1. 使用节点 peer 控制到集群节点的出口流量

使用 节点 对等管理员可以控制从 pod 到集群中节点的出口流量。这样做的好处是，您不必在向集群添加或删除节点时更改策略。

在以下示例中，通过使用节点选择器，允许任何带有restricted, confidential, 或 internal 级别安全的命名空间发送的、端口 6443 上的到 Kubernetes API 服务器的出口流量。它还拒绝来自带有 restricted, confidential, or internal 安全级别的任何命名空间的、到您的集群中的所有 worker 节点的流量。

例 6.8. 使用 nodes 对等的 ANP Allow egress 示例

apiVersion: policy.networking.k8s.io/v1alpha1
kind: AdminNetworkPolicy
metadata:
  name: egress-security-allow
spec:
  egress:
  - action: Deny
    to:
    - nodes:
        matchExpressions:
        - key: node-role.kubernetes.io/worker
          operator: Exists
  - action: Allow
    name: allow-to-kubernetes-api-server-and-engr-dept-pods
    ports:
    - portNumber:
        port: 6443
        protocol: TCP
    to:
    - nodes: 1
        matchExpressions:
        - key: node-role.kubernetes.io/control-plane
          operator: Exists
    - pods: 2
        namespaceSelector:
          matchLabels:
            dept: engr
        podSelector: {}
  priority: 55
  subject: 3
    namespaces:
      matchExpressions:
      - key: security 4
        operator: In
        values:
        - restricted
        - confidential
        - internal
1
使用 matchExpressions 字段指定集群中的节点或一组节点。
2
指定使用 dept: engr 标记的所有 pod。
3
指定 ANP 的主题，其中包含任何与网络策略使用的标签匹配的命名空间。示例匹配任何带有 security 的级别为 restricted, confidential, 或 internal 级别的命名空间。
4
为 matchExpressions 字段指定键/值对。
6.2.4.1.2. 使用网络对等控制到外部目的地的出口流量

集群管理员可以使用网络对等中的 CIDR 范围，并应用一个策略来控制离开 pod 的出口流量，并进入通过 network 字段指定的 CIDR 范围内配置的 IP 地址的目标。

以下示例使用网络对等，并组合了 ANP 和 BANP 策略来限制出口流量。

重要

请谨慎使用 namespace 字段中的空选择器({})。使用空选择器时，它还选择 OpenShift 命名空间。

如果您在 ANP 或 BANP Deny 规则中使用 0.0.0.0/0 的值，您必须在将 Deny 设置为 0.0.0.0/0 前将更高的优先级 ANP Allow 规则设置为所需的目的地。

例 6.9. 使用网络对等点的 ANP 和 BANP 示例

apiVersion: policy.networking.k8s.io/v1alpha1
kind: AdminNetworkPolicy
metadata:
  name: network-as-egress-peer
spec:
  priority: 70
  subject:
    namespaces: {} # Use the empty selector with caution because it also selects OpenShift namespaces as well.
  egress:
  - name: "deny-egress-to-external-dns-servers"
    action: "Deny"
    to:
    - networks:1
      - 8.8.8.8/32
      - 8.8.4.4/32
      - 208.67.222.222/32
    ports:
      - portNumber:
          protocol: UDP
          port: 53
  - name: "allow-all-egress-to-intranet"
    action: "Allow"
    to:
    - networks: 2
      - 89.246.180.0/22
      - 60.45.72.0/22
  - name: "allow-all-intra-cluster-traffic"
    action: "Allow"
    to:
    - namespaces: {} # Use the empty selector with caution because it also selects OpenShift namespaces as well.
  - name: "pass-all-egress-to-internet"
    action: "Pass"
    to:
    - networks:
      - 0.0.0.0/0 3
---
apiVersion: policy.networking.k8s.io/v1alpha1
kind: BaselineAdminNetworkPolicy
metadata:
  name: default
spec:
  subject:
    namespaces: {} # Use the empty selector with caution because it also selects OpenShift namespaces as well.
  egress:
  - name: "deny-all-egress-to-internet"
    action: "Deny"
    to:
    - networks:
      - 0.0.0.0/0 4
---
1
使用网络指定集群外的 CIDR 网络范围。
2
指定来自资源的集群内流量的 CIDR 范围。
3 4
通过将 networks 值设置为 0.0.0.0/0 来指定到任何项的 Deny egress。在将 Deny 设置为 0.0.0.0/0 之前，请确保具有较高的优先级 Allow 规则到所需的目的地，因为这将拒绝包括到 Kubernetes API 和 DNS 服务器的所有流量。

使用网络对等来整合 network-as-egress-peer ANP 和 默认的 BANP 来强制以下 egress 策略：

  • 所有 pod 都无法通过列出的 IP 地址与外部 DNS 服务器进行通信。
  • 所有 pod 都可以与公司的其他内部网通信。
  • 所有 pod 都可以与其他 pod、节点和服务通信。
  • 所有 pod 都无法与互联网通信。将最后一个 ANP Pass 规则与强大的 BANP Deny 规则合并会创建一个保护策略来保护集群中的流量。
6.2.4.1.3. 一起使用节点对等和网络对等

集群管理员可以将节点和网络对等组合到 ANP 和 BANP 策略中。

例 6.10. 节点和网络对等示例

apiVersion: policy.networking.k8s.io/v1alpha1
kind: AdminNetworkPolicy
metadata:
  name: egress-peer-1 1
spec:
  egress: 2
  - action: "Allow"
    name: "allow-egress"
    to:
    - nodes:
        matchExpressions:
        - key: worker-group
          operator: In
          values:
          - workloads # Egress traffic from nodes with label worker-group: workloads is allowed.
    - networks:
      - 104.154.164.170/32
    - pods:
        namespaceSelector:
          matchLabels:
            apps: external-apps
        podSelector:
          matchLabels:
            app: web # This rule in the policy allows the traffic directed to pods labeled apps: web in projects with apps: external-apps to leave the cluster.
  - action: "Deny"
    name: "deny-egress"
    to:
    - nodes:
        matchExpressions:
        - key: worker-group
          operator: In
          values:
          - infra # Egress traffic from nodes with label worker-group: infra is denied.
    - networks:
      - 104.154.164.160/32 # Egress traffic to this IP address from cluster is denied.
    - pods:
        namespaceSelector:
          matchLabels:
            apps: internal-apps
        podSelector: {}
  - action: "Pass"
    name: "pass-egress"
    to:
    - nodes:
        matchExpressions:
        - key: node-role.kubernetes.io/worker
          operator: Exists # All other egress traffic is passed to NetworkPolicy or BANP for evaluation.
  priority: 30 3
  subject: 4
    namespaces:
      matchLabels:
        apps: all-apps
1
指定策略的名称。
2
对于节点和网络对等，您只能在 ANP 中使用北向流量控制作为 egress。
3
指定 ANP 的优先级，确定应评估它们的顺序。低的优先级规则具有更高的优先权。ANP 接受 0-99 的值，0 为最高优先级，99 为最低优先级。
4
指定集群中要应用策略的 pod 集合。在示例中，所有命名空间中带有 apps: all-apps 标签的任何 pod 都是策略的主题。

6.2.5. AdminNetworkPolicy 故障排除

6.2.5.1. 检查 ANP 的创建

要检查您的 AdminNetworkPolicy (ANP) 和 BaselineAdminNetworkPolicy (BANP) 是否已正确创建，请检查以下命令的状态输出： oc describe ap 或 oc describe banp。

正常状态表示 OVN DB plumbing was successful 和 SetupSucceeded。

例 6.11. 具有良好状态的 ANP 示例

...
Conditions:
Last Transition Time:  2024-06-08T20:29:00Z
Message:               Setting up OVN DB plumbing was successful
Reason:                SetupSucceeded
Status:                True
Type:                  Ready-In-Zone-ovn-control-plane Last Transition Time:  2024-06-08T20:29:00Z
Message:               Setting up OVN DB plumbing was successful
Reason:                SetupSucceeded
Status:                True
Type:                  Ready-In-Zone-ovn-worker
Last Transition Time:  2024-06-08T20:29:00Z
Message:               Setting up OVN DB plumbing was successful
Reason:                SetupSucceeded
Status:                True
Type:                  Ready-In-Zone-ovn-worker2
...

如果 Plumbing 失败，则会从相应的区控制器报告错误。

例 6.12. 带有错误状态和错误消息的 ANP 示例

...
Status:
  Conditions:
    Last Transition Time:  2024-06-25T12:47:44Z
    Message:               error attempting to add ANP cluster-control with priority 600 because, OVNK only supports priority ranges 0-99
    Reason:                SetupFailed
    Status:                False
    Type:                  Ready-In-Zone-example-worker-1.example.example-org.net
    Last Transition Time:  2024-06-25T12:47:45Z
    Message:               error attempting to add ANP cluster-control with priority 600 because, OVNK only supports priority ranges 0-99
    Reason:                SetupFailed
    Status:                False
    Type:                  Ready-In-Zone-example-worker-0.example.example-org.net
    Last Transition Time:  2024-06-25T12:47:44Z
    Message:               error attempting to add ANP cluster-control with priority 600 because, OVNK only supports priority ranges 0-99
    Reason:                SetupFailed
    Status:                False
    Type:                  Ready-In-Zone-example-ctlplane-1.example.example-org.net
    Last Transition Time:  2024-06-25T12:47:44Z
    Message:               error attempting to add ANP cluster-control with priority 600 because, OVNK only supports priority ranges 0-99
    Reason:                SetupFailed
    Status:                False
    Type:                  Ready-In-Zone-example-ctlplane-2.example.example-org.net
    Last Transition Time:  2024-06-25T12:47:44Z
    Message:               error attempting to add ANP cluster-control with priority 600 because, OVNK only supports priority ranges 0-99
    Reason:                SetupFailed
    Status:                False
    Type:                  Ready-In-Zone-example-ctlplane-0.example.example-org.net
    ```

有关 nbctl 命令，请参见以下部分来帮助排除不成功的策略。

6.2.5.1.1. 为 ANP 和 BANP 使用 nbctl 命令

要对不成功的设置进行故障排除，请首先查看 OVN 北向数据库 (nbdb) 对象，包括 ACL、AdressSet 和 Port_Group。要查看 nbdb，您需要在该节点上的 pod 内部查看该节点数据库中的对象。

先决条件

  • 使用具有 cluster-admin 角色的用户访问集群。
  • 已安装 OpenShift CLI（oc）。
注意

要在集群中运行 ovn nbctl 命令，您必须在相关节点的 "nbdb" 中打开远程 shell。

以下策略用于生成输出。

例 6.13. 用于生成输出的 AdminNetworkPolicy

apiVersion: policy.networking.k8s.io/v1alpha1
kind: AdminNetworkPolicy
metadata:
  name: cluster-control
spec:
  priority: 34
  subject:
    namespaces:
      matchLabels:
        anp: cluster-control-anp # Only namespaces with this label have this ANP
  ingress:
  - name: "allow-from-ingress-router" # rule0
    action: "Allow"
    from:
    - namespaces:
        matchLabels:
          policy-group.network.openshift.io/ingress: ""
  - name: "allow-from-monitoring" # rule1
    action: "Allow"
    from:
    - namespaces:
        matchLabels:
          kubernetes.io/metadata.name: openshift-monitoring
    ports:
    - portNumber:
        protocol: TCP
        port: 7564
    - namedPort: "scrape"
  - name: "allow-from-open-tenants" # rule2
    action: "Allow"
    from:
    - namespaces: # open tenants
        matchLabels:
          tenant: open
  - name: "pass-from-restricted-tenants" # rule3
    action: "Pass"
    from:
    - namespaces: # restricted tenants
        matchLabels:
          tenant: restricted
  - name: "default-deny" # rule4
    action: "Deny"
    from:
    - namespaces: {} # Use the empty selector with caution because it also selects OpenShift namespaces as well.
  egress:
  - name: "allow-to-dns" # rule0
    action: "Allow"
    to:
    - pods:
        namespaceSelector:
          matchlabels:
            kubernetes.io/metadata.name: openshift-dns
        podSelector:
          matchlabels:
            app: dns
    ports:
    - portNumber:
        protocol: UDP
        port: 5353
  - name: "allow-to-kapi-server" # rule1
    action: "Allow"
    to:
    - nodes:
        matchExpressions:
        - key: node-role.kubernetes.io/control-plane
          operator: Exists
    ports:
    - portNumber:
        protocol: TCP
        port: 6443
  - name: "allow-to-splunk" # rule2
    action: "Allow"
    to:
    - namespaces:
        matchlabels:
          tenant: splunk
    ports:
    - portNumber:
        protocol: TCP
        port: 8991
    - portNumber:
        protocol: TCP
        port: 8992
  - name: "allow-to-open-tenants-and-intranet-and-worker-nodes" # rule3
    action: "Allow"
    to:
    - nodes: # worker-nodes
        matchExpressions:
        - key: node-role.kubernetes.io/worker
          operator: Exists
    - networks: # intranet
      - 172.29.0.0/30
      - 10.0.54.0/19
      - 10.0.56.38/32
      - 10.0.69.0/24
    - namespaces: # open tenants
        matchLabels:
          tenant: open
  - name: "pass-to-restricted-tenants" # rule4
    action: "Pass"
    to:
    - namespaces: # restricted tenants
        matchLabels:
          tenant: restricted
  - name: "default-deny"
    action: "Deny"
    to:
    - networks:
      - 0.0.0.0/0

流程

  1. 运行以下命令，使用节点信息列出 pod： 

    $ oc get pods -n openshift-ovn-kubernetes -owide

    输出示例

    NAME                                     READY   STATUS    RESTARTS   AGE   IP           NODE                                       NOMINATED NODE   READINESS GATES
ovnkube-control-plane-5c95487779-8k9fd   2/2     Running   0          34m   10.0.0.5     ci-ln-0tv5gg2-72292-6sjw5-master-0         <none>           <none>
ovnkube-control-plane-5c95487779-v2xn8   2/2     Running   0          34m   10.0.0.3     ci-ln-0tv5gg2-72292-6sjw5-master-1         <none>           <none>
ovnkube-node-524dt                       8/8     Running   0          33m   10.0.0.4     ci-ln-0tv5gg2-72292-6sjw5-master-2         <none>           <none>
ovnkube-node-gbwr9                       8/8     Running   0          24m   10.0.128.4   ci-ln-0tv5gg2-72292-6sjw5-worker-c-s9gqt   <none>           <none>
ovnkube-node-h4fpx                       8/8     Running   0          33m   10.0.0.5     ci-ln-0tv5gg2-72292-6sjw5-master-0         <none>           <none>
ovnkube-node-j4hzw                       8/8     Running   0          24m   10.0.128.2   ci-ln-0tv5gg2-72292-6sjw5-worker-a-hzbh5   <none>           <none>
ovnkube-node-wdhgv                       8/8     Running   0          33m   10.0.0.3     ci-ln-0tv5gg2-72292-6sjw5-master-1         <none>           <none>
ovnkube-node-wfncn                       8/8     Running   0          24m   10.0.128.3   ci-ln-0tv5gg2-72292-6sjw5-worker-b-5bb7f   <none>           <none>

  2. 运行以下命令，进入 pod 以查看北向数据库： 

    $ oc rsh -c nbdb -n openshift-ovn-kubernetes ovnkube-node-524dt

  3. 运行以下命令来查看 ACL nbdb ： 

    $ ovn-nbctl find ACL 'external_ids{>=}{"k8s.ovn.org/owner-type"=AdminNetworkPolicy,"k8s.ovn.org/name"=cluster-control}'
    其中, cluster-control
    指定您要故障排除的 AdminNetworkPolicy 的名称。
    AdminNetworkPolicy
    指定类型: AdminNetworkPolicy 或 BaselineAdminNetworkPolicy。

    例 6.14. ACL 的输出示例

    _uuid               : 0d5e4722-b608-4bb1-b625-23c323cc9926
action              : allow-related
direction           : to-lport
external_ids        : {direction=Ingress, gress-index="2", "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Ingress:2:None", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy, port-policy-protocol=None}
label               : 0
log                 : false
match               : "outport == @a14645450421485494999 && ((ip4.src == $a13730899355151937870))"
meter               : acl-logging
name                : "ANP:cluster-control:Ingress:2"
options             : {}
priority            : 26598
severity            : []
tier                : 1

_uuid               : b7be6472-df67-439c-8c9c-f55929f0a6e0
action              : drop
direction           : from-lport
external_ids        : {direction=Egress, gress-index="5", "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Egress:5:None", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy, port-policy-protocol=None}
label               : 0
log                 : false
match               : "inport == @a14645450421485494999 && ((ip4.dst == $a11452480169090787059))"
meter               : acl-logging
name                : "ANP:cluster-control:Egress:5"
options             : {apply-after-lb="true"}
priority            : 26595
severity            : []
tier                : 1

_uuid               : 5a6e5bb4-36eb-4209-b8bc-c611983d4624
action              : pass
direction           : to-lport
external_ids        : {direction=Ingress, gress-index="3", "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Ingress:3:None", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy, port-policy-protocol=None}
label               : 0
log                 : false
match               : "outport == @a14645450421485494999 && ((ip4.src == $a764182844364804195))"
meter               : acl-logging
name                : "ANP:cluster-control:Ingress:3"
options             : {}
priority            : 26597
severity            : []
tier                : 1

_uuid               : 04f20275-c410-405c-a923-0e677f767889
action              : pass
direction           : from-lport
external_ids        : {direction=Egress, gress-index="4", "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Egress:4:None", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy, port-policy-protocol=None}
label               : 0
log                 : false
match               : "inport == @a14645450421485494999 && ((ip4.dst == $a5972452606168369118))"
meter               : acl-logging
name                : "ANP:cluster-control:Egress:4"
options             : {apply-after-lb="true"}
priority            : 26596
severity            : []
tier                : 1

_uuid               : 4b5d836a-e0a3-4088-825e-f9f0ca58e538
action              : drop
direction           : to-lport
external_ids        : {direction=Ingress, gress-index="4", "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Ingress:4:None", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy, port-policy-protocol=None}
label               : 0
log                 : false
match               : "outport == @a14645450421485494999 && ((ip4.src == $a13814616246365836720))"
meter               : acl-logging
name                : "ANP:cluster-control:Ingress:4"
options             : {}
priority            : 26596
severity            : []
tier                : 1

_uuid               : 5d09957d-d2cc-4f5a-9ddd-b97d9d772023
action              : allow-related
direction           : from-lport
external_ids        : {direction=Egress, gress-index="2", "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Egress:2:tcp", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy, port-policy-protocol=tcp}
label               : 0
log                 : false
match               : "inport == @a14645450421485494999 && ((ip4.dst == $a18396736153283155648)) && tcp && tcp.dst=={8991,8992}"
meter               : acl-logging
name                : "ANP:cluster-control:Egress:2"
options             : {apply-after-lb="true"}
priority            : 26598
severity            : []
tier                : 1

_uuid               : 1a68a5ed-e7f9-47d0-b55c-89184d97e81a
action              : allow-related
direction           : from-lport
external_ids        : {direction=Egress, gress-index="1", "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Egress:1:tcp", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy, port-policy-protocol=tcp}
label               : 0
log                 : false
match               : "inport == @a14645450421485494999 && ((ip4.dst == $a10706246167277696183)) && tcp && tcp.dst==6443"
meter               : acl-logging
name                : "ANP:cluster-control:Egress:1"
options             : {apply-after-lb="true"}
priority            : 26599
severity            : []
tier                : 1

_uuid               : aa1a224d-7960-4952-bdfb-35246bafbac8
action              : allow-related
direction           : to-lport
external_ids        : {direction=Ingress, gress-index="1", "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Ingress:1:tcp", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy, port-policy-protocol=tcp}
label               : 0
log                 : false
match               : "outport == @a14645450421485494999 && ((ip4.src == $a6786643370959569281)) && tcp && tcp.dst==7564"
meter               : acl-logging
name                : "ANP:cluster-control:Ingress:1"
options             : {}
priority            : 26599
severity            : []
tier                : 1

_uuid               : 1a27d30e-3f96-4915-8ddd-ade7f22c117b
action              : allow-related
direction           : from-lport
external_ids        : {direction=Egress, gress-index="3", "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Egress:3:None", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy, port-policy-protocol=None}
label               : 0
log                 : false
match               : "inport == @a14645450421485494999 && ((ip4.dst == $a10622494091691694581))"
meter               : acl-logging
name                : "ANP:cluster-control:Egress:3"
options             : {apply-after-lb="true"}
priority            : 26597
severity            : []
tier                : 1

_uuid               : b23a087f-08f8-4225-8c27-4a9a9ee0c407
action              : allow-related
direction           : from-lport
external_ids        : {direction=Egress, gress-index="0", "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Egress:0:udp", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy, port-policy-protocol=udp}
label               : 0
log                 : false
match               : "inport == @a14645450421485494999 && ((ip4.dst == $a13517855690389298082)) && udp && udp.dst==5353"
meter               : acl-logging
name                : "ANP:cluster-control:Egress:0"
options             : {apply-after-lb="true"}
priority            : 26600
severity            : []
tier                : 1

_uuid               : d14ed5cf-2e06-496e-8cae-6b76d5dd5ccd
action              : allow-related
direction           : to-lport
external_ids        : {direction=Ingress, gress-index="0", "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Ingress:0:None", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy, port-policy-protocol=None}
label               : 0
log                 : false
match               : "outport == @a14645450421485494999 && ((ip4.src == $a14545668191619617708))"
meter               : acl-logging
name                : "ANP:cluster-control:Ingress:0"
options             : {}
priority            : 26600
severity            : []
tier                : 1
    注意

    ingress 和 egress 的输出显示策略在 ACL 中的逻辑。例如，每次数据包与提供的 match 匹配时会执行的 action。

    1. 运行以下命令，为规则检查特定 ACL： 

      $ ovn-nbctl find ACL 'external_ids{>=}{"k8s.ovn.org/owner-type"=AdminNetworkPolicy,direction=Ingress,"k8s.ovn.org/name"=cluster-control,gress-index="1"}'
      其中, cluster-control
      指定 ANP 的名称。
      入口
      指定流量的 direction 为类型 Ingress 或 Egress。
      1
      指定要查看的规则。

      对于示名为 cluster-control 的 ANP 示例，其 priority 是 34，以下是 Ingress rule 1 的示例输出：

      例 6.15. 输出示例

      _uuid               : aa1a224d-7960-4952-bdfb-35246bafbac8
action              : allow-related
direction           : to-lport
external_ids        : {direction=Ingress, gress-index="1", "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Ingress:1:tcp", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy, port-policy-protocol=tcp}
label               : 0
log                 : false
match               : "outport == @a14645450421485494999 && ((ip4.src == $a6786643370959569281)) && tcp && tcp.dst==7564"
meter               : acl-logging
name                : "ANP:cluster-control:Ingress:1"
options             : {}
priority            : 26599
severity            : []
tier                : 1

  4. 运行以下命令查看 nbdb 中的地址集： 

    $ ovn-nbctl find Address_Set 'external_ids{>=}{"k8s.ovn.org/owner-type"=AdminNetworkPolicy,"k8s.ovn.org/name"=cluster-control}'

    例 6.16. Address_Set 的输出示例

    _uuid               : 56e89601-5552-4238-9fc3-8833f5494869
addresses           : ["192.168.194.135", "192.168.194.152", "192.168.194.193", "192.168.194.254"]
external_ids        : {direction=Egress, gress-index="1", ip-family=v4, "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Egress:1:v4", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy}
name                : a10706246167277696183

_uuid               : 7df9330d-380b-4bdb-8acd-4eddeda2419c
addresses           : ["10.132.0.10", "10.132.0.11", "10.132.0.12", "10.132.0.13", "10.132.0.14", "10.132.0.15", "10.132.0.16", "10.132.0.17", "10.132.0.5", "10.132.0.7", "10.132.0.71", "10.132.0.75", "10.132.0.8", "10.132.0.81", "10.132.0.9", "10.132.2.10", "10.132.2.11", "10.132.2.12", "10.132.2.14", "10.132.2.15", "10.132.2.3", "10.132.2.4", "10.132.2.5", "10.132.2.6", "10.132.2.7", "10.132.2.8", "10.132.2.9", "10.132.3.64", "10.132.3.65", "10.132.3.72", "10.132.3.73", "10.132.3.76", "10.133.0.10", "10.133.0.11", "10.133.0.12", "10.133.0.13", "10.133.0.14", "10.133.0.15", "10.133.0.16", "10.133.0.17", "10.133.0.18", "10.133.0.19", "10.133.0.20", "10.133.0.21", "10.133.0.22", "10.133.0.23", "10.133.0.24", "10.133.0.25", "10.133.0.26", "10.133.0.27", "10.133.0.28", "10.133.0.29", "10.133.0.30", "10.133.0.31", "10.133.0.32", "10.133.0.33", "10.133.0.34", "10.133.0.35", "10.133.0.36", "10.133.0.37", "10.133.0.38", "10.133.0.39", "10.133.0.40", "10.133.0.41", "10.133.0.42", "10.133.0.44", "10.133.0.45", "10.133.0.46", "10.133.0.47", "10.133.0.48", "10.133.0.5", "10.133.0.6", "10.133.0.7", "10.133.0.8", "10.133.0.9", "10.134.0.10", "10.134.0.11", "10.134.0.12", "10.134.0.13", "10.134.0.14", "10.134.0.15", "10.134.0.16", "10.134.0.17", "10.134.0.18", "10.134.0.19", "10.134.0.20", "10.134.0.21", "10.134.0.22", "10.134.0.23", "10.134.0.24", "10.134.0.25", "10.134.0.26", "10.134.0.27", "10.134.0.28", "10.134.0.30", "10.134.0.31", "10.134.0.32", "10.134.0.33", "10.134.0.34", "10.134.0.35", "10.134.0.36", "10.134.0.37", "10.134.0.38", "10.134.0.4", "10.134.0.42", "10.134.0.9", "10.135.0.10", "10.135.0.11", "10.135.0.12", "10.135.0.13", "10.135.0.14", "10.135.0.15", "10.135.0.16", "10.135.0.17", "10.135.0.18", "10.135.0.19", "10.135.0.23", "10.135.0.24", "10.135.0.26", "10.135.0.27", "10.135.0.29", "10.135.0.3", "10.135.0.4", "10.135.0.40", "10.135.0.41", "10.135.0.42", "10.135.0.43", "10.135.0.44", "10.135.0.5", "10.135.0.6", "10.135.0.7", "10.135.0.8", "10.135.0.9"]
external_ids        : {direction=Ingress, gress-index="4", ip-family=v4, "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Ingress:4:v4", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy}
name                : a13814616246365836720

_uuid               : 84d76f13-ad95-4c00-8329-a0b1d023c289
addresses           : ["10.132.3.76", "10.135.0.44"]
external_ids        : {direction=Egress, gress-index="4", ip-family=v4, "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Egress:4:v4", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy}
name                : a5972452606168369118

_uuid               : 0c53e917-f7ee-4256-8f3a-9522c0481e52
addresses           : ["10.132.0.10", "10.132.0.11", "10.132.0.12", "10.132.0.13", "10.132.0.14", "10.132.0.15", "10.132.0.16", "10.132.0.17", "10.132.0.5", "10.132.0.7", "10.132.0.71", "10.132.0.75", "10.132.0.8", "10.132.0.81", "10.132.0.9", "10.132.2.10", "10.132.2.11", "10.132.2.12", "10.132.2.14", "10.132.2.15", "10.132.2.3", "10.132.2.4", "10.132.2.5", "10.132.2.6", "10.132.2.7", "10.132.2.8", "10.132.2.9", "10.132.3.64", "10.132.3.65", "10.132.3.72", "10.132.3.73", "10.132.3.76", "10.133.0.10", "10.133.0.11", "10.133.0.12", "10.133.0.13", "10.133.0.14", "10.133.0.15", "10.133.0.16", "10.133.0.17", "10.133.0.18", "10.133.0.19", "10.133.0.20", "10.133.0.21", "10.133.0.22", "10.133.0.23", "10.133.0.24", "10.133.0.25", "10.133.0.26", "10.133.0.27", "10.133.0.28", "10.133.0.29", "10.133.0.30", "10.133.0.31", "10.133.0.32", "10.133.0.33", "10.133.0.34", "10.133.0.35", "10.133.0.36", "10.133.0.37", "10.133.0.38", "10.133.0.39", "10.133.0.40", "10.133.0.41", "10.133.0.42", "10.133.0.44", "10.133.0.45", "10.133.0.46", "10.133.0.47", "10.133.0.48", "10.133.0.5", "10.133.0.6", "10.133.0.7", "10.133.0.8", "10.133.0.9", "10.134.0.10", "10.134.0.11", "10.134.0.12", "10.134.0.13", "10.134.0.14", "10.134.0.15", "10.134.0.16", "10.134.0.17", "10.134.0.18", "10.134.0.19", "10.134.0.20", "10.134.0.21", "10.134.0.22", "10.134.0.23", "10.134.0.24", "10.134.0.25", "10.134.0.26", "10.134.0.27", "10.134.0.28", "10.134.0.30", "10.134.0.31", "10.134.0.32", "10.134.0.33", "10.134.0.34", "10.134.0.35", "10.134.0.36", "10.134.0.37", "10.134.0.38", "10.134.0.4", "10.134.0.42", "10.134.0.9", "10.135.0.10", "10.135.0.11", "10.135.0.12", "10.135.0.13", "10.135.0.14", "10.135.0.15", "10.135.0.16", "10.135.0.17", "10.135.0.18", "10.135.0.19", "10.135.0.23", "10.135.0.24", "10.135.0.26", "10.135.0.27", "10.135.0.29", "10.135.0.3", "10.135.0.4", "10.135.0.40", "10.135.0.41", "10.135.0.42", "10.135.0.43", "10.135.0.44", "10.135.0.5", "10.135.0.6", "10.135.0.7", "10.135.0.8", "10.135.0.9"]
external_ids        : {direction=Egress, gress-index="2", ip-family=v4, "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Egress:2:v4", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy}
name                : a18396736153283155648

_uuid               : 5228bf1b-dfd8-40ec-bfa8-95c5bf9aded9
addresses           : []
external_ids        : {direction=Ingress, gress-index="0", ip-family=v4, "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Ingress:0:v4", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy}
name                : a14545668191619617708

_uuid               : 46530d69-70da-4558-8c63-884ec9dc4f25
addresses           : ["10.132.2.10", "10.132.2.5", "10.132.2.6", "10.132.2.7", "10.132.2.8", "10.132.2.9", "10.133.0.47", "10.134.0.33", "10.135.0.10", "10.135.0.11", "10.135.0.12", "10.135.0.19", "10.135.0.24", "10.135.0.7", "10.135.0.8", "10.135.0.9"]
external_ids        : {direction=Ingress, gress-index="1", ip-family=v4, "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Ingress:1:v4", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy}
name                : a6786643370959569281

_uuid               : 65fdcdea-0b9f-4318-9884-1b51d231ad1d
addresses           : ["10.132.3.72", "10.135.0.42"]
external_ids        : {direction=Ingress, gress-index="2", ip-family=v4, "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Ingress:2:v4", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy}
name                : a13730899355151937870

_uuid               : 73eabdb0-36bf-4ca3-b66d-156ac710df4c
addresses           : ["10.0.32.0/19", "10.0.56.38/32", "10.0.69.0/24", "10.132.3.72", "10.135.0.42", "172.29.0.0/30", "192.168.194.103", "192.168.194.2"]
external_ids        : {direction=Egress, gress-index="3", ip-family=v4, "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Egress:3:v4", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy}
name                : a10622494091691694581

_uuid               : 50cdbef2-71b5-474b-914c-6fcd1d7712d3
addresses           : ["10.132.0.10", "10.132.0.11", "10.132.0.12", "10.132.0.13", "10.132.0.14", "10.132.0.15", "10.132.0.16", "10.132.0.17", "10.132.0.5", "10.132.0.7", "10.132.0.71", "10.132.0.75", "10.132.0.8", "10.132.0.81", "10.132.0.9", "10.132.2.10", "10.132.2.11", "10.132.2.12", "10.132.2.14", "10.132.2.15", "10.132.2.3", "10.132.2.4", "10.132.2.5", "10.132.2.6", "10.132.2.7", "10.132.2.8", "10.132.2.9", "10.132.3.64", "10.132.3.65", "10.132.3.72", "10.132.3.73", "10.132.3.76", "10.133.0.10", "10.133.0.11", "10.133.0.12", "10.133.0.13", "10.133.0.14", "10.133.0.15", "10.133.0.16", "10.133.0.17", "10.133.0.18", "10.133.0.19", "10.133.0.20", "10.133.0.21", "10.133.0.22", "10.133.0.23", "10.133.0.24", "10.133.0.25", "10.133.0.26", "10.133.0.27", "10.133.0.28", "10.133.0.29", "10.133.0.30", "10.133.0.31", "10.133.0.32", "10.133.0.33", "10.133.0.34", "10.133.0.35", "10.133.0.36", "10.133.0.37", "10.133.0.38", "10.133.0.39", "10.133.0.40", "10.133.0.41", "10.133.0.42", "10.133.0.44", "10.133.0.45", "10.133.0.46", "10.133.0.47", "10.133.0.48", "10.133.0.5", "10.133.0.6", "10.133.0.7", "10.133.0.8", "10.133.0.9", "10.134.0.10", "10.134.0.11", "10.134.0.12", "10.134.0.13", "10.134.0.14", "10.134.0.15", "10.134.0.16", "10.134.0.17", "10.134.0.18", "10.134.0.19", "10.134.0.20", "10.134.0.21", "10.134.0.22", "10.134.0.23", "10.134.0.24", "10.134.0.25", "10.134.0.26", "10.134.0.27", "10.134.0.28", "10.134.0.30", "10.134.0.31", "10.134.0.32", "10.134.0.33", "10.134.0.34", "10.134.0.35", "10.134.0.36", "10.134.0.37", "10.134.0.38", "10.134.0.4", "10.134.0.42", "10.134.0.9", "10.135.0.10", "10.135.0.11", "10.135.0.12", "10.135.0.13", "10.135.0.14", "10.135.0.15", "10.135.0.16", "10.135.0.17", "10.135.0.18", "10.135.0.19", "10.135.0.23", "10.135.0.24", "10.135.0.26", "10.135.0.27", "10.135.0.29", "10.135.0.3", "10.135.0.4", "10.135.0.40", "10.135.0.41", "10.135.0.42", "10.135.0.43", "10.135.0.44", "10.135.0.5", "10.135.0.6", "10.135.0.7", "10.135.0.8", "10.135.0.9"]
external_ids        : {direction=Egress, gress-index="0", ip-family=v4, "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Egress:0:v4", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy}
name                : a13517855690389298082

_uuid               : 32a42f32-2d11-43dd-979d-a56d7ee6aa57
addresses           : ["10.132.3.76", "10.135.0.44"]
external_ids        : {direction=Ingress, gress-index="3", ip-family=v4, "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Ingress:3:v4", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy}
name                : a764182844364804195

_uuid               : 8fd3b977-6e1c-47aa-82b7-e3e3136c4a72
addresses           : ["0.0.0.0/0"]
external_ids        : {direction=Egress, gress-index="5", ip-family=v4, "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Egress:5:v4", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy}
name                : a11452480169090787059

    1. 运行以下命令，检查规则的具体地址集： 

      $ ovn-nbctl find Address_Set 'external_ids{>=}{"k8s.ovn.org/owner-type"=AdminNetworkPolicy,direction=Egress,"k8s.ovn.org/name"=cluster-control,gress-index="5"}'

      例 6.17. Address_Set 的输出示例

      _uuid               : 8fd3b977-6e1c-47aa-82b7-e3e3136c4a72
addresses           : ["0.0.0.0/0"]
external_ids        : {direction=Egress, gress-index="5", ip-family=v4, "k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control:Egress:5:v4", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy}
name                : a11452480169090787059

  5. 运行以下命令查看 nbdb 中的端口组： 

    $ ovn-nbctl find Port_Group 'external_ids{>=}{"k8s.ovn.org/owner-type"=AdminNetworkPolicy,"k8s.ovn.org/name"=cluster-control}'

    例 6.18. Port_Group 的输出示例

    _uuid               : f50acf71-7488-4b9a-b7b8-c8a024e99d21
acls                : [04f20275-c410-405c-a923-0e677f767889, 0d5e4722-b608-4bb1-b625-23c323cc9926, 1a27d30e-3f96-4915-8ddd-ade7f22c117b, 1a68a5ed-e7f9-47d0-b55c-89184d97e81a, 4b5d836a-e0a3-4088-825e-f9f0ca58e538, 5a6e5bb4-36eb-4209-b8bc-c611983d4624, 5d09957d-d2cc-4f5a-9ddd-b97d9d772023, aa1a224d-7960-4952-bdfb-35246bafbac8, b23a087f-08f8-4225-8c27-4a9a9ee0c407, b7be6472-df67-439c-8c9c-f55929f0a6e0, d14ed5cf-2e06-496e-8cae-6b76d5dd5ccd]
external_ids        : {"k8s.ovn.org/id"="default-network-controller:AdminNetworkPolicy:cluster-control", "k8s.ovn.org/name"=cluster-control, "k8s.ovn.org/owner-controller"=default-network-controller, "k8s.ovn.org/owner-type"=AdminNetworkPolicy}
name                : a14645450421485494999
ports               : [5e75f289-8273-4f8a-8798-8c10f7318833, de7e1b71-6184-445d-93e7-b20acadf41ea]

6.2.5.2. 其他资源

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