openshift/cloud-ingress-operator

Última atividade de origem registrada: 6 de julho de 2026 às 16:30

Catálogo do SkillsMP atualizado: 2 de novembro de 2026 às 18:02

skills coletadas: 1

Estrelas no GitHub: 36
Forks no GitHub: 80

Instalar com um assistente de IA

Copie este prompt para o assistente de IA que você usa.

Follow https://skillsmp.com/skill-install/prompt.md to install Agent Skills from https://github.com/openshift/cloud-ingress-operator.

README do repositório

Arquivo de origem do README: README.md

Ler o README original

Expandir README completo

# cloud-ingress-operator [![Go Report Card](https://goreportcard.com/badge/github.com/openshift/cloud-ingress-operator)](https://goreportcard.com/report/github.com/openshift/cloud-ingress-operator) [![GoDoc](https://godoc.org/github.com/openshift/cloud-ingress-operator?status.svg)](https://godoc.org/github.com/openshift/cloud-ingress-operator) [![codecov](https://codecov.io/gh/openshift/cloud-ingress-operator/branch/master/graph/badge.svg)](https://codecov.io/gh/openshift/cloud-ingress-operator) [![License](https://img.shields.io/:license-apache-blue.svg)](http://www.apache.org/licenses/LICENSE-2.0.html) ## Summary cloud-ingress-operator is designed to assist in toggling OpenShift Dedicated 4.x clusters "private" and "public" through the use of custom Kubernetes resources. There are two pieces of the cluster which can be toggled in this way: The default API server (`api.<cluster-domain>`) and the ingresses (the default being `*.apps.<cluster-domain>`, and up to one additional, named `*.apps2.<cluster-domain>`). These may be handled independently of one another in the manner described below. To ensure that [Hive](https://github.com/openshift/hive) and SRE have continued access to manage the cluster on behalf of the customer, an additional API endpoint is created, named by default `rh-api.<cluster-domain>`. This endpoint may also be referred to as the "admin endpoint," or "admin API endpoint." The operator does not manage any kind of VPC peering or VPN connectivity into the clustered environment. ## Controlling the Operator As mentioned above, the operator is controlled through custom Kubernetes resources, `APIScheme` and `PublishingStrategy`. They are documented below: ### `PublishingStrategy.applicationIngress` Deprecation Managing cluster ingress controllers (`applicationIngress`) through the Cloud Ingress Operator is being deprecated in epic [SDE-1768](https://issues.redhat.com/browse/SDE-1768). If the feature label is present (`legacy-ingress-support: false`) on the `PublishingStrategy` resource, `applicationIngress` resources are either not reconciled at all, or only reconcile the default ingress controller, depending on the OCP version of the cluster. If the cluster's OCP version is `4.13.0` or greater and the feature label is present, we do not reconcile any `IngressController` resources through this operator. Upgrading from `4.12->4.13` with this feature label enabled will remove the `Owner: cloud-ingress-operator` annotation from the default ingress controller. If the cluster's OCP version is less than `4.13.0` or greater and the feature label is present, the **default** ingress controller will still exist in `PublishingStrategy.applicationIngress`, but no additional `apps2` ingress controller will be allowed to be created in `applicationIngress`, or reconciled by the Cloud Ingress Operator. The only exception to this is if the customer has an existing `apps2` installation. They will be able to update and delete this as normal until they migrate to using natively managed second ingress controllers. ### APIScheme Custom Resource The APIScheme resource instructs the operator to create the admin API endpoint. The specification of the resource is explained below: ```yaml spec: managementAPIServerIngress: enabled: true dnsName: rh-api allowedCIDRBlocks: - "0.0.0.0/0" ``` In this example, the endpoint will be called `rh-api` and the full name `rh-api.<cluster-domain>`. Furthermore, there will be a single entry in the security group associated with the cloud load balancer that allows `0.0.0.0/0` (everything). ### Toggling Privacy Toggling privacy is done with the `PublishingStrategy` custom resource. ```yaml spec: defaultAPIServerIngress: listening: external applicationIngress: - listening: external default: true dnsName: "*.apps" certificate: secretRef: name: foo routeSelector: labelSelector: matchLabels: foo: bar ``` In this example, the default API server (`api.<cluster-domain>`) is configured to be externally available ("public") and the default ingress (named `*.apps.<cluster-domain>`, and identified by `default: true`) is configured to also be externally available ("public"). Additionally, the default ingress is configured to use a TLS certificate named `foo`, in the `openshift-ingress` namespace. Finally, the ingress uses the route selector as specified. Note: the `namespace` attribute for `secretRef` is not currently used; certificates must be within the `openshift-ingress` namespace. It is possible to add additional applicationIngresses, however at this time, OSD supports the default plus an additional. ## Testing ### Manual deployment of CIO onto fleets. * Pause syncset to the cluster [SOP](https://github.com/openshift/ops-sop/blob/master/v4/knowledge_base/pause-syncset.md) * Delete all the resources related to cloud-ingress-operator: ```shell oc delete catalogsource cloud-ingress-operator-registry -n openshift-cloud-ingress-operator oc delete operatorgroup cloud-ingress-operator -n openshift-cloud-ingress-operator oc delete subscription cloud-ingress-operator -n openshift-cloud-ingress-operator oc delete csv cloud-ingress-operator.<version> -n openshift-cloud-ingress-operator ``` * Commit your changes(otherwise bp doesn't let you produce an image), bake the image with `make docker-build` * Tag and publish the image to your own repo ```shell docker tag quay.io/app-sre/cloud-ingress-operator:latest quay.io/<organization>/cloud-ingress-operator:latest docker push quay.io/<organization>/cloud-ingress-operator:latest ``` * Edit [deploy.yaml](deploy/50_cloud-ingress-operator.Deployment.yaml) and replace the image with yours: `image: REPLACE_IMAGE` * Apply the resources manually: `oc apply -f deploy/` * For olm based deployments, the clusterrolebinding between cloud-ingress-operator SA and clusterrole is automatically created. For manual deployments, it needs to be created afterwards the resources have been deployed: ```shell oc create clusterrolebinding cloud-ingress-operator --clusterrole=cloud-ingress-operator --serviceaccount=openshift-cloud-ingress-operator:cloud-ingress-operator --namespace=openshift-cloud-ingress-operator ``` ### Manual testing of default and nondefault ingresscontroller Due to a race condition with the [cluster-ingress-operator](https://github.com/openshift/cluster-ingress-operator) we test the logic flow of ingresscontroller manually. Once you are in a cluster, here are the steps to do so: - Pause syncset to the cluster [SOP](https://github.com/openshift/ops-sop/blob/master/v4/knowledge_base/pause-syncset.md) - Check the inital state of the ingresscontrollers on cluster before the test by running `oc get ingresscontrollers -n openshift-ingress-operator` - In this test, we assume there is only one ingresscontroller called `default`. - Apply a sample `PublishingStrategy` CR with these specs ```yaml spec: defaultAPIServerIngress: listening: external applicationIngress: - listening: external default: true dnsName: "apps.sample.default.domain" certificate: secretRef: name: foo - listening: internal default: false dnsName: "apps2.sample.nondefault.domain" certificate: secretRef: name: bar routeSelector: labelSelector: matchLabels: foo: bar ``` - Looking at `applicationIngress`, the expected result will be the creation of 2 ingresscontrollers, `default` and `apps2`. The `default` ingresscontroller will have all the attributes of the first `applicationIngress` replacing the old `default` ingresscontroller, and `apps2` will have the attributes of the second `applicationIngress`. To check these results, run `oc get ingresscontrollers -n openshift-ingress-operator` and view each `ingresscontroller` as yaml. - NOTE: it might take up to 60 seconds for these changes to apply due to a race condition. # Development The operator is built with [operator-sdk](https://github.com/operator-framework/operator-sdk). There is a tight dependency on the AWS cluster provider but the dependency is pinned to the [OpenShift fork](https://github.com/openshift/cluster-api-provider-aws) for access to v1beta1 API features. ## Debugging the operator You can quickly debug the operator on your existing OSD cluster by following the below steps. It is recommended to do this against a staging cluster. 1. Connect to your cluster through backplane or directly 2. Elevate your permissions: `oc adm groups add-users osd-sre-cluster-admins $(oc whoami)` 3. Scale down `cluster-version-operator` and `cloud-ingress-operator` ```bash oc scale --replicas 0 -n openshift-cluster-version deployments/cluster-version-operator oc scale --replicas 0 -n openshift-cloud-ingress-operator deployments cloud-ingress-operator ``` 4. Debug! If you are using VSCode, create/update your `launch.json` as followed ```json { "version": "0.2.0", "configurations": [{ "type": "go", "request": "launch", "name": "Launch Program", "program": "${workspaceFolder}/main.go", "env":{ "WATCH_NAMESPACE": "openshift-cloud-ingress-operator,openshift-ingress,openshift-ingress-operator,openshift-kube-apiserver,openshift-machine-api" } }] } ```

Carregando o README do repositório…

Skills neste repositório

Analistas de garantia de qualidade de software e testadores

1 categorias ocupacionais · 100% classificado

skill

ocupação

descrição

atualizado

prow-ci

Analistas de garantia de qualidade de software e testadores

Fetch and analyze OpenShift Prow CI job failures with automated artifact download and failure pattern detection

Idioma do texto original: inglês

2026-07-06

Mostrando 1 de 1 skills coletadas.