Merge pull request #403 from gkurz/fix-stale-doc-links

Fix stale doc links for 1.5.3

Author: gkurz

README.md

@@ -58,8 +58,7 @@ Please refer to the [code](https://github.com/openshift/sandboxed-containers-ope
 
 ### Getting Started
 
-Please refer to the OpenShift release specific documentation for getting started with sandboxed containers. 
-- For OpenShift latest documentation please follow this [doc](https://docs.openshift.com/container-platform/latest/sandboxed_containers/deploying-sandboxed-container-workloads.html)
+Please refer to this [doc](https://access.redhat.com/documentation/en-us/openshift_sandboxed_containers/1.5/html/openshift_sandboxed_containers_user_guide/deploying-sandboxed-containers-workloads) for getting started with sandboxed containers.
 
 Further note that starting with OpenShift 4.9, the branch naming is tied to the operator version and not the OpenShift version.
 For example `release-1.1` corresponds to the Operator release verson `1.1.x`.

api/v1/kataconfig_types.go

@@ -31,7 +31,7 @@ type KataConfigSpec struct {
 
 	// CheckNodeEligibility is used to detect the node(s) eligibility to run Kata containers.
 	// This is currently done through the use of the Node Feature Discovery Operator (NFD).
-	// For more information on how the check works, please refer to the sandboxed containers documentation - https://docs.openshift.com/container-platform/latest/sandboxed_containers/deploying-sandboxed-container-workloads.html
+	// For more information on how the check works, please refer to the sandboxed containers documentation - https://access.redhat.com/documentation/en-us/openshift_sandboxed_containers/1.5/html/openshift_sandboxed_containers_user_guide/deploying-sandboxed-containers-workloads
 	// +kubebuilder:default:=false
 	CheckNodeEligibility bool `json:"checkNodeEligibility"`
 
@@ -40,7 +40,7 @@ type KataConfigSpec struct {
 	LogLevel string `json:"logLevel,omitempty"`
 
 	// EnablePeerPods is used to transparently create pods on a remote system.
-	// For more information on how this works, please refer to the sandboxed containers documentation - https://docs.openshift.com/container-platform/latest/sandboxed_containers/deploying-sandboxed-container-workloads.html
+	// For more information on how this works, please refer to the sandboxed containers documentation - https://access.redhat.com/documentation/en-us/openshift_sandboxed_containers/1.5/html/openshift_sandboxed_containers_user_guide/deploying-sandboxed-containers-workloads
 	// +optional
 	// +kubebuilder:default:=false
 	EnablePeerPods bool `json:"enablePeerPods"`

config/manifests/bases/sandboxed-containers-operator.clusterserviceversion.yaml

@@ -100,7 +100,7 @@ spec:
         on "create instance" on the operator overview page.
 
     # Documentation
-    See the official documentation [here](https://docs.openshift.com/container-platform/latest/sandboxed_containers/understanding-sandboxed-containers.html)
+    See the official documentation [here](https://access.redhat.com/documentation/en-us/openshift_sandboxed_containers)
   displayName: OpenShift sandboxed containers Operator
   icon:
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