You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Copy file name to clipboardExpand all lines: README.md
+9-9Lines changed: 9 additions & 9 deletions
Display the source diff
Display the rich diff
Original file line number
Diff line number
Diff line change
@@ -52,7 +52,7 @@ The operator can configure services to expose WebLogic applications and features
52
52
* How will users authenticate?
53
53
* Is the network channel encrypted?
54
54
55
-
While it is natural to expose web applications outside the cluster, exposing administrative features like the administration console and a T3 channel for WLST should be given more careful consideration. There are alternative options that should be weighed. For example, Kubernetes provides the ability to securely access a shell running in a container in a pod in the cluster. WLST could be executed from such an environment, meaning the T3 communications are entirely within the Kubernetes cluster and therefore more secure.
55
+
While it is natural to expose web applications outside the cluster, exposing administrative features like the Administration Console and a T3 channel for WLST should be given more careful consideration. There are alternative options that should be weighed. For example, Kubernetes provides the ability to securely access a shell running in a container in a pod in the cluster. WLST could be executed from such an environment, meaning the T3 communications are entirely within the Kubernetes cluster and therefore more secure.
56
56
57
57
Oracle recommends careful consideration before deciding to expose any administrative interfaces externally.
58
58
@@ -73,10 +73,10 @@ The following features are not certified or supported in the Technology Preview
73
73
74
74
* Whole Server Migration
75
75
* Consensus Leasing
76
-
* Node Manager (although it is used internally for the liveness probe and to start WebLogic servers)
76
+
* Node Manager (although it is used internally for the liveness probe and to start WebLogic Server instances)
77
77
* Dynamic domains (the current certification only covers configured clusters, certification of dynamic clusters is planned at a future date)
78
78
* Multicast
79
-
* If using a `hostPath` persistent volume, then it must have read/write/many permissions for all container/pods in the WebLogic deployment
79
+
* If using a `hostPath` persistent volume, then it must have read/write/many permissions for all container/pods in the WebLogic Server deployment
80
80
* Multitenancy
81
81
* Production redeployment
82
82
@@ -97,11 +97,11 @@ Documentation for APIs is provided here:
97
97
If you would rather see the developers demonstrating the operator rather than reading the documentation, then here are your videos:
98
98
99
99
*[Installing the operator](https://youtu.be/B5UmY2xAJnk) includes the installation and also shows using the operator's REST API.
100
-
*[Creating a WebLogic domain with the operator](https://youtu.be/Ey7o8ldKv9Y) shows creation of two WebLogic domains including accessing the administration console and looking at the various resources created in Kubernetes - services, Ingresses, pods, load balancers, etc.
100
+
*[Creating a WebLogic domain with the operator](https://youtu.be/Ey7o8ldKv9Y) shows creation of two WebLogic domains including accessing the Administration Console and looking at the various resources created in Kubernetes - services, Ingresses, pods, load balancers, etc.
101
101
*[Deploying a web application, scaling a WebLogic cluster with the operator and verifying load balancing](https://youtu.be/hx4OPhNFNDM)
102
102
*[Using WLST against a domain running in Kubernetes](https://youtu.be/eY-KXEk8rI4) shows how to create a data source for an Oracle database that is also running in Kubernetes.
103
103
*[Scaling a WebLogic cluster with WLDF](https://youtu.be/Q8iZi2e9HvU)
104
-
*watch this space, more to come!
104
+
*Watch this space, more to come!
105
105
106
106
Like what you see? Read on for all the nitty-gritty details...
107
107
@@ -157,10 +157,10 @@ Please refer to [Scaling a WebLogic cluster](site/scaling.md) for more informati
157
157
158
158
Please refer to [Shutting down a domain](site/shutdown-domain.md) for information about how to shut down a domain running in Kubernetes.
159
159
160
-
## Load balancing with the Traefik ingress controller
160
+
## Load balancing with the Traefik Ingress controller
161
161
162
162
The initial Technology Preview release of the operator supports only the Traefik load balancer/Ingress controller. Support for other load balancers is planned in the future.
163
-
Please refer to [Load balancing with the Traefik ingress controller](site/traefik.md) for information about current capabilities.
163
+
Please refer to [Load balancing with Traefik](site/traefik.md) for information about current capabilities.
164
164
165
165
[comment]: #(Exporting operator logs to ELK. The operator provides an option to export its log files to the ELK stack. Please refer to [ELK integration]site/elk.md for information about this capability.)
166
166
@@ -169,11 +169,11 @@ Please refer to [Load balancing with the Traefik ingress controller](site/traefi
169
169
To permanently remove a domain from a Kubernetes cluster, first shut down the domain using the instructions provided above in the section titled “Shutting down a domain”, then remove the persistent volume claim and the persistent volume using these commands:
170
170
171
171
```
172
-
kubectl delete pvc PVC-NAME
172
+
kubectl delete pvc PVC-NAME -n NAMESPACE
173
173
kubectl delete pv PV-NAME
174
174
```
175
175
176
-
Find the names of the persistent volume claim and the persistent volume in the domain custom resource YAML file, or if it is not available, check for the `domainUID` in the metadata on the persistent volumes.
176
+
Find the names of the persistent volume claim (represented above as `PVC-NAME`) and the persistent volume (represented as `PV-NAME`) in the domain custom resource YAML file, or if it is not available, check for the `domainUID` in the metadata on the persistent volumes. Replace `NAMESPACE` with the namespace that the operator is running in.
177
177
178
178
To permanently delete the actual domain configuration, delete the physical volume using the appropriate tools. For example, if the persistent volume used the `HostPath provider`, then delete the corresponding directory on the Kubernetes master.
0 commit comments