Nutanix Karbon CNCF conformance results submission for 1.16 (#990)

v1.16/ntnx-karbon/PRODUCT.yaml

@@ -0,0 +1,8 @@
+vendor: Nutanix
+name: Karbon
+version: v2.0.1
+documentation_url: https://portal.nutanix.com/page/documents/details/?targetId=Release-Notes-Karbon-v2_0_1%3ARelease-Notes-Karbon-v2_0_1
+website_url: https://www.nutanix.com
+product_logo_url: https://www.nutanix.com/wp-content/uploads/2017/11/nutanix.png
+type: hosted
+description: Managed Kubernetes offering by Nutanix

v1.16/ntnx-karbon/README.md

@@ -0,0 +1,42 @@
+Nutanix Karbon
+===
+ To Reproduce
+---
+ On Nutanix Prism Central, enable Karbon (managed Kubernetes offering of Nutanix) by following
+the instructions mentioned below:
+1. Log on to Prism Central.
+2. Click the menu icon.
+3. In the Services option, click Karbon.
+4. `Karbon is successfully enabled` message will indicate that Karbon has been enabled successfully.
+5. In the Karbon Console, a message directs you to download a node OS image.
+6. Once image downlao is successfully, use the UI cluster create wizard
+   to fill up all the necessary information:
+     a) Name of cluster
+     b) Network to be used.
+     c) Choose development cluster or production cluster.
+     d) Choose the K8s version to be deployed to 1.16.*
+     e) Select the storage container.
+     f) Initiate cluster creation.
+     g) UI will display the status of deployment.
+
+Next, follow the steps to install a fresh cluster, choosing `v1.16` as the Kubernetes
+version and `centos` as the base image.
+
+ Once the cluster is deployed, you can download the kubeconfig to your local machine using
+the steps described:
+1. In the Clusters view, select a cluster from the list by checking the adjacent box.
+2. Click the Actions drop-down.
+3. Click Download Kubeconfig
+4. Under Instructions, click Download.
+5. Once the file is downloaded(example: prod1-kubectl.cfg), run the following command:
+    `export KUBECONFIG=/path/to/prod1-kubectl.cfg`
+6. Run the following command to test the cluster:
+    `kubectl cluster-info`
+
+Then, build Sonobuoy(the standard tool for running these tests) by running `go get -u -v github.com/heptio/sonobuoy`.
+This would build the latest Sonobuoy release [v0.17.2](https://github.com/heptio/sonobuoy/releases/tag/v0.17.2).
+
+Deploy a Sonobuoy pod to the deployed cluster using `sonobuoy run`, which will initiate the tests to run on
+the cluster. Use `sonobuoy status` to track the status of the test run. Once it completes, you
+can inspect the logs using `sonobuoy logs` and/or retrieve it using `sonobuoy retrieve`
+to copy from the main Sonobuoy pod to a local directory.