Merge pull request #464 from bgraef/main

update ocne ui post and add ocne oci provider post

content/posts/ocne/post-31/index.md

@@ -15,25 +15,29 @@ showDate: true
 
 ## Details
 
-This tutorial introduces you to the new user interface features of Oracle Cloud Native Environment. The UI builds on the upstream Headlamp project that provides a fully functional Kubernetes UI.
+# Deploy Oracle Cloud Native Environment User Interface
+
+## Introduction
+
+This tutorial introduces you to the new user interface features of Oracle Cloud Native Environment. The UI builds on the upstream [Headlamp project](https://headlamp.dev/) that provides a fully functional Kubernetes UI.
 
 ### Objectives
 
 In this tutorial, you will learn:
 
-   - How to configure the Oracle Cloud Native Environment Application Catalog (Technical Preview)
-   - How to install and access the Oracle Cloud Native Environment UI (Technical Preview)
+- How to configure the Oracle Cloud Native Environment Application Catalog
+- How to install and access the Oracle Cloud Native Environment UI
 
 ### Prerequisites
 
 - Minimum of a 3-node Oracle Cloud Native Environment cluster:
 
-   - Operator node
-   - Kubernetes control plane node
-   - Kubernetes worker node
+  - Operator node
+  - Kubernetes control plane node
+  - Kubernetes worker node
 
 - Each system should have Oracle Linux installed and configured with:
 
-   - An Oracle user account (used during the installation) with sudo access
-   - Key-based SSH, also known as password-less SSH, between the hosts
-   - Installation of Oracle Cloud Native Environment
+  - An Oracle user account (used during the installation) with sudo access
+  - Key-based SSH, also known as password-less SSH, between the hosts
+  - Installation of Oracle Cloud Native Environment

content/posts/ocne/post-41/index.md

@@ -0,0 +1,49 @@
+---
+title: "Install OCI Cluster"
+date: 2024-10-30
+draft: false
+summary: "Learn to use the oci provider to deploy and manage Oracle Cloud Native Environment on Oracle Cloud Infrastructure."
+tags: ["ocne2", "lab", "tutorial", "ocne2-install"]
+showDate: true
+---
+
+## Links
+
+:crescent_moon: [Lab](https://luna.oracle.com/lab/e233c434-9d07-44f5-bf6a-6bf1314f8a00)
+
+:spiral_notepad: [Tutorial](https://docs.oracle.com/en/learn/ocne2-install-oci)
+
+## Details
+
+Oracle Cloud Native Environment includes a Command Line Interface (CLI) that can manage the life cycle of Kubernetes clusters using OSTree-based container images. Oracle Cloud Native Environment includes several provider types you can use to create a Kubernetes cluster, and this tutorial introduces how to use the `ocne cluster` command to deploy a Kubernetes cluster to Oracle Cloud Infrastructure using the *oci* provider.
+
+Creating a cluster on Oracle Cloud Infrastructure requires you to provide details of an existing tenancy and have all the necessary privileges to create and destroy compute instances. The *oci* provider requires a compartment that is available to use. The Compartment can be specified by referencing its Oracle Cloud Identifier (OCID) or its path in the compartment hierarchy.
+
+For more information about Oracle Cloud Native Environment 2, please refer to the current [Release Documentation](https://docs.oracle.com/en/operating-systems/olcne/).
+
+### Objectives
+
+In this tutorial, you'll learn to:
+
+- Install the prerequisites for the *oci* provider
+- Use the *oci* provider to create and manage a Kubernetes cluster
+
+### Prerequisites
+
+- Minimum of one Oracle Linux instance
+
+- Each system should have Oracle Linux installed and configured with:
+
+  - An Oracle user account (used during the installation) with sudo access
+  - Key-based SSH, also known as password-less SSH, between the hosts
+
+- OCI cluster creation requires access to the following resources in an Oracle Cloud Infrastructure tenancy:
+
+  - Virtual cloud network with four subnets
+  - Network load balancer
+  - Object Storage bucket with minimum 5 GiB available
+  - Compute Custom Image
+  - Compute Arm Shape for the control plane node
+    - VM.Standard.A1.Flex with two OCPU and 12 memory
+  - Compute for each additional control plane and worker node
+    - VM.Standard.E4.Flex with four OCPU and 64 memory