LWMS ID: 11730 - Created and tested New Lab GenAI (#682)

* LWMS ID: 11730  - Created and tested New Lab GenAI

LWMS ID: 11730  - Created and tested New Lab for GenAI
Created and tested the following labs:
Lab 1: Create a HeatWave instance
Lab 2: Create a Compute instance
Lab 3: Connect to the HeatWave Instance from Visual Studio Code
Lab 4: Use HeatWave In-database LLM to Generate and Summarize Content
Lab 5: Perform Retrieval Augmented Generation
Lab 6: Build HeatWave RAG Chat Application

* LWMS ID: 11730 - Updated flowchart image

LWMS ID: 11730 - Updated flowchart image

* LWMS ID: 11730 - Removed unused image

LWMS ID: 11730 - Removed unused image

* LWMS ID: 11730 - anacoman11 requested changes on this pull request.

Hi @plforacle, please hide all private information from the images. Also, please replace the URL https://bit.ly/golivelabs from index.html with https://livelabs.oracle.com

* LWMS ID: 11730 -  Removed personal email address from image 3-profile.png

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* LWMS ID: 11730 Removed personal information  from images

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heatwave-genai/connect-dbs-vscode/connect-dbs-vscode.md

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+# Connect to the HeatWave Instance
+
+## Introduction
+
+In this lab you will setup MySQL Shell for Visual Studio Code, and connect to the HeatWave instance you created in Lab 1 from VS Code.
+
+_Estimated Time:_ 30 minutes
+
+### Objectives
+
+In this lab, you will be guided through the following tasks:
+
+- Setup MySQL Shell for Visual Studio Code.
+- Connect to the OCI tenancy.
+- Connect to the HeatWave instance.
+
+### Prerequisites
+
+- You have completed Lab 2.
+- Visual Studio Code is installed. If you do not have it installed, download and install from [here](https://code.visualstudio.com/download).
+
+## Task 1: Setup MySQL Shell for Visual Studio Code
+
+1. Launch **Visual Studio Code**.
+
+2. Click **Extensions** and search for **MySQL Shell for VS Code**.
+
+3. Click **Install**.
+    ![Installing MySQL Shell for VS Code](./images/1-installing-mysql-shell-for-vscode.png "Installing MySQL Shell for VS Code")
+
+4. After MySQL Shell for VS Code is installed, you can see the following icon:
+    ![MySQL Shell installed](./images/2-installed-mysql-shell-for-vscode.png "MySQL Shell installed")
+
+
+<!-- ## Task 2:  Connect to the OCI tenancy
+
+Before you can get started, you must set up a DB Connection to the HeatWave instance on the Oracle Cloud Infrastructure (OCI). This has to be done once since MySQL Shell for VS Code will store all registered DB connections.
+
+1. On the right side of the OCI Console, click **Profile**, and select **My Profile**.
+
+    ![My profile](./images/3-profile.png "My profile")
+
+2.  Under **Resources**, click **API keys**, and click **Add API key**.
+
+3. Click **Download private key**.
+    
+    1. Store the API key in a .oci folder inside your home directory.
+
+    2. Rename the API key to oci\_api\_key.pem.
+
+        ```bash
+        <copy>oci_api_key.pem</copy>
+        ```
+
+        ![OCI API Key](./images/17-oci-api-key.png "OCI API Key")
+
+4. Switch to OCI Console, and in the **Add API key** panel, click **Add**.
+    
+    ![Download private key](./images/4-add-api-key.png "Download private key")
+
+5. Copy the configuration file text and switch to VS Code.
+
+    ![Copy configuration file](./images/5-copy-config.png "Copy configuration file")
+
+6. In VS Code, select the **MySQL Shell for VS Code** extension.
+
+7. Click **Configure the OCI Profile List** in the **ORACLE CLOUD INFRASTRUCTURE** view, and paste the configuration file text into the config file.
+
+    - Rename the top section from [DEFAULT] to the name of the tenancy, [TenancyName]
+
+    - Update the path to the API Key you had stored in your home directory.
+
+    ![Save configuration file](./images/6-save-config.png "Save configuration file")
+
+8. Close the file and reload the **ORACLE CLOUD INFRASTRUCTURE** view. Within a couple of minutes, you can browse the resources of your OCI tenancy.
+
+    ![Tenancy details](./images/7-tenancy-details.png "Tenancy details") -->
+
+## Task 2: Connect to the HeatWave instance
+
+1. In Visual Studio Code, click the **MySQL Shell for VS Code** icon in the activity bar.
+
+2. Click **Create New DB Connection**.
+
+    ![Create New DB Connection](./images/connect-database.png "Create New DB Connection")
+
+3. In the **Database Connection Configuration** dialog, enter/select the following:
+
+    - **Database Type**: **MySQL**
+
+    - **Caption**:
+
+        ```bash
+          <copy>heatwave-genai-db-connection</copy>
+         ```
+
+4. Under **Connection Details**, in the **Basic** tab, enter the following:
+
+    - **Hostname or IP Address**: Private IP address of the DB system that you had noted in Lab 1, Task 5, Step 19.
+
+    - **User Name**: 
+
+        ```bash
+        <copy>admin</copy>
+        ```
+
+    - **Tunneling Options**: Select **Connect Using SSH Tunnel**.
+
+        ![Database Connection Configuration](./images/database-connection-details.png "Database Connection Configuration")
+
+5. Click **Store Passsword**, and enter the password.
+
+    ![Enter password](./images/password.png "Enter password")
+
+6. Under **Connection Details**, click **SSH Tunnel**.
+
+    ![Click SSH tunnel](./images/ssh-tunnel.png "Click SSH tunnel")
+
+7. Enter the following details:
+
+    - **SSH URI**: opc@ComputeIPAddress. Replace ComputeIPAddress with the IP address of the compute that you had noted in Lab 2, Task 1, Step 13.
+
+    - **SSH Private Key File**: Browse to the SSH folder and select the SSH key
+
+    - **Custom Path for the SSH Configuration File**: Browse to the SSH folder and select the SSH key
+
+        ![SSH details](./images/ssh-details.png "SSH details")
+
+8. Click **OK**.
+
+9. Under **DATABASE CONNECTIONS**, click **Open New Database Connection** icon next to your HeatWave instance to connect to it. 
+
+    ![Open New Database Connection](./images/open-connection.png "Open New Database Connection")
+
+10. Click **Yes** to confirm your connection request. 
+
+    ![Confirm New Database Connection](./images/confrm-connection.png "Confirm New Database Connection")
+
+11. Check whether you are connected to the HeatWave instance by entering the following command and clicking **Execute the selection or full block on HeatWave and create a new block**.
+
+    ```bash
+    <copy>show databases;</copy>
+    ```
+
+    ![New Database Connection](./images/12-show-databases.png "New Database Connection")
+
+You may now **proceed to the next lab**.
+
+## Learn More
+
+- [HeatWave User Guide](https://dev.mysql.com/doc/heatwave/en/)
+
+- [HeatWave on OCI User Guide](https://docs.oracle.com/en-us/iaas/mysql-database/index.html)
+
+- [MySQL Documentation](https://dev.mysql.com/)
+
+## Acknowledgements
+
+- **Author** - Aijaz Fatima, Product Manager
+- **Contributors** - Mandy Pang, Senior Principal Product Manager
+- **Last Updated By/Date** - Aijaz Fatima, Product Manager, August 2024

heatwave-genai/create-compute/create-compute.md

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+# Create Linux Compute Instance
+
+
+## Introduction
+
+Oracle Cloud Infrastructure Compute lets you provision and manage compute hosts, known as instances . You can create instances as needed to meet your compute and application requirements. After you create an instance, you can access it securely from your computer or cloud shell.
+
+
+**Create Linux Compute Instance**
+
+In this lab, you use Oracle Cloud Infrastructure to create an Oracle Linux instance. 
+
+_Estimated Time:_ 10 minutes
+
+### Objectives
+
+In this lab, you will be guided through the following tasks:
+
+- Create Compute Instance
+
+### Prerequisites
+
+- An Oracle Free Tier or Paid Cloud Account
+- You have completed Lab 2.
+
+## Task 1: Create Compute Instance
+
+You need a compute instance to connect to the Heatwave instance. 
+
+1. Click the **Navigation menu** in the upper left, navigate to **Compute**, and under **Compute**, select **Instances**.
+
+    ![Click compute](./images/click-compute.png "Click compute")
+
+2. Ensure **heatwave-genai** compartment is selected, and click click  **Create instance**. 
+
+     ![Create instance](./images/create-instance.png "Create instance")
+
+3. On **Create compute instance** page, enter the name of the compute instance.
+
+    ```bash
+    <copy>heatwave-genai-compute</copy>
+    ```
+
+4. Ensure **heatwave-genai** compartment is selected.
+
+    ![Compute instance name](./images/compute-name.png "Compute instance name")
+
+5. In the **Placement** field, keep the selected **Availability Domain**.
+
+6. In the **Image and Shape** field, keep the selected image, **Oracle Linux 8**, and the default shape. 
+
+    ![Compute image and shape](./images/compute-image-shape.png "Compute image and shape")
+
+7. In **Primary VNIC information** field, ensure the following settings are selected:
+
+    - **Primary Network**: **heatwave-genai-vcn**
+
+    - **Subnet**: **public-subnet-heatwave-genai-vcn**
+
+8. In **Primary VNIC IP addresses** field, ensure the following settings are selected:
+
+    - **Private IPv4 address**: **Automatically assign private IPv4 address**
+
+    - **Public IPv4 address**: Selected
+
+    ![Network settings](./images/networking.png "Network settings")
+
+9. In **Add SSH keys** field, click **Generate a key pair for me**.
+
+    ![Add SSH Keys](./images/ssh-keys.png "Add SSH Keys")
+
+10.  Save the downloaded SSH keys in your .ssh folder. and rename the key. For example:
+
+    ```bash
+    <copy>ssh-key-2024</copy>
+    ```
+
+     ![Save SSH keys](./images/ssh-key-store.png "Save SSH Keys")
+
+11. Click '**Create**' to create your compute instance. 
+
+12. The compute instance will be ready to use after a few minutes. The state is shown as **Provisioning** while the instance is creating.
+
+13. When the compute instance is ready to use, the state is shown as **Running**. *Note* the **Public IP address** and the **Username**.
+
+    ![Compute instance is created](./images/compute.png "Compute instance is created")
+
+You may now **proceed to the next lab**.
+
+## Acknowledgements
+
+- **Author** - Aijaz Fatima, Product Manager
+- **Contributors** - Mandy Pang, Senior Principal Product Manager
+- **Last Updated By/Date** - Aijaz Fatima, Product Manager, September 2024