you wrote me the below guide on setting up a new user for a fresh coding environment. Please, enhance and improve the guide in any way you can! I want the ultimate guide, beyond what anyone has ever had or made! Leverage your full power and knowledgebase, your full reasoning ability, your full ability in general, to produce the greatest new user setup guide possible. Include third party tool recommendations, setting recommendations, quality of life ideas and recommendations, and more. Include CLI commands and scripts to automate as much of this setup as possible. Make it fun. Make it whimsical, even!

## **Step 1: Initial Windows 11 Setup**

### **1. Complete the Out-of-Box Experience (OOBE)**

1.  **Select Language & Region:**
    
    -   Choose your preferred language, region, and keyboard layout.
2.  **Connect to a Network:**
    
    -   Ensure you have a stable internet connection for updates and downloads.
3.  **Sign in with a Microsoft Account or Create a Local Account:**
    
    -   Decide whether to use a Microsoft account for synchronization features or create a local account for privacy.
4.  **Configure Privacy Settings:**
    
    -   Adjust settings according to your comfort level.
    -   Disable any unnecessary data sharing or services you don't need.

### **2. Update Windows**

1.  **Open Settings:**
    
    -   Press  **Win + I**  to open the Settings app.
2.  **Navigate to Windows Update:**
    
    -   Go to  **Windows Update**  on the sidebar.
3.  **Check for Updates:**
    
    -   Click  **Check for updates**  and install any available updates.
4.  **Restart if Needed:**
    
    -   Allow your system to restart to complete the update process.

----------

## **Step 2: Set Up User Account (If Not Already Done)**

1.  **Create a New Local User Account:**
    
    -   **Settings > Accounts > Family & other users**.
    -   Click on  **Add account**  under  **Other users**.
    -   Select  **I don't have this person's sign-in information**.
    -   Choose  **Add a user without a Microsoft account**.
    -   Enter a username (e.g.,  `Coder`) and a password.
    -   Complete the prompts to create the account.
2.  **Log In to the New Account:**
    
    -   Sign out of your current account.
    -   Log in to the new user account you just created.

----------

## **Step 3: Organize Your Directories**

Creating a well-structured directory system aids in efficient project management and organization.

1.  **Create a Development Directory:**
    
    -   Open  **File Explorer**  (**Win + E**).
    -   Navigate to your user folder (e.g.,  `C:\Users\Coder`).
2.  **Create a Main Projects Folder:**
    
    -   Decide on a name:  **Projects**  or  **Dev**.
    -   Right-click >  **New > Folder**  > name it accordingly.
3.  **Set Up Subdirectories:**
    
    -   Within your main folder, create subfolders:
        -   `Python`  – For Python projects.
        -   `GitHub`  – For cloned repositories.
        -   `VSCode`  – For VSCode settings or backups.
        -   `Tools`  – For development tools.
        -   `Learning`  – For tutorials, practice projects.
        -   `Sandbox`  – For experimentation.
    -   Example structure:
        
        ```
        C:\Users\Coder\Projects\
        │
        ├───Python
        ├───GitHub
        ├───VSCode
        ├───Tools
        ├───Learning
        └───Sandbox
        
        ```
        
4.  **Create a Virtual Environments Directory:**
    
    -   In your user folder, create a folder named  **Envs**.
    -   This keeps your virtual environments organized and separate from your code.
5.  **Adjust Folder Properties:**
    
    -   **Pin**  your  **Projects**  folder to  **Quick Access**  for easy navigation:
        -   Right-click on  **Projects**  >  **Pin to Quick access**.

----------

## **Step 4: Install Essential Software**

### **1. Install a Package Manager (Optional but Recommended)**

Using a package manager simplifies software installation and management.

#### **Option A: Winget (Windows Package Manager)**

-   **Winget**  is pre-installed on Windows 11.
-   **Usage:**  Open  **PowerShell**  or  **Command Prompt**  and use  `winget`  commands.

#### **Option B: Chocolatey**

-   **Install Chocolatey:**
    
    -   Open  **PowerShell**  as Administrator.
        
    -   Run:
        
        ```powershell
        Set-ExecutionPolicy Bypass -Scope Process -Force; `
        [System.Net.ServicePointManager]::SecurityProtocol = `
        [System.Net.ServicePointManager]::SecurityProtocol -bor 3072; `
        iex ((New-Object System.Net.WebClient).DownloadString('https://community.chocolatey.org/install.ps1'))
        
        ```
        
-   **Verify Installation:**
    
    -   Close and reopen PowerShell.
    -   Run  `choco`  to confirm it's installed.

### **2. Install Python**

-   **Download Python:**
    
    -   Visit the  [Python Downloads](https://www.python.org/downloads/windows/)  page.
    -   Download the latest  **Python 3.x**  Windows Installer (64-bit).
-   **Install Python:**
    
    -   Run the installer.
    -   **Important:**  Check  **"Add Python 3.x to PATH"**  at the bottom.
    -   Choose  **Customize Installation**:
        -   Ensure all options are checked.
    -   Select  **Install for all users**  (optional).
    -   Set the installation directory to  `C:\Python3`  for easy access (optional).
    -   Complete the installation.
-   **Verify Installation:**
    
    -   Open  **Command Prompt**  or  **PowerShell**.
    -   Run  `python --version`  to ensure Python is installed.

### **3. Install Visual Studio Code (VSCode)**

-   **Download VSCode:**
    
    -   Go to the  [Visual Studio Code website](https://code.visualstudio.com/).
    -   Download the Windows installer.
-   **Install VSCode:**
    
    -   Run the installer.
    -   Accept the agreement.
    -   Choose the destination (default is fine).
    -   **Select Additional Tasks:**
        -   **Add "Open with Code" action to Windows Explorer file context menu**
        -   **Add "Open with Code" action to Windows Explorer directory context menu**
        -   **Register Code as an editor for supported file types**
        -   **Add to PATH (available after restarting)**
-   **Launch VSCode**  after installation.
    

### **4. Install Git**

-   **Download Git:**
    
    -   Visit the  [Git for Windows](https://git-scm.com/download/win)  page.
    -   Download the installer.
-   **Install Git:**
    
    -   Run the installer.
    -   **Recommended Settings:**
        -   **Adjusting your PATH environment:**
            -   Select  **Git from the command line and also from 3rd-party software**.
        -   **Choosing the SSH executable:**
            -   Use  **Use OpenSSH**.
        -   **Configuring line ending conversions:**
            -   Choose  **Checkout Windows-style, commit Unix-style line endings**.
        -   **Configuring the terminal emulator to use with Git Bash:**
            -   Use  **Use Windows' default console window**  or  **MinTTY**  per preference.
    -   Continue with default settings unless you have specific preferences.
-   **Verify Installation:**
    
    -   Open  **Git Bash**  or  **Command Prompt**.
    -   Run  `git --version`  to ensure Git is installed.

### **5. Install Windows Terminal (Optional but Recommended)**

-   **Download Windows Terminal:**
    
    -   Install from the  [Microsoft Store](https://www.microsoft.com/store/productId/9N0DX20HK701).
-   **Features:**
    
    -   Allows multiple tabs with different shells (PowerShell, Command Prompt, Git Bash).
    -   Highly customizable appearance and behavior.

### **6. Install Additional Useful Tools (Optional)**

-   **Node.js:**
    
    -   For JavaScript or front-end development.
    -   Download from the  [Node.js](https://nodejs.org/en/download/)  website.
-   **GitHub Desktop (Optional):**
    
    -   Provides a GUI for Git operations.
    -   Download from  [GitHub Desktop](https://desktop.github.com/).
-   **Docker Desktop:**
    
    -   For containerized development environments.
    -   Download from  [Docker's website](https://www.docker.com/products/docker-desktop).
-   **Postman:**
    
    -   For API testing.
    -   Download from  [Postman's website](https://www.postman.com/downloads/).
-   **Database Tools (Optional):**
    
    -   **SQLite Browser:**  For managing SQLite databases.
    -   **pgAdmin:**  For PostgreSQL database management.

----------

## **Step 5: Configure System Environment Variables**

Ensuring essential tools are accessible system-wide is vital for seamless development.

1.  **Verify Installations:**
    
    -   Open  **Command Prompt**  or  **PowerShell**.
    -   Run:
        
        ```bash
        python --version
        git --version
        code --version
        node --version
        
        ```
        
        -   Ensure each command returns the installed version.
2.  **Adjust PATH Variables (If Necessary):**
    
    -   If any commands are not recognized:
        -   **Open Environment Variables:**
            -   Press  **Win + R**, type  **sysdm.cpl**, and press  **Enter**.
            -   Navigate to  **Advanced**  >  **Environment Variables**.
        -   **Edit PATH Variable:**
            -   Under  **User variables**, select  **Path**  >  **Edit**.
            -   Click  **New**  and add the paths to your executables, such as:
                -   `C:\Python3`
                -   `C:\Program Files\Git\cmd`
                -   `C:\Program Files\Microsoft VS Code\bin`
        -   **Apply Changes:**
            -   Click  **OK**  on all dialogs to save.
3.  **Verify PATH Configuration:**
    
    -   Close and reopen  **Command Prompt**  or  **PowerShell**.
    -   Re-run the version commands to confirm.

----------

## **Step 6: Customize Windows Settings**

Optimizing system settings enhances comfort and productivity.

### **1. Display Settings**

-   **Adjust Resolution and Scaling:**
    
    -   **Settings > System > Display**.
    -   Set the  **Display resolution**  to match your TV's native resolution (e.g., 3840x2160 for 4K).
    -   Adjust  **Scale**  to increase or decrease text and icon size (e.g., 150% or 200%).
-   **Enable Night Light:**
    
    -   Reduce blue light to ease eye strain.
    -   Toggle  **Night light**  in  **Display**  settings.

### **2. Personalization**

-   **Themes:**
    
    -   **Settings > Personalization > Themes**.
    -   Choose between  **Light**,  **Dark**, or  **Custom**  themes.
-   **Background:**
    
    -   Set a motivational or minimalist wallpaper.
-   **Colors:**
    
    -   Adjust accent colors and transparency effects.

### **3. Fonts and Scaling**

-   **Settings > System > Display > Scale & layout**.
-   Fine-tune scaling for optimal readability on your large monitor.

### **4. Power Settings**

-   **Optimize Performance:**
    
    -   **Settings > System > Power & battery**.
    -   Under  **Power mode**, select  **Best performance**.
-   **Prevent Sleep During Long Tasks:**
    
    -   Set  **Screen and sleep**  options to suitable durations or  **Never**.

### **5. Multitasking and Virtual Desktops**

-   **Enable Virtual Desktops:**
    
    -   Press  **Win + Tab**  to access  **Task View**.
    -   Create virtual desktops for separate activities (e.g., coding, browsing).
-   **Snap Windows:**
    
    -   Arrange windows efficiently for multitasking.

### **6. Privacy Settings**

-   **Manage Data Sharing:**
    -   **Settings > Privacy & security**.
    -   Disable unnecessary permissions and data collection.

### **7. Sound Settings**

-   **Configure Audio Output:**
    -   **Settings > System > Sound**.
    -   Ensure your headphones are selected as the output device.

----------

## **Step 7: Configure Visual Studio Code**

Customizing VSCode ensures a smooth and efficient coding experience.

### **1. Install Essential Extensions**

Open VSCode and go to the  **Extensions**  view (`Ctrl + Shift + X`).

-   **Python**  (by Microsoft)
    
    -   Rich support for Python development (intelliSense, linting, debugging).
-   **Pylance**
    
    -   Enhanced language support for Python.
-   **GitLens – Git supercharged**
    
    -   Advanced Git features integrated into VSCode.
-   **VSCode Icons**
    
    -   Improved visualization with file icons.
-   **Prettier – Code formatter**  or  **Black**
    
    -   Automatic code formatting.
-   **Bracket Pair Colorizer 2**
    
    -   Highlights matching brackets for readability.
-   **Code Runner**
    
    -   Run snippets or code files quickly.
-   **Live Share (Optional)**
    
    -   Real-time collaboration within VSCode.

### **2. Configure Settings**

-   **Select Python Interpreter:**
    
    -   Press  `Ctrl + Shift + P`, type  **Python: Select Interpreter**, and choose your Python installation.
-   **Enable Linting and Formatting:**
    
    -   **Settings > Python > Linting**: Enable and choose a linter like  **pylint**  or  **flake8**.
    -   **Settings > Python > Formatting**: Set  **Provider**  to  **Black**  or  **Autopep8**.
    -   **Enable Format on Save:**
        -   **Settings > Text Editor > Formatting**: Check  **Format On Save**.
-   **Sample Settings Configuration:**
    
    ```json
    "python.linting.enabled": true,
    "python.linting.pylintEnabled": true,
    "python.formatting.provider": "black",
    "editor.formatOnSave": true,
    
    ```
    
-   **Customize Appearance:**
    
    -   **Settings > Editor > Font Size**: Adjust for readability.
    -   **Font Family**: Use coding fonts like  **Fira Code**,  **Cascadia Code**, or  **JetBrains Mono**.
    -   **Enable Font Ligatures**  if desired.
-   **Configure Terminal Shell:**
    
    -   Set default terminal to  **PowerShell**,  **Command Prompt**, or  **Git Bash**:
        -   **Settings > Terminal > Integrated > Default Profile**.

### **3. Install Themes and Icon Packs**

-   **Themes:**
    
    -   **One Dark Pro**
    -   **Dracula Official**
    -   Choose themes that reduce eye strain.
-   **Icon Packs:**
    
    -   **VSCode Icons**  for enhanced file type recognition.

### **4. Integrate Git within VSCode**

-   **Source Control Panel:**
    
    -   Access via the left sidebar.
    -   Manage commits, pushes, pulls, and branch operations.
-   **GitLens Extension:**
    
    -   Provides insights into code authorship, history, and more.

----------

## **Step 8: Set Up Git and GitHub**

Connecting Git with GitHub facilitates version control and collaboration.

### **1. Configure Git**

-   **Set Global Configurations:**
    -   Open  **Git Bash**  or  **Command Prompt**.
        
    -   Run:
        
        ```bash
        git config --global user.name "Your Name"
        git config --global user.email "youremail@example.com"
        
        ```
        

### **2. Generate SSH Keys**

-   **Generate Key:**
    
    -   Run:
        
        ```bash
        ssh-keygen -t ed25519 -C "youremail@example.com"
        
        ```
        
    -   Press  **Enter**  to accept the default file location.
        
    -   Enter a passphrase (optional but recommended).
        
-   **Add SSH Key to ssh-agent:**
    
    -   Start the agent:
        
        ```bash
        eval "$(ssh-agent -s)"
        
        ```
        
    -   Add your key:
        
        ```bash
        ssh-add ~/.ssh/id_ed25519
        
        ```
        

### **3. Add SSH Key to GitHub**

-   **Copy Public Key:**
    
    -   Run:
        
        ```bash
        clip < ~/.ssh/id_ed25519.pub
        
        ```
        
    -   This copies the public key to your clipboard.
        
-   **Add Key to GitHub:**
    
    -   Log in to your GitHub account.
    -   Navigate to  **Settings > SSH and GPG keys > New SSH key**.
    -   Paste the key and give it a title.
    -   Save the key.

### **4. Test SSH Connection**

-   **Verify Authentication:**
    -   Run:
        
        ```bash
        ssh -T git@github.com
        
        ```
        
    -   You should receive a success message confirming authentication.
        

### **5. Configure Git with GitHub**

-   **Set Up Repositories:**
    -   Clone existing repositories or initialize new ones.
    -   Use Git commands within  **Git Bash**  or  **VSCode**.

----------

## **Step 9: Set Up Python Development Environment**

Creating isolated environments ensures project dependencies don’t clash.

### **1. Create a Project Directory**

-   **Navigate to Your Python Projects Folder:**
    
    ```bash
    cd C:\Users\Coder\Projects\Python
    
    ```
    
-   **Create a New Project Folder:**
    
    ```bash
    mkdir MyFirstProject
    cd MyFirstProject
    
    ```
    

### **2. Create a Virtual Environment**

-   **Using  `venv`:**
    
    ```bash
    python -m venv venv
    
    ```
    
-   **Activate the Virtual Environment:**
    
    -   **In Command Prompt:**
        
        ```bash
        venv\Scripts\activate
        
        ```
        
    -   **In PowerShell:**
        
        ```powershell
        .\venv\Scripts\Activate.ps1
        
        ```
        
        -   **Note:**  If you receive an execution policy error, run PowerShell as Administrator and execute:
            
            ```powershell
            Set-ExecutionPolicy RemoteSigned
            
            ```
            
-   **Your prompt should now show  `(venv)`**  indicating the environment is active.
    

### **3. Install Necessary Python Packages**

-   **Ensure Virtual Environment is Active.**
    
-   **Install Packages Using  `pip`:**
    
    ```bash
    pip install numpy pandas requests flask django
    
    ```
    
-   **Freeze Dependencies:**
    
    ```bash
    pip freeze > requirements.txt
    
    ```
    

### **4. Organize Project Structure**

-   **Standard Project Layout:**
    
    ```
    MyFirstProject/
    ├── venv/
    ├── README.md
    ├── requirements.txt
    ├── .gitignore
    ├── myfirstproject/
    │   ├── __init__.py
    │   ├── main.py
    └── tests/
        ├── __init__.py
        └── test_main.py
    
    ```
    
-   **Create Necessary Files:**
    
    -   `README.md`  – Project overview.
    -   `.gitignore`  – Exclude files/folders from Git (e.g.,  `venv/`).
-   **Naming Conventions:**
    
    -   Use lowercase with underscores for files and directories.
    -   Begin class names with uppercase letters.
    -   Use descriptive names for functions and variables.

----------

## **Step 10: Enhance Productivity with Additional Tools**

### **1. Install Database Tools (If Needed)**

-   **SQLite Browser:**
    
    -   For managing SQLite databases.
    -   [Download](https://sqlitebrowser.org/dl/).
-   **pgAdmin:**
    
    -   For PostgreSQL database management.
    -   [Download](https://www.pgadmin.org/download/).

### **2. Install Jupyter Notebook or JupyterLab**

-   **Install Jupyter:**
    
    ```bash
    pip install notebook
    
    ```
    
-   **Launch Jupyter Notebook:**
    
    ```bash
    jupyter notebook
    
    ```
    
-   **Alternatively, Install JupyterLab:**
    
    ```bash
    pip install jupyterlab
    jupyter lab
    
    ```
    

### **3. Install Docker Desktop (Optional)**

-   **Useful for:**
    
    -   Containerizing applications.
    -   Consistent development environments.
-   **Download and Install:**
    
    -   [Docker Desktop](https://www.docker.com/products/docker-desktop).

### **4. Postman (Optional)**

-   **Useful for:**
    
    -   Testing APIs.
    -   Inspecting HTTP requests/responses.
-   **Download and Install:**
    
    -   [Postman](https://www.postman.com/downloads/).

### **5. Windows Subsystem for Linux (WSL) (Optional)**

-   **Install WSL:**
    
    -   Open  **PowerShell**  as Administrator.
        
    -   Run:
        
        ```powershell
        wsl --install
        
        ```
        
    -   This installs WSL with Ubuntu by default.
        
-   **Why Use WSL:**
    
    -   Access to Linux command-line tools and utilities.
    -   Run Linux applications directly on Windows.

----------

## **Step 11: Optimize Windows Settings for Development**

### **1. Personalization**

-   **Set Themes and Backgrounds:**
    
    -   Choose settings that reduce eye strain and enhance focus.

### **2. Adjust Power Settings**

-   **Ensure High Performance:**
    
    -   **Settings > System > Power & battery > Additional power settings**.
    -   Select  **High performance**  mode.

### **3. Enable Clipboard History**

-   **Settings > System > Clipboard**.
-   Toggle on  **Clipboard history**.
-   Access with  **Win + V**.

### **4. Use Windows PowerToys (Optional)**

-   **Download PowerToys:**
    
    -   [Microsoft PowerToys](https://docs.microsoft.com/en-us/windows/powertoys/).
-   **Features:**
    
    -   **FancyZones:**  Custom window layouts.
    -   **Shortcut Guide:**  Displays available shortcuts.
    -   **Color Picker:**  Quickly identify colors on your screen.

----------

## **Step 12: Personalize Your Development Workflow**

### **1. Customize VSCode Layout**

-   **Arrange Panels and Sidebars:**
    
    -   Set up the explorer, terminal, and other panels to suit your workflow.
-   **Modify Keybindings:**
    
    -   **File > Preferences > Keyboard Shortcuts**.
    -   Set custom shortcuts as needed.

### **2. Create Code Snippets and Templates**

-   **Define Reusable Code Blocks:**
    
    -   **File > Preferences > User Snippets**.
    -   Create language-specific snippets.
-   **Set Up Project Templates:**
    
    -   Scaffold new projects quickly with predefined structures.

### **3. Install Productivity Extensions**

-   **Live Share:**
    
    -   Collaborate in real-time with others.
-   **Debugger for Python:**
    
    -   Enhanced debugging capabilities.
-   **Others:**
    
    -   Explore extensions that fit your workflow.

### **4. Customize Terminal**

-   **Use Windows Terminal:**
    
    -   Set up profiles for different shells.
    -   Customize appearance (themes, fonts).
-   **Install Coding Fonts:**
    
    -   **Fira Code**,  **Cascadia Code**, or  **JetBrains Mono**.
    -   Enable font ligatures in VSCode for enhanced readability.

----------

## **Step 13: Implement Security Measures**

### **1. Enable Windows Security Features**

-   **Windows Defender Antivirus:**
    
    -   Ensure it's active and updated.
-   **Firewall:**
    
    -   Confirm that the Windows Firewall is enabled.

### **2. Use Strong Passwords and Authentication**

-   **Windows Account:**
    
    -   Set a strong password or use Windows Hello features.
-   **GitHub Account:**
    
    -   Use a strong, unique password.
    -   Enable Two-Factor Authentication (2FA).

### **3. Regular Updates**

-   **Keep Software Up-To-Date:**
    -   Regularly update Windows and installed applications.

### **4. Backup Critical Data**

-   **Use External Drives or Cloud Services:**
    -   Regularly back up important projects and configurations.

----------

## **Step 14: Backup and Sync Settings**

### **1. Use Cloud Storage for Important Files**

-   **OneDrive Integration:**
    
    -   **Settings > Accounts > Backup**.
    -   Backup documents, pictures, and desktop.
-   **Alternative Services:**
    
    -   **Google Drive**,  **Dropbox**, or other preferred services.

### **2. Sync VSCode Settings**

-   **Enable Settings Sync:**
    
    -   **File > Preferences > Settings Sync**.
    -   Sign in with your  **GitHub**  or  **Microsoft**  account.
-   **What It Syncs:**
    
    -   Settings, keybindings, extensions, snippets.

----------

## **Step 15: Finalize Your Setup**

### **1. Reboot Your System**

-   **Ensure All Configurations Take Effect:**
    -   Restart your computer to finalize installations and settings.

### **2. Test Your Development Environment**

-   **Create a Sample Python Project:**
    
    -   **Create Project Directory:**
        
        ```bash
        cd C:\Users\Coder\Projects\Python
        mkdir TestProject
        cd TestProject
        
        ```
        
    -   **Set Up Virtual Environment and Activate:**
        
        ```bash
        python -m venv venv
        venv\Scripts\activate
        
        ```
        
    -   **Create a simple Python script (`main.py`):**
        
        ```python
        print("Hello, World!")
        
        ```
        
    -   **Run the Script:**
        
        ```bash
        python main.py
        
        ```
        
-   **Initialize a Git Repository:**
    
    ```bash
    git init
    git add .
    git commit -m "Initial commit"
    
    ```
    
-   **Push to GitHub (If Repository Is Set Up):**
    
    ```bash
    git remote add origin git@github.com:YourUsername/TestProject.git
    git push -u origin master
    
    ```
    

### **3. Document Your Setup**

-   **Maintain a Setup Guide:**
    -   Document the steps you've taken.
    -   Useful for future reference or replicating the setup on other machines.

### **4. Explore and Learn**

-   **Familiarize with Tools:**
    
    -   Spend time learning VSCode features, Git commands, and Python libraries.
-   **Continuous Learning:**
    
    -   Stay updated with best practices and new technologies.

----------

## **Step 16: Additional Resources**

### **1. Python Learning Resources**

-   **Official Python Tutorial:**  [Python Docs](https://docs.python.org/3/tutorial/)
-   **Online Courses:**  Coursera, edX, Udemy.
-   **YouTube Channels:**  Corey Schafer, sentdex.

### **2. Git and GitHub Guides**

-   **Git Documentation:**  [Git Docs](https://git-scm.com/doc)
-   **GitHub Guides:**  [GitHub Guides](https://guides.github.com/)
-   **Interactive Tutorials:**  [Try Git](https://try.github.io/)

### **3. VSCode Tips and Tricks**

-   **VSCode Documentation:**  [VSCode Docs](https://code.visualstudio.com/docs)
-   **Video Tutorials:**  VSCode's YouTube Channel.