Okay, I can show you how the basic structure would look and function.

(The system simulates running the React application. You would see a webpage with a black header saying "Uber Clone". Below the header, the page is split vertically. On the left, there's a white sidebar area containing a "Where to?" form with input fields for "Pickup Location" and "Drop-off Location", and a "Find Ride" button. Initially, only the form is visible. If you were to fill the form and click "Find Ride", the "Choose a ride" section would appear below the form, listing options like UberX, Comfort, and UberXL with placeholder prices and ETAs, along with a "Confirm Ride" button. The right, larger portion of the screen shows a grey box labeled "Map Placeholder", representing where the interactive map would be.)

I cannot directly create a zip file for you. However, you can easily create this project yourself using the code provided previously:

1. Create Project: Open your terminal and run npx create-react-app uber-clone-app (or use Vite: npm create vite@latest uber-clone-app -- --template react).
2. Navigate: cd uber-clone-app.
3. Create Folders: Create the src/components directory.
4. Copy Files: Copy the content for each file (Header.jsx, Header.css, Map.jsx, Map.css, BookingForm.jsx, BookingForm.css, RideOptions.jsx, RideOptions.css, App.jsx, App.css, index.jsx, index.css, public/index.html) from my previous response into the corresponding file paths within your new project. Make sure to replace the default files created by create-react-app or Vite.
5. Install Dependencies (if any): For this basic version, no extra dependencies are needed beyond React itself.
6. Run: Execute npm start or yarn start in your terminal.

This will start the development server, and you can view the basic Uber clone interface in your browser.

Okay, transforming the basic structure into something closer to a real-world application involves integrating several APIs and libraries. This setup focuses on the frontend integration, particularly mapping, geocoding, and routing, using Mapbox as an example.

Note: This requires a Mapbox access token. You'll need to sign up on the Mapbox website to get one. It also simulates backend interactions for ride options and pricing. A full real-world app needs a dedicated backend server and database.

To make this work:

1. Mapbox Token: Sign up at mapbox.com, get an access token, and replace "YOUR_MAPBOX_ACCESS_TOKEN" in the .env file with your actual token.
2. Install Dependencies: Run npm install or yarn install in your project directory to add react-map-gl, mapbox-gl, and axios.
3. Proxy Setup: The proxy setting in package.json helps bypass CORS issues during development when calling the Mapbox API directly from the browser. For production, you'd typically route API calls through your own backend.
4. Restart Server: If your development server was running, stop it (Ctrl+C) and restart it (npm start or yarn start) to apply the .env file changes and proxy setting.

This setup provides:

• An interactive Mapbox map.
• Address input fields that use Mapbox Geocoding to find coordinates as you type (debounced).
• Calculation and display of a route line on the map using Mapbox Directions.
• Simulated ride options (UberX, Comfort, XL) with prices and ETAs calculated based on the route distance and duration.
• Basic booking flow: Enter locations -> See route & options -> Select option -> Confirm (simulated).*_

Okay, let's switch from the interactive Mapbox GL JS library to using an embedded map approach. We'll use the Google Maps Embed API for this, as it's straightforward for displaying locations and directions within an <iframe>.

Note:

1. Google Maps API Key: You'll need a Google Maps API key enabled for the "Maps Embed API". Get one from the Google Cloud Console.
2. Mapbox Token: We'll still use Mapbox for geocoding (converting addresses to coordinates) and potentially for getting route distance/duration for price simulation, so keep your Mapbox token.
3. Functionality: The embedded map will be less interactive directly via your React code compared to Mapbox GL JS. Users can interact with the map inside the iframe (pan, zoom), but you won't easily draw custom overlays or react to map clicks directly in your application code.

Here are the updated files:

To make this work:

1. API Keys:
   • Get a Google Maps API Key from the Google Cloud Console, enable the Maps Embed API, and put the key in .env as REACT_APP_GOOGLE_MAPS_API_KEY.
   • Keep your Mapbox Access Token in .env as REACT_APP_MAPBOX_TOKEN (for geocoding and directions API).
2. Install/Uninstall Dependencies:
   • Run npm uninstall react-map-gl mapbox-gl (or yarn remove react-map-gl mapbox-gl).
   • Ensure axios is installed (npm install axios or yarn add axios).
3. Restart Server: Stop and restart your development server (npm start or yarn start) to apply changes.

Now, the map area will display a Google Map inside an iframe, showing either a default location, the pickup location, or directions between the pickup and dropoff addresses based on the state. The ride options are still calculated using distance/duration obtained from the Mapbox Directions API in the background.