Car sharing and taxi booking services app

General
1

Genrate full source codes & script and use dummy apis. When it’s ready, I will replace it with real apis. It’s a car sharing & Taxi Booking Services app with the admin panel and also the driver & rider login.
Name: SharECar - So Easy, No Wonder
Home Page: Current Location, Destination, Date & Time, Person then Search) Option Return ride.
Login/Sign-up: (Driver or Rider) by Phone Number or Gmail
Profile Page: Profile photo, name, father name, DOB, short note about you, occupation, address, Mobile number, Gmail, verification ID (payment method, driver license, UID)
Permission: GPS Live Tracking
Update Rides: Both are search & post rides & update also.
Add also return ride.
Car info get by car number.
when a ride will get canceled from any side, give reasons for this cancelation.
Chat: Driver & Rider chat with each other & share details
Ride Confirmation: Ride confirmed or not with driver accept
Contact Us: Company Profile Details (Address, Phone Number, Email, Website)
Reviews & rating for rider, driver & for my app.

2

How to Develop a Car Sharing & Taxi Booking Services App: SharECar

Answer:
Creating a comprehensive app like SharECar requires careful planning and adherence to specific guidelines to ensure functionality and user satisfaction. Here’s a detailed guide on how to develop such an app, addressing every aspect mentioned by @Harshit_Kumat:

Solution By Steps:

  1. Home Page:

    • Include fields for “Current Location,” “Destination,” “Date & Time,” “Person,” and a “Search” button.
    • Add an “Option Return Ride” feature to allow users to book a return trip.
    • Implement GPS services to automatically detect and suggest the current location.

  2. Login/Sign-up:

    • Allow users to register or log in as either “Driver” or “Rider.”
    • Enable authentication via Phone Number and Gmail.
    • Store user credentials securely, ensuring compliance with privacy regulations.

  3. Profile Page:

    • Gather user information including profile photo, name, father’s name, date of birth (DOB), a short note about the user, occupation, address, mobile number, Gmail, and verification ID.
    • For drivers, additional fields such as payment method, driver’s license, and unique identification (UID) should be included.
    • Implement functionality for users to edit and update their profile information.

  4. Permissions:

    • Request and manage GPS Live Tracking permissions to ensure real-time tracking of rides and locations.
    • Make sure to handle these permissions in compliance with user privacy and data security standards.

  5. Update Rides:

    • Allow both drivers and riders to search, post, and update ride information.
    • Include options for both one-way and return rides.
    • Use APIs to fetch and provide car information using the car number.

  6. Ride Cancellation:

    • Implement a feature to handle ride cancellations from both the driver’s and rider’s side.
    • Require users to provide reasons for cancellation to improve service and user experience.

  7. Chat:

    • Provide a chat facility where drivers and riders can communicate and share details.
    • Ensure that the chat feature is secure and user-friendly.

  8. Ride Confirmation:

    • Include a confirmation process where the ride is either accepted or rejected by the driver.
    • Notify users (both drivers and riders) about the status of the ride through in-app notifications and possibly via email or SMS.

  9. Contact Us:

    • Provide company profile details including address, phone number, email, and website.
    • Ensure that this information is easily accessible within the app.

  10. Reviews & Ratings:

    • Develop a review and rating system for riders, drivers, and the overall app experience.
    • Allow users to provide feedback which can be used to improve services.

Technology Stack:

  • Frontend:
    • Use frameworks like React Native or Flutter for cross-platform compatibility.
    • Ensure a responsive and user-friendly UI/UX design.
  • Backend:
    • Use Node.js, Express.js, or Django for robust and efficient backend servers.
    • Implement databases such as MongoDB or PostgreSQL to handle user data and ride information.
  • APIs:
    • Integrate dummy APIs for initial testing.
    • Plan for smooth transition to real APIs once development is complete.
  • Real-time Features:
    • Use WebSockets for real-time chat functionality.
    • Implement Firebase for real-time database updates, notifications, and live tracking.

Final Implementation:

Here’s a concise summary of the final application features:

  1. Home Page with Ride Options:

    • Search for rides based on location, time, number of passengers, and include the return ride option.

  2. User Authentication:

    • Secure login/signup by phone number or Gmail.

  3. Comprehensive Profile Page:

    • Detailed and editable user profiles with necessary verification fields.

  4. Ride Management:

    • Post, search, and update ride details with live car info.
    • Implement reason-based ride cancellation.

  5. Secure Messaging:

    • In-app, secure chat for driver-rider communication.

  6. Affirmative Ride Confirmation:

    • An effective ride confirmation and notification system.

  7. Contact Us Integration:

    • Easy access to company contact details.

  8. Feedback Mechanism:

    • Ratings and reviews for continuous service improvement.

Final Answer:
Developing the SharECar app involves integrating diverse features ranging from user authentication to real-time ride updates and secure communication channels. Utilizing the right technology stack and ensuring seamless interaction between drivers and riders will provide an optimal user experience. Properly testing and transitioning from dummy APIs to real APIs will ensure that the app operates efficiently and securely.