Python or Java script [closed]

You can build this system by separating ticket booking and luggage tracking as two linked modules, connected through a unique QR code per luggage item.

1. Ticket Booking (Normal Flow)

User searches route → selects bus → selects seat → books ticket

System generates:

ticketId

Passenger + seat details

Ticket QR (optional) for verification

2. Luggage Tracking System (Core Feature)

Key rule:
👉 Each luggage item gets its own QR code, linked to one ticket

Data Link

Ticket → Multiple Luggag

Each luggage record stores:

Ticket ID

Source

Destination

Current status

---

3. QR Code Logic

Each luggage QR contains:

{ "ticketId": "TKT123", "luggageId": "LUG456" }

QR is generated at booking time (or ticket issuing).

---

4. Luggage Status Flow (Scan-Based)

Boarding point LOADED
En route (optional) IN_TRANSIT

Destination OFFLOADED

---

5. User View

User can see luggage tracking:

Luggage Code: LUG-456 From: Delhi To: Jaipur Status: Offloaded

---

6. Admin Dashboard Features

Admin can:

Add buses (seat count & layout)

Add routes & schedules

Auto-generate seat maps based on seat count

Issue tickets (online/offline)

Scan luggage QR codes

View/export luggage list

---

7. Seat Map Logic

Seat map is generated dynamically from bus config:

totalSeats = 40 layout = 2x2

Booked seats are disabled using backend seat data.

---

8. Database Structure (Simplified)

Ticket

ticketId, busId, routeId, seatNumber

Luggage

luggageId, ticketId, status, source, destination, logs[]

---

9. Tech Stack (Suggested)

Frontend: React

Backend: Node.js + Express

DB: MongoDB

QR: qrcode (generate), html5-qrcode (scan)

Auth: JWT (Admin / Staff / User roles)

---

10. Final Result

1- Normal bus booking system
2- Per-luggage QR tracking
3- Real-time status updates
4- Admin-controlled scanning
5- Clear luggage audit trail