Online Bus Ticket Reservation System is a Web based application that works within a centralized network. The existing system is not user friendly and the user needs to enter all the details of the passenger manually. This query essentially generates all combinations of stops and seats for given line and bus, then discards those that are already "covered" by some ticket on the given trip. Let's take following case: Buses go from A to D with stopovers at B and C. A Passenger can reserve ticket for any route, ie. This Project is a desktop application which is developed in Java platform. This project Bus Ticket Booking System is to manage all the details about customer, bus no, bus route, bus company etc. I'm developing a reservation module for buses and I have trouble designing the right database structure for it. Then for the next passenger system checks if all sections along the way are available. Usually one route is considered as series of sections, like A to B, B to C, C to D, etc. The system product to be produced is a Bus Booking Management System which will automate the major Bus operations. This database design is relatively straightforward. My problem is how can I design a database which maps the seats of the buses? We observed the working of the Bus reservation system and after going through it, we get to know that there are many operations, which they have to do manually. I mistakenly revealed name of new company to HR of current company. So each route can have many "subroutes", and bigger contain smaller ones. How should this half-diminished seventh chord from "Christmas Time Is Here" be analyzed in terms of its harmonic function? Aggregate modeling in domain-driven design, Construct a polyhedron from the coordinates of its vertices and calculate the area of each face. I want to design a table structure for routes and stops in a way that would help easily search for free seats. It also includes maintenance of information like schedule and details of each bus. Asking for help, clarification, or responding to other answers. Topic :- Bus reservation system. The first subsystem is a Bus Reservation and as well as advance Booking System to keep tracks of reservations and seats availability. Edit your question and paste in your DDL (SQL CREATE TABLE statements) and some sample data as SQL INSERT statements. Examples of back of envelope calculations leading to good intuition? This SQL Database project with tutorial and guide for developing a code. The ticket "covers" stops through TICKET_STOP table, For example, if a ticket covers 3 stops, then TICKET_STOP will contain 3 rows related to that ticket. The first subsystem is a Bus Reservation and as well as advance Booking System to keep tracks of reservations and seats availability. ... A departure has 1 bus. This model, by itself, won't protect you from anomalies such as a single ticket "skipping" some stops - you'll have to enforce some rules through the application logic. How do we get to know the total mass of an atmosphere? If there are 2 other stops not covered by that ticket, then there will be no related rows there, but there is nothing preventing a different ticket from covering these stops. Figuring out from a map which direction is downstream for a river? I'd probably go with a "brute force" structure similar to this basic idea: (There are many more fields that should exist in the real model. Bus reservation system deals with maintenance of records of details of each passenger. “…presume not God to scan” – what does it mean? from A to B, C to D, A to D, etc. A Entity Relationship Diagram showing Bus Reservation system. Why is "threepenny" pronounced as THREP.NI? For example, from route SRC to DEST there are 10 buses and every bus has 50 seats.

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