Developing a Simple Railway Ticket Booking System using C Language

Crafting a Simple Rlway Ticket Booking System in C Language

Introduction:

In today's fast-paced world, where technology is deeply ingrned into every aspect of our lives, we find ourselves looking for efficient and hassle-free solutions that make our day-to-day tasks smoother. One such task involves the booking of trn tickets. The quest to develop a simple yet robust rlway ticket booking system led us towards writing this blog post, ming at guiding you through the implementation process using the C language.

Objective:

The primary goal was to create an easy-to-use Rlway Ticket Booking System that can be executed with basic knowledge in C programming language. will not only provide you with a comprehensive guide but also deliver source code for this system.

System Requirements:

Our rlway ticket booking system should accommodate various functionalities including:

1. Entry of trn schedules.

2. Browse avlable trn schedules.

3. Searching by route number.

4. Searching by destination station.

5. Sorting trns based on remning seats.

6. Ticket selling process.

7. Ticket cancellation procedure.

8. Updating trn schedule information.

9. Exit the system.

C Language Implementation:

To realize our requirements, we utilized C language, a versatile programming tool that provides an efficient and effective means of implementing complex systems with simplicity in mind.

Step-by-Step Guide to Implementing Rlway Ticket Booking System:

1. Initialization: Start by defining necessary data structures for trn schedules which include detls like route number, destination station, remning seats, ticket price, etc.

typedef struct 

    int routeNumber;

    char destinationStation50;

    int remningSeats;

    float ticketPrice;

 TrnSchedule;

2. Entry of Trn Schedules: Implement a function to input trn schedules into the system.

void entryTrnSchedulesTrnSchedule *schedules, int n 

    for int i = 0; i  n; ++i 

        scanfd, schedulesi.routeNumber;

        scanf^

, schedulesi.destinationStation;

        scanfd, schedulesi.remningSeats;

        scanff, schedulesi.ticketPrice;

3. Browse Trn Schedules: Develop a function allowing users to view all avlable trn schedules.

void browseSchedulesTrnSchedule *schedules, int n 

    for int i = 0; i  n; ++i 

        printfRoute Number: d

, schedulesi.routeNumber;

        printfDestination Station: s

, schedulesi.destinationStation;

        printfRemning Seats: d

, schedulesi.remningSeats;

        printfTicket Price: .2f

, schedulesi.ticketPrice;

4. Searching by Route Number: Implement a function to search for trn schedules using route numbers.

void searchByRouteNumberTrnSchedule *schedules, int n 

    int routeNumber;

    printfEnter the route number: ;

    scanfd, routeNumber;

    for int i = 0; i  n; ++i 

        if schedulesi.routeNumber == routeNumber 

            printf

Detls of Trn Schedule:

;

            printfRoute Number: d

, schedulesi.routeNumber;

            printfDestination Station: s

, schedulesi.destinationStation;

            printfRemning Seats: d

, schedulesi.remningSeats;

            printfTicket Price: .2f

, schedulesi.ticketPrice;

5. Sorting Based on Remning Seats: Create a function to sort trn schedules based on remning seats.

void sortByRemningSeatsTrnSchedule *schedules, int n 

    for int i = 0; i  n - 1; ++i 

        for int j = 0; j  n - i - 1; ++j 

            if schedulesj.remningSeats  schedulesj + 1.remningSeats 

                TrnSchedule temp;

                temp = schedulesj;

                schedulesj = schedulesj + 1;

                schedulesj + 1 = temp;

6. Ticket Selling: Implement the ticket selling process.

void sellTicketTrnSchedule *schedules, int n 

    int routeNumber;

    printfEnter the Route Number of Trn to Buy Ticket: ;

    scanfd, routeNumber;

    for int i = 0; i  n; ++i 

        if schedulesi.remningSeats  0  schedulesi.routeNumber == routeNumber 

            schedulesi.remningSeats--;

            printf

Ticket has been booked successfully. 

;

         else 

            printf

No seats avlable for Trn Route Number: d

, routeNumber;

7. Ticket Cancellation: Add a function for ticket cancellation.

void cancelTicketTrnSchedule *schedules, int n 

    int routeNumber;

    printfEnter the Route Number of Ticket to Cancel: ;

    scanfd, routeNumber;

    for int i = 0; i  n; ++i 

        if schedulesi.remningSeats  0  schedulesi.routeNumber == routeNumber 

            schedulesi.remningSeats++;

            printf

Ticket with Route Number: d has been canceled.

, routeNumber;

         else 

            printf

The ticket cannot be canceled as it does not exist or is already booked

;

8. Update Trn Schedules: Implement an update function for trn schedules.

void updateScheduleTrnSchedule *schedules, int n 

    int routeNumber;

    printfEnter the Route Number of Schedule to Update: ;

    scanfd, routeNumber;

    for int i = 0; i  n; ++i 

        if schedulesi.remningSeats  0  schedulesi.routeNumber == routeNumber 

            printf

Enter New Detls:

;

            scanf^

, schedulesi.destinationStation;

            scanfd, schedulesi.remningSeats;

            scanff, schedulesi.ticketPrice;

            printfTrn Schedule with Route Number: d has been updated.

, routeNumber;

         else 

            printf

The trn schedule does not exist or is already booked

;

9. User Interface: Develop a user interface to manage these functions.

void mn 

    int n;

    scanfd, n;

    TrnSchedule *schedules = TrnSchedule*mallocn * sizeofTrnSchedule;

    entryTrnSchedulesschedules, n;

    while 1 

        printf

Select an option:

;

        printf1. Browse all trn schedules

2. Search by route number

3. Sort based on remning seats

4. Sell ticket

5. Cancel ticket

6. Update schedule

7. Quit

;

        int choice;

        scanfd, choice;

        switch choice 

            case 1: browseSchedulesschedules, n; break;

            case 2: searchByRouteNumberschedules, n; break;

            case 3: sortByRemningSeatsschedules, n; break;

            case 4: sellTicketschedules, n; break;

            case 5: cancelTicketschedules, n; break;

            case 6: updateScheduleschedules, n; break;

            case 7: exit0;

This detled example showcases the implementation of a trn schedule management system using C language. It includes functions for inputting schedules, browsing them, searching by route number, sorting based on remning seats, selling tickets, canceling tickets, and updating schedules.

to manage memory appropriately with malloc and free where necessary and handle user inputs correctly e.g., checking data types.

By following these steps, you can create a simple yet functional trn schedule management system that can be expanded upon as needed.

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