C program that simulates a token system for visiting a temple:

 Here's a simplified C program that simulates a token system for visiting a temple:

Temple Token System

#include <stdio.h>

#include <stdlib.h>

#include <time.h>

// Define structure for tokens

typedef struct {

    int tokenNumber;

    time_t dateTime;

} Token;

// Function to create a new token

Token createToken(int tokenNumber) {

    Token token;

    token.tokenNumber = tokenNumber;

    token.dateTime = time(NULL);

    return token;

}

// Function to display token details

void displayToken(Token token) {

    printf("Token Number: %d\n", token.tokenNumber);

    printf("Date and Time: %s", ctime(&token.dateTime));

}

// Function to generate tokens

void generateTokens(int tokenCount) {

    Token tokens[tokenCount];

    for (int i = 0; i < tokenCount; i++) {

        tokens[i] = createToken(i + 1);

        printf("\nToken %d:\n", i + 1);

        displayToken(tokens[i]);

    }

}

int main() {

    int tokenCount;

    printf("Enter the number of tokens to generate: ");

    scanf("%d", &tokenCount);

    generateTokens(tokenCount);

    return 0;

}

This program demonstrates the following concepts:

1. *Token structure*: A structure to represent tokens with attributes like token number and date/time.

2. *Token creation*: A function to create new tokens with a unique token number and current date/time.

3. *Token display*: A function to display token details, including token number and date/time.

4. *Token generation*: A function to generate multiple tokens based on user input.

Note that this program is a highly simplified example and does not cover real-world complexities like:

- User authentication and authorization

- Token validation and verification

- Integration with temple management systems

- Handling of special cases, such as token cancellations or rescheduling

To make this program more robust and realistic, you would need to consider these factors and add additional features and functionality.