The code is suppose to read all the inputs and spit out the output 

However it stopped after two 

Here's the code someone help

#include  #include    using namespace std;   const int MAX_TRANSACTIONS = 100;   struct Transaction {    char type;  // 'd' for debit, 'c' for credit, 'b' for balance    string date;    double value; };   int daysInMonth(int month, int year) {    if (month == 2) {        if ((year % 400 == 0) || ((year % 100 != 0) && (year % 4 == 0)))            return 29; // Leap year        else            return 28;    } else if (month == 4 || month == 6 || month == 9 || month == 11) {        return 30;    } else {        return 31;    } }   int main() {    Transaction transactions[MAX_TRANSACTIONS];    int numTransactions = 0;     // Read the initial balance    double balance;    cin >> transactions[0].date >> balance;    transactions[0].type = 'b';  // 'b' for balance     int startDay, startMonth, startYear;    sscanf(transactions[0].date.c_str(), "%d/%d/%d", &startMonth, &startDay, &startYear);     int currentDay = startDay;    int currentMonth = startMonth;    int currentYear = startYear;     // Read transactions until 'q' or more than 30 days    while (true) {        // Handle overdraft before checking transaction order        if (transactions[numTransactions].type == 'd' && balance < transactions[numTransactions].value) {            // Complete the transaction and assess overdraft fee            balance -= 15;            cout << "Overdraft on " << transactions[numTransactions].date                 << ". $15 overdraft fee assessed." << endl;        }         cin >> transactions[numTransactions + 1].type;        if (transactions[numTransactions + 1].type == 'q') break;         cin >> transactions[numTransactions + 1].date >> transactions[numTransactions + 1].value;         int transactionDay, transactionMonth, transactionYear;        sscanf(transactions[numTransactions + 1].date.c_str(), "%d/%d/%d",               &transactionMonth, &transactionDay, &transactionYear);         if (transactionYear < currentYear ||            (transactionYear == currentYear && transactionMonth < currentMonth) ||            (transactionYear == currentYear && transactionMonth == currentMonth && transactionDay < currentDay)) {            // Out-of-order error            cout << "Entries must be provided in chronological order. "                 << transactions[numTransactions + 1].date << " entered after " << transactions[numTransactions].date << endl;            return 1;  // Exit with an error code        }         // Normal transaction        if (transactions[numTransactions + 1].type == 'd') {            balance -= transactions[numTransactions + 1].value;        } else {            balance += transactions[numTransactions + 1].value;        }        numTransactions++;         // Update current date        currentDay = transactionDay;        currentMonth = transactionMonth;        currentYear = transactionYear;         // Check if exactly 30 days        int daysDifference = 0;        while (daysDifference < 30) {            currentDay--;            daysDifference++;            if (currentDay == 0) {                currentMonth--;                if (currentMonth == 0) {                    currentMonth = 12;                    currentYear--;                }                currentDay = daysInMonth(currentMonth, currentYear);            }        }        if (daysDifference >= 30) {            break;        }    }     // Calculate and print average balance    double averageBalance = balance / (numTransactions + 1);    cout << "30-day average balance (" << transactions[0].date << "-" << transactions[numTransactions].date << "): $"         << fixed << setprecision(2) << averageBalance << endl;     return 0; }  message.txt 4 KB   

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Example Input: 12/1/2023 500 d 12/11/2023 200 d 12/23/2023 100 c 12/28/2023 200 d 12/31/2023 250 Example Output: 30-day average balance (12/1/2023-12/30/2023): $360.00 Example Input: 12/1/2023 500 d 12/11/2023 200 d 12/23/2023 100 c 12/28/2023 200 d 12/31/2023 250 Example Output: 30-day average balance (12/1/2023-12/30/2023): $360.00