convert structure based program to classes

[projectdemon]

I'm trying to convert this program that's structure based to classes, but I've hit a wall and i don't know what's wrong. I need to make a class for Account and a class for Transaction. Here's a link to the original question (the one with structures), it's question #1.

http://users.encs.concordia.ca/~amer/teach/coen244/assign/244ass1.pdf

and this is the one where it's asking to change structures to classes

http://users.encs.concordia.ca/~amer/teach/coen244/assign/244ass2.pdf



Please Help.

main1.cpp

#include <iostream> // HW 1: Transaction, Account structures
#include <iomanip>
#include "question1.h" //local
using namespace std;


int main ()
{ 
  enum { MAX_TRANS = 10, MAX_ACCTS = 6 } ;               // array sizes
  Transaction data[MAX_TRANS]; Account accts[MAX_ACCTS]; // data arrays
  accts[0].num = 40201; accts[0].balance=0; accts[0].count=0;
  accts[1].num = 40205; accts[1].balance=0; accts[1].count=0;
  accts[2].num = 40211; accts[2].balance=0; accts[2].count=0;
  accts[3].num = 40217; accts[3].balance=0; accts[3].count=0;
  int num_trans = 0, num_accts = 4;
do {                                 // until end of data or overflow
  long acc, number; double amount;   // input data from user
  Transaction tran;                  // Transaction to store input data
  if (inputData(acc,number,amount) == 0) break;  // quit when acc == -1
  if (num_trans == MAX_TRANS)             // test for overflow: array knowledge
  { cout << "\nOut of memory; input terminated\n" << endl; 
    break; }
  tran.accnum = acc;  tran.amount = amount;  
  tran.trannum = number;                  // store valid transaction
  for (int i = 0; i < num_accts; i++)     // find appropriate account
  { if (accts[i].num == tran.accnum)
      { data[num_trans++] = tran;        
        accts[i].balance += tran.amount;  // accumulate amounts
    	accts[i].count++; 
        break;  }
    if (i == num_accts - 1)                     // not found
      cout << "\nIncorrect account; data discarded\n" << endl;
	           }                          // end of the FOR loop
       } while (true);                    // end of the DO loop
  printTable(accts,num_accts);
  while(1);
}

question1.h contains:

#include <iostream> // Hw 1 solution: Transaction, Account structures
#include <iomanip>

struct Transaction 
{
  long trannum, accnum;                     // tran and acc numbers
  double amount; } ;                        // transaction amount

  struct Account 
  {
  long num;                               // account number
  double balance;                         // balance
  int count; } ;                          // count of transactions

void printAccount(const Account &a);

int inputData(long& acc, long& number, double& amount);

void printTable(const Account data[], int num);

And lastly, question1.cpp contains the functions:

#include <iostream> // Hw 1 solution: Transaction, Account structures
#include <iomanip>
#include "question1.h" //local
using namespace std;



void printAccount(const Account &a)
// in: a; out: none
{ cout << setw(12) << a.num << setw(11) << a.balance 
		<< setw(7) << a.count << endl;
}

int inputData(long& acc, long& number, double& amount)
// in: none; out: acc, number, amount
{ 
  cout << "Enter account number (or -1 to end input): ";
  cin >> acc;
  if (acc == -1)                  // test for end of data
  { cout <<"\nEnd of input\n\n"; 
    return 0; }
  cout << "Enter transaction number and amount: ";
  cin >> number >> amount;
  return 1;
      }

void printTable(const Account data[], int num) 
// in: data[], num; out: none
{ 
  int count = 0;
  for (int i = 0;  i < num;  i++)     // go over data in array
     if (data[i].count > 0) count++;
  cout << count << " account(s) are processed\n";
  if (count == 0) return;            // no output if no input
  cout << "\nAccount Number   Amount   Num of trans\n\n";
  cout.setf(ios::fixed);             // fixed format for double
  cout.precision(2);                 // digits after decimal point
  for (int j = 0;  j < num;  j++)    // go over the data again
   {  if (data[j].count > 0) 
         printAccount(data[j]); }
  cout << endl; 
    }