Answer Happy

PLEASE FOLLOW UP FROM PART1,2 QUESTION
I COULDNT ABLE TO POST BEACAUSE IT SAYS TOO LONG
THIS IS PART 3
#Largerinteger.hpp
@file LargeInteger.hpp
*
* @brief Header file for Assignment Classes and Memory: practie with
* classes and dynamic memory allocation.
** LargeInteger class. This is the class header file. It contains the
* declaration of the LargeInteger class. It is included in other files that
* want to use and create instances of LargeInteger objects. The declaration of
* a class is basically just a list of the prototypes of the member functions
* for the class, as well as the private member variables/data that is
* encapsulated in the class.
*/
#ifndef _LARGEINTEGER_H_
#define _LARGEINTEGER_H_
#include <algorithm>
#include <cmath>
#include <iostream>
#include <sstream>
#include <string>
using namespace std;
/** LargeInteger class.
* Represent an arbitrarily large (signed) integer. This class keeps the
* digits of the integer in an array of integers internally. The array of
* integers is dynamically resized as necessary during LargeInteger operations.
* This abstract data type supports addition of large integers.
*/
class LargeInteger
{
public:
// class constructors and destructors
LargeInteger(); // default constructor
LargeInteger(int value); // standard constructor
// your constructor from an array prototype should go here
~LargeInteger();
//here should be to string prototype
private:
/// @brief id private member integer variable, this is not strictly needed
/// for this class, but we assign a unique id to each instance of
/// LargeInteger that is created, so that you can more easily see how
/// the destructor works and is being called. You should set the
/// id and increment it in any constructors you create for this class.
*/int id;
/// @brief numDigits Private member integer variable, contains the number
/// of digits currently in the LargeInteger, or equivalently, the size
/// of the digits array of integers.
int numDigits;
/// @brief digit A dynamically allocated array of integers. This array
/// holds the digits of the large integer this object represents. The
/// digits in the array are orderd such that the 1's place (10^0) is in
/// index 0 of the array, the 10's place (10^1) is in the index 1, and so
/// on.
int* digit;
#endif
Note from me : make sure to read all if you have any question
let me know on comment. ( class Database and algorithms
)
i
wanna check at first task 1 compiling and run but if you provide me
implenetation function for all that would be great
please
make sure to indicate properly where and what need to be
written