Given class "arrayWrapper" defined in the header file wrapper.h$,$ show the implementation of method "resize" as it appears in the implementation file $($i$.$e$.,$ wrapper.cpp$).$

The resize method is designed to change the size of the dynamic array while maintaining the existing data. It should contain steps to:

Creating a New Array:

A new dynamic array $($newArr$)$ of type T is created with the size specified by newSize

Copying Old Values:A loop iterates through the existing array $($arr$)$ and copies values to the new array $($newArr$).$ The number of values copied is determined by the smaller of the old size and the new size

Deallocating Old Memory; The old array $($arr$)$ is deallocated

Updating Pointers and Size:

The pointer arr is updated to point to the new array

The size variable is updated to reflect the new size

#include

using namespace std;

template

class ArrayWrapper $\{$

private:

T$*$ arr;

int size;

public:

ArrayWrapper$($int s$)$ : size$($s$)\{$

arr $=$ new T$[$size$]$;

for $($int i $=0$; i $<$ size; i$++)\{$

arr$[$i$]=$ T$()$; $//$ Default initialize the array elements

$\}$

$\}$

~ArrayWrapper$()\{$

delete$[]$ arr; $//$ Proper memory deallocation

$\}$

void set$($int index, T value$)\{$

if $($index $>=0$ && index $<$ size$)\{$

arr$[$index$]=$ value;

$\}$

$\}$

T get$($int index$)\{$

return arr$[$index$]$;

$\}$

void resize$($int newSize$)$;

$\}$;