Write a function called HugeInteger -hugeDestroyer(HugeInteger -p)- De.docx

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Write a function called HugeInteger *hugeDestroyer(HugeInteger *p); Description: Destroy any and all dynamically allocated memory associated with p. Avoid segmentation faults and memory leaks. Returns: NULL There is also this to use: typedef struct HugeInteger { // a dynamically allocated array to hold the digits of a huge integer int *digits; // the number of digits in the huge integer (approx. equal to array length) int length; } HugeInteger; Solution #include<iostream> using namespace std; typedef struct HugeInteger { // a dynamically allocated array to hold the digits of a huge integer int *digits; // the number of digits in the huge integer (approx. equal to array length) int length; } HugeInteger; HugeInteger *hugeDestroyer(HugeInteger *p){ delete []p; return NULL; } int main(){ HugeInteger *p = new HugeInteger[10]; if(hugeDestroyer(p) == NULL) cout<<\"All memory is deallocated\"; return 0; } .

Write a function called HugeInteger *hugeDestroyer(HugeInteger *p);
Description: Destroy any and all dynamically allocated memory associated with p. Avoid
segmentation faults and memory leaks.
Returns: NULL
There is also this to use:
typedef struct HugeInteger
{
// a dynamically allocated array to hold the digits of a huge integer
int *digits;
// the number of digits in the huge integer (approx. equal to array length)
int length;
} HugeInteger;
Solution
#include<iostream>
using namespace std;
typedef struct HugeInteger
{
// a dynamically allocated array to hold the digits of a huge integer
int *digits;
// the number of digits in the huge integer (approx. equal to array length)
int length;
} HugeInteger;
HugeInteger *hugeDestroyer(HugeInteger *p){
delete []p;

return NULL;
}
int main(){
HugeInteger *p = new HugeInteger[10];
if(hugeDestroyer(p) == NULL)
cout<<"All memory is deallocated";
return 0;
}

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