HW1

#include <stdio.h>
#include <string.h>
#include <malloc.h>

int *intPointer;
int main()
{
    char nameVar[30];
    short exampleVar;
    short shortVar1;
    short shortVar2;
    int intVar1;
    int intVar2;
    int intVar3;
    char *charPointer;
    float floatVar1;
    float floatVar2;
    exampleVar = 99;
    shortVar1 = 12;
    shortVar2 = 24;
    intVar1 = 16;
    intVar2 = 78;
    intVar3 = 10;
    floatVar1 = 6;
    floatVar2 = 3;
    charPointer = (char *)malloc(2000);
    intPointer = (int *)malloc(1000);
    strcpy(charPointer, "David Barnes");
    // Example: Below statement illustrates how to display address of the variable exampleVar
    printf("\n The address of variable exampleVar is : %p", &exampleVar);
    // DONE – Please uncomment and complete each statement below to print the
    // DONE memory location allocated to the respective variable
    printf("\n The address of variable shortVar1 is : %p", &shortVar1);
    printf("\n The address of variable shortVar2 is : %p", &shortVar2);
    printf("\n The address of variable charPointer is : %p", &charPointer);
    printf("\n The memory allocated for charPointer is : %d bytes.", _msize(charPointer));
    printf("\n The address of variable nameVar is : %p", (void *)&nameVar);
    printf("\n The address of variable intVar1 is : %p", &intVar1);
    printf("\n The address of variable intVar2 is : %p", &intVar2);
    printf("\n The address of variable intVar3 is : %p", &intVar3);
    printf("\n The address of variable intPointer is : %p", &intPointer);
    printf("\n The memory allocated for intPointer is : %d bytes.", _msize(intPointer));
    printf("\n The address of variable floatVar1 is : %p", &floatVar1);
    printf("\n The address of variable floatVar2 is : %p", &floatVar2);
    //DONE - Add proper lines of code to print the location and the amount of memory
    //allocated to dynamic variables (pointers)
return 0;
}