void getstuff(info *strux){
     info Anon;
     int count=0;
     int element=0;
     int allocated=0;
     Anon.Name=malloc(40*(sizeof(char)));
     Anon.Address=malloc(60*(sizeof(char)));
     Anon.Loc=malloc(40*(sizeof(char)));
     
     for(count=0; count<50; count++){
                 
                  fgets(Anon.Name,40,stdin);
                  if(Anon.Name==NULL)
                  break;
                  fgets(Anon.Address,60,stdin);
                  fgets(Anon.Loc,40,stdin);
                  scanf("%d",&Anon.zip);
                  allocated++;
                  element++;
                  printf("%d \n \n",allocated);
                  Add(Anon, *strux, &allocated, &element);
              system("PAUSE");
     
               
                 
     }
     
     }
void pushstuff(int n, info *list[]){
     
     
     }
void Add(info object,info *thearray,int *alloc,int *ele){
printf("alloc %d \n",*alloc);
             
     if (*alloc<49){
             
     alloc++;
     }
     else{
           printf("50 max!");
     return;
     }
     thearray=(info*)realloc(thearray,*alloc * sizeof(info));
     thearray[*ele]=object;
     *ele++;
     }

/* In the old code, you're passing a copy of the pointer to the array.     Changing this pointer DOES NOT change the pointer that    was passed into it, only the copy.  Therefore if you    reassign this copy of the pointer to new address (and    invalidating the old address), the other pointer(s)    pointing to the old array are now dangling pointers.     Instead, pass a pointer-to-a-pointer so that you can    control the actual pointer being passed in. */void Add( info object, /* info* */ info** thearray, int *alloc, int *ele ){	printf( "alloc %d \n", *alloc );		/* Indexes go from [0 max) */	if ( *alloc < 50 /* 49 */ )	{		/* alloc++;  Whoops, now alloc points to memory that contains something that is not *alloc */		(*alloc)++;  	}	else	{		printf( "50 max!" );		return;	}	/* Re-allocate the array, and store the new memory address into 	   the pointer passed in; the old memory is free'd */ 	*thearray = (info*)realloc(thearray,*alloc * sizeof(info));	(*thearray)[*ele] = object;	*ele++;}

//main.c#include <stdio.h>#include <stdlib.h>#include <string.h>#include "Funcs.h"int main(){ info **stru; info **pointp;  getstuff(stru); love(stru); system("PAUSE");	  return 0;}

//func.hvoid love();void getstuff();void Add(); typedef struct info{       char *Name;         char *Address; char *Loc; int zip;               }info;