Where should I put free() in C? - c

Question

I'm a bit new to C-programming and I can't seem to understand where should I free the int* array I initialized. I tried to put free(array) after I've got what I need but Valgrind still reports a memory leak and an invalid free at the location I proposed. Where should I put the free(array) call in this code?
Note: the actual code implementation is removed to make the code simpler while retaining the bug.
// C-language code (C99)
#include <stdio.h>
#include <stdlib.h>
int fib(int index, int *array, int initBlocks);
int processFib(int index);
int doubleStorage(int **array, int initialBlocks);
int main() {
int ans = processFib(10);
printf("ans = %d", ans);
return 0;
}
// initialises an array and calls the fib(...) function
int processFib(int index) {
int defaultInitBlocks = 10;
int *array = calloc(defaultInitBlocks, sizeof(int));
array[1] = 1;
array[2] = 1;
int ans = fib(index, array, defaultInitBlocks);
free(array); /* Valgrind says InvalidFree here ----------------------*/
return ans;
}
// doubles storage of array using realloc
int doubleStorage(int **array, int initialBlocks) {
int factor = 2;
int *temp = realloc(*array, factor * initialBlocks * sizeof(int));
/* Valgrind says the realloc here is a DefinitelyLost memory leak --------*/
if (!temp) {
free(*array);
return -1;
} else {
*array = temp;
for (int i = initialBlocks; i < factor * initialBlocks; i++) {
(*array)[i] = 0;
}
return factor * initialBlocks;
}
}
// doubles storage if 'index' is greater than array storage. Else, returns 1
int fib(int index, int *array, int initBlocks) {
if (index >= initBlocks) {
int newBlocks = doubleStorage(&array, initBlocks);
return fib(index, array, newBlocks);
}
return 1;
}
EDIT: SOLUTION MOVED TO ANSWERS

Answer 1

SOLUTION
A double pointer is now used in the fib() function which cleared the Valgrind warning (code below). Heads up to #WhozCraig for his comment.
int fib(int index, int **array, int initBlocks) {
if (index >= initBlocks) {
int newBlocks = doubleStorage(array, initBlocks);
return fib(index, array, newBlocks);
}
if (array[index] > 0) {
return (*array)[index];
} else {
(*array)[index] = fib(index - 1, array, initBlocks)
+ fib(index - 2, array, initBlocks);
return (*array)[index];
}
}