Load Array from Whitespace-delimited text file

[pantherman34]

Problem: I can read from the file, however the information is not doing what it should. I overlooked the fact that the text file is whitespace-delimited by either spaces or tabs.

Problem - need to load the array from a whitespce-delimited text file!
**also, if anyone is bored, im not sure if my pointers from my functions to my declarations in main are correct or not**

*** Keep in mind, C only, not C++ please

#pragma warning(disable : 4996)
#include <stdio.h>
#include <stdlib.h>

#define bool int
#define true 1
#define false 0

#define	in_filename "Prog1Data.txt"
#define out_filename "Report.txt"
#define maxsize 100

/* function prototypess */
int load (FILE *InFile, int *ary_nbr, int size);
void printtab (FILE *OutFile, int *ary_nbr, int size);
void classifydata (int *ary_nbr, int size, int *nCount_Pos, int *nCount_Neg, int *nCount_Zer);

int main(int argc,char *argv[])
{
	/* statements for pos,neg,zer numbers */
	int nCount_Pos = 0; 
	int nCount_Neg = 0; 
	int nCount_Zer = 0; 

	/* declare array */
	int ary_nbr[maxsize];

	/* I/O pointers */
	FILE *InFile, *OutFile;

	/* error checking */
	bool file_error_flag;

	/* Open the file to read */
	file_error_flag = false;

	InFile = fopen(in_filename, "r");
	if (InFile == NULL) 
	{
		printf("Error opening \"&#37;s\"\n\n", in_filename);
		file_error_flag = true;
	}

	/* Creates and Opens the Write File */
	OutFile = fopen(out_filename, "w");
	if (OutFile == NULL)
	{
		printf("Error opening \"%s\"\n\n", out_filename);
		file_error_flag = true;
	}

	if (file_error_flag)
	{
		printf("\nProgram terminated due to FILE error!\n\n");
		/* Identify problem file and close files that are open */
		if (InFile == NULL)
			printf("Error with %s\n",in_filename);
		else
			fclose(InFile);
		if (OutFile == NULL)
			printf("Error with %s\n",out_filename);
		else
			fclose(OutFile);
	}
	else /* Files open successfully */
	{

		load (InFile, ary_nbr, maxsize);
		printtab (OutFile, ary_nbr, maxsize);
		classifydata (ary_nbr, maxsize, &nCount_Pos, &nCount_Neg, &nCount_Zer);




		
		
	}	

	/* else file_error_flag */
	return file_error_flag;

	/* reports postive, negative, & zeros */
	
		/* positive */
		printf("\nThe amount of positive numbers in the array are : %i\n", nCount_Pos);
		fprintf(OutFile, "Number of positive numbers in the array are : %i\n", nCount_Pos);

		/* negative */
		printf("\nThe amount of negative numbers in the array are : %i\n", nCount_Neg);
		fprintf(OutFile, "Number of positive numbers in the array are : %i\n", nCount_Neg);

		/* zero */
		printf("\nThe amount of zeros in the array are : %i\n", nCount_Zer);
		fprintf(OutFile, "The amount of zeros in the array are : %i\n", nCount_Zer);

	/* close files */
		fclose(InFile);
		fclose(OutFile);
}

int load (FILE *InFile, int *ary_nbr, int size)
{
	int i; /* array sunscript and loop control */

	for (i = 0; i < size; ++i)
	{
		fscanf(InFile, "%i\t", &ary_nbr[i]);
	}
	
	return ary_nbr[i];
}

void printtab (FILE *OutFile, int *ary_nbr, int size)
{
	int i;
	for (i = 0; i < size; ++i)

		fprintf(OutFile, "%7i\t %7i\t %7i\t %7i\t %7i\t %7i\t %7i\t %7i\t %7i\t %7i\n", &ary_nbr[i]);
		printf("%7i\t %7i\t %7i\t %7i\t %7i\t %7i\t %7i\t %7i\t %7i\t %7i\n", &ary_nbr[i]);
}

void classifydata (int *ary_nbr, int size, int *nCount_Pos, int *nCount_Neg, int *nCount_Zer)
{
	int i;

	*nCount_Pos = 0;
	*nCount_Neg = 0;
	*nCount_Zer = 0;

	for(i = 0; i < size; i++)
	{
		if (ary_nbr[i] < 0)
			*nCount_Neg++ ;
		else if (ary_nbr[i] > 0)
			*nCount_Pos++;
		else if (ary_nbr[i] = 0)
			*nCount_Zer++;
	}

//	return nCount_Pos, nCount_Neg, nCount_Zer;
}