extern void compress_huffman(FILE *fin, char ArchiveName[200], int fileCount)
{
unsigned long int *frequency = (unsigned long int*)calloc(CHARS_NUM, sizeof(unsigned long int));
count_frequency(fin, frequency);
huff_node_t *root = build_huff_tree(frequency);
int
**codes = (int**)malloc(CHARS_NUM * sizeof(int*)),
*code_lengths = (int*)calloc(CHARS_NUM, sizeof(int));
_codes(root, codes, code_lengths);
FILE *fout = fopen(strncat(ArchiveName, ".vlt", 4), "w");
fprintf(fout, "UPA File Archive\nsign: UPA\nHUFF\n1\n%d\n", fileCount);
codify(fin, root, codes, code_lengths, fout);
}
int main(int argc, char *argv[])
{
int table[MAX], n;
//Needs to be initialized to 0 so i can add correctly.
int frequency[MAXNUMBER] = {0};
//set pointers to them. Not really needed as they are pointers already (technically)
int *table_p = table;
int *frequency_p = frequency;
create_random(table_p);
count_frequency(frequency_p, table_p);
draw_histogram(frequency_p);
return 0;
}
int main ()
{
//declaring variables
int char_totals[num_of_letters];
int num_of_lines = 0;
//set all array values to zero
zeroed_out_array(char_totals, num_of_letters);
//input data and alter array accordingly
count_frequency (char_totals);
//find the nuber of lines by finding the highest total
num_of_lines = highest_pos_int_in_an_int_array (char_totals, num_of_letters);
print_histogram(char_totals, num_of_lines);
return 0; //to indicate no errors
}
