static inline void print_nnn(char *number,
bool *escaped)
{
char *dec_number = NULL;
int dec_number_int;
if (is_octal(number))
{
dec_number = oct_to_dec(number);
dec_number_int = atoi(dec_number);
if (dec_number_int < 128 && dec_number_int > 0)
printf("%c", dec_number_int);
else
printf("\\%s", number);
mfree(dec_number);
}
else
printf("%s%s", *escaped ? "\\" : "", number);
bzero(number, 4);
*escaped = false;
}
void* init_tarfs()
{
HEADER *header = (HEADER*) &_binary_tarfs_start;
int size_of_file = 0;
fnode_t *temp_node;
root_node = (fnode_t *)kmalloc(sizeof(struct file));
make_node(root_node, root_node, "/", 0, 2, DIRECTORY, 0);
temp_node = (fnode_t *)kmalloc(sizeof(struct file));
make_node(temp_node, root_node, "rootfs", 0, 2, DIRECTORY, 0);
root_node->f_child[2] = temp_node;
root_node->end += 1;
temp_node = (fnode_t *)kmalloc(sizeof(struct file));
make_node(temp_node, root_node, "Disk", 0, 2, DIRECTORY, 0);
root_node->f_child[3] = temp_node;
root_node->end += 1;
do {
size_of_file = oct_to_dec(atoi(header->size));
if (kstrcmp(header->typeflag, "5") == 0) {
parse(header->name, DIRECTORY, 0, 2);
} else {
parse(header->name, FILE, (uint64_t)(header + 1), (uint64_t)((void *)header + 512 + size_of_file));
}
if (size_of_file > 0) {
header = header + size_of_file / (sizeof(HEADER) + 1) + 2;
} else {
header = header + 1;
}
} while(header < (HEADER*)&_binary_tarfs_end);
return (void *)&root_node;
}
