void processInodeBitmap()
{
	int i, inodeNumber;
	char file_type[5], creation_time[64], mod_time[64];
	uint16_t = link_count, file_mode;
	uint32_t owner, group_of_inode;
	uint64_t file_size, number_of_blocks;

	valid_inodes = malloc(super_summary->inode_num * sizeof(int));
	for (i = 0; i < num_groups; i++)
	{
		int j;
		int usize = (group_summaries[i].num_blocks/8)
		for (j = 0; j < usize; j++)
		{
			pread(file_fd, &buf_8, 1, (group_summaries[i].free_inode_bitmap_blocknum * super_summary->block_size) + j);
			int bit;
			for(bit = 1; bit <= 8; bit++)
			{
				int ind_val = buf_8 & mask;
				int correct_location = j*8 + bit;
				if( ind_val != 0 && ( correct_location <= group_summaries[i].num_inodes)) // is the inode free
				{
					// find inode number
					inodeNumber = correct_location + (i * group_summaries[i].num_inodes);

					// find file type
					pread(file_fd, &buf_16, 2, group_summaries[i].free_inode_bitmap_blocknum * super_summary.block_size + correct_location*INODE_SIZE);

					if(buf_16 & 0x8000)
					{
						strcpy(file_type, "f");
					}
					else if(buf_16 & 0xA000)
					{
						strcpy(file_type, "s");
					}
					else if(buf_16 & 0x4000)
					{
						strcpy(file_type, "d");
					}
					else
					{
						strcpy(file_type, "?");
					}

					//find file mode
					file_mode = buf_16; //print this in OCTAL

					//get owner
					pread(file_fd, &buf_32, 2, group_summaries[i].free_inode_bitmap_blocknum * super_summary.block_size + (correct_location - 1)*INODE_SIZE + 2);
					owner = buf_32;
					pread(file_fd, &buf_32, 2, group_summaries[i].free_inode_bitmap_blocknum * super_summary.block_size + (correct_location - 1)*INODE_SIZE + 120);
					owner |= (buf_32 << 16);

					//find group
					pread(file_fd, &buf_32, 2, group_summaries[i].free_inode_bitmap_blocknum * super_summary.block_size + (correct_location - 1)*INODE_SIZE + 24);
					group_of_inode = buf_32;
					pread(file_fd, &buf_32, 2, group_summaries[i].free_inode_bitmap_blocknum * super_summary.block_size + (correct_location - 1)*INODE_SIZE + 122);
					group_of_inode |= (buf_32 << 16);

					//find link count
					pread(file_fd, &buf_16, 2, group_summaries[i].free_inode_bitmap_blocknum * super_summary.block_size + (correct_location - 1)*INODE_SIZE + 26);
					link_count = buf_16

					//find creation time
					pread(file_fd, &buf_32, 4, group_summaries[i].free_inode_bitmap_blocknum * super_summary.block_size + (correct_location - 1)*INODE_SIZE + 12);
					//TODO:figure this out


					//find modification time
					//TODO: figure this out too

					//find time of last acess
					//this too

					//get file size
					pread(file_fd, &buf_64, 4, group_summaries[i].free_inode_bitmap_blocknum * super_summary.block_size + (correct_location - 1)*INODE_SIZE + 4);
					file_size = buf_64;
					pread(file_fd, &buf_64, 4, group_summaries[i].free_inode_bitmap_blocknum * super_summary.block_size + (correct_location - 1)*INODE_SIZE + 108)
					file_size |= (buf_64 << 32);

					//get number of blocks
					pread(file_fd, &buf_32, 4, group_summaries[i].free_inode_bitmap_blocknum * super_summary.block_size + (correct_location - 1)*INODE_SIZE + 28);
					number_of_blocks = buf32/(super_summary->block_size/512);

					fprintf(stdout, "COOOOOOOOOONS");
				}

				mask <<= 1;

			}
		}
	}

}