//ENSURE FILE IS NOT OPEN
	if (our_file != 0)
		ffs_fclose(our_file);

	FFS_FILE *our_file;
	BYTE filename[13];
	BYTE *b_pointer;

	if (!ffs_card_ok)
		return;

	//----- FAST INCREASE FILE SIZE -----
	b_pointer = &filename[0];
	*b_pointer++ = 'I';
	*b_pointer++ = 'N';
	*b_pointer++ = 'C';
	*b_pointer++ = 'F';
	*b_pointer++ = 'I';
	*b_pointer++ = 'L';
	*b_pointer++ = 'E';
	*b_pointer++ = '1';
	*b_pointer++ = '.';
	*b_pointer++ = 'T';
	*b_pointer++ = 'X';
	*b_pointer++ = 'T';
	*b_pointer++ = 0x00;

	//TRY AND CREATE FILE
	our_file = ffs_fopen((const char*)filename, (const char*)"w");
	if (our_file != 0)
	{
		//THE FILE WAS CREATED

		//Write Bytes
		ffs_fputc((int)'H', our_file);
		ffs_fputc((int)'e', our_file);
		ffs_fputc((int)'l', our_file);
		ffs_fputc((int)'l', our_file);
		ffs_fputc((int)'o', our_file);
		ffs_fputc((int)' ', our_file);
		ffs_fputc((int)'W', our_file);
		ffs_fputc((int)'o', our_file);
		ffs_fputc((int)'r', our_file);
		ffs_fputc((int)'l', our_file);
		ffs_fputc((int)'d', our_file);

		//CLOSE THE FILE
		ffs_fclose(our_file);

		//INCREASE THE FILE SIZE
		if (ffs_change_file_size((const char*) filename, (DWORD)12345) != 0)
		{
			//ERROR
		}
		//The new section of the file will be garbage, but is ready for your application to write over without the driver
		//having to constantly having to update the FAT table every time it needs a new cluster
	}

	//----- FAST DECREASE FILE SIZE -----
	//This can be useful if increasing a file size to more than you need so you can quickly reduce it down to the size actually used after writing.  This example
	//is basic and won't actually change the clusters allocated as the file is small, but it demonstrates how it is used.
	b_pointer = &filename[0];
	*b_pointer++ = 'D';
	*b_pointer++ = 'E';
	*b_pointer++ = 'C';
	*b_pointer++ = 'F';
	*b_pointer++ = 'I';
	*b_pointer++ = 'L';
	*b_pointer++ = 'E';
	*b_pointer++ = '1';
	*b_pointer++ = '.';
	*b_pointer++ = 'T';
	*b_pointer++ = 'X';
	*b_pointer++ = 'T';
	*b_pointer++ = 0x00;

	//TRY AND CREATE FILE
	our_file = ffs_fopen((const char*)filename, (const char*)"w");
	if (our_file != 0)
	{
		//THE FILE WAS CREATED

		//Write Bytes
		ffs_fputc((int)'H', our_file);
		ffs_fputc((int)'e', our_file);
		ffs_fputc((int)'l', our_file);
		ffs_fputc((int)'l', our_file);
		ffs_fputc((int)'o', our_file);
		ffs_fputc((int)' ', our_file);
		ffs_fputc((int)'W', our_file);
		ffs_fputc((int)'o', our_file);
		ffs_fputc((int)'r', our_file);
		ffs_fputc((int)'l', our_file);
		ffs_fputc((int)'d', our_file);

		//CLOSE THE FILE
		ffs_fclose(our_file);

		//DECREASE THE FILE SIZE
		if (ffs_change_file_size((const char*) filename, (DWORD)10) != 0)
		{
			//ERROR
		}
	}

	static FFS_FILE *our_file;				//Use static if reading parts of the file on sucessive calls
	static DWORD bytes_to_go;				//Use static if reading parts of the file on sucessive calls
	BYTE filename[13];
	BYTE *b_pointer;
	BYTE data;

	if (!ffs_card_ok)
		return;

	b_pointer = &filename[0];
	*b_pointer++ = 'M';
	*b_pointer++ = 'Y';
	*b_pointer++ = 'F';
	*b_pointer++ = 'I';
	*b_pointer++ = 'L';
	*b_pointer++ = 'E';
	*b_pointer++ = '0';
	*b_pointer++ = '1';
	*b_pointer++ = '.';
	*b_pointer++ = 'T';
	*b_pointer++ = 'X';
	*b_pointer++ = 'T';
	*b_pointer++ = 0x00;

	//TRY AND OPEN FILE
	our_file = ffs_fopen((const char*)filename, (const char*)"r");
	if (our_file != 0)
	{
		//THE FILE DOES EXIST

		//Get the file size
        bytes_to_go = our_file->file_size;

		//Read each byte
		while (bytes_to_go--)
		{
			data = (BYTE)ffs_fgetc(our_file);

			//Check for error
			if (ffs_feof(our_file) || ffs_ferror(our_file))
			{
				//ERROR OR END OF FILE

			}
		}
		//CLOSE THE FILE
		ffs_fclose(our_file);
	}

	BYTE start_from_beginning;
	BYTE found_file_name[8];
	BYTE found_file_extension[3];
	BYTE found_file_attribute_byte;
	DWORD found_file_size;
	DWORD found_file_cluster_number,
	BYTE start_from_beginning;
	DWORD found_file_directory_entry_sector;
	BYTE found_file_directory_entry_within_sector;
	BYTE find_next_entry_response;

	//----- LIST ALL FILES IN THE DIRECTORY -----
	start_from_beginning = 1;
	do
	{
		find_next_entry_response = ffs_read_next_directory_entry(&found_file_name[0], &found_file_extension[0], &found_file_attribute_byte, &found_file_size,
									&found_file_cluster_number, start_from_beginning, &found_file_directory_entry_sector, &found_file_directory_entry_within_sector);
		start_from_beginning = 0;

		if ((find_next_entry_response == 0) || (found_file_name[0] == 0x00))		//If 1st value is 0x00 then entry has never been used (erased entries are 0xe5) so 0x00 is the end of used directory marker).  If find_next_entry_response = 0 then reached end of directory
		{
			//----- NO MORE FILES FOUND - END OF DIRECTORY LISTING -----

			break;
		}

		if (
		(found_file_name[0] != 0xe5) &&					//First byte value of 0xe5 = deleted file
		((found_file_attribute_byte & 0x18) ==  0)		//Ignore directory and volume label entries
		)
		{
			//----- NEXT FILE FOUND -----

			//ADD THE FILE DETAILS TO THE PACKET
			if (count >= tx_sd_card_list_next_file)
			{
				// = found_file_name[#];
				// =found_file_extension[#];
				// = found_file_size;
			}
		}
	} while (found_file_name[0] != 0x00);

	static FFS_FILE *our_file;				//Use static if reading parts of the file on sucessive calls
	BYTE filename[13];
	BYTE *b_pointer;

	if (!ffs_card_ok)
		return;

	b_pointer = &filename[0];
	*b_pointer++ = 'M';
	*b_pointer++ = 'Y';
	*b_pointer++ = 'F';
	*b_pointer++ = 'I';
	*b_pointer++ = 'L';
	*b_pointer++ = 'E';
	*b_pointer++ = '0';
	*b_pointer++ = '1';
	*b_pointer++ = '.';
	*b_pointer++ = 'T';
	*b_pointer++ = 'X';
	*b_pointer++ = 'T';
	*b_pointer++ = 0x00;

	//TRY AND CREATE FILE
	our_file = ffs_fopen((const char*)filename, (const char*)"w");
	if (our_file != 0)
	{
		//THE FILE WAS CREATED

		//Write Bytes
		ffs_fputc((int)'H', our_file);
		ffs_fputc((int)'e', our_file);
		ffs_fputc((int)'l', our_file);
		ffs_fputc((int)'l', our_file);
		ffs_fputc((int)'o', our_file);
		ffs_fputc((int)' ', our_file);
		ffs_fputc((int)'W', our_file);
		ffs_fputc((int)'o', our_file);
		ffs_fputc((int)'r', our_file);
		ffs_fputc((int)'l', our_file);
		ffs_fputc((int)'d', our_file);

		//CLOSE THE FILE
		ffs_fclose(our_file);
	}