F_REQ:			.BLKW	1	; for Reqest judgment
;READ_ALAY_ADR:	.BLKW	2	; Read arrey write address
CLEAR_ADR:		.BLKW	2	; Clear command write address
F_ADRESS:		.BLKW	2	; Page write command write address




F_BUFF_A:	.BLKB	256		; buffer 0
F_BUFF_B:	.BLKB	256		; buffer 1
F_BUFF_C:	.BLKB	256
F_BUFF_D:	.BLKB	256

BUFF_NUM:	.BLKW	1		; usage buffser No.
F_PAGE_AD:	.BLKB	2		; Receive data address (ML)
F_BLOCK_AD:	.BLKB	1		;
ADR_COUNT:	.BLKW	1		; Counter of address process
ADRES_BUFF_F:	.BLKW	3	; Address data of ASCII -> HEX
ASCII_BIN:	.BLKW	6		; ASCII data buffer of ASCII->BIN convert
BIN_H:		.BLKW   1		; Binary data(H) of ASCII->BIN convert
BIN_M:		.BLKW	1		; Binary data(M) of ASCII->BIN convert
BIN_L:		.BLKW	1		; Binary data(L) of ASCII->BIN convert
LENGTH_COUNT:	.BLKW	1	;
BSUM_COUNT:		.BLKW	1	;

OLD_PAGE_AD:	.BLKW	1	;
OLD_BLOCK_AD:	.BLKW	1	;
PAGE_ADR:		.BLKB	4	;
ESC_BUFF_1:		.BLKB	1	; buffer of ESC data
DEBUG_COUNT_10:	.BLKB	1	;
BORDER_AD_ML:	.BLKW	1	;
BORDER_AD_H:	.BLKW	1	;
B_OUT_AD_H:		.BLKW	1	;
B_OUT_AD_ML:	.BLKW	1	;
B_IN_AD_H:	.BLKW	1	;
B_IN_AD_ML:	.BLKW	1	;
;
;-------- for Each command input -------------------
;
READ_ALAY_AD_ML:	.BLKW	1
READ_ALAY_AD_H:		.BLKW	1
;
CLEAR_AD_ML:	.BLKW	1	;
CLEAR_AD_H:		.BLKW	1	;
;
PAGE_ADR_ML:	.BLKW	1
PAGE_ADR_H:		.BLKW	1	;
;--------------------------------------------

;--------- buffser handling -----------------
WRITE_POINT:	.BLKW	1	;
READ_POINT:		.BLKW	1	;
COMMAND_IN:		.BLKW	1
COM_AD_H_IN:	.BLKW	1
COM_AD_ML_IN:	.BLKW	1

COM_COUNT:		.BLKW	1	; command count
BUFF_NUM_BUFF:	.BLKW	44	;
W_BUFF_NUM:		.BLKW	1	; using buffer number
R_BUFF_NUM:		.BLKW	1

FF_BUFF_NUM:	.BLKW	1	; buffer number for data fill 'FF'
COM_BUFF_NUM_IN:.BLKW	1	;
COM_NUM_BUFF:	.BLKW	44	; buffer number 
COMMAND_BUFF:	.BLKB	84
AD_H_BUFF:		.BLKW	44
AD_ML_BUFF:		.BLKW	44
OLD_BUFF_NUM:	.BLKW	1	; buffer number of no_writing 
;
;
;
data_count:		.BLKB	1
data_w_point:	.BLKB	1
data_r_point:	.BLKB	1
data_buff:		.BLKB	BUFF_MAX

BUFF_Flag:		.BLKW	1	; buffer using status flag