;**************************************************************
	;
	; This is the equate table for 8052 basic.
	;
	;**************************************************************
	;
	; The register to direct equates for CJNE instructions.
	;
R0B0	EQU	0
R1B0	EQU	1
R2B0	EQU	2
R3B0	EQU	3
R4B0	EQU	4
R5B0	EQU	5
R6B0	EQU	6
R7B0	EQU	7
	;
	; Register bank 1 contains the text pointer
	; and the arg stack pointer.
	;
TXAL	EQU	8		;R0 BANK 1 = TEXT POINTER LOW
ASTKA	EQU	9		;R1 BANK 1 = ARG STACK
TXAH	EQU	10		;R2 BANK 1 = TEXT POINTER HIGH
	;
	; Now five temporary locations that are used by basic.
	;
TEMP1	EQU	11
TEMP2	EQU	12
TEMP3	EQU	13
TEMP4	EQU	14
TEMP5	EQU	15
	;
	newpage
	; Register bank 2 contains the read text pointer
	; and the control stack pointer.
	;
RTXAL	EQU	16		;R0 BANK 2 = READ TEXT POINTER LOW
CSTKA	EQU	17		;R1 BANK 2 = CONTROL STACK POINTER
RTXAH	EQU	18		;R2 BANK 2 = READ TEXT POINTER HIGH
	;
	; Now some internal system equates.
	;
BOFAH	EQU	19		;START OF THE BASIC PROGRAM, HIGH BYTE
BOFAL	EQU	20		;START OF THE BASIC PROGRAM, LOW BYTE
NULLCT	EQU	21		;NULL COUNT
PHEAD	EQU	22		;PRINT HEAD POSITION
FORMAT	EQU	23
	;
	; Register bank 3 is for the user and can be loaded
	; by basic
	;
	;
	;
	; Now everything else is used by basic.
	; First the bit locations, these use bytes 34, 35, 36, 37 and 38
	;
	newpage
OTS		BIT	16	;34.0-ON TIME INSTRUCTION EXECUTED
INPROG		BIT	17	;34.1-INTERRUPT IN PROCESS
INTBIT		BIT	18	;34.2-INTERRUPT SET BIT
ON_ERR		BIT	19	;34.3-ON ERROR EXECUTED
OTI		BIT	20	;34.4-ON TIME INTERRUPT IN PROGRESS
LINEB		BIT	21	;34.5-LINE CHANGE OCCURED
INTPEN		BIT	22	;34.6-INTERRUPT PENDING BIT
CONB		BIT	23	;34.7-CAN CONTINUE IF SET
GTRD		BIT	24	;35.0-READ GET LOCATION
LPB		BIT	25	;35.1-PRINT TO LINE PRINTER PORT
CKS_B		BIT	26	;35.2-FOR PWM INTERRUPT
COB		BIT	27	;35.3-CONSOLE OUT BIT
				;     0 = SERIAL PORT
				;     1 = LINE PRINTER
COUB		BIT	28	;35.4-USER CONSOLE OUT BIT
				;     0 = SERIAL PORT
				;     1 = USER DRIVER
INBIT		BIT	29	;35.5-INITIALIZATION BIT
CIUB		BIT	30	;35.6-USER CONSOLE IN BIT
				;     0 = SERIAL PORT
				;     1 = USER ROUTINE
SPINT		BIT	31	;35.7-SERIAL PORT INTERRUPT
STOPBIT		BIT	32	;36.0-PROGRAM STOP ENCOUNTERED
U_IDL		BIT	33	;36.1-USER IDLE BREAK
INP_B		BIT	34	;36.2-SET DURING INPUT INSTRUCTION
;DCMPXZ		BIT	35	;36.3-DCMPX ZERO FLAG
ARGF		BIT	36	;36.4-ARG STACK HAS A VALUE
RETBIT		BIT	37	;36.5-RET FROM INTERRUPT EXECUTED
I_T0		BIT	38	;36.6-TRAP INTERRUPT ZERO TO MON
UPB		BIT	39	;36.7-SET WHEN @ IS VALID
JKBIT		BIT	40	;37.0-WB TRIGGER
ENDBIT		BIT	41	;37.1-GET END OF PROGRAM
UBIT		BIT	42	;37.2-FOR DIM STATEMENT
ISAV		BIT	43	;37.3-SAVE INTERRUPT STATUS
BO		BIT	44	;37.4-BUBBLE OUTPUT
XBIT		BIT	45	;37.5-EXTERNAL PROGRAM PRESENT
C_BIT		BIT	46	;37.6-SET WHEN CLOCK RUNNING
DIRF		BIT	47	;37.7-DIRECT INPUT MODE
NO_C		BIT	48	;38.0-NO CONTROL C
DRQ		BIT	49	;38.1-DMA ENABLED
BI		BIT	50	;38.2-BUBBLE INPUT
INTELB		BIT	51	;38.3-INTELLIGENT PROM PROGRAMMING
C0ORX1		BIT	52	;38.4-PRINT FROM ROM OR RAM
CNT_S		BIT	53	;38.5-CONTROL S ENCOUNTERED
ZSURP		BIT	54	;38.6-ZERO SUPRESS
HMODE		BIT	55	;38.7-HEX MODE PRINT
LP		BIT	P1.7	;SOFTWARE LINE PRINTER
DACK		BIT	P1.6	;DMA ACK
PROMV		BIT	P1.5	;TURN ON PROM VOLTAGE
PROMP		BIT	P1.4	;PROM PULSE
ALED		BIT	P1.3	;ALE DISABLE
T_BIT		BIT	P1.2	;I/O TOGGLE BIT
	;
	newpage
	;
	; The next location is a bit addressable byte counter
	;
BABC	EQU	39
	;
	; Now floating point and the other temps
	;
	; FP Uses to locations 03CH
	;
	; Now the stack designators.
	;
SPSAV	EQU	3EH
S_LEN	EQU	3FH
T_HH	EQU	40H
T_LL	EQU	41H
INTXAH	EQU	42H
INTXAL	EQU	43H
MT1	EQU	45H
MT2	EQU	46H
MILLIV	EQU	47H		;TIMER LOCATIONS
TVH	EQU	48H
TVL	EQU	49H
SAVE_T	EQU	4AH
SP_H	EQU	4BH		;SERIAL PORT TIME OUT
SP_L	EQU	4CH
CMNDSP	EQU	4DH		;SYSTEM STACK POINTER
IRAMTOP	EQU	0FFH		;TOP OF RAM
STACKTP	EQU	0FEH		;ARG AND CONTROL STACK TOPS
	;
	; The character equates
	;
CR	EQU	0DH		;CARRIAGE RETURN
LF	EQU	0AH		;LINE FEED
BELL	EQU	07H		;BELL CHARACTER
BS	EQU	08H		;BACK SPACE
CNTRLC	EQU	03H		;CONTROL C
CNTRLD	EQU	04H		;CONTROL D
NULL	EQU	00H		;NULL
	;
	newpage
	;
	; The internal system equates
	;
LINLEN	EQU	73		;THE LENGTH OF AN INPUT LINE
EOF	EQU	01		;END OF FILE CHARACTER
ASTKAH	EQU	01		;ASTKA IS IN PAGE 1 OF RAM
CSTKAH	EQU	00		;CSTKA IS IN PAGE 0 OF RAM
FTYPE	EQU	01		;CONTROL STACK "FOR"
GTYPE	EQU	02		;CONTROL STACK "GOSUB"
DTYPE	EQU	03		;DO-WHILE/UNTIL TYPE
ROMADR	EQU	8000H		;LOCATION OF ROM
	;
	; The floating point equates
	;
FPSIZ	EQU	6		;NO. OF BYTES IN A FLOATING NUM
DIGIT	EQU	FPSIZ-2		;THE MANTISSA OF A FLOATING NUM
STESIZ	EQU	FPSIZ+3		;SIZE OF SYMBOL ADJUSTED TABLE ELEMENT
FP_BASE	EQU	1993H		;BASE OF FLOATING POINT ROUTINES
PSTART	EQU	512		;START OF A PROGRAM IN RAM
FSIZE	EQU	FPSIZ+FPSIZ+2+2+1
	;
	newpage
	;**************************************************************
	;
USENT:	; User entry jump table
	;
	;**************************************************************
	;
	DW	CMND1		;(00, 00H)COMMAND MODE JUMP
	DW	IFIX		;(01, 01H)CONVERT FP TO INT
	DW	PUSHAS		;(02, 02H)PUSH VALUE ONTO ARG STACK
	DW	POPAS		;(03, 03H)POP VALUE OFF ARG STACK
	DW	PG1		;(04, 04H)PROGRAM A PROM
	DW	INLINE		;(05, 05H)INPUT A LINE
	DW	UPRNT		;(06, 06H)PRINT A LINR
	DW	CRLF		;(07, 07H)OUTPUT A CRLF
	;
	;**************************************************************
	;
	; This is the operation jump table for arithmetics
	;
	;**************************************************************
	;
OPTAB:	DW	ALPAR		;(08, 08H)LEFT PAREN
	DW	AEXP		;(09, 09H)EXPONENTAION
	DW	AMUL		;(10, 0AH)FP MUL
	DW	AADD		;(11, 0BH)FLOATING POINT ADD
	DW	ADIV		;(12, 0CH)FLOATING POINT DIVIDE
	DW	ASUB		;(13, 0DH)FLOATING POINT SUBTRACTION
	DW	AXRL		;(14, 0EH)XOR
	DW	AANL		;(15, 0FH)AND
	DW	AORL		;(16, 10H)OR
	DW	ANEG		;(17, 11H)NEGATE
	DW	AEQ		;(18, 12H)EQUAL
	DW	AGE		;(19, 13H)GREATER THAN OR EQUAL
	DW	ALE		;(20, 14H)LESS THAN OR EQUAL
	DW	ANE		;(21, 15H)NOT EQUAL
	DW	ALT		;(22, 16H)LESS THAN
	DW	AGT		;(23, 17H)GREATER THAN
	;
	newpage
	;***************************************************************
	;
	; This is the jump table for unary operators
	;
	;***************************************************************
	;
	DW	AABS		;(24, 18H)ABSOLUTE VALUE
	DW	AINT		;(25, 19H)INTEGER OPERATOR
	DW	ASGN		;(26, 1AH)SIGN OPERATOR
	DW	ANOT		;(27, 1BH)ONE'S COMPLEMENT
	DW	ACOS		;(28, 1CH)COSINE
	DW	ATAN		;(29, 1DH)TANGENT
	DW	ASIN		;(30, 1EH)SINE
	DW	ASQR		;(31, 1FH)SQUARE ROOT
	DW	ACBYTE		;(32, 20H)READ CODE
	DW	AETOX		;(33, 21H)E TO THE X
	DW	AATAN		;(34, 22H)ARC TANGENT
	DW	ALN		;(35, 23H)NATURAL LOG
	DW	ADBYTE		;(36, 24H)READ DATA MEMORY
	DW	AXBYTE		;(37, 25H)READ EXTERNAL MEMORY
	DW	PIPI		;(38, 26H)PI
	DW	ARND		;(39, 27H)RANDOM NUMBER
	DW	AGET		;(40, 28H)GET INPUT CHARACTER
	DW	AFREE		;(41, 29H)COMPUTE #BYTES FREE
	DW	ALEN		;(42, 2AH) COMPUTE LEN OF PORGRAM
	DW	AXTAL		;(43, 2BH) CRYSTAL
	DW	PMTOP		;(44, 2CH)TOP OF MEMORY
	DW	ATIME		;(45, 2DH) TIME
	DW	A_IE		;(46, 2EH) IE
	DW	A_IP		;(47, 2FH) IP
	DW	ATIM0		;(48, 30H) TIMER 0
	DW	ATIM1		;(49, 31H) TIMER 1
	DW	ATIM2		;(50, 32H) TIMER 2
	DW	AT2CON		;(51, 33H) T2CON
	DW	ATCON		;(52, 34H) TCON
	DW	ATMOD		;(53, 35H) ATMOD
	DW	ARCAP2		;(54, 36H) RCAP2
	DW	AP1		;(55, 37H) P1
	DW	APCON		;(56, 38H) PCON
	DW	EXPRB		;(57, 39H) EVALUATE AN EXPRESSION
	DW	AXTAL1		;(58, 3AH) CALCULATE CRYSTAL
	DW	LINE		;(59, 3BH) EDIT A LINE
	DW	PP		;(60, 3CH) PROCESS A LINE
	DW	UPPL-3		;(61, 3DH) UNPROCESS A LINE
	DW	VAR		;(62, 3EH) FIND A VARIABLE
	DW	GC		;(63, 3FH) GET A CHARACTER
	DW	GCI		;(64, 40H) GET CHARACTER AND INCREMENT
	DW	INCHAR		;(65, 41H) INPUT A CHARACTER
	DW	CRUN		;(66, 42H) RUN A PROGRAM
	newpage
OPBOL:	DB	1		;
	;
	DB	15		;LEFT PAREN
	DB	14		;EXPONENTIAN **
	DB	10		;MUL
	DB	8		;ADD
	DB	10		;DIVIDE
	DB	8		;SUB
	DB	3		;XOR
	DB	5		;AND
	DB	4		;OR
	DB	12		;NEGATE
	DB	6		;EQ
	DB	6		;GT
	DB	6		;LT
	DB	6		;NE
	DB	6		;LE
	DB	6		;GE
	;
UOPBOL:	DB	15		;AABS
	DB	15		;AAINT
	DB	15		;ASGN
	DB	15		;ANOT
	DB	15		;ACOS
	DB	15		;ATAN
	DB	15		;ASIN
	DB	15		;ASQR
	DB	15		;ACBYTE
	DB	15		;E TO THE X
	DB	15		;AATAN
	DB	15		;NATURAL LOG
	DB	15		;DBYTE
	DB	15		;XBYTE
	;
	newpage
	;***************************************************************
	;
	; The ASCII printed messages.
	;
	;***************************************************************
	;
STP:	DB	"STOP",'"'
	;
IAN:	DB	"TRY AGAIN",'"'
	;
RDYS:	DB	"READY",'"'
	;
INS:	DB	" - IN LINE ",'"'
	;
	;**************************************************************
	;
	; This is the command jump table
	;
	;**************************************************************
	;
CMNDD:	DW	CRUN		;RUN
	DW	CLIST		;LIST
	DW	CNULL		;NULL
	DW	CNEW		;NEW
	DW	CCONT		;CONTINUE
	DW	CPROG		;PROGRAM A PROM
	DW	CXFER		;TRANSFER FROM ROM TO RAM
	DW	CRAM		;RAM MODE
	DW	CROM		;ROM MODE
	DW	CIPROG		;INTELLIGENT PROM PROGRAMMING
	;
	newpage
	;***************************************************************
	;
	; This is the statement jump table.
	;
	;**************************************************************
	;
STATD:	;
	DW	SLET		;LET		80H
	DW	SCLR		;CLEAR		81H
	DW	SPUSH		;PUSH VAR	82H
	DW	SGOTO		;GO TO		83H
	DW	STONE		;TONE		84H
	DW	SPH0		;PRINT MODE 0	85H
	DW	SUI		;USER INPUT	86H
	DW	SUO		;USER OUTPUT	87H
	DW	SPOP		;POP VAR	88H
	DW	SPRINT		;PRINT		89H
	DW	SCALL		;CALL		8AH
	DW	SDIMX		;DIMENSION	8BH
	DW	STRING		;STRING ALLO	8CH
	DW	SBAUD		;SET BAUD	8DH
	DW	SCLOCK		;CLOCK		8EH
	DW	SPH1		;PRINT MODE 1   8FH
	;
	; No direct mode from here on
	;
	DW	SSTOP		;STOP		90H
	DW	SOT		;ON TIME	91H
	DW	SONEXT		;ON EXT INT	92H
	DW	SRETI		;RET FROM INT	93H
	DW	S_DO		;DO		94H
	DW	SRESTR		;RESTOR		95H
	DW	WCR		;REM		96H
	DW	SNEXT		;NEXT		97H
	DW	SONERR		;ON ERROR	98H
	DW	S_ON		;ON		99H
	DW	SINPUT		;INPUT		9AH
	DW	SREAD		;READ		9BH
	DW	FINDCR		;DATA		9CH
	DW	SRETRN		;RETURN		9DH
	DW	SIF		;IF		9EH
	DW	SGOSUB		;GOSUB		9FH
	DW	SFOR		;FOR		A0H
	DW	SWHILE		;WHILE		A1H
	DW	SUNTIL		;UNTIL		A2H
	DW	CMND1		;END		A3H
	DW	I_DL		;IDLE		A4H
	DW	ST_A		;STORE AT	A5H
	DW	LD_A		;LOAD AT	A6H
	DW	PGU		;PGM		A7H
	DW	RROM		;RUN A ROM	A9H
	;
	newpage
	;**************************************************************
	;
TOKTAB:	; This is the basic token table
	;
	;**************************************************************
	;
	; First the tokens for statements
	;
	DB	80H		;LET TOKEN
	DB	"LET"
	;
	DB	81H		;CLEAR TOKEN
	DB	"CLEAR"
	;
	DB	82H		;PUSH TOKEN
	DB	"PUSH"
	;
T_GOTO	EQU	83H
	;
	DB	83H		;GO TO TOKEN
	DB	"GOTO"
	;
	DB	84H		;TOGGLE TOKEN
	DB	"PWM"
	;
	DB	85H		;PRINT HEX MODE 0
	DB	"PH0."
	;
	DB	86H		;USER IN TOKEN
	DB	"UI"
	;
	DB	87H		;USER OUT TOKEN
	DB	"UO"
	;
	DB	88H		;POP TOKEN
	DB	"POP"
	;
	newpage
	DB	89H		;PRINT TOKEN
	DB	"PRINT"
	DB	89H
	DB	"P."		;P. ALSO MEANS PRINT
	DB	89H		;? ALSO
	DB	'?'
	;
	DB	8AH		;CALL TOKEN
	DB	"CALL"
	;
	DB	8BH		;DIMENSION TOKEN
	DB	"DIM"
	;
	DB	8CH		;STRING TOKEN
	DB	"STRING"
	;
	DB	8DH		;SET BAUD RATE
	DB	"BAUD"
	;
	DB	8EH		;CLOCK
	DB	"CLOCK"
	;
	DB	8FH		;PRINT HEX MODE 1
	DB	"PH1."
	;
T_STOP	EQU	90H		;STOP TOKEN
	DB	T_STOP
	DB	"STOP"
	;
T_DIR	EQU	T_STOP		;NO DIRECT FROM HERE ON
	;
	DB	T_STOP+1	;ON TIMER INTERRUPT
	DB	"ONTIME"
	;
	DB	T_STOP+2	;ON EXTERNAL INTERRUPT
	DB	"ONEX1"
	;
	DB	T_STOP+3	;RETURN FROM INTERRUPT
	DB	"RETI"
	;
	DB	T_STOP+4	;DO TOKEN
	DB	"DO"
	;
	DB	T_STOP+5	;RESTORE TOKEN
	DB	"RESTORE"
	;
	newpage
T_REM	EQU	T_STOP+6	;REMARK TOKEN
	DB	T_REM
	DB	"REM"
	;
	DB	T_REM+1		;NEXT TOKEN
	DB	"NEXT"
	;
	DB	T_REM+2		;ON ERROR TOKEN
	DB	"ONERR"
	;
	DB	T_REM+3		;ON TOKEN
	DB	"ON"
	;
	DB	T_REM+4		;INPUT
	DB	"INPUT"
	;
	DB	T_REM+5		;READ
	DB	"READ"
	;
T_DATA	EQU	T_REM+6		;DATA
	DB	T_DATA
	DB	"DATA"
	;
	DB	T_DATA+1	;RETURN
	DB	"RETURN"
	;
	DB	T_DATA+2	;IF
	DB	"IF"
	;
T_GOSB	EQU	T_DATA+3	;GOSUB
	DB	T_GOSB
	DB	"GOSUB"
	;
	DB	T_GOSB+1	;FOR
	DB	"FOR"
	;
	DB	T_GOSB+2	;WHILE
	DB	"WHILE"
	;
	DB	T_GOSB+3	;UNTIL
	DB	"UNTIL"
	;
	DB	T_GOSB+4	;END
	DB	"END"
	;
	newpage
T_LAST	EQU	T_GOSB+5	;LAST INITIAL TOKEN
	;
T_TAB	EQU	T_LAST		;TAB TOKEN
	DB	T_TAB
	DB	"TAB"
	;
T_THEN	EQU	T_LAST+1	;THEN TOKEN
	DB	T_THEN
	DB	"THEN"
	;
T_TO	EQU	T_LAST+2	;TO TOKEN
	DB	T_TO
	DB	"TO"
	;
T_STEP	EQU	T_LAST+3	;STEP TOKEN
	DB	T_STEP
	DB	"STEP"
	;
T_ELSE	EQU	T_LAST+4	;ELSE TOKEN
	DB	T_ELSE
	DB	"ELSE"
	;
T_SPC	EQU	T_LAST+5	;SPACE TOKEN
	DB	T_SPC
	DB	"SPC"
	;
T_CR	EQU	T_LAST+6
	DB	T_CR
	DB	"CR"
	;
	DB	T_CR+1
	DB	"IDLE"
	;
	DB	T_CR+2
	DB	"ST@"
	;
	DB	T_CR+3
	DB	"LD@"
	;
	DB	T_CR+4
	DB	"PGM"
	;
	DB	T_CR+5
	DB	"RROM"
	;
	newpage
	; Operator tokens
	;
T_LPAR	EQU	0E0H		;LEFT PAREN
	DB	T_LPAR
	DB	'('
	;
	DB	T_LPAR+1	;EXPONENTIAN
	DB	"**"
	;
	DB	T_LPAR+2	;FP MULTIPLY
	DB	'*'
	;
T_ADD	EQU	T_LPAR+3
	DB	T_LPAR+3	;ADD TOKEN
	DB	'+'
	;
	DB	T_LPAR+4	;DIVIDE TOKEN
	DB	'/'
	;
T_SUB	EQU	T_LPAR+5	;SUBTRACT TOKEN
	DB	T_SUB
	DB	'-'
	;
	DB	T_LPAR+6	;LOGICAL EXCLUSIVE OR
	DB	".XOR."
	;
	DB	T_LPAR+7	;LOGICAL AND
	DB	".AND."
	;
	DB	T_LPAR+8	;LOGICAL OR
	DB	".OR."
	;
T_NEG	EQU	T_LPAR+9
	;
T_EQU	EQU	T_LPAR+10	;EQUAL
	DB	T_EQU
	DB	'='
	;
	DB	T_LPAR+11	;GREATER THAN OR EQUAL
	DB	">="
	;
	DB	T_LPAR+12	;LESS THAN OR EQUAL
	DB	"<="
	;
	DB	T_LPAR+13	;NOT EQUAL
	DB	"<>"
	;
	DB	T_LPAR+14	;LESS THAN
	DB	'<'
	;
	DB	T_LPAR+15	;GREATER THAN
	DB	'>'
	;
	;
T_UOP	EQU	0B0H		;UNARY OP BASE TOKEN
	;
	DB	T_UOP		;ABS TOKEN
	DB	"ABS"
	;
	DB	T_UOP+1		;INTEGER TOKEN
	DB	"INT"
	;
	DB	T_UOP+2		;SIGN TOKEN
	DB	"SGN"
	;
	DB	T_UOP+3		;GET TOKEN
	DB	"NOT"
	;
	DB	T_UOP+4		;COSINE TOKEN
	DB	"COS"
	;
	DB	T_UOP+5		;TANGENT TOKEN
	DB	"TAN"
	;
	DB	T_UOP+6		;SINE TOKEN
	DB	"SIN"
	;
	DB	T_UOP+7		;SQUARE ROOT TOKEN
	DB	"SQR"
	;
	DB	T_UOP+8		;CBYTE TOKEN
	DB	"CBY"
	;
	DB	T_UOP+9		;EXP (E TO THE X) TOKEN
	DB	"EXP"
	;
	DB	T_UOP+10
	DB	"ATN"
	;
	DB	T_UOP+11
	DB	"LOG"
	;
	DB	T_UOP+12	;DBYTE TOKEN
	DB	"DBY"
	;
	DB	T_UOP+13	;XBYTE TOKEN
	DB	"XBY"
	;
T_ULAST	EQU	T_UOP+14	;LAST OPERATOR NEEDING PARENS
	;
	DB	T_ULAST
	DB	"PI"
	;
	DB	T_ULAST+1	;RND TOKEN
	DB	"RND"
	;
	DB	T_ULAST+2	;GET TOKEN
	DB	"GET"
	;
	DB	T_ULAST+3	;FREE TOKEN
	DB	"FREE"
	;
	DB	T_ULAST+4	;LEN TOKEN
	DB	"LEN"
	;
T_XTAL	EQU	T_ULAST+5	;CRYSTAL TOKEN
	DB	T_XTAL
	DB	"XTAL"
	;
T_MTOP	EQU	T_ULAST+6	;MTOP
	DB	T_MTOP
	DB	"MTOP"
	;
T_IE	EQU	T_ULAST+8	;IE REGISTER
	DB	T_IE
	DB	"IE"
	;
T_IP	EQU	T_ULAST+9	;IP REGISTER
	DB	T_IP
	DB	"IP"
	;
TMR0	EQU	T_ULAST+10	;TIMER 0
	DB	TMR0
	DB	"TIMER0"
	;
TMR1	EQU	T_ULAST+11	;TIMER 1
	DB	TMR1
	DB	"TIMER1"
	;
TMR2	EQU	T_ULAST+12	;TIMER 2
	DB	TMR2
	DB	"TIMER2"
	;
T_TIME	EQU	T_ULAST+7	;TIME
	DB	T_TIME
	DB	"TIME"
	;
TT2C	EQU	T_ULAST+13	;T2CON
	DB	TT2C
	DB	"T2CON"
	;
TTC	EQU	T_ULAST+14	;TCON
	DB	TTC
	DB	"TCON"
	;
TTM	EQU	T_ULAST+15	;TMOD
	DB	TTM
	DB	"TMOD"
	;
TRC2	EQU	T_ULAST+16	;RCAP2
	DB	TRC2
	DB	"RCAP2"
	;
T_P1	EQU	T_ULAST+17	;P1
	DB	T_P1
	DB	"PORT1"
	;
T_PC	EQU	T_ULAST+18	;PCON
	DB	T_PC
	DB	"PCON"
	;
T_ASC	EQU	T_ULAST+19	;ASC TOKEN
	DB	T_ASC
	DB	"ASC("
	;
T_USE	EQU	T_ULAST+20	;USING TOKEN
	DB	T_USE
	DB	"USING("
	DB	T_USE
	DB	"U.("
	;
T_CHR	EQU	T_ULAST+21	;CHR TOKEN
	DB	T_CHR
	DB	"CHR("
	;
	newpage
T_CMND	EQU	0F0H		;COMMAND BASE
	;
	DB	0F0H		;RUN TOKEN
	DB	"RUN"
	;
	DB	0F1H		;LIST TOKEN
	DB	"LIST"
	;
	DB	0F2H		;NULL TOKEN
	DB	"NULL"
	;
	DB	0F3H		;NEW TOKEN
	DB	"NEW"
	;
	DB	0F4H		;CONTINUE TOKEN
	DB	"CONT"
	;
	DB	0F5H		;PROGRAM TOKEN
	DB	"PROG"
	;
	DB	0F6H		;TRANSFER TOKEN
	DB	"XFER"
	;
	DB	0F7H		;RAM MODE
	DB	"RAM"
	;
	DB	0F8H		;ROM MODE
	DB	"ROM"
	;
	DB	0F9H		;INTELLIGENT PROM PROGRAMMING
	DB	"FPROG"
	;
	DB	0FFH		;END OF TABLE
	;