;----------------------------------------------------------------------
;
; Note for Embedded Pascal users:
;
; The following file is an original copy of the include file found
; with Atmels AVR assembler.
; Embedded Pascal contains extentions to enable this file to be
; used as definition file for both Embedded Pascal assembler and
; compiler.
;
; The file is nearly unchanged but contains extentions to allow
; the Pascal compiler to qualify the purpose of every defined item.
;
; Should you want to use Embedded Pascal to develop code for a
; processor not defined in the available include files shipping
; with Embedded Pascal, you may have to define your own or modify
; the include file you may have obtained from Atmel.
;
; The required changes are very minor and are as follows:
;
; a) Before the section containing IO register definitions place
;    the item .IODEF on a single line starting on the leftmost column
;    Embedded Pascal will interpret these definitions as starting
;    at address $20 to $5F. These will be defined as absolute byte
;    variables.
;    The embedded Pascal assembler will use the addresses as presented
;    starting at $0 to $3F for use with IO instructions.
;
; b) Before the section containing Bit definitions place the item
;    .BITDEF on a single line starting on the leftmost column.
;    Embedded Pascal will interpret these definitions as pointers
;    to bit masks for use with standard Pascal OR, XOR and AND operators.
;    For example if a Bit definition is used as:
;    .EQU TheBit =4, Embedded Pascal will define TWO !! contants
;    "_TheBit" as constant with the value 4 and "__TheBit"
;    with the value $10. (i.e. the fourth bit is set).
;    The Embedded Pascal assembler will use the definition as presented.
;
; c) Before the section containing the interrupt vectors place the
;    item .VECTORS on a single line starting on the leftmost column.
;    Embedded Pascal will not currently use these definitions.
;    You can use these definitions with the Embedded Pascal assembler
;    but ensure that you are going to refer to these items by
;    multiplying the values by 2 as the Embedded Pascal assembler
;    is byte orientated.
;
; d) Before the section containing the item RAMEND place the item
;    .CPUDEF.
;    Embedded Pascal does not use items placed in this section.
;    You can use these items from the Embedded Pascal assembler.
; 
;----------------------------------------------------------------------
;***************************************************************************
;* A P P L I C A T I O N   N O T E   F O R   T H E   A V R   F A M I L Y
;* 
;* Number		:AVR000
;* File Name		:"8535def.inc"
;* Title		:Register/Bit Definitions for the AT90S8535
;* Date                 :98.05.22
;* Version              :1.22
;* Support telephone	:+47 72 88 43 88 (ATMEL Norway)
;* Support fax		:+47 72 88 43 99 (ATMEL Norway)
;* Support E-mail	:avr@atmel.com
;* Target MCU		:AT90S8535
;*
;* DESCRIPTION
;* When including this file in the assembly program file, all I/O register	
;* names and I/O register bit names appearing in the data book can be used.
;* In addition, the six registers forming the three data pointers X, Y and
;* Z have been assigned names XL - ZH. Highest RAM address for Internal 
;* SRAM is also defined 
;*
;* The Register names are represented by their hexadecimal address.
;* 
;* The Register Bit names are represented by their bit number (0-7).
;* 
;* Please observe the difference in using the bit names with instructions
;* such as "sbr"/"cbr" (set/clear bit in register) and "sbrs"/"sbrc" 
;* (skip if bit in register set/cleared). The following example illustrates
;* this:
;* 
;* in	r16,PORTB		;read PORTB latch
;* sbr	r16,(1<<PB6)+(1<<PB5)	;set PB6 and PB5 (use masks, not bit#)
;* out  PORTB,r16		;output to PORTB
;*
;* in	r16,TIFR		;read the Timer Interrupt Flag Register
;* sbrc	r16,TOV0		;test the overflow flag (use bit#)
;* rjmp	TOV0_is_set		;jump if set
;* ...				;otherwise do something else
;***************************************************************************

;***** Specify Device
.device AT90S8535

.IODEF ;Embedded Pascal specific extention

;***** I/O Register Definitions
.equ	SREG	=$3f
.equ	SPH	=$3e
.equ	SPL	=$3d
.equ	GIMSK	=$3b
.equ	GIFR	=$3a
.equ	TIMSK	=$39
.equ	TIFR	=$38

.equ	MCUCR	=$35
.equ	MCUSR	=$34

.equ	TCCR0	=$33
.equ	TCNT0	=$32

.equ	TCCR1A	=$2f
.equ	TCCR1B	=$2e
.equ	TCNT1H	=$2d
.equ	TCNT1L	=$2c
.equ	OCR1AH	=$2b
.equ	OCR1AL	=$2a
.equ	OCR1BH	=$29
.equ	OCR1BL	=$28
.equ	ICR1H	=$27
.equ	ICR1L	=$26

.equ	TCCR2	=$25
.equ	TCNT2	=$24
.equ	OCR2	=$23
.equ	ASSR	=$22

.equ	WDTCR	=$21
.equ	EEARH	=$1f
.equ	EEARL	=$1e
.equ	EEDR	=$1d
.equ	EECR	=$1c
.equ	PORTA	=$1b
.equ	DDRA	=$1a
.equ	PINA	=$19
.equ	PORTB	=$18
.equ	DDRB	=$17
.equ	PINB	=$16
.equ	PORTC	=$15
.equ	DDRC	=$14
.equ	PINC	=$13
.equ	PORTD	=$12
.equ	DDRD	=$11
.equ	PIND	=$10
.equ	SPDR	=$0f
.equ	SPSR	=$0e
.equ	SPCR	=$0d
.equ	UDR	=$0c
.equ	USR	=$0b
.equ	UCR	=$0a
.equ	UBRR	=$09
.equ	ACSR	=$08
.equ    ADMUX   =$07
.equ    ADCSR   =$06
.equ    ADCH    =$05
.equ    ADCL    =$04

.BITDEF ;Embedded Pascal specific extention

;***** Bit Definitions

.equ	EXTRF	=1
.equ	PORF	=0

.equ	INT1	=7
.equ	INT0	=6

.equ	INTF1	=7
.equ	INTF0	=6

.equ	OCIE2	=7
.equ	TOIE2	=6
.equ	TICIE1	=5
.equ	OCIE1A	=4
.equ	OCIE1B	=3
.equ	TOIE1	=2
.equ	TOIE0	=0

.equ	OCF2	=7
.equ	TOV2	=6
.equ	ICF1	=5
.equ	OCF1A	=4
.equ	OCF1B	=3
.equ	TOV1	=2
.equ	TOV0	=0

.equ	SE	=6
.equ	SM1	=5
.equ	SM0	=4
.equ	ISC11	=3
.equ	ISC10	=2
.equ	ISC01	=1
.equ	ISC00	=0

.equ	CS02	=2
.equ	CS01	=1
.equ	CS00	=0

.equ	COM1A1	=7
.equ	COM1A0	=6
.equ	COM1B1	=5
.equ	COM1B0	=4
.equ	PWM11	=1
.equ	PWM10	=0

.equ	ICNC1	=7
.equ	ICES1	=6
.equ	CTC1	=3
.equ	CS12	=2
.equ	CS11	=1
.equ	CS10	=0

.equ	PWM2	=6
.equ	COM21	=5
.equ	COM20	=4
.equ	CTC2	=3
.equ	CS22	=2
.equ	CS21	=1
.equ	CS20	=0

.equ	AS2	=3
.equ	TCN2UB	=2
.equ	OCR2UB	=1
.equ	TCR2UB	=0

.equ	WDDE	=4
.equ	WDE	=3
.equ	WDP2	=2
.equ	WDP1	=1
.equ	WDP0	=0

.equ	EERIE	=3
.equ	EEMWE	=2
.equ	EEWE	=1
.equ	EERE	=0

.equ	PA7	=7
.equ	PA6	=6
.equ	PA5	=5
.equ	PA4	=4
.equ	PA3	=3
.equ	PA2	=2
.equ	PA1	=1
.equ	PA0	=0

.equ	DDA7	=7
.equ	DDA6	=6
.equ	DDA5	=5
.equ	DDA4	=4
.equ	DDA3	=3
.equ	DDA2	=2
.equ	DDA1	=1
.equ	DDA0	=0

.equ	PINA7	=7
.equ	PINA6	=6
.equ	PINA5	=5
.equ	PINA4	=4
.equ	PINA3	=3
.equ	PINA2	=2
.equ	PINA1	=1
.equ	PINA0	=0

.equ	PB7	=7
.equ	PB6	=6
.equ	PB5	=5
.equ	PB4	=4
.equ	PB3	=3
.equ	PB2	=2
.equ	PB1	=1
.equ	PB0	=0

.equ	DDB7	=7
.equ	DDB6	=6
.equ	DDB5	=5
.equ	DDB4	=4
.equ	DDB3	=3
.equ	DDB2	=2
.equ	DDB1	=1
.equ	DDB0	=0

.equ	PINB7	=7
.equ	PINB6	=6
.equ	PINB5	=5
.equ	PINB4	=4
.equ	PINB3	=3
.equ	PINB2	=2
.equ	PINB1	=1
.equ	PINB0	=0

.equ	PC7	=7
.equ	PC6	=6
.equ	PC5	=5
.equ	PC4	=4
.equ	PC3	=3
.equ	PC2	=2
.equ	PC1	=1
.equ	PC0	=0

.equ	DDC7	=7
.equ	DDC6	=6
.equ	DDC5	=5
.equ	DDC4	=4
.equ	DDC3	=3
.equ	DDC2	=2
.equ	DDC1	=1
.equ	DDC0	=0

.equ	PINC7	=7
.equ	PINC6	=6
.equ	PINC5	=5
.equ	PINC4	=4
.equ	PINC3	=3
.equ	PINC2	=2
.equ	PINC1	=1
.equ	PINC0	=0

.equ	PD7	=7
.equ	PD6	=6
.equ	PD5	=5
.equ	PD4	=4
.equ	PD3	=3
.equ	PD2	=2
.equ	PD1	=1
.equ	PD0	=0

.equ	DDD7	=7
.equ	DDD6	=6
.equ	DDD5	=5
.equ	DDD4	=4
.equ	DDD3	=3
.equ	DDD2	=2
.equ	DDD1	=1
.equ	DDD0	=0

.equ	PIND7	=7
.equ	PIND6	=6
.equ	PIND5	=5
.equ	PIND4	=4
.equ	PIND3	=3
.equ	PIND2	=2
.equ	PIND1	=1
.equ	PIND0	=0

.equ	SPIE	=7
.equ	SPE	=6
.equ	DORD	=5
.equ	MSTR	=4
.equ	CPOL	=3
.equ	CPHA	=2
.equ	SPR1	=1
.equ	SPR0	=0

.equ	SPIF	=7
.equ	WCOL	=6

.equ	RXC	=7
.equ	TXC	=6
.equ	UDRE	=5
.equ	FE	=4
.equ	OR	=3

.equ	RXCIE	=7
.equ	TXCIE	=6
.equ	UDRIE	=5
.equ	RXEN	=4
.equ	TXEN	=3
.equ	CHR9	=2
.equ	RXB8	=1
.equ	TXB8	=0

.equ	ACD	=7
.equ	ACO	=5
.equ	ACI	=4
.equ	ACIE	=3
.equ	ACIC	=2
.equ	ACIS1	=1
.equ	ACIS0	=0

.equ	MUX2	=2
.equ	MUX1	=1
.equ	MUX0	=0

.equ	ADEN	=7
.equ	ADSC	=6
.equ	ADFR	=5
.equ	ADIF	=4
.equ	ADIE	=3
.equ	ADPS2	=2
.equ	ADPS1	=1
.equ	ADPS0	=0

.def	XL	=r26
.def	XH	=r27
.def	YL	=r28
.def	YH	=r29
.def	ZL	=r30
.def	ZH	=r31

.CPUDEF ;Embedded Pascal specific extention

.equ 	RAMEND  =$25F	;Last On-Chip SRAM location
.equ	XRAMEND =$25F
.equ	E2END	=$1FF
.equ	FLASHEND=$FFF

.VECTORS ;Embedded Pascal specific extention

.equ	INT0addr=$001	;External Interrupt0 Vector Address
.equ	INT1addr=$002	;External Interrupt1 Vector Address
.equ	OC2addr =$003	;Timer2 compare match Vector Address
.equ	OVF2addr=$004	;Timer2 overflow Vector Address
.equ	ICP1addr=$005	;Timer1 Input Capture Vector Address
.equ	OC1Aaddr=$006	;Timer1 Output Compare A Interrupt Vector Address
.equ	OC1Baddr=$007	;Timer1 Output Compare B Interrupt Vector Address
.equ	OVF1addr=$008	;Overflow1 Interrupt Vector Address
.equ	OVF0addr=$009	;Overflow0 Interrupt Vector Address
.equ	SPIaddr =$00A	;SPI Interrupt Vector Address
.equ	URXCaddr=$00B	;UART Receive Complete Interrupt Vector Address
.equ	UDREaddr=$00C	;UART Data Register Empty Interrupt Vector Address
.equ	UTXCaddr=$00D	;UART Transmit Complete Interrupt Vector Address
.equ	ADCCaddr=$00E	;ADC Conversion Complete Interrupt Vector Address
.equ	ERDYaddr=$00F	;EEPROM Write Complete Interrupt Vector Address
.equ	ACIaddr =$010	;Analog Comparator Interrupt Vector Address
.equ	ConstSectionaddr = $12 ;Start of typed constant section unless overridden by "PlaceConst" 
