OUTA	EQU     $FFB8			; ADDRESSES MAY VARY BY BOARD
IRQJMP	EQU	$00EE
XIRJMP	EQU	$00F1

**************************************************************************
* Buffalo emulation section for Wookie:                                  *
*                                                                        *
* To get Wookie to work, add RTS instructions at the Buffalo locations.  *
* Remove this section before compiling for Buffalo.                      *
* You can set breakpoints here if you want to see if your program is     *
* behaving correctly.                                                    *
*                                                                        *
* The part after ORG $FFF2 sets up the IRQ and XIRQ for Wookie.  The     *
* Buffalo method for setting up these interrupts is completely different.*
**************************************************************************
	ORG	OUTA
	RTS
	ORG	$FFF2			; SETS IRQ AND XIRQ INTERRUPT VECTORS
	FDB	IRQJMP			; DUPLICATES THE WAY THAT BUFFALO
	FDB	XIRJMP			;        HANDLES THESE INTERRUPTS
**************************************************************************
* End of Buffalo emulation section.                                      *
**************************************************************************

	ORG	$8800
MEM1	FDB	$0000
IRCNT	FCB	0
XIRCNT	FCB	0


	ORG	$8000

*******************************************************************************
* Begin another Buffalo emulation section:  Buffalo does stack initialization *
* So you need to initialize the stack in Wookie BUT NOT IN BUFFALO            *
*******************************************************************************
	LDS	#$88FF	

*******************************************************************************
* End of Buffalo emulation section.                                           *
*******************************************************************************

			; Start by initializing the jump table
MAIN	LDAA	#$7E	; 7E is a JMP instruction...
	LDX	#IRQH	; X now has location of IRQ handler...
	STAA	IRQJMP	; Store "JMP" at IRQJMP location
	STX	IRQJMP+1	; Store address at next location
* These 4 previous instructions write a "JMP" instruction to the jump table
* entry for IRQ
	LDX	#XIRQH
	STAA	XIRJMP	; Store "JMP XIRQH" at XIRJMP location
	STX	XIRJMP+1
* Likewise, these 3 instructions write a "JMP" instruction to the jump table
* entry for XIRQ

	CLRA		; Now that the jump table is set up...
	TAP		; ... turn on both interrupt sources

LOOP	BRA	LOOP	; When you get here, the main program is done...

IRQH	INC	IRCNT
* In your program, insert code here to write the location of the ASCII string
* to memory location MEM1
	RTI

XIRQH	INC	XIRCNT
* In your program, insert code here to read the memory location MEM1 and, if
* it is not NULL, send the string to the terminal using OUTA (1 char at a time)
	RTI