/* This file specifies the interrupt vectors including SWI and reset
 * As is, most interrupts except reset jumps to 0xf000, which is most
 * likely not going to useful. To replace an entry, declare your function,
 * and then change the corresponding entry in the table. For example,
 * if you have a SCI handler, add a #pragma before the function, e.g., 
 *   #pragma interrupt_handler SCIHandler()
 * then in this file add:
 *	 extern void SCIHandler();
 * before the table.
 * In the SCI entry, change:
 *	 DUMMY_ENTRY,
 * to
 *   SCIHandler, 
 */
extern void _start();	/* entry point in crt??.s */
extern void TOFhandler();
#define DUMMY_ENTRY	(void (*)())0xF000

#ifdef _HC12
#pragma abs_address:0xffce
#else	/* HC11 */
#pragma abs_address:0xffd6
#endif

/* change the above address if your vector starts elsewhere */
void (*interrupt_vectors[])() = 
	{
	/* to cast a constant, say 0xb600, use
	   (void (*)())0xb600
	 */
#ifdef _HC12
	DUMMY_ENTRY,	/* ffce 812 KeyWakeUpH */
	DUMMY_ENTRY,	/* ffd0 912 BDLC, 812 KeyWakeUpJ */
	DUMMY_ENTRY,	/* ffd2 ATD */
	DUMMY_ENTRY,	/* ffd4 812 SCI1 */
#endif
	DUMMY_ENTRY,	/* ffd6 SCI, 812 SCI0 */
	DUMMY_ENTRY,	/* ffd8 SPI */
	DUMMY_ENTRY,	/* ffda PAIE */
	DUMMY_ENTRY,	/* ffdc PAO */
	TOFhandler,	    /* ffde TOF */
	DUMMY_ENTRY,	/* ffe0 TOC5 */	/* HC12 TC7 */
	DUMMY_ENTRY,	/* ffe2 TOC4 */	/* TC6 */
	DUMMY_ENTRY,	/* ffe4 TOC3 */	/* TC5 */
	DUMMY_ENTRY,	/* ffe6 TOC2 */	/* TC4 */
	DUMMY_ENTRY,	/* ffe8 TOC1 */	/* TC3 */
	DUMMY_ENTRY,	/* ffea TIC3 */	/* TC2 */
	DUMMY_ENTRY,	/* ffec TIC2 */	/* TC1 */
	DUMMY_ENTRY,	/* ffee TIC1 */	/* TC0 */
	DUMMY_ENTRY,	/* fff0 RTI   */
	DUMMY_ENTRY,	/* fff2 IRQ, 812 KeyWakeUpD*/
	DUMMY_ENTRY,	/* fff4 XIRQ  */
	DUMMY_ENTRY,	/* fff6 SWI   */
	DUMMY_ENTRY,	/* fff8 ILLOP */
	DUMMY_ENTRY,	/* fffa COP   */
	DUMMY_ENTRY,	/* fffc CLM   */
	_start	        /* fffe RESET */
	};
#pragma end_abs_address