; Forward for the interrupt handlers.
;
; Default are the interrupts re-vectored to the positions which are stored into
; the vector table of the application (Shadow vector table) which is located
; at the start address SHADOW_VEC_TABLE.
;
; Note, this can (and should) also be included in the normal application. 
; The application can then run by itself and the conversion tool will simply
; remove the boot and calibration part.. 

$include
	.cdecls C,LIST,"build.h"        ; what is being build..
	.ref SHADOW_VEC_TABLE
	
; Stubs to call the address in the application interrupt table (shadow vectors)
.text
INT00		mov.w &SHADOW_VEC_TABLE +  0,PC
INT01		mov.w &SHADOW_VEC_TABLE +  2,PC
INT02		mov.w &SHADOW_VEC_TABLE +  4,PC
INT03		mov.w &SHADOW_VEC_TABLE +  6,PC
INT04		mov.w &SHADOW_VEC_TABLE +  8,PC
INT05		mov.w &SHADOW_VEC_TABLE + 10,PC
INT06		mov.w &SHADOW_VEC_TABLE + 12,PC
INT07		mov.w &SHADOW_VEC_TABLE + 14,PC
INT08		mov.w &SHADOW_VEC_TABLE + 16,PC
INT09		mov.w &SHADOW_VEC_TABLE + 18,PC
INT10		mov.w &SHADOW_VEC_TABLE + 20,PC
INT11		mov.w &SHADOW_VEC_TABLE + 22,PC
INT12		mov.w &SHADOW_VEC_TABLE + 24,PC
INT13		mov.w &SHADOW_VEC_TABLE + 26,PC
INT14		mov.w &SHADOW_VEC_TABLE + 28,PC
INT15		mov.w &SHADOW_VEC_TABLE + 30,PC
INT16		mov.w &SHADOW_VEC_TABLE + 32,PC
INT17		mov.w &SHADOW_VEC_TABLE + 34,PC
INT18		mov.w &SHADOW_VEC_TABLE + 36,PC
INT19		mov.w &SHADOW_VEC_TABLE + 38,PC
INT20		mov.w &SHADOW_VEC_TABLE + 40,PC
INT21		mov.w &SHADOW_VEC_TABLE + 42,PC
INT22		mov.w &SHADOW_VEC_TABLE + 44,PC
INT23		mov.w &SHADOW_VEC_TABLE + 46,PC
INT24		mov.w &SHADOW_VEC_TABLE + 48,PC
INT25		mov.w &SHADOW_VEC_TABLE + 50,PC
INT26		mov.w &SHADOW_VEC_TABLE + 52,PC
INT27		mov.w &SHADOW_VEC_TABLE + 54,PC
INT28		mov.w &SHADOW_VEC_TABLE + 56,PC
INT29		mov.w &SHADOW_VEC_TABLE + 58,PC
INT30		mov.w &SHADOW_VEC_TABLE + 60,PC
INT31		mov.w &SHADOW_VEC_TABLE + 62,PC
INT32		mov.w &SHADOW_VEC_TABLE + 64,PC
INT33		mov.w &SHADOW_VEC_TABLE + 66,PC
INT34		mov.w &SHADOW_VEC_TABLE + 68,PC
INT35		mov.w &SHADOW_VEC_TABLE + 70,PC
INT36		mov.w &SHADOW_VEC_TABLE + 72,PC
INT37		mov.w &SHADOW_VEC_TABLE + 74,PC
INT38		mov.w &SHADOW_VEC_TABLE + 76,PC
INT39		mov.w &SHADOW_VEC_TABLE + 78,PC
INT40		mov.w &SHADOW_VEC_TABLE + 80,PC
INT41		mov.w &SHADOW_VEC_TABLE + 82,PC
INT42		mov.w &SHADOW_VEC_TABLE + 84,PC
INT43		mov.w &SHADOW_VEC_TABLE + 86,PC
INT44		mov.w &SHADOW_VEC_TABLE + 88,PC
INT45		mov.w &SHADOW_VEC_TABLE + 90,PC
INT46		mov.w &SHADOW_VEC_TABLE + 92,PC
INT47		mov.w &SHADOW_VEC_TABLE + 94,PC
INT48		mov.w &SHADOW_VEC_TABLE + 96,PC
INT49		mov.w &SHADOW_VEC_TABLE + 98,PC
INT50		mov.w &SHADOW_VEC_TABLE + 100,PC
INT51		mov.w &SHADOW_VEC_TABLE + 102,PC
INT52		mov.w &SHADOW_VEC_TABLE + 104,PC
INT53		mov.w &SHADOW_VEC_TABLE + 106,PC
INT54		mov.w &SHADOW_VEC_TABLE + 108,PC
INT55		mov.w &SHADOW_VEC_TABLE + 110,PC
INT56		mov.w &SHADOW_VEC_TABLE + 112,PC
INT57		mov.w &SHADOW_VEC_TABLE + 114,PC
INT58		mov.w &SHADOW_VEC_TABLE + 116,PC
INT59		mov.w &SHADOW_VEC_TABLE + 118,PC
INT60		mov.w &SHADOW_VEC_TABLE + 120,PC
INT61		mov.w &SHADOW_VEC_TABLE + 122,PC
INT62		mov.w &SHADOW_VEC_TABLE + 124,PC
	; -- Enter application from bootloader --
	.if (BUILD != BUILD_BOOT)
		.ref _c_int00_noexit
		.sect 	".a_reset"
		.short 	_c_int00_noexit
	.endif
	
	; -- bootloader entry from application --
	.if (BUILD == BUILD_BOOT)
		.ref startBootLoader  		; reference to the C-funtion 
		.sect   ".b_enter"          ; Software interrupt to start the 
		.short  startBootLoader     ; bootloader from the application.
	.endif
	
	; Register the stubs in the interrupt table of the bootloader.
	.sect   ".int00"
	.short   INT00
	.sect   ".int01"
	.short   INT01
	.sect   ".int02"
	.short   INT02
	.sect   ".int03"
	.short   INT03
	.sect   ".int04"
	.short   INT04
	.sect   ".int05"
	.short   INT05
	.sect   ".int06"
	.short   INT06
	.sect   ".int07"
	.short   INT07
	.sect   ".int08"
	.short   INT08
	.sect   ".int09"
	.short   INT09
	.sect   ".int10"
	.short   INT10
	.sect   ".int11"
	.short   INT11
	.sect   ".int12"
	.short   INT12
	.sect   ".int13"
	.short   INT13
	.sect   ".int14"
	.short   INT14
	.sect   ".int15"
	.short   INT15
	.sect   ".int16"
	.short   INT16
	.sect   ".int17"
	.short   INT17
	.sect   ".int18"
	.short   INT18
	.sect   ".int19"
	.short   INT19
	.sect   ".int20"
	.short   INT20
	.sect   ".int21"
	.short   INT21
	.sect   ".int22"
	.short   INT22
	.sect   ".int23"
	.short   INT23
	.sect   ".int24"
	.short   INT24
	.sect   ".int25"
	.short   INT25
	.sect   ".int26"
	.short   INT26
	.sect   ".int27"
	.short   INT27
	.sect   ".int28"
	.short   INT28
	.sect   ".int29"
	.short   INT29
	.sect   ".int30"
	.short   INT30
	.sect   ".int31"
	.short   INT31
	.sect   ".int32"
	.short   INT32
	.sect   ".int33"
	.short   INT33
	.sect   ".int34"
	.short   INT34
	.sect   ".int35"
	.short   INT35
	.sect   ".int36"
	.short   INT36
	.sect   ".int37"
	.short   INT37
	.sect   ".int38"
	.short   INT38
	.sect   ".int39"
	.short   INT39
	.sect   ".RTC"
	.short   INT40
	.sect   ".LCD_C"
	.short   INT41
	.sect   ".TIMER3_A1"
	.short   INT42
	.sect   ".TIMER3_A0"
	.short   INT43
	.sect   ".PORT2"
	.short   INT44
	.sect   ".TIMER2_A1"
	.short   INT45
	.sect   ".TIMER2_A0"
	.short   INT46
	.sect   ".PORT1"
	.short   INT47
	.sect   ".TIMER1_A1"
	.short   INT48
	.sect   ".TIMER1_A0"
	.short   INT49
	.sect   ".DMA"
	.short   INT50
	.sect   ".AUX"
	.short   INT51
	.sect   ".USCI_A2"
	.short   INT52
	.sect   ".USCI_A1"
	.short   INT53
	.sect   ".TIMER0_A1"
	.short   INT54
	.sect   ".TIMER0_A0"
	.short   INT55
	.sect   ".SD24B"
	.short   INT56
	.sect   ".ADC10"
	.short   INT57
	.sect   ".USCI_B0"
	.short   INT58
	.sect   ".USCI_A0"
	.short   INT59
	.sect   ".WDT"
	.short   INT60
	.sect   ".UNMI"
	.short   INT61
	.sect   ".SYSNMI"
	.short   INT62
	.end