;*******************************************************************************
;   interrupt proxy.asm
;
;   This file is used to fix the interrupt table and route MSP430F5419 hardware
;   interrupt requests to the Main Program using proxy routines / vectors.
;
;   W. Goh
;   Texas Instruments Inc.
;   April 2010
;   Built with Code Composer Studio v4.2 Build: 07005
;*******************************************************************************
;-------------------------------------------------------------------------------
; The following code section is used to define variables to allow
; accessing the interrupt vectors which are defined by the main program.
;-------------------------------------------------------------------------------
INT0_PROXY       .equ  0xEFE0                ; 0xEFE0 RTC
INT1_PROXY       .equ  0xEFE2                ; 0xEFE2 Port 2
PORT1_PROXY   	 .equ  0xEFE4                ; 0xEFE4 USCI B3 Receive/Transmit
PORT2_PROXY  	 .equ  0xEFE6                ; 0xEFE8 USCI A3 Receive/Transmit
INT4_PROXY  	 .equ  0xEFE8                ; 0x5C5A USCI B1 Receive/Transmit
ADC10_PROXY  	 .equ  0xEFEA                ; 0xEFEA USCI A1 Receive/Transmit
USCIAB0TX_PROXY  .equ  0xEFEC                ; 0x5C5E Port 1
USCIAB0RX_PROXY  .equ  0xEFEE                ; 0x5C60 Timer1_A3 CC1-2, TA1
TIMERA1_PROXY	 .equ  0xEFF0                ; 0x5C62 Timer1_A3 CC0
TIMERA0_PROXY    .equ  0xEFF2                ; 0x5C64 DMA
WDT_PROXY  	 	 .equ  0xEFF4                ; 0x5C66 USCI B2 Receive/Transmit
INT11_PROXY  	 .equ  0xEFF6                ; 0x5C68 USCI A2 Receive/Transmit
TIMERB1_PROXY 	 .equ  0xEFF8                ; 0x5C6A Timer0_A5 CC1-4, TA
TIMERB0_PROXY 	 .equ  0xEFFA                ; 0x5C6C Timer0_A5 CC0
NMI_PROXY     	 .equ  0xEFFC                ; 0x5C6E ADC
RESET_PROXY   	 .equ  0xEFFE                ; 0xEFFE USCI B0 Receive/Transmit


                .cdecls C,LIST, "msp430.h"
;-------------------------------------------------------------------------------
; The following code section contains the actual ISR implementation
; for all possible MSP430F5419 interrupt sources. All that is being done
; here is an indirect jump to the address that is stored in the
; main program's virtual interrupt vector table. Other than a 5 CPU
; cycle overhead added to each ISR call, there are no side effects of
; doing this.
; Also, interrupt vectors not implemented on the device are trapped and
; not forwarded to the main program.
                .sect   ".brintvec"         ; Assemble to branch interrupt
                                            ; memory
;-------------------------------------------------------------------------------
INT0_ISR              BR      &INT0_PROXY         ; Indirect jump using proxy
INT1_ISR        	  BR      &INT1_PROXY         ; Indirect jump using proxy
PORT1_ISR   		  BR      &PORT1_PROXY         ; Indirect jump using proxy
PORT2_ISR  			  BR      &PORT2_PROXY         ; Indirect jump using proxy
INT4_ISR        	  BR      &INT4_PROXY         ; Indirect jump using proxy
ADC10_ISR     	      BR      &ADC10_PROXY         ; Indirect jump using proxy
USCIAB0TX_ISR         BR      &USCIAB0TX_PROXY     ; Indirect jump using proxy
USCIAB0RX_ISR  		  BR      &USCIAB0RX_PROXY     ; Indirect jump using proxy
TIMERA1_ISR   		  BR      &TIMERA1_PROXY       ; Indirect jump using proxy
TIMERA0_ISR           BR      &TIMERA0_PROXY       ; Indirect jump using proxy
WDT_ISR     		  BR      &WDT_PROXY           ; Indirect jump using proxy
INT11_ISR        	  BR      &INT11_PROXY         ; Indirect jump using proxy
TIMERB1_ISR   		  BR      &TIMERB1_PROXY   	   ; Indirect jump using proxy
TIMERB0_ISR  	      BR      &TIMERB0_PROXY       ; Indirect jump using proxy
NMI_ISR      		  BR      &NMI_PROXY      	   ; Indirect jump using proxy
RESET_ISR    		  BR      &RESET_PROXY         ; Indirect jump using proxy
DUMMY_ISR        	  mov.w    #0,&WDTCTL
;-------------------------------------------------------------------------------
; The following code section populates the actual MSP430F5419 interrupt
; vectors to point to code sections within the boot loader code. In these
; code sections, an indirect jump is performed and with this the interrupt
; requests are routed to the main program.
;-------------------------------------------------------------------------------
            .sect   ".mainintvec"

            .word   DUMMY_ISR                  ; 0xFFD2 RTC
            .word   DUMMY_ISR                  ; 0xFFD2 RTC
            .word   PORT1_ISR            	   ; 0xFFD4 Port 2
            .word   PORT2_ISR            	   ; 0xFFD6 USCI B3 Receive/Transmit
            .word   DUMMY_ISR          		   ; 0xFFD8 USCI A3 Receive/Transmit
            .word   ADC10_ISR           	   ; 0xFFEA Timer0_A5 CC1-4, TA
            .word   USCIAB0TX_ISR              ; 0xFFEC Timer0_A5 CC0
            .word   USCIAB0RX_ISR              ; 0xFFEE ADC
            .word   TIMERA1_ISR                ; 0xFFF0 USCI B0 Receive/Transmit
            .word   TIMERA0_ISR                ; 0xFFF2 USCI A0 Receive/Transmit
            .word   WDT_ISR                    ; 0xFFF4 Watchdog Timer
            .word   DUMMY_ISR                  ; 0xFFF6 Timer0_B7 CC1-6, TB
            .word   TIMERB1_ISR                ; 0xFFF8 Timer0_B7 CC0
            .word   TIMERB0_ISR             ; 0xFFFA User Non-maskable
            .word   NMI_ISR                    ; 0xFFFC System Non-maskable
            .word   RESET_ISR                  ; 0xFFFE Reset
;-------------------------------------------------------------------------------
            .end