Compiler/TMS320F28027F: PROBLEM WHEN USING DLOG_4ch function from Digital Power Library

Tool/software: TI C/C++ Compiler

Dear TI members,

I have a code that runs an ADC (4ch), and saves it in a buffer with function DLOG_4ch. I created my project based on the template project from TI in controlSUITE (C:\ti\controlSUITE\development_kits\TemplateProjects), and I have followed the instructions to implement the ADC_4ch and the DLOG_4ch based on the Digital Power Library Manual v3.5. I have been able to run this code, however there are 2 main questions that I haven't been able to find the answer yet:

1) How can I change the name of my .out file? Sometimes when there is an error, it shows "Project_name.out"

2) How I could call .c functions inside my ISR (which is written in ASM)? If I want to later implement my own .c functions that are not part of the DPlib library, would I necessarily need to write them in assembly? Because so far, every function in the digital power library being called is in .asm. The ISR code is attached below. 

MY ISR Code:

;----------------------------------------------------------------------------------
;	FILE:			{3ph_pwm_acdc}-DPL-ISR.asm
;
;	Description:	{3ph_pwm_acdc}-DPL-ISR.asm contains the ISR for the system
;					It also contains the initailization routine for all the macros 
;					being used in the system both for CLA and C28x macros
;   
;   Revision/ Version: See {3ph_pwm_acdc}-Main.c
;----------------------------------------------------------------------------------

		;Gives peripheral addresses visibility in assembly
	    .cdecls   C,LIST,"PeripheralHeaderIncludes.h"

		;include C header file - sets INCR_BUILD etc.(used in conditional builds)
		.cdecls C,NOLIST, "3ph_pwm_acdc-Settings.h"

		;Include files for the Power Library Maco's being used by the system
		.include "PWMDRV_1ch.asm" 
		.include "ADCDRV_4ch.asm"
		.include "DLOG_4ch.asm"
			
;=============================================================================
; Digital Power library - Initailization Routine 
;=============================================================================

		; label to DP initialisation function
		.def _DPL_Init	

		; dummy variable for pointer initialisation
ZeroNet	 .usect "ZeroNet_Section",2,1,1	; output terminal 1

		.text
_DPL_Init:
		ZAPA
		MOVL	XAR0, #ZeroNet
		MOVL	*XAR0, ACC

		; Initialize all the DP library macro used here 
		;---------------------------------------------------------
		.if(INCR_BUILD = 1)
			PWMDRV_1ch_INIT 1	; PWM1A	
		.endif
		;---------------------------------------------------------
		ADCDRV_4ch_INIT 0,1,2,3 ; ADCDRV_4ch Initialization
		DLOG_4ch_INIT 1 ; DLOG_4CH Initialization
		LRETR

;-----------------------------------------------------------------------------------------

; Digital Power library - Interrupt Service Routine

		.sect "ramfuncs"
		; label to DP ISR Run function
		.def	_DPL_ISR

_DPL_ISR:
		; full context save - push any unprotected registers onto stack
		PUSH  	AR1H:AR0H
		PUSH  	XAR2
		PUSH  	XAR3
		PUSH  	XAR4
		PUSH  	XAR5
		PUSH  	XAR6
		PUSH  	XAR7
		PUSH  	XT
		SPM   	0          				; set C28 mode
		CLRC  	AMODE       
		CLRC  	PAGE0,OVM 
;		CLRC	INTM					; clear interrupt mask - comment if ISR non-nestable
;-----------------------------------------------------------------------------------------

; call DP library modules

		;---------------------------------------------------------
		.if(INCR_BUILD = 1)
			PWMDRV_1ch 1		; PWM1A
		.endif
		;----------------------------------------------------------
		ADCDRV_4ch 0,1,2,3 ; Run ADCDRV_4ch
		DLOG_4ch 1 ; Run the DLOG_4CH Macro
;-----------------------------------------------------------------------------------------
; Interrupt management before exit

	.if(EPWMn_DPL_ISR=1)

	.if(EPWM1)
		MOVW 	DP,#_EPwm1Regs.ETCLR
		MOV 	@_EPwm1Regs.ETCLR,#0x01			; Clear EPWM1 Int flag
	.endif ; EPWM1

	.if(EPWM2)
		MOVW 	DP,#_EPwm2Regs.ETCLR
		MOV 	@_EPwm2Regs.ETCLR,#0x01			; Clear EPWM2 Int flag
	.endif ; EPWM2

	.if(EPWM3)
		MOVW 	DP,#_EPwm3Regs.ETCLR
		MOV 	@_EPwm3Regs.ETCLR,#0x01			; Clear EPWM3 Int flag
	.endif ; EPWM3

	.if(EPWM4)
		MOVW 	DP,#_EPwm4Regs.ETCLR
		MOV 	@_EPwm4Regs.ETCLR,#0x01			; Clear EPWM4 Int flag
	.endif ; EPWM4

	.if(EPWM5)
		MOVW 	DP,#_EPwm5Regs.ETCLR
		MOV 	@_EPwm5Regs.ETCLR,#0x01			; Clear EPWM5 Int flag
	.endif ; EPWM5

	.if(EPWM6)
		MOVW 	DP,#_EPwm6Regs.ETCLR
		MOV 	@_EPwm6Regs.ETCLR,#0x01			; Clear EPWM6 Int flag
	.endif ; EPWM6

		MOVW 	DP,#_PieCtrlRegs.PIEACK			; Acknowledge PIE interrupt Group 3
		MOV 	@_PieCtrlRegs.PIEACK, #0x4
	.endif ; EPWMn_ISR

	.if(ADC_DPL_ISR=1)
	; Case where ISR is triggered by ADC 
		MOVW 	DP,#_AdcRegs.ADCINTFLGCLR
		MOV 	@_AdcRegs.ADCINTFLGCLR,#0x01		; Clear ADCINT1 Flag

		MOVW 	DP,#_PieCtrlRegs.PIEACK			; Acknowledge PIE interrupt Group 1
		MOV 	@_PieCtrlRegs.PIEACK,#0x1
	.endif 

;-----------------------------------------------------------------------------------------
; full context restore
;		SETC	INTM					; set INTM to protect context restore
		POP   	XT
		POP   	XAR7
		POP   	XAR6
		POP   	XAR5
		POP   	XAR4
		POP   	XAR3
		POP   	XAR2
		POP   	AR1H:AR0H
		IRET							; return from interrupt
		.end

; end of file

Picture of the project's files: