convert C++ and assembly code

[Zendo]

I am just starting this class at my community college and I would like to know how I can convert assemby code from say atmega 8535 assembly code to LabView and C++ the same to Lab View.  I am also trying to come up with a solution to do a final project where I can use my exisiting lab project from one class to LabView it is a A/C  SSR input , output to the atmega and documenting the waveform on a virtual scope on phase and cycle and I don't know how to use the DAQ is there any way you can help me with any of these matters?\Thank you

[Kabanga]

What do you mean "convert Assembly to Labview" ?

Best regards

Kabanga

[Zendo]

I have recently been doing this type of assembly code to program the chip to manipulate time and phase on ssr ac in and out waveform

is there a way to convert this to labview
;***********************************************************
;DIRECTIVES
;***********************************************************
.include "m8535def.inc"
.def temp=r16
.def delay1=r20
.def delay2=r18
.def time=r17
.def phase=r19
;***********************************************************
;INTERRUPT SPACE
;***********************************************************
rjmp reset   ;reset vector space
rjmp reset   ;external interrupt 0
rjmp reset   ;external interrupt 1
rjmp reset   ;timer/counter2 compare match
rjmp reset   ;timer/counter2 overflow
rjmp reset   ;timer/counter1 capture event
rjmp reset   ;timer/counter1 compare match A
rjmp reset          ;timer/counter1 compare match B
rjmp reset   ;timer/counter1 overflow
rjmp timer_overflow   ;timer/counter0 overflow
rjmp reset   ;serial transfer complete
rjmp reset   ;USART Rx complete space
rjmp reset   ;USART data register empty
rjmp reset   ;USART Tx complete
rjmp reset   ;ADC conversion complete
rjmp reset   ;EEPROM ready
rjmp reset   ;analog comparator
rjmp reset   ;two-wire serial interface
rjmp reset   ;external interrupt request 2
rjmp reset   ;timer/counter0 compare match
rjmp reset   ;store program memory ready
;***********************************************************
;CODE INITIALIZATION
;***********************************************************
;stack initialization
reset:
ldi  temp, low(ramend) ;set up the stack
out  spl, temp  ;""""""""""""""""
ldi  temp, high(ramend) ;""""""""""""""""
out  sph, temp  ;""""""""""""""""

;timer zero initialization
ldi  temp, 0b00000001  
out  tccr0, temp  ;enabling timer 0 for clock
ldi  temp, 0b00000001
out  timsk, temp  ;turning on timer 0 OVF interrupt
sei     ;enabling global interrupt

;i/o set-up area(JUST AN EXAMPLE!!!!!!!)
ser  temp
out  portc, temp  ;initialize lites off
out  porta, temp  ;turn on all pull ups on pin a
out  ddrc, temp  ;make port c an output port
clr  temp 
;***********************************************************
;CODE AREA
;***********************************************************

Main:

sbic  pina,7    ;is switch 6 up?
rjmp  main
in   phase,pina   ;put pina to phase
com   phase    ;change 0's to 1's
cbr   phase,0b10000000 ;clear bit 7 in register called phase =r19
cpi   phase,0    ;compare 0 to phase
brne  loop    

inc phase      ;add 1 more if 0

Loop: 

clr  time
out  tcnt0,time  

;**************************************************************************
;     COMPARISON MODE
;***************************************************************************

Compare:

cp  time,phase   ;does phase = time?
brlo compare

;************************************************************************
;    PULSE
;***********************************************************************

sbi  portc,7
rcall debounce
cbi  portc,7
rjmp main

;***********************************************************
;DEBOUNCE CALL ROUTINE (20 milli second delay at 4 MEGA Hz)
;***********************************************************
debounce:
ldi  delay1, 30
delay:
dec  delay1
brne  delay

ret

;***********************************************************
;TIMER ZERO OVER FLOW HANDLER INTERRUPT ROUTINE
;***********************************************************
timer_overflow:
inc  time
reti

[Matthew_Kelton]

There are no assembly or C++ converters to LabVIEW.  If you want LabVIEW VIs which do what the code does, then you will need to rewrite the code in LabVIEW.

If you can compile your C+++ code into a DLL or .NET control, then you can call that from LabVIEW, but the code would still be in C++, you're just having LabVIEW call it.

[Kabanga]

I see....sorry, I never do that

Best regards
Kabanga