i got this code to work in c for a project i am doing but i need it in assembly language my S file which i have a start was wondering if i could get help implementing this code it works the way i want it to in C #include

const char DISP$[]=\{$

$0$b$01111110,//$ Digit $0$

$0$b$00110000,//$ Digit $1$

$0$b$01101101,//$ Digit $2$

$0$b$01111001//$ Digit $3$

$\}$;

volatile unsigned int mode $=0$; $//$ Global variable to track current mode

void updateDisplay$($int num$)\{$

P$3$OUT &$=$ ~$($BIT$7)$; $//$ Turn off digit select

P$2$OUT $=$ DISP$[$num$]$; $//$ Output the segment pattern for the current mode

switch $($num$)\{$

case $0$:

P$3$OUT $|=$ BIT$7$; $//$ Select dig$\_1$

break;

case $1$:

P$3$OUT $|=$ BIT$7$; $//$ Select dig$\_2$

break;

$\}$

$\}$

int main$($void$)\{$

$//$ Disable watchdog timer and run at $1$MHz

WDTCTL $=$ WDTPW $|$ WDTHOLD;

BCSCTL$1=$ CALBC$1\_1$MHZ;

DCOCTL $=$ CALDCO$\_1$MHZ;

P$2$SEL &$=$ ~$($BIT$6|$BIT$7)$;

P$2$SEL$2$ &$=$ ~$($BIT$6|$BIT$7)$;

$//$ Configure LED pins

P$1$DIR $|=$ BIT$0$; $//$ P$1\mathrm{.}0($green LED$)$ as output

P$3$DIR $|=$ BIT$5$; $//$ P$3\mathrm{.}5($blue LED$)$ as output

P$3$DIR $|=$ BIT$6$; $//$ P$3\mathrm{.}6($red LED$)$ as output

$//$ Initialize $7-$segment display pins $($P$2\mathrm{.}0$ to P$2\mathrm{.}6)$

P$2$DIR $|=0$x$7$F; $//$ Set P$2\mathrm{.}0$ to P$2\mathrm{.}6$ as outputs

P$3$DIR $|=$ BIT$7$; $//$ Set P$3\mathrm{.}7$ as output for digit select

$//$ Set up buttons as inputs with interrupts enabled

P$1$DIR &$=$ ~BIT$3$; $//$ Set P$1\mathrm{.}3$ as input

P$1$IE $|=$ BIT$3$; $//$ Enable interrupt for P$1\mathrm{.}3$

P$1$IES $|=$ BIT$3$; $//$ Interrupt on high$-$to$-$low transition $($button press$)$

P$1$IFG &$=$ ~BIT$3$; $//$ Clear interrupt flag for P$1\mathrm{.}3$

P$2$DIR &$=$ ~BIT$7$; $//$ Set P$1\mathrm{.}3$ as input

P$2$IE $|=$ BIT$7$; $//$ Enable interrupt for P$1\mathrm{.}3$

P$2$IES $|=$ BIT$7$; $//$ Interrupt on high$-$to$-$low transition $($button press$)$

P$2$IFG &$=$ ~BIT$7$; $//$ Clear interrupt flag for P$1\mathrm{.}3$

$//$ Initialize Timer$1$ for green LED $(3$ Hz for mode $1$ and mode $2)$

TA$1$CTL $=$ TASSEL$\_2|$ MC$\_1|$ ID$\_3$; $//$ SMCLK$,$ Up mode, $/8$

TA$1$CCR$0=41667$; $//$ Set frequency for $3$ Hz

TA$1$CCTL$0=$ CCIE; $//$ Enable interrupt

$//$ Initialize Timer$0$ for blue LED $(4$ Hz for mode $2)$

TA$0$CTL $=$ TASSEL$\_2|$ MC$\_1|$ ID$\_3$; $//$ SMCLK$,$ Up mode, $/8$

TA$0$CCR$0=25000$; $//$ Set frequency for $4$ Hz

TA$0$CCTL$0|=$ CCIE; $//$ Enable interrupt

$//$ Enable global interrupts

$\_\_$eint$()$;

for $($;;$)\{$

$//$ Display current mode on $7-$segment display

updateDisplay$($mode$)$;

$//$ Blink LEDs based on mode

if $($mode $==0)\{$

$//$ Mode $0$: Turn off blue LED, red LED blinks every $1/2$ second $($execution loop$)$

P$3$OUT &$=$ ~BIT$5$; $//$ Turn off blue LED

P$3$OUT $^=$ BIT$6$; $//$ Toggle red LED

$\_\_$delay$\_$cycles$(500000)$; $//$ Delay for half a second

$\}$ else if $($mode $==1)\{$

$//$ Mode $1$: Blink red LED every $1/2$ second $($execution loop$)$

P$3$OUT $^=$ BIT$6$; $//$ Toggle red LED

$\_\_$delay$\_$cycles$(500000)$; $//$ Delay for half a second

$\}$ else if $($mode $==2)\{$

$//$ Mode $2$: Turn off red LED

P$3$OUT &$=$ ~BIT$6$;

$\}$ else if $($mode $==3)\{$

$//$ Mode $3$: Turn off red and green LEDs

P$3$OUT &$=$ ~BIT$6$; $//$ Turn off red LED

P$1$OUT &$=$ ~BIT$0$; $//$ Turn off green LED

$\}$

$\}$

return $0$;

$\}$

$//$ Button interrupt for mode increment

#pragma vector$=$PORT$1\_$VECTOR

$\_\_$interrupt void BUTTON$1($void$)\{$

while $(!($BIT$3$ & P$1$IN$))$;

$\_\_$delay$\_$cycles$(32000)$;

mode $=($mode $+1)\%4$; $//$ Increment mode

P$1$IFG &$=$ ~BIT$3$; $//$ Clear the interrupt flag for P$1\mathrm{.}3$

$\}$

$//$ Button interrupt for mode decrement

#pragma vector$=$PORT$2\_$VECTOR

$\_\_$interrupt void BUTTON$2($void$)\{$

while $(!($BIT$7$ & P$2$IN$))$;

$\_\_$delay$\_$cycles$(32000)$;

mode $=($mode $-1+4)\%4$; $//$ Decrement mode

P$2$IFG &$=$ ~BIT$7$; $//$ Clear the interrupt flag for P$2\mathrm{.}7$

$\}$

$//$ Timer$1$ interrupt $($green LED control in Mode $2$ and Mode $1)$

#pragma vector$=$TIMER$1\_$A$0\_$VECTOR

$\_\_$interrupt void TIMER$1($void$)\{$

static int count $=0$;

if $($mode $==1)\{$

$//$ Mode $1$: Green LED blinks every $1/3$ second

P$1$OUT $^=$ BIT$0$; $//$ Toggle green LED

$\}$

if $($mode $==2)\{$

$//$ Mode $2$: Green LED blinks every $1/3$ second

P$1$OUT $^=$ BIT$0$; $//$ Toggle green LED

$\}$

$\}$

$//$ Timer$0$ interrupt $($blue LED control in Mode $2)$

#pragma vector$=$TIMER$0\_$A$0\_$VECTOR

$\_\_$interrupt void TIMER$0($void$)\{$

if $($mode $==2)\{$

$//$ Mode $2$: Blue LED blinks every $1/4$ second

P$3$OUT $^=$ BIT$5$; $//$ Toggle blue LED

$\}$

if $($mode $==3)\{$

$//$ Mode $3$: Blue LED blinks slower every $1/2$ second

P$3$OUT $^=$ BIT$5$; $//$ Toggle blue LED

$\}$

$\}$