fix this code for MSP$430$ FR$6989$ to create some kind of character and put the character on A$4.$ If the left button $($S$1)$ is pressed, the

character moves $1$ space to the left. If the right button $($S$2)$ is pressed, the character moves $1$ space to

the right. If the left button is pressed, and the character is in the A$1$ position, then the red light should

go on and the character doesn$$t move. If the right button is pressed, and the character is in the A$6$

position, then the green light should go on and the character doesn$$t move.

#include

#define SEC $0$x$5$A$80$

#define pos$1$B $9$

#define pos$2$B $6$

#define pos$3$B $4$

#define pos$4$B $19$

#define pos$5$B $15$

#define pos$6$B $8$

#define RED $0$x$01$

#define GREEN $0$x$80$

#define button$10$x$0002$

#define button$20$x$0004$

const unsigned int lcd$\_$num$[6]=\{0$x$00$FC$,0$x$0060,0$x$00$DB$,0$x$00$F$3,0$x$0067,0$x$00$B$7\}$;

int currentPosition $=$ pos$4$B;

void initGPIO$()\{$

P$1$DIR $|=$ RED $|$ GREEN;

P$1$REN $|=$ button$1|$ button$2$;

P$1$OUT $|=$ button$1|$ button$2$;

$\}$

void MoveCharacterLeft$()\{$

if $($currentPosition $>$ pos$1$B$)\{$

currentPosition$--$;

$\_\_$delay$\_$cycles$(10000)$; $//$ Delay for debouncing

$\}$ else $\{$

P$1$OUT $|=$ RED;

$\}$

$\}$

void MoveCharacterRight$()\{$

if $($currentPosition $<$ pos$6$B$)\{$

currentPosition$++$;

$\_\_$delay$\_$cycles$(10000)$; $//$ Delay for debouncing

$\}$ else $\{$

P$1$OUT $|=$ GREEN;

$\}$

$\}$

void displayCharacter$()\{$

$//$ Update LCD with the character's position

LCDMEM$[$pos$1$B$]=($currentPosition $==$ pos$1$B$)?$ lcd$\_$num$[$currentPosition$]$ : $0$x$0000$;

LCDMEM$[$pos$2$B$]=($currentPosition $==$ pos$2$B$)?$ lcd$\_$num$[$currentPosition$]$ : $0$x$0000$;

LCDMEM$[$pos$3$B$]=($currentPosition $==$ pos$3$B$)?$ lcd$\_$num$[$currentPosition$]$ : $0$x$0000$;

LCDMEM$[$pos$4$B$]=($currentPosition $==$ pos$4$B$)?$ lcd$\_$num$[$currentPosition$]$ : $0$x$0000$;

LCDMEM$[$pos$5$B$]=($currentPosition $==$ pos$5$B$)?$ lcd$\_$num$[$currentPosition$]$ : $0$x$0000$;

LCDMEM$[$pos$6$B$]=($currentPosition $==$ pos$6$B$)?$ lcd$\_$num$[$currentPosition$]$ : $0$x$0000$;

$\}$

int main$($void$)\{$

WDTCTL $=$ WDTPW $|$ WDTHOLD;

$//$ Initialize LCD segments

LCDCPCTL$0=0$xFFFF;

LCDCPCTL$1=0$xFC$3$F;

LCDCPCTL$2=0$x$0$FFF;

LCDCCTL$0=$ LCDDIV$\_\_1|$ LCDPRE$\_\_16|$ LCD$4$MUX $|$ LCDLP;

LCDCVCTL $=$ VLCD$\_1|$ VLCDREF$\_0|$ LCDCPEN;

LCDCCPCTL $=$ LCDCPCLKSYNC;

LCDCMEMCTL $=$ LCDCLRM;

LCDCCTL$0|=$ LCDON;

PM$5$CTL$0$ &$=$ ~LOCKLPM$5$;

initGPIO$()$;

while $(1)\{$

if $(!($P$1$IN & button$1))\{$

MoveCharacterLeft$()$;

MoveCharacterLeft$()$; $//$ move the character twice to prevent fast scrolling

P$1$OUT &$=$ ~RED; $//$ Turn off red LED

$\}$

if $(!($P$1$IN & button$2))\{$

MoveCharacterRight$()$;

MoveCharacterRight$()$; $//$ move the character twice to prevent fast scrolling

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

$\}$

displayCharacter$()$;

$\}$

return $0$;

$\}$