#include

#include

#include

#include

#include "inc$/$hw$\_$ints.h$"$

#include "inc$/$hw$\_$memmap.h$"$

#include "inc$/$hw$\_$types.h$"$

#include "inc$/$hw$\_$uart.h$"$

#include "driverlib$/$fpu$.$h$"$

#include "driverlib$/$gpio$.$h$"$

#include "driverlib$/$interrupt$.$h$"$

#include "driverlib$/$pin$\_$map.h$"$

#include "driverlib$/$rom$.$h$"$

#include "driverlib$/$rom$\_$map.h$"$

#include "driverlib$/$sysctl$.$h$"$

#include "driverlib$/$systick$.$h$"$

#include "driverlib$/$uart$.$h$"$

#include "driverlib$/$udma$.$h$"$

#include "utils$/$cpu$\_$usage.h$"$

#include "utils$/$uartstdio$.$h$"$

#include "utils$/$ustdlib$.$h$"$

#include "driverlib$/$timer$.$h$"$

uint$32\_$t g$\_$ui$32$SysClock;

bool g$\_$ledBlinking $=$ false;

uint$32\_$t g$\_$ui$32$CPUUsage;

#define SYSTICKS$\_$PER$\_$SECOND $100$

char myname$[10]=$ "HELLO";

int currentCharIndex $=0$;

void TimerBegin$()$

$\{$

SysCtlPeripheralEnable$($SYSCTL$\_$PERIPH$\_$TIMER$0)$;

TimerConfigure$($TIMER$0\_$BASE, TIMER$\_$CFG$\_$ONE$\_$SHOT$)$;

TimerLoadSet$($TIMER$0\_$BASE, TIMER$\_$A$,$ g$\_$ui$32$SysClock $*2)$;

TimerIntEnable$($TIMER$0\_$BASE, TIMER$\_$TIMA$\_$TIMEOUT$)$;

TimerEnable$($TIMER$0\_$BASE, TIMER$\_$A$)$;

while $(!$TimerIntStatus$($TIMER$0\_$BASE, false$))$

$\{$

$\}$

TimerIntClear$($TIMER$0\_$BASE, TIMER$\_$TIMA$\_$TIMEOUT$)$;

GPIOPinWrite$($GPIO$\_$PORTN$\_$BASE, GPIO$\_$PIN$\_0,$ g$\_$ledBlinking $?$ GPIO$\_$PIN$\_0$ : $0)$;

if $(!$g$\_$ledBlinking$)$

$\{$

SysCtlDelay$($g$\_$ui$32$SysClock $/10)$; $//$ Add a $100$ ms delay

$//$ndeks art$$r$$l$$r ve e$$er dizinin sonuna gelinirse tekrar ba$$a d$$n$$l$$r

currentCharIndex $=($currentCharIndex $+1)\%$ sizeof$($myname$)$;

UARTwrite$("$New Character: $",16)$;

UARTwrite$($&myname$[$currentCharIndex$],1)$;

UARTwrite$("$

$",1)$;

$\}$

$//$ Toggle the LED blinking state

g$\_$ledBlinking $=!$g$\_$ledBlinking;

$\}$

void PrintAsciiCodeAndName$($char character$)$

$\{$

UARTprintf$("\%$c $-$ ASCII Code: $\%$d

$",$ character, character$)$;

$\}$

void PrintMyNameAscii$($const char $*$name$)$

$\{$

int i;

for $($i $=0$; name$[$i$]!=\text{'}\backslash 0\text{'}$; i$++)$

$\{$

char asciiCodeString$[5]$; $//$ Assuming ASCII codes are $3$ digits $+$ null terminator

usprintf$($asciiCodeString$,"\%$d$",$ name$[$i$])$;

$//$ Print ASCII code and name for the current character

UARTwrite$($&name$[$i$],1)$;

UARTwrite$("-$ ASCII Code: $",15)$;

UARTwrite$($asciiCodeString$,$ strlen$($asciiCodeString$))$;

UARTwrite$("$

$",1)$;

$\}$

$//$ Add a newline character to the UART data stream

UARTCharPutNonBlocking$($UART$6\_$BASE, $\text{'}$

$\text{'})$;

$\}$

void SysTickHandler$($void$)$

$\{$

$\}$

void uDMAErrorHandler$($void$)$

$\{$

$\}$

void uDMAIntHandler$($void$)$

$\{$

$\}$

void UART$1$IntHandler$($void$)$

$\{$

$\}$

void ConfigureUART$($void$)$

$\{$

MAP$\_$SysCtlPeripheralEnable$($SYSCTL$\_$PERIPH$\_$GPIOP$)$;

MAP$\_$SysCtlPeripheralEnable$($SYSCTL$\_$PERIPH$\_$UART$6)$;

MAP$\_$SysCtlPeripheralSleepEnable$($SYSCTL$\_$PERIPH$\_$TIMER$0)$;

MAP$\_$GPIOPinConfigure$($GPIO$\_$PP$0\_$U$6$RX$)$;

MAP$\_$GPIOPinConfigure$($GPIO$\_$PP$1\_$U$6$TX$)$;

MAP$\_$GPIOPinTypeUART$($GPIO$\_$PORTP$\_$BASE, GPIO$\_$PIN$\_0|$ GPIO$\_$PIN$\_1)$;

$//$ Enable UART

UARTEnable$($UART$6\_$BASE$)$;

$//$ SysCtlPeripheralSleepEnable$($SYSCTL$\_$PERIPH$\_$UART$6)$;

$//$ Configure UART stdio

UARTStdioConfig$(0,115200,$ g$\_$ui$32$SysClock$)$;

$\}$

int main$($void$)$

$\{$

g$\_$ui$32$SysClock $=$ MAP$\_$SysCtlClockFreqSet$($

$($SYSCTL$\_$XTAL$\_25$MHZ $|$ SYSCTL$\_$OSC$\_$MAIN $|$ SYSCTL$\_$USE$\_$PLL $|$ SYSCTL$\_$CFG$\_$VCO$\_480),$

$120000000)$;

MAP$\_$SysCtlPeripheralEnable$($SYSCTL$\_$PERIPH$\_$GPION$)$;

MAP$\_$GPIOPinTypeGPIOOutput$($GPIO$\_$PORTN$\_$BASE, GPIO$\_$PIN$\_0)$;

ConfigureUART$()$;

MAP$\_$SysTickPeriodSet$($g$\_$ui$32$SysClock $/$ SYSTICKS$\_$PER$\_$SECOND$)$;

MAP$\_$SysTickIntEnable$()$;

MAP$\_$SysTickEnable$()$;

while $(1)$

$\{$

MAP$\_$SysCtlSleep$()$;

$\}$

$\}$

The action I tried to do in the code is as follows; In timerbegin, I set it to send a new string from the char array every time the led goes out and create a $10-$element array without pointers called char myname. Finally, a new string will be sent as soon as the led goes out in the TimerBegin$()$ function and this process will be cyclic, for example, after sending all the elements of a $5-$element char array, it will return to the beginning and send the first element.Please do not post artificial intelligence answers, I request