Hi$,$ I need help editing my code to match the following criteria below. It is on a STM$32$ board in C coding language using UART TX and RX$.$ To gather the temperature, we are using a NTC $10$k thermister. For triggering the LEDs I wanted to use a case statement to trigger the LEDs at a certain temperature. I am also using an ADC example code I want to get the value of the temperature I can attach below.

UART receiving code:

TIM$\_$HandleTypeDef htim$6$; TIM$\_$HandleTypeDef htim$7$; UART$\_$HandleTypeDef huart$3$; uint$8\_$t previousData$[1]=\{0\}$; $//$Initialize perviousData for a byte uint$8\_$t dataTx$[1]=\{0\}$; $//$Initialize dataRx for a byte void SystemClock$\_$Config$($void$)$; static void MX$\_$GPIO$\_$Init$($void$)$; static void MX$\_$TIM$6\_$Init$($void$)$; static void MX$\_$USART$3\_$UART$\_$Init$($void$)$; static void MX$\_$TIM$7\_$Init$($void$)$; int main$($void$)\{$ HAL$\_$Init$()$; SystemClock$\_$Config$()$; $/*$ Initialize all configured peripherals $*/$ MX$\_$GPIO$\_$Init$()$; MX$\_$TIM$6\_$Init$()$; MX$\_$USART$3\_$UART$\_$Init$()$; MX$\_$TIM$7\_$Init$()$; HAL$\_$TIM$\_$Base$\_$Start$\_$IT$($&htim$6)$; $//$Start Tim$6$ HAL$\_$TIM$\_$Base$\_$Start$\_$IT$($&htim$7)$; $//$Start Tim$7$ HAL$\_$UART$\_$Transmit$\_$IT$($&huart$3,($uint$8\_$t$*)1,1)$; $//$Start UART Transmission while $(1)\{$ if$($dataTx$[0]!=$ previousData$[0])\{//$When dataTx does not equal previousData HAL$\_$UART$\_$Transmit$\_$IT$($&huart$3,($uint$8\_$t$*)$ dataTx, sizeof$($dataTx$))$; $//$Transmit new data $\}\}\}$ if $($HAL$\_$RCC$\_$ClockConfig$($&RCC$\_$ClkInitStruct, FLASH$\_$LATENCY$\_2)!=$ HAL$\_$OK$)\{$ Error$\_$Handler$()$; $\}\}$ static void MX$\_$TIM$6\_$Init$($void$)\{$ TIM$\_$MasterConfigTypeDef sMasterConfig $=\{0\}$; htim$6.$Instance $=$ TIM$6$; $//$Used calculator to initialize $1$ flash per second htim$6.$Init.Prescaler $=671$; htim$6.$Init.CounterMode $=$ TIM$\_$COUNTERMODE$\_$UP; htim$6.$Init.Period $=62499$; htim$6.$Init.AutoReloadPreload $=$ TIM$\_$AUTORELOAD$\_$PRELOAD$\_$DISABLE; if $($HAL$\_$TIM$\_$Base$\_$Init$($&htim$6)!=$ HAL$\_$OK$)\{$ Error$\_$Handler$()$; $\}$ sMasterConfig.MasterOutputTrigger $=$ TIM$\_$TRGO$\_$RESET; sMasterConfig.MasterSlaveMode $=$ TIM$\_$MASTERSLAVEMODE$\_$DISABLE; if $($HAL$\_$TIMEx$\_$MasterConfigSynchronization$($&htim$6,$ &sMasterConfig$)!=$ HAL$\_$OK$)\{$ Error$\_$Handler$()$; $\}\}$ static void MX$\_$TIM$7\_$Init$($void$)\{$ TIM$\_$MasterConfigTypeDef sMasterConfig $=\{0\}$; htim$7.$Instance $=$ TIM$7$; $//$Used calculator to initialize $2$ flashes per second htim$7.$Init.Prescaler $=671$; htim$7.$Init.CounterMode $=$ TIM$\_$COUNTERMODE$\_$UP; htim$7.$Init.Period $=31249$; htim$7.$Init.AutoReloadPreload $=$ TIM$\_$AUTORELOAD$\_$PRELOAD$\_$DISABLE; if $($HAL$\_$TIM$\_$Base$\_$Init$($&htim$7)!=$ HAL$\_$OK$)\{$ Error$\_$Handler$()$; $\}$ sMasterConfig.MasterOutputTrigger $=$ TIM$\_$TRGO$\_$RESET; sMasterConfig.MasterSlaveMode $=$ TIM$\_$MASTERSLAVEMODE$\_$DISABLE; if $($HAL$\_$TIMEx$\_$MasterConfigSynchronization$($&htim$7,$ &sMasterConfig$)!=$ HAL$\_$OK$)\{$ Error$\_$Handler$()$; $\}\}$ static void MX$\_$USART$3\_$UART$\_$Init$($void$)\{$ huart$3.$Instance $=$ USART$3$; $//$Initialized USART$3$ huart$3.$Init.BaudRate $=9600$; huart$3.$Init.WordLength $=$ UART$\_$WORDLENGTH$\_8$B; huart$3.$Init.StopBits $=$ UART$\_$STOPBITS$\_1$; huart$3.$Init.Parity $=$ UART$\_$PARITY$\_$NONE; huart$3.$Init.Mode $=$ UART$\_$MODE$\_$TX; huart$3.$Init.HwFlowCtl $=$ UART$\_$HWCONTROL$\_$NONE; huart$3.$Init.OverSampling $=$ UART$\_$OVERSAMPLING$\_16$; if $($HAL$\_$UART$\_$Init$($&huart$3)!=$ HAL$\_$OK$)\{$ Error$\_$Handler$()$; $\}\}$ static void MX$\_$GPIO$\_$Init$($void$)\{$ GPIO$\_$InitTypeDef GPIO$\_$InitStruct $=\{0\}$; $/*$ GPIO Ports Clock Enable $*/\_\_$HAL$\_$RCC$\_$GPIOA$\_$CLK$\_$ENABLE$()$; $\_\_$HAL$\_$RCC$\_$GPIOC$\_$CLK$\_$ENABLE$()$; $\_\_$HAL$\_$RCC$\_$GPIOB$\_$CLK$\_$ENABLE$()$; $/*$Configure GPIO pin Output Level $*/$ HAL$\_$GPIO$\_$WritePin$($GPIOA$,$ GPIO$\_$PIN$\_0|$GPIO$\_$PIN$\_5,$ GPIO$\_$PIN$\_$SET$)$; void HAL$\_$TIM$\_$PeriodElapsedCallback$($TIM$\_$HandleTypeDef $*$htim$)\{$ if$($htim$->$Instance $==$ TIM$6)\{$ dataTx$[0]^=(1$U ; $//$Alternate first bit of dataTx between $0$ and $1$

HAL$\_$GPIO$\_$WritePin$($GPIOA$,$ GPIO$\_$PIN$\_0,(($dataTx$[0]>>0)$ & $1$U$))$; $//$Write PA$0$ as the first bit of DataTx

$\}$

if$($htim$->$Instance $==$ TIM$7)\{//$When the Tim$7$ period is complete

dataTx$[0]^=(1$U ; $//$Alternate first bit of dataTx between $0$ and $1$

HAL$\_$GPIO$\_$WritePin$($GPIOA$,$ GPIO$\_$PIN$\_5,(($dataTx$[0]>>1)$ & $1$U$))$; $//$Write PA$5$ as the second bit of DataTx

$\}$

HAL$\_$UART$\_$Transmit$\_$IT$($&huart$3,($uint$8\_$t$*)$ dataTx, sizeof$($dataTx$))$; $//$Transmit the full byte of dataTx through uart$3$

$\}$