#include "Driver_GPIO.h"
#include "Driver_Timer.h"
#include "Driver_UART.h"
#include "Driver_ADC.h"


char data[] = "Hello World";
int i = 0;
int len = sizeof(data) - 1; // -1 pour ne pas envoyer le caractère nul
void ADC_interrup(void);

int main (void){
	//Déclaration d'une LED et d'un BP par structure GPIO
	MyGPIO_Struct_TypeDef LED;
	MyGPIO_Struct_TypeDef BP;
	MyUART_Struct_Typedef UART;
	//Déclaration d'un Timer 500 ms
	MyTimer_Struct_TypeDef TIM500ms;
	
		//Déclaration ADC de Test
	MyADC_Struct_TypeDef ADCTEST;
	//Config LED PA5
	LED.GPIO_Conf = Out_Ppull;
	LED.GPIO_Pin = 5;
	LED.GPIO = GPIOA;
	MyGPIO_Init (&LED) ;
	//Config BP PC13
	BP.GPIO_Conf = In_Floating;
	BP.GPIO_Pin = 13;
	BP.GPIO = GPIOC;
	//Init BP & LED
	MyGPIO_Init (&LED);
	MyGPIO_Init (&BP);
	//Init Timer 2 et Test
	TIM500ms.Timer = TIM2;
	TIM500ms.PSC = 7200; // =0.5ms(calculé à partir de la fréquence du micro)
	TIM500ms.ARR = 5000;
	MyTimer_Base_Init(&TIM500ms);
	
	//InitUART
	UART.UART = USART1;
	
	/*
	TIM2->DIER |= 1<< 0 ;  //INTERRUPTION PERIPH
	//TIM2->DIER |= TIM_DIER_UIE  ;
	NVIC->ISER[0] |= 1<<TIM2_IRQn ; //INTERRUPTION COEUR 
	NVIC->IP[TIM2_IRQn] = 2<< 4 ;
	*/
	MyTimer_Base_Start(TIM500ms.Timer);
	//Boucle infinie de la réponse de la LED à l'état BP
	
	MyTimer_PWM(&TIM500ms, 50);
	


 
    //NVIC_EnableIRQ(USART1_IRQn);// Activer les interruptions
    UART_InitGPIO(&UART);
    // Envoyer les données
    for (i = 0; i < len; i++) {
        UART_send(data[i]);
    }
		
		//UART_read(data[i], &UART);

		//ADC
		//TEST ADC//
		ADCTEST.ADC = ADC1;
		ADCTEST.Channel = 0;
		MyADC_Base_Init(&ADCTEST);
		MyADC_Base_Interuption(ADCTEST.ADC);
		MyADC_Init_Periph(ADC_interrup);
	
	while(1){
			MyADC_Base_Start(ADCTEST.ADC);
	}
}

/*
void TIM2_IRQHandler (void) 
{
	MyGPIO_Toggle(GPIOA,5);
	TIM2->SR &= ~(1<<0);
}
*/
void Timer_interup(void)
{
		MyGPIO_Toggle(GPIOA,5);
}

//Interruption du programme par trigger de l'ADC
void ADC_interrup()
{

}