Andrea Pantano / Mbed 2 deprecated AirDemo2

AirDemo2

Dependencies:   BLE_API mbed nRF51822

main.cpp@0:a90a8367fa4c, 2016-05-19 (annotated)

Committer:
AndreaP
Date:
Thu May 19 11:35:40 2016 +0000
Revision:
0:a90a8367fa4c
.

Who changed what in which revision?

UserRevisionLine numberNew contents of line
AndreaP 0:a90a8367fa4c 1 #include "mbed.h"
AndreaP 0:a90a8367fa4c 2 #include "nRF5xGap.h"
AndreaP 0:a90a8367fa4c 3 #include "InterruptManager.h"
AndreaP 0:a90a8367fa4c 4 #include "nrf_gpio.h"
AndreaP 0:a90a8367fa4c 5
AndreaP 0:a90a8367fa4c 6 DigitalOut greenLed(P0_21);
AndreaP 0:a90a8367fa4c 7 DigitalOut blueLed(P0_22);
AndreaP 0:a90a8367fa4c 8 DigitalOut redLed(P0_23);
AndreaP 0:a90a8367fa4c 9
AndreaP 0:a90a8367fa4c 10 #define LED_ON 0
AndreaP 0:a90a8367fa4c 11 #define LED_OFF 1
AndreaP 0:a90a8367fa4c 12
AndreaP 0:a90a8367fa4c 13 #define BTN_PRESSED 0
AndreaP 0:a90a8367fa4c 14 #define BTN_RELEASED 1
AndreaP 0:a90a8367fa4c 15
AndreaP 0:a90a8367fa4c 16 /*
AndreaP 0:a90a8367fa4c 17 void RTC1_IRQHandler(void)
AndreaP 0:a90a8367fa4c 18 {
AndreaP 0:a90a8367fa4c 19 if(NRF_RTC1->EVENTS_COMPARE[0] != 0) {
AndreaP 0:a90a8367fa4c 20 NRF_RTC1->EVENTS_COMPARE[0] = 0;
AndreaP 0:a90a8367fa4c 21
AndreaP 0:a90a8367fa4c 22 NRF_RTC1->TASKS_CLEAR = 1;
AndreaP 0:a90a8367fa4c 23 }
AndreaP 0:a90a8367fa4c 24
AndreaP 0:a90a8367fa4c 25 }
AndreaP 0:a90a8367fa4c 26 void rtc_handler(void)
AndreaP 0:a90a8367fa4c 27 {
AndreaP 0:a90a8367fa4c 28
AndreaP 0:a90a8367fa4c 29 }
AndreaP 0:a90a8367fa4c 30 */
AndreaP 0:a90a8367fa4c 31
AndreaP 0:a90a8367fa4c 32 void GPIOTE_IRQHandler(void)
AndreaP 0:a90a8367fa4c 33 {
AndreaP 0:a90a8367fa4c 34 // This handler will be run after wakeup from system ON (GPIO wakeup)
AndreaP 0:a90a8367fa4c 35 if(NRF_GPIOTE->EVENTS_PORT)
AndreaP 0:a90a8367fa4c 36 {
AndreaP 0:a90a8367fa4c 37 NRF_GPIOTE->EVENTS_PORT = 0;
AndreaP 0:a90a8367fa4c 38 blueLed = LED_ON;
AndreaP 0:a90a8367fa4c 39 printf("P2 Premuto\r\n");
AndreaP 0:a90a8367fa4c 40 }
AndreaP 0:a90a8367fa4c 41 }
AndreaP 0:a90a8367fa4c 42
AndreaP 0:a90a8367fa4c 43 //int RTC1_PRESCALER = 0;
AndreaP 0:a90a8367fa4c 44 //int RTC1_CC0 = 100;
AndreaP 0:a90a8367fa4c 45
AndreaP 0:a90a8367fa4c 46 int main() {
AndreaP 0:a90a8367fa4c 47
AndreaP 0:a90a8367fa4c 48 blueLed = LED_OFF;
AndreaP 0:a90a8367fa4c 49 greenLed = LED_OFF;
AndreaP 0:a90a8367fa4c 50 redLed = LED_OFF;
AndreaP 0:a90a8367fa4c 51
AndreaP 0:a90a8367fa4c 52 printf("\r\nInit\r\n");
AndreaP 0:a90a8367fa4c 53
AndreaP 0:a90a8367fa4c 54 //NRF_POWER->SYSTEMOFF=0; //power ON
AndreaP 0:a90a8367fa4c 55
AndreaP 0:a90a8367fa4c 56 //NRF_RTC1->INTENSET = RTC_INTENSET_COMPARE0_Msk;
AndreaP 0:a90a8367fa4c 57 //NRF_RTC1->PRESCALER = RTC1_PRESCALER;
AndreaP 0:a90a8367fa4c 58 //NRF_RTC1->CC[0] = RTC1_CC0;
AndreaP 0:a90a8367fa4c 59
AndreaP 0:a90a8367fa4c 60 //NVIC_EnableIRQ(RTC1_IRQn);
AndreaP 0:a90a8367fa4c 61
AndreaP 0:a90a8367fa4c 62 //InterruptManager::get()->add_handler(rtc_handler, RTC1_IRQn);
AndreaP 0:a90a8367fa4c 63
AndreaP 0:a90a8367fa4c 64 // Configure BUTTON0 as a regular input
AndreaP 0:a90a8367fa4c 65 nrf_gpio_cfg_input(p16, NRF_GPIO_PIN_PULLUP);
AndreaP 0:a90a8367fa4c 66
AndreaP 0:a90a8367fa4c 67 // Configure BUTTON 2 with SENSE enabled so that CPU is enabled (exit System-On low power mode) when pressing Button 2
AndreaP 0:a90a8367fa4c 68 nrf_gpio_cfg_sense_input(p17, NRF_GPIO_PIN_PULLUP, NRF_GPIO_PIN_SENSE_LOW);
AndreaP 0:a90a8367fa4c 69
AndreaP 0:a90a8367fa4c 70 blueLed = LED_ON;
AndreaP 0:a90a8367fa4c 71
AndreaP 0:a90a8367fa4c 72 NRF_GPIOTE->INTENSET = GPIOTE_INTENSET_PORT_Msk;
AndreaP 0:a90a8367fa4c 73 NVIC_EnableIRQ(GPIOTE_IRQn);
AndreaP 0:a90a8367fa4c 74 //InterruptManager::get()->add_handler(p1_handler, GPIOTE_IRQn);
AndreaP 0:a90a8367fa4c 75
AndreaP 0:a90a8367fa4c 76
AndreaP 0:a90a8367fa4c 77 while(1)
AndreaP 0:a90a8367fa4c 78 {
AndreaP 0:a90a8367fa4c 79 // If BUTTON 1 is pressed..
AndreaP 0:a90a8367fa4c 80 if(nrf_gpio_pin_read(p16) == BTN_PRESSED)
AndreaP 0:a90a8367fa4c 81 {
AndreaP 0:a90a8367fa4c 82 printf("P1 Premuto\r\n");
AndreaP 0:a90a8367fa4c 83 blueLed = LED_OFF;
AndreaP 0:a90a8367fa4c 84 // Enter CONSTLAT mode if desired, otherwise LOWPWR mode will be used (LOWPWR is recommended for most applications)
AndreaP 0:a90a8367fa4c 85 //NRF_POWER->TASKS_CONSTLAT = 1;
AndreaP 0:a90a8367fa4c 86
AndreaP 0:a90a8367fa4c 87 // Enter System ON sleep mode
AndreaP 0:a90a8367fa4c 88 __WFE();
AndreaP 0:a90a8367fa4c 89 __SEV();
AndreaP 0:a90a8367fa4c 90 __WFE();
AndreaP 0:a90a8367fa4c 91 }
AndreaP 0:a90a8367fa4c 92 }
AndreaP 0:a90a8367fa4c 93 }