/* * Copyright (C) 2016 Freie Universität Berlin * * This file is subject to the terms and conditions of the GNU Lesser General * Public License v2.1. See the file LICENSE in the top level directory for more * details. */ /** * @ingroup tests * @{ * * @file * @brief Test for the on-board LED macros * * @author Hauke Petersen * * @} */ #include #include "board.h" #include "periph_conf.h" #ifdef CLOCK_CORECLOCK #define DELAY_SHORT (CLOCK_CORECLOCK / 50) #else #define DELAY_SHORT (500000UL) #endif #define DELAY_LONG (DELAY_SHORT * 4) void dumb_delay(uint32_t delay) { for (uint32_t i = 0; i < delay; i++) { __asm__("nop"); } } int main(void) { int numof = 0; /* get the number of available LED's and turn them all off*/ #ifdef LED0_ON ++numof; LED0_OFF; #endif #ifdef LED1_ON ++numof; LED1_OFF; #endif #ifdef LED2_ON ++numof; LED2_OFF; #endif #ifdef LED3_ON ++numof; LED3_OFF; #endif #ifdef LED4_ON ++numof; LED4_OFF; #endif #ifdef LED5_ON ++numof; LED5_OFF; #endif #ifdef LED6_ON ++numof; LED6_OFF; #endif #ifdef LED7_ON ++numof; LED7_OFF; #endif puts("On-board LED test\n"); if (numof == 0) { puts("NO LEDs AVAILABLE"); } else { printf("Available LEDs: %i\n\n", numof); puts("Will now light up each LED once short and twice long in a loop"); } while (1) { #ifdef LED0_ON LED0_ON; dumb_delay(DELAY_LONG); LED0_OFF; dumb_delay(DELAY_LONG); LED0_TOGGLE; dumb_delay(DELAY_SHORT); LED0_TOGGLE; dumb_delay(DELAY_SHORT); LED0_TOGGLE; dumb_delay(DELAY_SHORT); LED0_TOGGLE; dumb_delay(DELAY_LONG); #endif #ifdef LED1_ON LED1_ON; dumb_delay(DELAY_LONG); LED1_OFF; dumb_delay(DELAY_LONG); LED1_TOGGLE; dumb_delay(DELAY_SHORT); LED1_TOGGLE; dumb_delay(DELAY_SHORT); LED1_TOGGLE; dumb_delay(DELAY_SHORT); LED1_TOGGLE; dumb_delay(DELAY_LONG); #endif #ifdef LED2_ON LED2_ON; dumb_delay(DELAY_LONG); LED2_OFF; dumb_delay(DELAY_LONG); LED2_TOGGLE; dumb_delay(DELAY_SHORT); LED2_TOGGLE; dumb_delay(DELAY_SHORT); LED2_TOGGLE; dumb_delay(DELAY_SHORT); LED2_TOGGLE; dumb_delay(DELAY_LONG); #endif #ifdef LED3_ON LED3_ON; dumb_delay(DELAY_LONG); LED3_OFF; dumb_delay(DELAY_LONG); LED3_TOGGLE; dumb_delay(DELAY_SHORT); LED3_TOGGLE; dumb_delay(DELAY_SHORT); LED3_TOGGLE; dumb_delay(DELAY_SHORT); LED3_TOGGLE; dumb_delay(DELAY_LONG); #endif #ifdef LED4_ON LED4_ON; dumb_delay(DELAY_LONG); LED4_OFF; dumb_delay(DELAY_LONG); LED4_TOGGLE; dumb_delay(DELAY_SHORT); LED4_TOGGLE; dumb_delay(DELAY_SHORT); LED4_TOGGLE; dumb_delay(DELAY_SHORT); LED4_TOGGLE; dumb_delay(DELAY_LONG); #endif #ifdef LED5_ON LED5_ON; dumb_delay(DELAY_LONG); LED5_OFF; dumb_delay(DELAY_LONG); LED5_TOGGLE; dumb_delay(DELAY_SHORT); LED5_TOGGLE; dumb_delay(DELAY_SHORT); LED5_TOGGLE; dumb_delay(DELAY_SHORT); LED5_TOGGLE; dumb_delay(DELAY_LONG); #endif #ifdef LED6_ON LED6_ON; dumb_delay(DELAY_LONG); LED6_OFF; dumb_delay(DELAY_LONG); LED6_TOGGLE; dumb_delay(DELAY_SHORT); LED6_TOGGLE; dumb_delay(DELAY_SHORT); LED6_TOGGLE; dumb_delay(DELAY_SHORT); LED6_TOGGLE; dumb_delay(DELAY_LONG); #endif #ifdef LED7_ON LED7_ON; dumb_delay(DELAY_LONG); LED7_OFF; dumb_delay(DELAY_LONG); LED7_TOGGLE; dumb_delay(DELAY_SHORT); LED7_TOGGLE; dumb_delay(DELAY_SHORT); LED7_TOGGLE; dumb_delay(DELAY_SHORT); LED7_TOGGLE; dumb_delay(DELAY_LONG); #endif } return 0; }