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test.c
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test.c
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#include "score.h"
#include "utils.h"
#include "tools.h"
#include <stdio.h>
#include <stdlib.h>
#include <time.h>
#include <MK64F12.h>
/*-------------------
Test LED functionality
*-------------------*/
void LED_test (void) {
// BEGIN TEST
delay();
// RED
LEDRed_Toggle();
delay();
LEDRed_Toggle();
delay();
// GREEN
LEDGreen_Toggle();
delay();
LEDGreen_Toggle();
delay();
// BLUE
LEDBlue_Toggle();
delay();
LEDBlue_Toggle();
delay();
// YELLOW
LEDRed_Toggle();
LEDGreen_Toggle();
delay();
LEDRed_Toggle();
LEDGreen_Toggle();
delay();
// CYAN
LEDGreen_Toggle();
LEDBlue_Toggle();
delay();
LEDGreen_Toggle();
LEDBlue_Toggle();
delay();
// Purple
LEDBlue_Toggle();
LEDRed_Toggle();
delay();
LEDBlue_Toggle();
LEDRed_Toggle();
delay();
// WHITE
LEDRed_Toggle();
LEDGreen_Toggle();
LEDBlue_Toggle();
delay();
LEDRed_Toggle();
LEDGreen_Toggle();
LEDBlue_Toggle();
delay();
LEDGreen_On();
// END TEST
}
/*-------------------
Test LED functionality
*-------------------*/
void pattern_test (void){
// BEGIN TEST
int num = 1111111111; // test number
int next;
for (int i = 0; i < 10000; i++){ // continue forever
half_delay();
// use square to not have guessable pattern
next = ( num / ((i+1)^2)) % 2; // binary digit at pos n
if (next == 0) { // if 0 : right
red();
}
else { // if 1 : left
blue();
}
}
LEDGreen_On(); // it wont reach this
// END TEST
}
/* ------------------
Test randomness
*-------------------*/
void random_test (void) {
// BEGIN TEST
for (int i=0; i<2; i++) {
srand(NULL); // random seed
int random = rand(); // randome number
random = random % 1000;
relay_score(random); // show it in morse
half_delay();
game_start();
}
LEDGreen_On();
// END TEST
}
/* ------------------
Test Morse Code values
*-------------------*/
void morse_test (void) {
// BEGIN TEST
// check every Morse Code ValueS
for (int i=0; i<10; i++) {
space();
delay();
morse(i);
}
LEDGreen_On();
// END TEST
}
/* ------------------
Test score displaying
*-------------------*/
void score_test (void){
// BEGIN TEST
relay_score(420);
// END TEST
}