Guillaume GARBAY / Mbed 2 deprecated Chenillard

Chenillard-NucléoSTM32F411RE

Dependencies:   mbed

main.cpp@0:9696488f730a, 2015-03-10 (annotated)

Committer:
Guillaume31
Date:
Tue Mar 10 08:58:00 2015 +0000
Revision:
0:9696488f730a
Chenillard-NucleoSTM32F411RE

Who changed what in which revision?

UserRevisionLine numberNew contents of line
Guillaume31 0:9696488f730a 1 #include "mbed.h"
Guillaume31 0:9696488f730a 2
Guillaume31 0:9696488f730a 3 Serial pc(SERIAL_TX, SERIAL_RX); // Port Serie Avec le PC
Guillaume31 0:9696488f730a 4
Guillaume31 0:9696488f730a 5 // Digital I/O
Guillaume31 0:9696488f730a 6 DigitalOut Led1(D7); // Port D7 : Sortie, nom=>Led1
Guillaume31 0:9696488f730a 7 DigitalOut Led2(D8);
Guillaume31 0:9696488f730a 8 DigitalOut Led3(D2);
Guillaume31 0:9696488f730a 9 DigitalOut Led4(D3);
Guillaume31 0:9696488f730a 10
Guillaume31 0:9696488f730a 11 DigitalIn Inter(D5); // Port D5 : Entree, nom=>Inter
Guillaume31 0:9696488f730a 12
Guillaume31 0:9696488f730a 13 void initialisations () {
Guillaume31 0:9696488f730a 14 pc.printf("Initialisation\n\r");
Guillaume31 0:9696488f730a 15 Inter.mode(PullUp); // Bouton Poussoir Normalement Ouvert a l'etat haut
Guillaume31 0:9696488f730a 16
Guillaume31 0:9696488f730a 17
Guillaume31 0:9696488f730a 18 pc.printf("Fin Initialisation\n\r");
Guillaume31 0:9696488f730a 19 }
Guillaume31 0:9696488f730a 20
Guillaume31 0:9696488f730a 21 int main() {
Guillaume31 0:9696488f730a 22 pc.printf("Lancement Programme\n\r");
Guillaume31 0:9696488f730a 23 initialisations ();
Guillaume31 0:9696488f730a 24 // Declaration Variables Locales
Guillaume31 0:9696488f730a 25 int allume = 0, i=0;
Guillaume31 0:9696488f730a 26 float temps = 0.5;
Guillaume31 0:9696488f730a 27
Guillaume31 0:9696488f730a 28
Guillaume31 0:9696488f730a 29 pc.printf("Debut While(1)\n\r");
Guillaume31 0:9696488f730a 30 while(1) {
Guillaume31 0:9696488f730a 31 pc.printf("%d\n\r",i++);
Guillaume31 0:9696488f730a 32 switch(allume)
Guillaume31 0:9696488f730a 33 {
Guillaume31 0:9696488f730a 34 case 0:
Guillaume31 0:9696488f730a 35 Led1 = 1; Led2 = 0; Led3 = 0; Led4 = 0;
Guillaume31 0:9696488f730a 36 allume = 1;
Guillaume31 0:9696488f730a 37 wait (temps);
Guillaume31 0:9696488f730a 38 break;
Guillaume31 0:9696488f730a 39 case 1:
Guillaume31 0:9696488f730a 40 Led1 = 0; Led2 = 1; Led3 = 0; Led4 = 0;
Guillaume31 0:9696488f730a 41 allume = 2;
Guillaume31 0:9696488f730a 42 wait (temps);
Guillaume31 0:9696488f730a 43 break;
Guillaume31 0:9696488f730a 44 case 2:
Guillaume31 0:9696488f730a 45 Led1 = 0; Led2 = 0; Led3 = 1; Led4 = 0;
Guillaume31 0:9696488f730a 46 allume = 3;
Guillaume31 0:9696488f730a 47 wait (temps);
Guillaume31 0:9696488f730a 48 break;
Guillaume31 0:9696488f730a 49 case 3:
Guillaume31 0:9696488f730a 50 Led1 = 0; Led2 = 0; Led3 = 0; Led4 = 1;
Guillaume31 0:9696488f730a 51 allume = 0;
Guillaume31 0:9696488f730a 52 wait (temps);
Guillaume31 0:9696488f730a 53 break;
Guillaume31 0:9696488f730a 54 default:
Guillaume31 0:9696488f730a 55 Led1 = 0; Led2 = 0; Led3 = 0; Led4 = 0;
Guillaume31 0:9696488f730a 56 allume = 0;
Guillaume31 0:9696488f730a 57 wait (temps);
Guillaume31 0:9696488f730a 58 }
Guillaume31 0:9696488f730a 59
Guillaume31 0:9696488f730a 60 if (Inter == 0)
Guillaume31 0:9696488f730a 61 temps = 0.5;
Guillaume31 0:9696488f730a 62 else
Guillaume31 0:9696488f730a 63 temps = 1;
Guillaume31 0:9696488f730a 64 }
Guillaume31 0:9696488f730a 65 }
Guillaume31 0:9696488f730a 66