Rafael Mena / Mbed 2 deprecated ComunicacionDosNucleo

Tareita

Dependencies:   TextLCD mbed

Fork of UART0 by Huy Hoang Nguyen

main.cpp@2:c3d5b9e7a5dd, 2016-11-16 (annotated)

Committer:
a00958821
Date:
Wed Nov 16 18:04:03 2016 +0000
Revision:
2:c3d5b9e7a5dd
Parent:
1:9f10be874ce0 
Lab 8 Efrain

Who changed what in which revision?

UserRevisionLine numberNew contents of line
hoangnguyen578 0:9e15cfed60ea 1 #include "mbed.h"
a00958821 1:9f10be874ce0 2 #include "TextLCD.h"
a00958821 1:9f10be874ce0 3
a00958821 1:9f10be874ce0 4 TextLCD lcd(D2, D3, D4, D5, D6, D7); // rs, e, d4-d7
a00958821 1:9f10be874ce0 5
a00958821 1:9f10be874ce0 6 DigitalOut col1 (D8);
a00958821 1:9f10be874ce0 7 DigitalOut col2 (D9);
a00958821 1:9f10be874ce0 8 DigitalOut col3 (D10);
a00958821 1:9f10be874ce0 9 DigitalOut col4 (D11);
a00958821 1:9f10be874ce0 10 DigitalIn fila1 (A5);
a00958821 1:9f10be874ce0 11 DigitalIn fila2 (A4);
a00958821 1:9f10be874ce0 12 DigitalIn fila3 (A3);
a00958821 1:9f10be874ce0 13 DigitalIn fila4 (A2);
hoangnguyen578 0:9e15cfed60ea 14
a00958821 2:c3d5b9e7a5dd 15 RawSerial Uart1(A0, A1); // tx, rx Define los pines de la Uart a usar
a00958821 1:9f10be874ce0 16
a00958821 2:c3d5b9e7a5dd 17 char Simbolos[4][4] = { //Matriz de caracteres del teclado
a00958821 1:9f10be874ce0 18 {'1','2','3','A'},
a00958821 1:9f10be874ce0 19 {'4','5','6','B'},
a00958821 1:9f10be874ce0 20 {'7','8','9','C'},
a00958821 1:9f10be874ce0 21 {'*','0','#','D'}
a00958821 1:9f10be874ce0 22 };
a00958821 1:9f10be874ce0 23
a00958821 2:c3d5b9e7a5dd 24 volatile char Data[11];
a00958821 2:c3d5b9e7a5dd 25 volatile char Data2[11];
a00958821 2:c3d5b9e7a5dd 26
a00958821 1:9f10be874ce0 27 int usrInput();
a00958821 1:9f10be874ce0 28 void turnOffteclado();
a00958821 1:9f10be874ce0 29 int * teclado();
a00958821 1:9f10be874ce0 30
a00958821 1:9f10be874ce0 31 void Uart1Rx_interrupt();
a00958821 1:9f10be874ce0 32 void Uart2Rx_interrupt();
hoangnguyen578 0:9e15cfed60ea 33
hoangnguyen578 0:9e15cfed60ea 34 int main() {
a00958821 2:c3d5b9e7a5dd 35
a00958821 2:c3d5b9e7a5dd 36 int * Index; //Da la ubicacion en la matriz de caracteres
a00958821 2:c3d5b9e7a5dd 37 while (Simbolos[Index[0]][Index[1]] != '*') //Espera a que el usuario ingrese * para comenzar
a00958821 2:c3d5b9e7a5dd 38 {
a00958821 2:c3d5b9e7a5dd 39 Index = teclado();
a00958821 2:c3d5b9e7a5dd 40 }
a00958821 2:c3d5b9e7a5dd 41 wait(.5);
a00958821 2:c3d5b9e7a5dd 42
a00958821 2:c3d5b9e7a5dd 43 Data2[0] = '\0'; //Vacia el primer espacio del arreglo
a00958821 2:c3d5b9e7a5dd 44
a00958821 1:9f10be874ce0 45 lcd.cls();
a00958821 2:c3d5b9e7a5dd 46 Uart1.baud(9600); //define baudrate
a00958821 1:9f10be874ce0 47
a00958821 2:c3d5b9e7a5dd 48 Uart1.attach(Uart1Rx_interrupt,Serial::RxIrq); //Indica que hay un interrup para la Uart
a00958821 2:c3d5b9e7a5dd 49 //Se activa cuando hay un dato en el pin Rx (receptor)
a00958821 2:c3d5b9e7a5dd 50
a00958821 2:c3d5b9e7a5dd 51 while(1)
a00958821 2:c3d5b9e7a5dd 52 {
a00958821 2:c3d5b9e7a5dd 53 int i = 0;
a00958821 2:c3d5b9e7a5dd 54
a00958821 2:c3d5b9e7a5dd 55 do //Imprime en pantalla lo teclado (hasta 10 caracteres) y lo envia si se recibe un #
a00958821 1:9f10be874ce0 56 {
a00958821 2:c3d5b9e7a5dd 57 Index = teclado(); //Recibe el indice del caracter ingresado por el usuario
a00958821 2:c3d5b9e7a5dd 58 if(i < 10 and Simbolos[Index[0]][Index[1]] != '#') //Si no se teclea un #
a00958821 2:c3d5b9e7a5dd 59 {
a00958821 2:c3d5b9e7a5dd 60 if(i == 0){ //Si es el primer caracter (i = 0) se limpia el primer renglon de la pantalla
a00958821 2:c3d5b9e7a5dd 61 lcd.locate(0,0);
a00958821 2:c3d5b9e7a5dd 62 lcd.printf(" ");
a00958821 2:c3d5b9e7a5dd 63 lcd.locate(0,0);
a00958821 2:c3d5b9e7a5dd 64 }
a00958821 2:c3d5b9e7a5dd 65 Data[i] = Simbolos[Index[0]][Index[1]]; //Guarda el valor ingresado por el usuario caracter por caracter
a00958821 2:c3d5b9e7a5dd 66 lcd.printf("%c",Data[i]); //Imprime el caracter ingresado
a00958821 2:c3d5b9e7a5dd 67 wait(.15);
a00958821 2:c3d5b9e7a5dd 68 i = i+1; //Se mueve a la siguiente posicion de la matriz de datos
a00958821 2:c3d5b9e7a5dd 69 }
a00958821 2:c3d5b9e7a5dd 70
a00958821 2:c3d5b9e7a5dd 71 }while(Simbolos[Index[0]][Index[1]] != '#'); //Condicion para que se acabe el Do - while, si se ingresa un #
a00958821 2:c3d5b9e7a5dd 72 //Ya que sale del Do - While, la matriz Data tiene todos los caracteres ingresados por el usuario
a00958821 2:c3d5b9e7a5dd 73 lcd.locate(0,1); //Limpia el segundo renglon
a00958821 2:c3d5b9e7a5dd 74 lcd.printf(" ");
a00958821 2:c3d5b9e7a5dd 75 lcd.locate(0,1);
a00958821 2:c3d5b9e7a5dd 76 for(int x = 0; x < i ; x += 1) //Envia dato por dato de la matriz Data al pin Tx de la Uart.
a00958821 2:c3d5b9e7a5dd 77 {
a00958821 2:c3d5b9e7a5dd 78 Uart1.putc(Data[x]); //Putc envia el caracter de la matriz Data en posicion x
a00958821 2:c3d5b9e7a5dd 79 wait(.025); //esperamos un poco para asegurar que llegue el dato
a00958821 2:c3d5b9e7a5dd 80 }
a00958821 1:9f10be874ce0 81
a00958821 2:c3d5b9e7a5dd 82 wait(.5);
a00958821 1:9f10be874ce0 83
a00958821 2:c3d5b9e7a5dd 84 }
a00958821 1:9f10be874ce0 85
a00958821 1:9f10be874ce0 86 }
a00958821 1:9f10be874ce0 87
a00958821 2:c3d5b9e7a5dd 88 void Uart1Rx_interrupt() //Este interrup se llama si llega algo al pin Rx de la Uart
a00958821 1:9f10be874ce0 89 {
a00958821 2:c3d5b9e7a5dd 90 lcd.printf("%c",Uart1.getc()); //Imprime en pantalla el caracter que actualmente hay en el pin Rx de la Uart
a00958821 2:c3d5b9e7a5dd 91 return;
a00958821 1:9f10be874ce0 92 }
a00958821 2:c3d5b9e7a5dd 93
a00958821 1:9f10be874ce0 94
a00958821 1:9f10be874ce0 95 int * teclado()
a00958821 1:9f10be874ce0 96 {
a00958821 1:9f10be874ce0 97 static int r[2];
a00958821 1:9f10be874ce0 98 turnOffteclado();
a00958821 1:9f10be874ce0 99 int numero;
a00958821 1:9f10be874ce0 100 while(1)
a00958821 1:9f10be874ce0 101 {
a00958821 1:9f10be874ce0 102 col1 = 1;
a00958821 1:9f10be874ce0 103 numero = usrInput();
a00958821 1:9f10be874ce0 104 if (numero != 0)
a00958821 1:9f10be874ce0 105 {
a00958821 1:9f10be874ce0 106 r[0]=numero-1;
a00958821 1:9f10be874ce0 107 r[1]=0;
a00958821 1:9f10be874ce0 108 wait_ms(50);
a00958821 1:9f10be874ce0 109 return r;
a00958821 1:9f10be874ce0 110 }
a00958821 1:9f10be874ce0 111 turnOffteclado();
a00958821 1:9f10be874ce0 112 col2 = 1;
a00958821 1:9f10be874ce0 113 numero = usrInput();
a00958821 1:9f10be874ce0 114 if (numero != 0)
a00958821 1:9f10be874ce0 115 {
a00958821 1:9f10be874ce0 116 r[0]=numero-1;
a00958821 1:9f10be874ce0 117 r[1]=1;
a00958821 1:9f10be874ce0 118 wait_ms(50);
a00958821 1:9f10be874ce0 119 return r;
a00958821 1:9f10be874ce0 120 }
a00958821 1:9f10be874ce0 121 turnOffteclado();
a00958821 1:9f10be874ce0 122 col3 = 1;
a00958821 1:9f10be874ce0 123 numero = usrInput();
a00958821 1:9f10be874ce0 124 if (numero != 0)
a00958821 1:9f10be874ce0 125 {
a00958821 1:9f10be874ce0 126 r[0]=numero-1;
a00958821 1:9f10be874ce0 127 r[1]=2;
a00958821 1:9f10be874ce0 128 wait_ms(50);
a00958821 1:9f10be874ce0 129 return r;
a00958821 1:9f10be874ce0 130 }
a00958821 1:9f10be874ce0 131 turnOffteclado();
a00958821 1:9f10be874ce0 132 col4 = 1;
a00958821 1:9f10be874ce0 133 numero = usrInput();
a00958821 1:9f10be874ce0 134 if (numero != 0)
a00958821 1:9f10be874ce0 135 {
a00958821 1:9f10be874ce0 136 r[0]=numero-1;
a00958821 1:9f10be874ce0 137 r[1]=3;
a00958821 1:9f10be874ce0 138 wait_ms(50);
a00958821 1:9f10be874ce0 139 return r;
a00958821 1:9f10be874ce0 140 }
a00958821 1:9f10be874ce0 141 turnOffteclado();
a00958821 1:9f10be874ce0 142
a00958821 1:9f10be874ce0 143 }
a00958821 1:9f10be874ce0 144 }
a00958821 1:9f10be874ce0 145
a00958821 1:9f10be874ce0 146 void turnOffteclado()
a00958821 1:9f10be874ce0 147 {
a00958821 1:9f10be874ce0 148 col1 = col2 = col3 = col4 = 0;
a00958821 1:9f10be874ce0 149 }
a00958821 1:9f10be874ce0 150
a00958821 1:9f10be874ce0 151 int usrInput()
a00958821 1:9f10be874ce0 152 {
a00958821 1:9f10be874ce0 153 if (fila1 == 1)
a00958821 1:9f10be874ce0 154 {
a00958821 1:9f10be874ce0 155 return 1;
a00958821 1:9f10be874ce0 156 }
a00958821 1:9f10be874ce0 157 else if (fila2 == 1)
a00958821 1:9f10be874ce0 158 {
a00958821 1:9f10be874ce0 159 return 2;
a00958821 1:9f10be874ce0 160 }
a00958821 1:9f10be874ce0 161 else if (fila3 == 1)
a00958821 1:9f10be874ce0 162 {
a00958821 1:9f10be874ce0 163 return 3;
a00958821 1:9f10be874ce0 164 }
a00958821 1:9f10be874ce0 165 else if (fila4 == 1)
a00958821 1:9f10be874ce0 166 {
a00958821 1:9f10be874ce0 167 return 4;
a00958821 1:9f10be874ce0 168 }
a00958821 1:9f10be874ce0 169 else{
a00958821 1:9f10be874ce0 170 return 0;
a00958821 1:9f10be874ce0 171 }
hoangnguyen578 0:9e15cfed60ea 172 }