ODE_FUCKFISH / Mbed 2 deprecated Nucleo_Assingment_MKI

Serial_Assingement_Bluetooth_3s3_Original

Dependencies:   mbed

main.cpp@0:804d8b0fe9f3, 2015-11-16 (annotated)

Committer:
NorNick
Date:
Mon Nov 16 16:56:34 2015 +0000
Revision:
0:804d8b0fe9f3
Finish

Who changed what in which revision?

UserRevisionLine numberNew contents of line
NorNick 0:804d8b0fe9f3 1 /*
NorNick 0:804d8b0fe9f3 2 #include "mbed.h"
NorNick 0:804d8b0fe9f3 3
NorNick 0:804d8b0fe9f3 4 //------------------------------------
NorNick 0:804d8b0fe9f3 5 // Hyperterminal configuration
NorNick 0:804d8b0fe9f3 6 // 9600 bauds, 8-bit data, no parity
NorNick 0:804d8b0fe9f3 7 //------------------------------------
NorNick 0:804d8b0fe9f3 8
NorNick 0:804d8b0fe9f3 9 //Serial pc(SERIAL_TX, SERIAL_RX);
NorNick 0:804d8b0fe9f3 10
NorNick 0:804d8b0fe9f3 11 Serial device(D8, D2);
NorNick 0:804d8b0fe9f3 12
NorNick 0:804d8b0fe9f3 13 AnalogIn analog_value(A1);
NorNick 0:804d8b0fe9f3 14
NorNick 0:804d8b0fe9f3 15 DigitalIn Sw(D3);
NorNick 0:804d8b0fe9f3 16
NorNick 0:804d8b0fe9f3 17 BusOut ledSet1(D11, D10, D9, D4); //อย่าลืมกลับเลขด้วยเพราะมันต้องใช้ 7-Segment
NorNick 0:804d8b0fe9f3 18 BusOut ledSet2(D15, D14, D13, D12); //อย่าลืมกลับเลขด้วยเพราะมันต้องใช้ 7-Segment
NorNick 0:804d8b0fe9f3 19
NorNick 0:804d8b0fe9f3 20
NorNick 0:804d8b0fe9f3 21
NorNick 0:804d8b0fe9f3 22 int main()
NorNick 0:804d8b0fe9f3 23 {
NorNick 0:804d8b0fe9f3 24
NorNick 0:804d8b0fe9f3 25 uint8_t state_menu=0;
NorNick 0:804d8b0fe9f3 26 //uint8_t state_show=0;
NorNick 0:804d8b0fe9f3 27 //uint8_t state_exit =0;
NorNick 0:804d8b0fe9f3 28 uint8_t data;
NorNick 0:804d8b0fe9f3 29 char value[3];
NorNick 0:804d8b0fe9f3 30
NorNick 0:804d8b0fe9f3 31 ledSet1 = ledSet2 = 0;
NorNick 0:804d8b0fe9f3 32 device.printf("Hello Nucleo !\n");
NorNick 0:804d8b0fe9f3 33 while(1) {
NorNick 0:804d8b0fe9f3 34
NorNick 0:804d8b0fe9f3 35 if(state_menu == 0) {
NorNick 0:804d8b0fe9f3 36 device.printf("Input Value Between 00-99 OR Select a To Read Analog Voltage. \n");
NorNick 0:804d8b0fe9f3 37 state_menu = 1;
NorNick 0:804d8b0fe9f3 38 }
NorNick 0:804d8b0fe9f3 39 if(device.readable()) {
NorNick 0:804d8b0fe9f3 40 value[0] = data = device.getc();
NorNick 0:804d8b0fe9f3 41 device.printf("\n");
NorNick 0:804d8b0fe9f3 42 state_menu=0;
NorNick 0:804d8b0fe9f3 43
NorNick 0:804d8b0fe9f3 44 if(data == '0' || data == '1' || data == '2' || data == '3' || data == '4'|| data == '5' || data == '6' || data == '7'|| data == '8'|| data == '9' ){
NorNick 0:804d8b0fe9f3 45 //value[0] = data;
NorNick 0:804d8b0fe9f3 46 value[1] = device.getc();
NorNick 0:804d8b0fe9f3 47 if(value[1] == '0' || value[1] == '1' || value[1] == '2' || value[1] == '3' || value[1] == '4'|| value[1] == '5' || value[1] == '6' || value[1] == '7'|| value[1] == '8'|| value[1] == '9' ){
NorNick 0:804d8b0fe9f3 48 value[2]='\x0'; // add un 0 to end the c string
NorNick 0:804d8b0fe9f3 49 device.printf("The Number is :: %s !\n",value);
NorNick 0:804d8b0fe9f3 50 device.printf(" %d is desub.\n",atoi(value)/10);
NorNick 0:804d8b0fe9f3 51 device.printf(" %d is Conveart.\n",atoi(value)%10);
NorNick 0:804d8b0fe9f3 52 ledSet1 = atoi(value)/10;
NorNick 0:804d8b0fe9f3 53 ledSet2 = atoi(value)%10;
NorNick 0:804d8b0fe9f3 54 }
NorNick 0:804d8b0fe9f3 55 else
NorNick 0:804d8b0fe9f3 56 device.printf("plz select Input No 00-99 or a\n\n\n");
NorNick 0:804d8b0fe9f3 57
NorNick 0:804d8b0fe9f3 58 }
NorNick 0:804d8b0fe9f3 59 else if(data == 'a'){
NorNick 0:804d8b0fe9f3 60 ledSet1 = ledSet2 = 0;
NorNick 0:804d8b0fe9f3 61 state_menu=0;
NorNick 0:804d8b0fe9f3 62 float value = analog_value.read(); // Converts and read the analog input value (value from 0.0 to 1.0)
NorNick 0:804d8b0fe9f3 63 value = (value * 3300)/1000; // Change the value to be in the 0 to 3300 range
NorNick 0:804d8b0fe9f3 64 device.printf("Status Voltage :: %.2f volte. \n",value);
NorNick 0:804d8b0fe9f3 65 }
NorNick 0:804d8b0fe9f3 66 else
NorNick 0:804d8b0fe9f3 67 device.printf("plz select Input No 00-99 or a\n\n\n");
NorNick 0:804d8b0fe9f3 68
NorNick 0:804d8b0fe9f3 69 }
NorNick 0:804d8b0fe9f3 70 }
NorNick 0:804d8b0fe9f3 71 }
NorNick 0:804d8b0fe9f3 72 */
NorNick 0:804d8b0fe9f3 73
NorNick 0:804d8b0fe9f3 74 #include "mbed.h"
NorNick 0:804d8b0fe9f3 75
NorNick 0:804d8b0fe9f3 76 //------------------------------------
NorNick 0:804d8b0fe9f3 77 // Hyperterminal configuration
NorNick 0:804d8b0fe9f3 78 // 9600 bauds, 8-bit data, no parity
NorNick 0:804d8b0fe9f3 79 //------------------------------------
NorNick 0:804d8b0fe9f3 80
NorNick 0:804d8b0fe9f3 81 //Serial device(SERIAL_TX, SERIAL_RX);
NorNick 0:804d8b0fe9f3 82
NorNick 0:804d8b0fe9f3 83 Serial device(D8, D2);
NorNick 0:804d8b0fe9f3 84
NorNick 0:804d8b0fe9f3 85 AnalogIn analog_value(A1);
NorNick 0:804d8b0fe9f3 86
NorNick 0:804d8b0fe9f3 87 BusOut ledSet1(D11, D10, D9, D4); //อย่าลืมกลับเลขด้วยเพราะมันต้องใช้ 7-Segment
NorNick 0:804d8b0fe9f3 88 BusOut ledSet2(D15, D14, D13, D12); //อย่าลืมกลับเลขด้วยเพราะมันต้องใช้ 7-Segment
NorNick 0:804d8b0fe9f3 89
NorNick 0:804d8b0fe9f3 90 Timer t;
NorNick 0:804d8b0fe9f3 91
NorNick 0:804d8b0fe9f3 92 int main()
NorNick 0:804d8b0fe9f3 93 {
NorNick 0:804d8b0fe9f3 94
NorNick 0:804d8b0fe9f3 95 uint8_t state_menu=0;
NorNick 0:804d8b0fe9f3 96 char data[3]={"\x0"};
NorNick 0:804d8b0fe9f3 97 int i=0;
NorNick 0:804d8b0fe9f3 98
NorNick 0:804d8b0fe9f3 99 ledSet1 = ledSet2 = 0;
NorNick 0:804d8b0fe9f3 100 while(1) {
NorNick 0:804d8b0fe9f3 101 t.reset();
NorNick 0:804d8b0fe9f3 102 t.start();
NorNick 0:804d8b0fe9f3 103 i=0;
NorNick 0:804d8b0fe9f3 104 if(state_menu == 0) {
NorNick 0:804d8b0fe9f3 105 device.printf("Input Value Between 00-99 OR Select a To Read Analog Voltage. \n");
NorNick 0:804d8b0fe9f3 106 state_menu = 1;
NorNick 0:804d8b0fe9f3 107 }
NorNick 0:804d8b0fe9f3 108 while(i<2){
NorNick 0:804d8b0fe9f3 109 if(t.read_ms() < 1200){
NorNick 0:804d8b0fe9f3 110 if (device.readable()) {
NorNick 0:804d8b0fe9f3 111 data[i] = device.getc();
NorNick 0:804d8b0fe9f3 112 i++;
NorNick 0:804d8b0fe9f3 113 }
NorNick 0:804d8b0fe9f3 114 }
NorNick 0:804d8b0fe9f3 115 else
NorNick 0:804d8b0fe9f3 116 break;
NorNick 0:804d8b0fe9f3 117 }
NorNick 0:804d8b0fe9f3 118 data[++i]='\0'; // add un 0 to end the c string
NorNick 0:804d8b0fe9f3 119 if(strlen(data)==0){
NorNick 0:804d8b0fe9f3 120 float value = analog_value.read(); // Converts and read the analog input value (value from 0.0 to 1.0)
NorNick 0:804d8b0fe9f3 121 value = (value * 3.3); // Change the value to be in the 0 to 3300 range
NorNick 0:804d8b0fe9f3 122 device.printf("Status Voltage :: %.2f volte. \n",value);
NorNick 0:804d8b0fe9f3 123 }
NorNick 0:804d8b0fe9f3 124 else if(( data[0] == '0' || data[0] == '1' || data[0] == '2' || data[0] == '3' || data[0] == '4'|| data[0] == '5' || data[0] == '6' || data[0] == '7'|| data[0] == '8'|| data[0] == '9' )
NorNick 0:804d8b0fe9f3 125 && (data[1] == '0' || data[1] == '1' || data[1] == '2' || data[1] == '3' || data[1] == '4'|| data[1] == '5' || data[1] == '6' || data[1] == '7'|| data[1] == '8'|| data[1] == '9' || data[1] == '\x0' )){
NorNick 0:804d8b0fe9f3 126 device.printf("The Number is :: %d !\n",atoi(data));
NorNick 0:804d8b0fe9f3 127 ledSet1 = atoi(data)/10;
NorNick 0:804d8b0fe9f3 128 ledSet2 = atoi(data)%10;
NorNick 0:804d8b0fe9f3 129 }
NorNick 0:804d8b0fe9f3 130 else{
NorNick 0:804d8b0fe9f3 131 ledSet1 = ledSet2 = 0;
NorNick 0:804d8b0fe9f3 132 device.printf("Cannot is condition.\n\n\n");
NorNick 0:804d8b0fe9f3 133 }
NorNick 0:804d8b0fe9f3 134 state_menu=0;
NorNick 0:804d8b0fe9f3 135 strcpy(data,"\x0");
NorNick 0:804d8b0fe9f3 136 }
NorNick 0:804d8b0fe9f3 137 }
NorNick 0:804d8b0fe9f3 138